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Homologs of VC0395_A1375 gene of NC_009457_P3

165

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

1) PCNPT3_01890
( YP_007639158.1 )

TRAP-type C4-dicarboxylate transport system, large permease component

NC_020802
(Psychromonas sp. CNPT3)

2e-122

2) C770_GR4pD1299
( YP_007195001.1 )

TRAP transporter, DctM subunit

NC_019849
(Sinorhizobium meliloti GR4)

6e-93

3) SinmeB_4372
( YP_005716475.1 )

TRAP dicarboxylate transporter subunit DctM

NC_017323
(Sinorhizobium meliloti BL225C)

3e-92

4) SM11_pD1313
( YP_005723646.1 )

putative TRAP dicarboxylate transporter

NC_017326
(Sinorhizobium meliloti SM11)

3e-92

5) SM_b20297
( NP_436827.1 )

permease

NC_003078
(Sinorhizobium meliloti 1021)

6e-92

6) SM2011_b20297
( YP_007613032.1 )

Putative TRAP-type dicarboxylate transporter,large permease component

NC_020560
(Sinorhizobium meliloti 2011)

6e-92

7) siaT
( YP_006843650.1 )

Sialic acid TRAP transporter permease protein siaT

NC_018701
(Sinorhizobium meliloti Rm41)

7e-91

8) siaT2
( YP_006398118.1 )

sialic acid TRAP transporter permease protein SiaT

NC_018000
(Sinorhizobium fredii USDA 257)

4e-86

9) Smed_3834
( YP_001312579.1 )

TRAP dicarboxylate transporter subunit DctM

NC_009620
(Sinorhizobium medicae WSM419)

7e-83

10) Trebr_2166
( YP_004440711.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015500
(Treponema brennaborense DSM 12168)

8e-81

11) dctM2
( YP_007699397.1 )

TRAP transporter DctM subunit

NC_020908
(Octadecabacter arcticus 238)

5e-75

12) Csal_3212
( YP_575255.1 )

TRAP dicarboxylate transporter subunit DctM

NC_007963
(Chromohalobacter salexigens DSM 3043)

2e-69

13) HELO_1150
( YP_003896218.1 )

TRAP transporter large transmembrane protein

NC_014532
(Halomonas elongata DSM 2581)

3e-67

14) SpiBuddy_2527
( YP_004248532.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015152
(Sphaerochaeta globosa Buddy)

2e-64

15) Csal_2978
( YP_575022.1 )

TRAP dicarboxylate transporter subunit DctM

NC_007963
(Chromohalobacter salexigens DSM 3043)

3e-64

16) SpiGrapes_2647
( YP_005063417.1 )

TRAP transporter subunit DctM

NC_016633
(Sphaerochaeta pleomorpha Grapes)

2e-63

17) Acfer_2015
( YP_003399677.1 )

TRAP dicarboxylate transporter subunit DctM

NC_013740
(Acidaminococcus fermentans DSM 20731)

3e-62

18) Asphe3_01230
( YP_004239476.1 )

TRAP C4-dicarboxylate transport system permease DctM

NC_015145
(Arthrobacter phenanthrenivorans Sphe3)

9e-62

19) SpiBuddy_0073
( YP_004246112.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015152
(Sphaerochaeta globosa Buddy)

1e-61

20) SSIL_3026
( YP_006463595.1 )

TRAP-type C4-dicarboxylate transport system, large permease component

NC_018065
(Solibacillus silvestris StLB046)

1e-61

21) Patl_0772
( YP_660354.1 )

TRAP dicarboxylate transporter subunit DctM

NC_008228
(Pseudoalteromonas atlantica T6c)

3e-61

22) SpiBuddy_0056
( YP_004246095.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015152
(Sphaerochaeta globosa Buddy)

5e-61

23) dctM9
( YP_002605506.1 )

protein DctM9

NC_012108
(Desulfobacterium autotrophicum HRM2)

2e-60

24) EFER_1529
( YP_002382675.1 )

TRAP dicarboxylate transporter subunit DctM

NC_011740
(Escherichia fergusonii ATCC 35469)

2e-59

25) Tlie_0310
( YP_004932145.1 )

TRAP dicarboxylate transporter subunit DctM

NC_016148
(Thermovirga lienii DSM 17291)

3e-59

26) Mar181_0032
( YP_004480020.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015559
(Marinomonas posidonica IVIA-Po-181)

7e-58

27) Patl_2863
( YP_662425.1 )

TRAP dicarboxylate transporter subunit DctM

NC_008228
(Pseudoalteromonas atlantica T6c)

3e-57

28) dctM2
( YP_004689246.1 )

TRAP C4-dicarboxylate transport system permease DctM

NC_015730
(Roseobacter litoralis Och 149)

5e-57

29) RD1_1049
( YP_681398.1 )

TRAP dicarboxylate transporter subunit DctM

NC_008209
(Roseobacter denitrificans OCh 114)

8e-57

30) Spica_2628
( YP_004699234.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015732
(Treponema caldaria DSM 7334)

1e-56

31) plu0174
( NP_927540.1 )

hypothetical protein

NC_005126
(Photorhabdus luminescens TTO1)

2e-56

32) PCNPT3_06920
( YP_007640160.1 )

TRAP dicarboxylate transporter subunit DctM

NC_020802
(Psychromonas sp. CNPT3)

3e-56

33) Csal_0756
( YP_572813.1 )

TRAP dicarboxylate transporter subunit DctM

NC_007963
(Chromohalobacter salexigens DSM 3043)

3e-56

34) C427_1740
( YP_007543197.1 )

TRAP dicarboxylate transporter subunit DctM

NC_020514
(Glaciecola psychrophila 170)

3e-56

35) ygiK
( YP_003038963.1 )

similar to dicarboxylate transport system

NC_012962
(Photorhabdus asymbiotica ATCC 43949)

3e-56

36) Glaag_1460
( YP_004433687.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015497
(Glaciecola sp. 4H-3-7+YE-5)

4e-56

37) Cycma_1935
( YP_004773914.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015914
(Cyclobacterium marinum DSM 745)

2e-55

38) Glaag_0778
( YP_004433009.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015497
(Glaciecola sp. 4H-3-7+YE-5)

4e-55

39) MU9_380
( YP_007503799.1 )

TRAP-type C4-dicarboxylate transport system, large permease component

NC_020418
(Morganella morganii KT)

4e-55

40) Asuc_0156
( YP_001343471.1 )

TRAP dicarboxylate transporter subunit DctM

NC_009655
(Actinobacillus succinogenes 130Z)

8e-55

41) Tmz1t_0543
( YP_002354212.1 )

TRAP dicarboxylate transporter subunit DctM

NC_011662
(Thauera sp. MZ1T)

1e-54

42) Mmwyl1_3946
( YP_001342778.1 )

TRAP dicarboxylate transporter subunit DctM

NC_009654
(Marinomonas sp. MWYL1)

2e-54

43) ANH9381_1882
( YP_004949539.1 )

putative tRAP C4-dicarboxylate transport system permease DctM subunit

NC_016513
(Aggregatibacter actinomycetemcomitans ANH9381)

3e-54

44) Ping_0133
( YP_941603.1 )

TRAP dicarboxylate transporter subunit DctM

NC_008709
(Psychromonas ingrahamii 37)

3e-54

45) SPO1719
( YP_166959.1 )

TRAP dicarboxylate transporter subunit DctM

NC_003911
(Ruegeria pomeroyi DSS-3)

6e-54

46) dctM
( YP_005080420.1 )

TRAP dicarboxylate transporter subunit DctM

NC_016642
(Pseudovibrio sp. FO-BEG1)

6e-54

47) M5M_10360
( YP_006916983.1 )

50S ribosomal protein L16

NC_018868
(Simiduia agarivorans SA1)

3e-53

48) Sde_1266
( YP_526740.1 )

TRAP dicarboxylate transporter- DctM subunit

NC_007912
(Saccharophagus degradans 2-40)

3e-53

49) GK1972
( YP_147825.1 )

transporter

NC_006510
(Geobacillus kaustophilus HTA426)

1e-52

50) Mmwyl1_0521
( YP_001339392.1 )

TRAP dicarboxylate transporter subunit DctM

NC_009654
(Marinomonas sp. MWYL1)

2e-52

51) OBV_43970
( YP_004884101.1 )

putative transporter

NC_016048
(Oscillibacter valericigenes Sjm18-20)

3e-52

52) GC56T3_1467
( YP_003671056.1 )

TRAP dicarboxylate transporter subunit DctM

NC_014206
(Geobacillus sp. C56-T3)

1e-51

53) GC56T3_1542
( YP_003671126.1 )

TRAP dicarboxylate transporter subunit DctM

NC_014206
(Geobacillus sp. C56-T3)

1e-51

54) Marme_1591
( YP_004312691.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015276
(Marinomonas mediterranea MMB-1)

3e-51

55) ZPR_3032
( YP_003585547.1 )

Ribosomal protein L16

NC_014041
(Zunongwangia profunda SMA-87)

5e-51

56) TERTU_1482
( YP_003073025.1 )

TRAP transporter DctM-like subunit family protein

NC_012997
(Teredinibacter turnerae T7901)

9e-51

57) PM3016_370
( YP_005310495.1 )

TRAP dicarboxylate transporter subunit DctM

NC_016935
(Paenibacillus mucilaginosus 3016)

2e-50

58) B2K_01895
( YP_006187253.1 )

membrane protein

NC_017672
(Paenibacillus mucilaginosus K02)

2e-50

59) KNP414_00422
( YP_004638917.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015690
(Paenibacillus mucilaginosus KNP414)

2e-50

60) PC1_0342
( YP_003015937.1 )

TRAP dicarboxylate transporter subunit DctM

NC_012917
(Pectobacterium carotovorum PC1)

2e-50

61) OBV_39090
( YP_004883613.1 )

putative transporter

NC_016048
(Oscillibacter valericigenes Sjm18-20)

1e-49

62) Mmwyl1_0045
( YP_001338923.1 )

TRAP dicarboxylate transporter subunit DctM

NC_009654
(Marinomonas sp. MWYL1)

8e-50

63) CKO_03565
( YP_001455080.1 )

hypothetical protein

NC_009792
(Citrobacter koseri ATCC BAA-895)

8e-50

64) ABC4044
( YP_177536.1 )

TRAP-type transport system permease large protein

NC_006582
(Bacillus clausii KSM-K16)

2e-49

65) M493_10150
( REF_PRJNA208285:M493 )

C4-dicarboxylate ABC transporter permease

NC_022080
(Geobacillus sp. JF8)

2e-49

66) SL003B_3201
( YP_004304927.1 )

TRAP-type C4-dicarboxylate transporter large permease

NC_015259
(Polymorphum gilvum SL003B-26A1)

4e-49

67) zobellia_2009
( YP_004736449.1 )

TRAP transporter large permease subunit

NC_015844
(Zobellia galactanivorans DsiJT)

7e-49

68) Tlie_1729
( YP_004933548.1 )

TRAP dicarboxylate transporter subunit DctM

NC_016148
(Thermovirga lienii DSM 17291)

9e-49

69) GHH_c21030
( YP_007402372.1 )

tripartite ATP-independent dicarboxylate transporter large subunit

NC_020210
(Geobacillus sp. GHH01)

3e-48

70) Smed_4746
( YP_001313476.1 )

TRAP dicarboxylate transporter subunit DctM

NC_009620
(Sinorhizobium medicae WSM419)

3e-48

71) Spirs_1676
( YP_003803397.1 )

TRAP dicarboxylate transporter subunit DctM

NC_014364
(Spirochaeta smaragdinae DSM 11293)

5e-48

72) GTCCBUS3UF5_23350
( YP_004982741.1 )

2,3-diketo-L-gulonate TRAP transporter large permease protein yiaN

NC_016593
(Geobacillus thermoleovorans CCB_US3_UF5)

7e-48

73) EBL_c35080
( YP_006321074.1 )

putative TRAP transporter

NC_017910
(Escherichia blattae DSM 4481)

7e-48

74) Spith_1648
( YP_006045626.1 )

TRAP dicarboxylate transporter subunit DctM

NC_017583
(Spirochaeta thermophila DSM 6578)

1e-47

75) C380_18475
( YP_006856027.1 )

TRAP dicarboxylate transporter subunit DctM

NC_018708
(Acidovorax sp. KKS102)

3e-47

76) RLO149_c021800
( YP_004691119.1 )

TRAP C4-dicarboxylate transport system permease DctM

NC_015730
(Roseobacter litoralis Och 149)

3e-47

77) CK5_19970
( YP_007805359.1 )

TRAP transporter, DctM subunit

NC_021022
([Ruminococcus] obeum A2-162)

4e-47

78) dctM
( YP_682580.1 )

TRAP-type transporter DctM subunit

NC_008209
(Roseobacter denitrificans OCh 114)

5e-47

79) AXYL_04309
( YP_003980343.1 )

TRAP transporter subunit DctM

NC_014640
(Achromobacter xylosoxidans A8)

7e-47

80) Amico_1586
( YP_003554426.1 )

TRAP dicarboxylate transporter subunit DctM

NC_014011
(Aminobacterium colombiense DSM 12261)

8e-47

81) H650_11650
( YP_008108144.1 )

membrane protein

NC_021500
(Enterobacter sp. R4-368)

3e-46

82) KKY_836
( YP_004898625.1 )

TRAP-type C4-dicarboxylate transport system, large permease component

NC_016078
(Pelagibacterium halotolerans B2)

4e-46

83) SpiGrapes_1319
( YP_005062142.1 )

TRAP transporter subunit DctM

NC_016633
(Sphaerochaeta pleomorpha Grapes)

5e-46

84) AZL_e02170
( YP_003453106.1 )

TRAP dicarboxylate transporter

NC_013859
(Azospirillum sp. B510)

1e-45

85) DDD_0345
( YP_007375493.1 )

TRAP-type C4-dicarboxylate transport system, large permease component

NC_020156
(Nonlabens dokdonensis DSW-6)

2e-45

86) STHERM_c13530
( YP_003874566.1 )

transporter

NC_014484
(Spirochaeta thermophila DSM 6192)

2e-45

87) Spith_1489
( YP_006045469.1 )

TRAP dicarboxylate transporter subunit DctM

NC_017583
(Spirochaeta thermophila DSM 6578)

4e-45

88) Mmwyl1_3116
( YP_001341961.1 )

TRAP dicarboxylate transporter subunit DctM

NC_009654
(Marinomonas sp. MWYL1)

5e-45

89) Pden_5064
( YP_918820.1 )

TRAP dicarboxylate transporter, DctM subunit

NC_008688
(Paracoccus denitrificans PD1222)

6e-44

90) FPR_25400
( YP_007801070.1 )

TRAP transporter, DctM subunit

NC_021020
(Faecalibacterium prausnitzii SL3/3)

7e-44

91) GTNG_1944
( YP_001126044.1 )

ABC transporter membrane protein

NC_009328
(Geobacillus thermodenitrificans NG80-2)

1e-43

92) AZOLI_p50108
( YP_005041188.1 )

TRAP dicarboxylate transporter, large permease component (DctM-like)

NC_016624
(Azospirillum lipoferum 4B)

1e-43

93) OB3255
( NP_694177.1 )

C4-dicarboxylate transport system permease large protein

NC_004193
(Oceanobacillus iheyensis HTE831)

1e-43

94) KKY_2576
( YP_004900334.1 )

TRAP-type C4-dicarboxylate transport system, large permease component

NC_016078
(Pelagibacterium halotolerans B2)

3e-43

95) TM1040_3868
( YP_611260.1 )

TRAP dicarboxylate transporter- DctM subunit

NC_008042
(Ruegeria sp. TM1040)

6e-43

96) KKY_2682
( YP_004900440.1 )

TRAP-type C4-dicarboxylate transport system, large permease component

NC_016078
(Pelagibacterium halotolerans B2)

8e-43

97) Dalk_0471
( YP_002429646.1 )

TRAP dicarboxylate transporter subunit DctM

NC_011768
(Desulfatibacillum alkenivorans AK-01)

1e-42

98) MSMEI_6662
( YP_006571383.1 )

TRAP dicarboxylate transporter subunit DctM

NC_018289
(Mycobacterium smegmatis MC2 155)

1e-42

99) MSMEG_6845
( YP_891049.1 )

trap dicarboxylate transporter dctm subunit

NC_008596
(Mycobacterium smegmatis MC2 155)

1e-42

100) CtCNB1_3426
( YP_003279468.1 )

TRAP dicarboxylate transporter subunit DctM

NC_013446
(Comamonas testosteroni CNB-1)

1e-42

101) CK3_04250
( YP_007822756.1 )

TRAP transporter, DctM subunit

NC_021035
(butyrate-producing bacterium SS3/4)

2e-42

102) BH0703
( NP_241569.1 )

C4-dicarboxylate transporter permease large protein

NC_002570
(Bacillus halodurans C-125)

2e-42

103) OB3405
( NP_694327.1 )

C4-dicarboxylate transport system permease large protein

NC_004193
(Oceanobacillus iheyensis HTE831)

4e-42

104) Amico_1340
( YP_003554181.1 )

TRAP dicarboxylate transporter subunit DctM

NC_014011
(Aminobacterium colombiense DSM 12261)

2e-41

105) Amico_1674
( YP_003554514.1 )

TRAP dicarboxylate transporter subunit DctM

NC_014011
(Aminobacterium colombiense DSM 12261)

2e-41

106) dctM
( NP_437467.1 )

C4-dicarboxylate large membrane transport protein

NC_003078
(Sinorhizobium meliloti 1021)

2e-41

107) SM2011_b21351
( YP_007613680.1 )

Putative pyruvic acid ABC transporter,permease component

NC_020560
(Sinorhizobium meliloti 2011)

2e-41

108) SinmeB_3740
( YP_005715870.1 )

TRAP dicarboxylate transporter subunit DctM

NC_017323
(Sinorhizobium meliloti BL225C)

2e-41

109) C770_GR4pD0654
( YP_007194369.1 )

TRAP transporter, DctM subunit

NC_019849
(Sinorhizobium meliloti GR4)

2e-41

110) ygiK
( YP_006843016.1 )

hypothetical protein

NC_018701
(Sinorhizobium meliloti Rm41)

2e-41

111) SM11_pD0671
( YP_005723004.1 )

ABC transporter permease

NC_017326
(Sinorhizobium meliloti SM11)

2e-41

112) SpiBuddy_1606
( YP_004247625.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015152
(Sphaerochaeta globosa Buddy)

4e-41

113) HacjB3_02360
( YP_003735657.1 )

TRAP dicarboxylate transporter subunit DctM

NC_014297
(Halalkalicoccus jeotgali B3)

6e-41

114) Lcho_0415
( YP_001789455.1 )

TRAP dicarboxylate transporter subunit DctM

NC_010524
(Leptothrix cholodnii SP-6)

6e-41

115) SM_b20979
( NP_437644.1 )

large C4-dicarboxylate uptake permease, DedA family protein

NC_003078
(Sinorhizobium meliloti 1021)

3e-40

116) SM2011_b20979
( YP_007613857.1 )

Putative TRAP dicarboxylate transporter

NC_020560
(Sinorhizobium meliloti 2011)

3e-40

117) SinmeB_3568
( YP_005715700.1 )

TRAP dicarboxylate transporter subunit DctM

NC_017323
(Sinorhizobium meliloti BL225C)

3e-40

118) C770_GR4pD0483
( YP_007194200.1 )

TRAP transporter, DctM subunit

NC_019849
(Sinorhizobium meliloti GR4)

3e-40

119) BN406_05566
( YP_006842848.1 )

large C4-dicarboxylate uptake permease, DedA family protein

NC_018701
(Sinorhizobium meliloti Rm41)

3e-40

120) SM11_pD0494
( YP_005722827.1 )

putative TRAP dicarboxylate transporter

NC_017326
(Sinorhizobium meliloti SM11)

3e-40

121) ABC0299
( YP_173802.1 )

C4-dicarboxylate transport system permease large protein

NC_006582
(Bacillus clausii KSM-K16)

3e-40

122) FB2170_09081
( YP_003862701.1 )

TRAP-type C4-dicarboxylate transport system, large permease component

NC_014472
(Maribacter sp. HTCC2170)

3e-40

123) Dde_1550
( YP_388042.1 )

TRAP dicarboxylate transporter subunit DctM

NC_007519
(Desulfovibrio alaskensis G20)

5e-40

124) Mesop_1216
( YP_004609795.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015675
(Mesorhizobium opportunistum WSM2075)

6e-40

125) A458_09790
( YP_006457623.1 )

hypothetical protein

NC_018028
(Pseudomonas stutzeri CCUG 29243)

7e-40

126) Psest_2124
( YP_007240288.1 )

TRAP transporter subunit DctM

NC_019936
(Pseudomonas stutzeri RCH2)

7e-40

127) SL003B_3184
( YP_004304910.1 )

TRAP-type C4-dicarboxylate transport protein, permease

NC_015259
(Polymorphum gilvum SL003B-26A1)

9e-40

128) PSJM300_09355
( YP_006524295.1 )

hypothetical protein

NC_018177
(Pseudomonas stutzeri DSM 10701)

1e-39

129) siaT
( YP_006556713.1 )

Sialic acid TRAP transporter permease protein siaT

NC_018268
(Marinobacter sp. BSs20148)

2e-39

130) PST_2200
( YP_001172705.1 )

hypothetical protein

NC_009434
(Pseudomonas stutzeri A1501)

2e-39

131) PSTAB_2086
( YP_004714456.1 )

hypothetical protein

NC_015740
(Pseudomonas stutzeri ATCC 17588)

2e-39

132) PSTAA_2230
( YP_005938860.1 )

hypothetical protein

NC_017532
(Pseudomonas stutzeri DSM 4166)

2e-39

133) SY1_06210
( YP_007827244.1 )

TRAP transporter, DctM subunit

NC_021038
(Synergistetes bacterium SGP1)

4e-39

134) MDS_2676
( YP_004380459.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015410
(Pseudomonas mendocina NK-01)

4e-39

135) SPOA0250
( YP_165079.1 )

TRAP dicarboxylate transporter, DctM subunit

NC_006569
(Ruegeria pomeroyi DSS-3)

5e-39

136) Pmen_2568
( YP_001188056.1 )

TRAP dicarboxylate transporter subunit DctM

NC_009439
(Pseudomonas mendocina ymp)

9e-39

137) Jann_4136
( YP_512078.1 )

TRAP C4-dicarboxylate transport system permease DctM

NC_007802
(Jannaschia sp. CCS1)

2e-38

138) AZOLI_p40038
( YP_004975030.1 )

TRAP dicarboxylate transport system, large permease component (DctM-like)

NC_016587
(Azospirillum lipoferum 4B)

2e-38

139) M493_17120
( REF_PRJNA208285:M493 )

C4-dicarboxylate ABC transporter permease

NC_022080
(Geobacillus sp. JF8)

2e-38

140) Acav_2465
( YP_004234944.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015138
(Acidovorax avenae ATCC 19860)

4e-38

141) Anamo_1970
( YP_006444879.1 )

TRAP transporter subunit DctM

NC_018024
(Anaerobaculum mobile DSM 13181)

4e-38

142) Dshi_2753
( YP_001534087.1 )

TRAP dicarboxylate transporter

NC_009952
(Dinoroseobacter shibae DFL 12)

6e-38

143) Mmwyl1_0207
( YP_001339084.1 )

TRAP dicarboxylate transporter subunit DctM

NC_009654
(Marinomonas sp. MWYL1)

2e-37

144) PT7_3552
( YP_004418716.1 )

DedA family membrane protein

NC_015458
(Pusillimonas sp. T7-7)

3e-37

145) dctQ
( YP_004618225.1 )

large permease

NC_015677
(Ramlibacter tataouinensis TTB310)

4e-37

146) Acav_3313
( YP_004235782.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015138
(Acidovorax avenae ATCC 19860)

1e-36

147) Aave_3445
( YP_971776.1 )

TRAP dicarboxylate transporter subunit DctM

NC_008752
(Acidovorax citrulli AAC00-1)

1e-36

148) Mesau_01234
( YP_007303084.1 )

TRAP transporter, DctM subunit

NC_019973
(Mesorhizobium australicum WSM2073)

4e-36

149) D11S_1513
( YP_003256108.1 )

TRAP dicarboxylate transporter subunit DctM

NC_013416
(Aggregatibacter actinomycetemcomitans D11S-1)

2e-35

150) AZOBR_p130074
( YP_004984670.1 )

TRAP dicarboxylate transporter, large permease component (DctM-like)

NC_016594
(Azospirillum brasilense Sp245)

1e-34

151) Smed_4966
( YP_001313680.1 )

TRAP dicarboxylate transporter subunit DctM

NC_009620
(Sinorhizobium medicae WSM419)

2e-34

152) Bpro_5095
( YP_551864.1 )

TRAP dicarboxylate transporter- DctM subunit

NC_007949
(Polaromonas sp. JS666)

2e-34

153) HIMB59_00011190
( YP_006758479.1 )

TRAP transporter subunit DctM

NC_018644
(alpha proteobacterium HIMB59 HIMB59)

3e-34

154) Rmar_2278
( YP_003291545.1 )

TRAP dicarboxylate transporter subunit DctM

NC_013501
(Rhodothermus marinus DSM 4252)

8e-34

155) dctM
( YP_005438086.1 )

TRAP dicarboxylate transporter subunit DctM

NC_017075
(Rubrivivax gelatinosus IL144)

1e-33

156) Snov_3264
( YP_003695157.1 )

TRAP dicarboxylate transporter subunit DctM

NC_014217
(Starkeya novella DSM 506)

2e-33

157) HELO_1096
( YP_003896164.1 )

TRAP transporter large transmembrane protein

NC_014532
(Halomonas elongata DSM 2581)

2e-32

158) Pnap_0044
( YP_980291.1 )

TRAP dicarboxylate transporter subunit DctM

NC_008781
(Polaromonas naphthalenivorans CJ2)

1e-31

159) Rhom172_2279
( YP_004826012.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015966
(Rhodothermus marinus SG0.5JP17-172)

1e-30

160) Marme_1423
( YP_004312526.1 )

TRAP dicarboxylate transporter subunit DctM

NC_015276
(Marinomonas mediterranea MMB-1)

2e-30

161) Mesci_1185
( YP_004140399.1 )

TRAP dicarboxylate transporter subunit DctM

NC_014923
(Mesorhizobium ciceri WSM1271)

4e-30

162) HELO_1053
( YP_003896121.1 )

TRAP transporter large transmembrane protein

NC_014532
(Halomonas elongata DSM 2581)

1e-29

163) Ilyop_0083
( YP_003966220.1 )

TRAP dicarboxylate transporter subunit DctM

NC_014632
(Ilyobacter polytropus DSM 2926)

8e-29

164) C380_00965
( YP_006852557.1 )

TRAP dicarboxylate transporter subunit DctM

NC_018708
(Acidovorax sp. KKS102)

3e-28

165) TMO_c0915
( YP_006374507.1 )

protein DctM9

NC_017958
(Tistrella mobilis KA081020-065)

4e-28

• Sequence Alignments

1) O3Y_08605 in NC_016944


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  550 bits (2076),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 427/427 (100%), Positives = 427/427 (100%), Gaps = 0/427 (0%)

Query  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60
            MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180
            IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240
            IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300
            VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DYFLTISDNPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  360
            DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGvlpllvplfivlalvavfpQFTLLLPE  420
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  421  LFLGYGQ  427
            LFLGYGQ
Sbjct  421  LFLGYGQ  427

2) VCLMA_A1539 in NC_017270


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  550 bits (2076),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 427/427 (100%), Positives = 427/427 (100%), Gaps = 0/427 (0%)

Query  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60
            MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180
            IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240
            IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300
            VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DYFLTISDNPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  360
            DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGvlpllvplfivlalvavfpQFTLLLPE  420
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  421  LFLGYGQ  427
            LFLGYGQ
Sbjct  421  LFLGYGQ  427

3) VCM66_1715 in NC_012578


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  550 bits (2076),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 427/427 (100%), Positives = 427/427 (100%), Gaps = 0/427 (0%)

Query  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60
            MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180
            IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240
            IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300
            VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DYFLTISDNPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  360
            DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGvlpllvplfivlalvavfpQFTLLLPE  420
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  421  LFLGYGQ  427
            LFLGYGQ
Sbjct  421  LFLGYGQ  427

4) VCD_002593 in NC_012668


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  550 bits (2076),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 427/427 (100%), Positives = 427/427 (100%), Gaps = 0/427 (0%)

Query  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60
            MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180
            IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240
            IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300
            VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DYFLTISDNPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  360
            DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGvlpllvplfivlalvavfpQFTLLLPE  420
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  421  LFLGYGQ  427
            LFLGYGQ
Sbjct  421  LFLGYGQ  427

5) Vch1786_I1271 in NC_016445


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  550 bits (2076),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 427/427 (100%), Positives = 427/427 (100%), Gaps = 0/427 (0%)

Query  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60
            MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180
            IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240
            IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300
            VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DYFLTISDNPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  360
            DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGvlpllvplfivlalvavfpQFTLLLPE  420
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  421  LFLGYGQ  427
            LFLGYGQ
Sbjct  421  LFLGYGQ  427

6) VC1777 in NC_002505


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  550 bits (2076),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 427/427 (100%), Positives = 427/427 (100%), Gaps = 0/427 (0%)

Query  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60
            MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180
            IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240
            IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300
            VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DYFLTISDNPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  360
            DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGvlpllvplfivlalvavfpQFTLLLPE  420
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  421  LFLGYGQ  427
            LFLGYGQ
Sbjct  421  LFLGYGQ  427

7) VC395_1891 in NC_012582


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  550 bits (2076),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 427/427 (100%), Positives = 427/427 (100%), Gaps = 0/427 (0%)

Query  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60
            MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180
            IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240
            IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300
            VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DYFLTISDNPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  360
            DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGvlpllvplfivlalvavfpQFTLLLPE  420
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  421  LFLGYGQ  427
            LFLGYGQ
Sbjct  421  LFLGYGQ  427

8) VC0395_A1375 in NC_009457


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  550 bits (2076),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 427/427 (100%), Positives = 427/427 (100%), Gaps = 0/427 (0%)

Query  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60
            MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180
            IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240
            IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300
            VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DYFLTISDNPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  360
            DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGvlpllvplfivlalvavfpQFTLLLPE  420
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  421  LFLGYGQ  427
            LFLGYGQ
Sbjct  421  LFLGYGQ  427

9) VV2_0731 in NC_004460


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  515 bits (1942),  Expect = 2e-147, Method: Compositional matrix adjust.
 Identities = 374/393 (96%), Positives = 387/393 (99%), Gaps = 0/393 (0%)

Query  1    MAGSIFGWLGLLFAGMPVGFSLIFVALVFLIVTNSTGINFAAQQMLGGIDNFTLLAVPFF  60
            M GSIFGWLGLLFAGMPVGFSLIFVAL FLI+TNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKSMVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAKS+VGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYDDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGILCC  180
            IKSMRDAKY+DDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPG+LCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  VALMVMSYFICKKRGYMTLPKASRKEQFTSFKEAFLSLMTPVIIIGGIFSGKFTPTEAAV  240
            +ALMVMSYFICKKRGYMTLPKASR+EQF S+KEAFLSL+TPVIIIGGIFSGKFTPTEAA 
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  VSSLYALFLGTVVYKQLTLTGFVEILRETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300
            VSSLYALFLGTVVY+ LTL GF+EIL+ETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DYFLSISENPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  360
            DYFL+IS+NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

10) VVMO6_04104 in NC_014966


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  515 bits (1942),  Expect = 2e-147, Method: Compositional matrix adjust.
 Identities = 374/393 (96%), Positives = 387/393 (99%), Gaps = 0/393 (0%)

Query  1    MAGSIFGWLGLLFAGMPVGFSLIFVALVFLIVTNSTGINFAAQQMLGGIDNFTLLAVPFF  60
            M GSIFGWLGLLFAGMPVGFSLIFVAL FLI+TNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKSMVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAKS+VGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYDDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGILCC  180
            IKSMRDAKY+DDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPG+LCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  VALMVMSYFICKKRGYMTLPKASRKEQFTSFKEAFLSLMTPVIIIGGIFSGKFTPTEAAV  240
            +ALMVMSYFICKKRGYMTLPKASR+EQF S+KEAFLSL+TPVIIIGGIFSGKFTPTEAA 
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  VSSLYALFLGTVVYKQLTLTGFVEILRETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300
            VSSLYALFLGTVVY+ LTL GF+EIL+ETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DYFLSISENPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  360
            DYFL+IS+NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

11) VVA1200 in NC_005140


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  515 bits (1942),  Expect = 3e-147, Method: Compositional matrix adjust.
 Identities = 374/393 (96%), Positives = 387/393 (99%), Gaps = 0/393 (0%)

Query  3    MAGSIFGWLGLLFAGMPVGFSLIFVALVFLIVTNSTGINFAAQQMLGGIDNFTLLAVPFF  62
            M GSIFGWLGLLFAGMPVGFSLIFVAL FLI+TNSTGINFAAQQMLGGIDNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  63   VLTGHLMNSAGITERIFNFAKSMVGHITGSLGHVNIMASLLFsgmsgsaladagglgqlE  122
            VLTGHLMNSAGITERIFNFAKS+VGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  123  IKSMRDAKYDDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGILCC  182
            IKSMRDAKY+DDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPG+LCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  183  VALMVMSYFICKKRGYMTLPKASRKEQFTSFKEAFLSLMTPVIIIGGIFSGKFTPTEAAV  242
            +ALMVMSYFICKKRGYMTLPKASR+EQF S+KEAFLSL+TPVIIIGGIFSGKFTPTEAA 
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  243  VSSLYALFLGTVVYKQLTLTGFVEILRETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  302
            VSSLYALFLGTVVY+ LTL GF+EIL+ETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  303  DYFLSISENPlvllllinllllflGTFIEslalllllvpflvpvasavGIDPVHFGVMAI  362
            DYFL+IS+NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  363  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  395
            LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

12) PBPRA2279 in NC_006370


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  471 bits (1774),  Expect = 5e-134, Method: Compositional matrix adjust.
 Identities = 369/426 (87%), Positives = 410/426 (97%), Gaps = 0/426 (0%)

Query  1    MFTSIVGWLGLLFAGMPVGFSLIFVGLAFLVLTESTGINFAAQQMIGGLDNFTLLAVPFF  60
            M  SI GWLGLLFAGMPVGFSLIFV+LAFL+LT+STGINFAAQQM+GG+DNFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSAGITERIFNFAKAMVGHITGSLGHVNILASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNSAGITERIFNFAK++VGHITGSLGHVNI+ASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAKYDDDFAGGLTAASCIIGPLVPPSIPLVIYGVVSNTSIGALFLAGAIPGLLCC  180
            IKSMRDAKY+DDFAGGLTAASCIIGPLVPPS+PLVIYGVVSNTSIGALFLAGAIPGLLCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  IALCIMTYFIAKKRGYMTLPRASRKERLIAFRDAFLSLLTPfiiiggifSGKFTPTEAAI  240
            IAL +M+YFI KKRGYMTLP+ASR+E++ ++++AFLSLLTP IIIGGIFSGKFTPTEAA 
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  ISSLYALFLGTVVYKSLTMDKFIKLVQETVTTTSVVALMVMGVTVFGWIVAREQLPQQLA  300
            +SSLYALFLGTVVY++LT++ FI +++ETV TT+VVALMVMGVTVFGWIVAREQLPQ LA
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  ELFLSISDNPlillllinllllflGTFIESlalllllvpflvpvaTSVGIDPVHFGVMAI  360
            + FL+ISDNPL+LLLLINLLLLFLGTFIESLALLLLLVPFLVPVA++VGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVSKVGNIPFHVLTRgvlpllvplfivlgliivfpQITLFLPQ  420
            LNLMIGILTPPMGMALYVVS+VG+IPFH LTRGVLPLLVPLFIVL+L+ VFPQ+TL+LP+
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  421  LVLGYG  426
            L LGYG
Sbjct  421  LFLGYG  426

13) PCNPT3_01890 in NC_020802


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  432 bits (1628),  Expect = 2e-122, Method: Compositional matrix adjust.
 Identities = 355/426 (84%), Positives = 402/426 (95%), Gaps = 0/426 (0%)

Query  1    MFATIVGWLALLFAGMPVGFSLIFIGFVFLIATQSMGINFAAQQMVDGLNNFTLLAVPFF  60
            M ++I GWL+LLFAGMPVGFSLIF+++ FLI T+S GINFAAQQM++G++NFTLLAVPFF
Sbjct  1    MVGSIFGWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  61   VLTGHLMNSSGITERIFNFAKSMVGHITGSLGHVNILASLLFsgmsgsaladagglgqlE  120
            VLTGHLMNS+GITERIFNFAKS+VGHITGSLGHVNI+ASLLFSGMSGSALADAGGLGQLE
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  121  IKSMRDAGYDDDFAGGLTAASCIIGPLVPPSIPLIIYGVVSGTSIGALFLAGAIPGLLCC  180
            IKSMRDA Y+DDFAGGLTAASCIIGPLVPPS+PL+IYGVVS TSIGALFLAGAIPGLLCC
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCC  180

Query  181  IALMVMTYFIAKKRGYKTLPKASLKVKMVAFKEAFLSLLTPfiiiggifSGKFTPTEAAI  240
            IALMVM+YFI KKRGY TLPKAS + +  ++KEAFLSLLTP IIIGGIFSGKFTPTEAA 
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  241  ISSLYALFLGAVVYRtltikklikllkETVSTTSVVALMVMGVTVFGWIIARVQLPQQMA  300
            +SSLYALFLG+VVY TLT++ +I +LKETV+TT+VVALMVMGVTVFGWI+AR QLPQ +A
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  301  DFFLSISDDPlvlllminllllflGTFIEslalllllvpflvpvavsvGIDPVHFGVMAI  360
            D+FL+ISD+PLVLLL+INLLLLFLGTFIESLALLLLLVPFLVPVA +VGIDPVHFGVMAI
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  361  LNLMIGILTPPMGMALYVVAKVGNIPFHTITKGvlplliplfvvlflvavfpQITLFLPG  420
            LNLMIGILTPPMGMALYVV++VG+IPFHT+T+GVLPLL+PLF+VL LVAVFPQ+TL+LP 
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  421  VMLGYG  426
            + LGYG
Sbjct  421  LFLGYG  426

14) C770_GR4pD1299 in NC_019849


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  334 bits (1254),  Expect = 6e-93, Method: Compositional matrix adjust.
 Identities = 260/418 (63%), Positives = 360/418 (87%), Gaps = 1/418 (0%)

Query  7    GWFALLIAGMPVGFTLIVAALAYM-LWQGTGLNFAGQRMIAGLNSFPLLAVPFFILTAQL  65
            GW++LL+AGMPVGF+LI  ALA++ L ++TG+NFA+Q+M++G+++F LLAVPFF+LT++L
Sbjct  7    GWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  66   MNLSGVTERIFDFAKALVGHIRGGLGHVNIMASVLFSGMSGSAVADAAGLGQLEIKAMRD  125
            MN +G+TERIF+FAK+LVGHI G+LGHVNIMAS+LFSGMSGSA+ADA+GLGQLEIK+MRD
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  126  AGYDEQFSGSITaasaiigplippsiplVVYGVIANTSIGGLFLGGIVPGLLCAASLMIM  185
            A Y+++F+G++TAAS IIGPL+PPS+PLV+YGV++NTSIG+LFL+G +PGLLC  +LM+M
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  186  VYMIAWRRNYATAQRAGFRRVWSTFWHallplitpfiiiggifagVFSPTEAAVVAASYA  245
             Y I  +R Y T  +A+ R    ++ +A+L+L+TP IIIGGIF+G F+PTEAA V++ YA
Sbjct  187  SYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  246  LFLGVVVYREITFAKLVTVLRETVSHTAAVGLLIMGVSLFGYVIAREQVPQHVATFFLTY  305
            LFLG VVY  +T+  ++ +L+ETV+ TA V+L++MGV++FG ++AREQ+PQ +A +FLT 
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  306  ADDPLTFLILVNLMLLALGTFIEalailllivpvlvptalQFGVDPVHFGVMVVFNLMIG  365
            +D+PL +L+L+NL+LL LGTFIE+LA+LLL+VP LVP A   G+DPVHFGVM ++NLMIG
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  366  ILTPPMGVALFVVSKVADIPFGVLARGIlpllvplfvvlvlITIFPALVTFIPDQMLG  423
            ILTPPMG+AL+VVS+V+DIPF  L+RG+LPLLVPLF+VL L+++FP +  ++P+  LG
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

15) Sinme_3875 in NC_015596


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  332 bits (1245),  Expect = 3e-92, Method: Compositional matrix adjust.
 Identities = 258/418 (62%), Positives = 360/418 (87%), Gaps = 1/418 (0%)

Query  7    GWFALLIAGMPVGFTLIVAALAYM-LWQGTGLNFAGQRMIAGLNSFPLLAVPFFILTAQL  65
            GW++LL+AGMPVGF+LI  ALA++ L ++TG+NFA+Q+M++G+++F LLAVPFF+LT++L
Sbjct  7    GWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  66   MNLSGVTERIFDFAKALVGHIRGGLGHVNIMASVLFSGMSGSAVADAAGLGQLEIKAMRD  125
            MN +G+TERIF+FAK+LVGHI G+LGHVNIMAS+LFSGMSGSA+ADA+GLGQLEIK+MRD
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  126  AGYDEQFSGSITaasaiigplippsiplVVYGVIANTSIGGLFLGGIVPGLLCAASLMIM  185
            A Y+++F+G++TAAS IIGPL+PPS+PLV+YGV++NTSIG+LFL+G +PGLLC  +LM+M
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  186  VYVIAWRRNYATAQRAGFRRVWSTFWHallplitpfiiiggifagVFSPTEAAVVAASYA  245
             Y I  +R Y T  +A+ R    ++ +A+L+L+TP IIIGGIF+G F+PTEAA V++ YA
Sbjct  187  SYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  246  LFLGVVVYREITFAKLVTVLRETVSHTAAVGLLIMGVSLFGYVIAREQVPQHVATFFLTY  305
            LFLG VVY  +T+  ++ +L+ETV+ TA V+L++MGV++FG ++AREQ+PQ +A +FLT 
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  306  ADDPltflvlvnlmllalGTFIEalailllivpvlvptalQFGVDPVHFGVMVVFNLMIG  365
            +D+PL +L+L+NL+LL LGTFIE+LA+LLL+VP LVP A   G+DPVHFGVM ++NLMIG
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  366  ILTPPMGVALFVVSKVADIPFGVLARGilplliplivvlvliTIFPALVTFIPDQMLG  423
            ILTPPMG+AL+VVS+V+DIPF  L+RG+LPLL+PL++VL L+++FP +  ++P+  LG
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

16) SinmeB_4372 in NC_017323


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  332 bits (1245),  Expect = 3e-92, Method: Compositional matrix adjust.
 Identities = 258/418 (62%), Positives = 360/418 (87%), Gaps = 1/418 (0%)

Query  7    GWFALLIAGMPVGFTLIVAALAYM-LWQGTGLNFAGQRMIAGLNSFPLLAVPFFILTAQL  65
            GW++LL+AGMPVGF+LI  ALA++ L ++TG+NFA+Q+M++G+++F LLAVPFF+LT++L
Sbjct  7    GWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  66   MNLSGVTERIFDFAKALVGHIRGGLGHVNIMASVLFSGMSGSAVADAAGLGQLEIKAMRD  125
            MN +G+TERIF+FAK+LVGHI G+LGHVNIMAS+LFSGMSGSA+ADA+GLGQLEIK+MRD
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  126  AGYDEQFSGSITaasaiigplippsiplVVYGVIANTSIGGLFLGGIVPGLLCAASLMIM  185
            A Y+++F+G++TAAS IIGPL+PPS+PLV+YGV++NTSIG+LFL+G +PGLLC  +LM+M
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  186  VYVIAWRRNYATAQRAGFRRVWSTFWHallplitpfiiiggifagVFSPTEAAVVAASYA  245
             Y I  +R Y T  +A+ R    ++ +A+L+L+TP IIIGGIF+G F+PTEAA V++ YA
Sbjct  187  SYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  246  LFLGVVVYREITFAKLVTVLRETVSHTAAVGLLIMGVSLFGYVIAREQVPQHVATFFLTY  305
            LFLG VVY  +T+  ++ +L+ETV+ TA V+L++MGV++FG ++AREQ+PQ +A +FLT 
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  306  ADDPltflvlvnlmllalGTFIEalailllivpvlvptalQFGVDPVHFGVMVVFNLMIG  365
            +D+PL +L+L+NL+LL LGTFIE+LA+LLL+VP LVP A   G+DPVHFGVM ++NLMIG
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  366  ILTPPMGVALFVVSKVADIPFGVLARGilplliplivvlvliTIFPALVTFIPDQMLG  423
            ILTPPMG+AL+VVS+V+DIPF  L+RG+LPLL+PL++VL L+++FP +  ++P+  LG
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

17) SM11_pD1313 in NC_017326


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  332 bits (1245),  Expect = 3e-92, Method: Compositional matrix adjust.
 Identities = 258/418 (62%), Positives = 360/418 (87%), Gaps = 1/418 (0%)

Query  7    GWFALLIAGMPVGFTLIVAALAYM-LWQGTGLNFAGQRMIAGLNSFPLLAVPFFILTAQL  65
            GW++LL+AGMPVGF+LI  ALA++ L ++TG+NFA+Q+M++G+++F LLAVPFF+LT++L
Sbjct  7    GWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  66   MNLSGVTERIFDFAKALVGHIRGGLGHVNIMASVLFSGMSGSAVADAAGLGQLEIKAMRD  125
            MN +G+TERIF+FAK+LVGHI G+LGHVNIMAS+LFSGMSGSA+ADA+GLGQLEIK+MRD
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  126  AGYDEQFSGSITaasaiigplippsiplVVYGVIANTSIGGLFLGGIVPGLLCAASLMIM  185
            A Y+++F+G++TAAS IIGPL+PPS+PLV+YGV++NTSIG+LFL+G +PGLLC  +LM+M
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  186  VYVIAWRRNYATAQRAGFRRVWSTFWHallplitpfiiiggifagVFSPTEAAVVAASYA  245
             Y I  +R Y T  +A+ R    ++ +A+L+L+TP IIIGGIF+G F+PTEAA V++ YA
Sbjct  187  SYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  246  LFLGVVVYREITFAKLVTVLRETVSHTAAVGLLIMGVSLFGYVIAREQVPQHVATFFLTY  305
            LFLG VVY  +T+  ++ +L+ETV+ TA V+L++MGV++FG ++AREQ+PQ +A +FLT 
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  306  ADDPltflvlvnlmllalGTFIEalailllivpvlvptalQFGVDPVHFGVMVVFNLMIG  365
            +D+PL +L+L+NL+LL LGTFIE+LA+LLL+VP LVP A   G+DPVHFGVM ++NLMIG
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  366  ILTPPMGVALFVVSKVADIPFGVLARGilplliplivvlvliTIFPALVTFIPDQMLG  423
            ILTPPMG+AL+VVS+V+DIPF  L+RG+LPLL+PL++VL L+++FP +  ++P+  LG
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

18) SM_b20297 in NC_003078


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  331 bits (1242),  Expect = 6e-92, Method: Compositional matrix adjust.
 Identities = 257/418 (62%), Positives = 359/418 (86%), Gaps = 1/418 (0%)

Query  7    GWFALLIAGMPVGFTLIVAALAYM-LWQGTGLNFAGQRMIAGLNSFPLLAVPFFILTAQL  65
            GW++LL+AGMPVGF+LI  ALA++ L ++TG+NFA+Q+M++G+++F LLAVPFF+LT++L
Sbjct  7    GWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  66   MNLSGVTERIFDFAKALVGHIRGGLGHVNIMASVLFSGMSGSAVADAAGLGQLEIKAMRD  125
            MN +G+TERIF+FAK+LVGHI G+LGHVNIMAS+LFSGMSGSA+ADA+GLGQLEIK+MRD
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  126  AGYDEQFSGSITaasaiigplippsiplVVYGVIANTSIGGLFLGGIVPGLLCAASLMIM  185
            A Y+++F+G++TAAS IIGPL+PPS+PLV+YGV++NTSIG+LFL+G +PGLLC  +LM+M
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  186  VYVIAWRRNYATAQRAGFRRVWSTFWHallplitpfiiiggifagVFSPTEAAVVAASYA  245
             Y I  +R Y T  +A+ R    ++ +A+L+L+TP IIIGGIF+G F+PTEAA V++ YA
Sbjct  187  SYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  246  LFLGVVVYREITFAKLVTVLRETVSHTAAVGLLIMGVSLFGYVIAREQVPQHVATFFLTY  305
            LFLG VVY  +T+  ++ +L+ETV+ TA V+L++MGV++FG ++AREQ+PQ +A +FLT 
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  306  AEDPLTFLILVNLMLLALGTFIEalailllivpvlvptalQFGVDPVHFGVMVVFNLMIG  365
            +++PL +L+L+NL+LL LGTFIE+LA+LLL+VP LVP A   G+DPVHFGVM ++NLMIG
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  366  ILTPPMGVALFVVSKVADIPFGVLARGilplliplvvvlvliTIFPALVTFIPDQMLG  423
            ILTPPMG+AL+VVS+V+DIPF  L+RG+LPLL+PL +VL L+++FP +  ++P+  LG
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

19) SM2011_b20297 in NC_020560


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  331 bits (1242),  Expect = 6e-92, Method: Compositional matrix adjust.
 Identities = 257/418 (62%), Positives = 359/418 (86%), Gaps = 1/418 (0%)

Query  7    GWFALLIAGMPVGFTLIVAALAYM-LWQGTGLNFAGQRMIAGLNSFPLLAVPFFILTAQL  65
            GW++LL+AGMPVGF+LI  ALA++ L ++TG+NFA+Q+M++G+++F LLAVPFF+LT++L
Sbjct  7    GWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  66   MNLSGVTERIFDFAKALVGHIRGGLGHVNIMASVLFSGMSGSAVADAAGLGQLEIKAMRD  125
            MN +G+TERIF+FAK+LVGHI G+LGHVNIMAS+LFSGMSGSA+ADA+GLGQLEIK+MRD
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  126  AGYDEQFSGSITaasaiigplippsiplVVYGVIANTSIGGLFLGGIVPGLLCAASLMIM  185
            A Y+++F+G++TAAS IIGPL+PPS+PLV+YGV++NTSIG+LFL+G +PGLLC  +LM+M
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  186  VYVIAWRRNYATAQRAGFRRVWSTFWHallplitpfiiiggifagVFSPTEAAVVAASYA  245
             Y I  +R Y T  +A+ R    ++ +A+L+L+TP IIIGGIF+G F+PTEAA V++ YA
Sbjct  187  SYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  246  LFLGVVVYREITFAKLVTVLRETVSHTAAVGLLIMGVSLFGYVIAREQVPQHVATFFLTY  305
            LFLG VVY  +T+  ++ +L+ETV+ TA V+L++MGV++FG ++AREQ+PQ +A +FLT 
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  306  AEDPLTFLILVNLMLLALGTFIEalailllivpvlvptalQFGVDPVHFGVMVVFNLMIG  365
            +++PL +L+L+NL+LL LGTFIE+LA+LLL+VP LVP A   G+DPVHFGVM ++NLMIG
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  366  ILTPPMGVALFVVSKVADIPFGVLARGilplliplvvvlvliTIFPALVTFIPDQMLG  423
            ILTPPMG+AL+VVS+V+DIPF  L+RG+LPLL+PL +VL L+++FP +  ++P+  LG
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

20) siaT in NC_018701


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  327 bits (1228),  Expect = 7e-91, Method: Compositional matrix adjust.
 Identities = 257/418 (62%), Positives = 357/418 (86%), Gaps = 1/418 (0%)

Query  7    GWFALLIAGMPVGFTLIVAALAYM-LWQGTGLNFAGQRMIAGLNSFPLLAVPFFILTAQL  65
            GW++LL+AGMPVGF+LI  ALA++ L ++TG+NFA+Q+M++G+++F LLAVPFF+LT++L
Sbjct  7    GWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  66   MNLSGVTERIFDFATALVGHIRGGLGHVNIMASVLFSGMSGSAVADAAGLGQLEIKAMRD  125
            MN +G+TERIF+FA +LVGHI G+LGHVNIMAS+LFSGMSGSA+ADA+GLGQLEIK+MRD
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  126  AGYDEQFSGSITaasaiigplippsiplVVYGVIANTSIGGLFLGGIVPGLLCAASLMIM  185
            A Y+++F+G++TAAS IIGPL+PPS+PLV+YGV++NTSIG+LFL+G +PGLLC  +LM+M
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  186  VYVIAWRRNYATAQRAGFRRVWSTFWRallplitpfiiiggifagVFSPTEAAVVAASYA  245
             Y I  +R Y T  +A+ R    ++  A+L+L+TP IIIGGIF+G F+PTEAA V++ YA
Sbjct  187  SYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  246  LFLGVVVYREITFAKLVTVLRETVSHTAAVGLLIMGVSLFGYVIAREQVPQHVAAFFLTY  305
            LFLG VVY  +T+  ++ +L+ETV+ TA V+L++MGV++FG ++AREQ+PQ +A +FLT 
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  306  ADDPLTFLILVNLMLLALGTFIEalailllivpvlvptalQFGVDPVHFGVMVVFNLMIG  365
            +D+PL +L+L+NL+LL LGTFIE+LA+LLL+VP LVP A   G+DPVHFGVM ++NLMIG
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  366  ILTPPMGVALFVVSKVADIPFGVLARGilplliplivvlvliTNFPALVTFIPDQMLG  423
            ILTPPMG+AL+VVS+V+DIPF  L+RG+LPLL+PL++VL L++ FP +  ++P+  LG
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

21) siaT2 in NC_018000


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  311 bits (1167),  Expect = 4e-86, Method: Compositional matrix adjust.
 Identities = 258/418 (62%), Positives = 356/418 (86%), Gaps = 1/418 (0%)

Query  7    GWFALLVAGMPVGFTLIVAALAYM-LWQGTGLNFAGQRMVAGLNSFPLLAVPFFILTAQL  65
            GW++LL AGMPVGF+LI  ALA++ L ++TG+NFA+Q+M++G+++F LLAVPFF+LT++L
Sbjct  7    GWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  66   MNVSGVTERIFDFAKALVGHIRGGLGHVNIMASVMFSGMSGSAVADAAGLGQLEIKAMRD  125
            MN +G+TERIF+FAK+LVGHI G+LGHVNIMAS++FSGMSGSA+ADA+GLGQLEIK+MRD
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  126  AGYDEQFSGSITaasaiigplippsiplVVYGVIANTSIGGLFLGGIVPGLLCAASLMVM  185
            A Y+++F+G++TAAS IIGPL+PPS+PLV+YGV++NTSIG+LFL+G +PGLLC  +LMVM
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  186  VYVIAWRRNYATEQRASLRRVWSTFWRALFPLMTPfiiiggifagifSPTEaavvaasya  245
             Y I  +R Y T  +AS R    ++  A+++L+TP IIIGGIF+G F+PTEAA V++ YA
Sbjct  187  SYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  246  lllgvvvYREITFARLVTVLRETVGHTAAVGLLIMGVSLFGYVIAREQVPQHVAAFFLNY  305
            L+LG VVY  +T+  ++ +L+ETV  TA V+L++MGV++FG ++AREQ+PQ +A +FL  
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  306  ADDPLTFLILVNLMLLALGTFIEalailllivpvlvptalQYGIDPVHFGVVVVFNLMIG  365
            +D+PL +L+L+NL+LL LGTFIE+LA+LLL+VP LVP A   GIDPVHFGV+ ++NLMIG
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  366  ILTPPMGVALFVVSKVANIPFGVLARGilpllvpliivlvliTVFPALVTFIPDQMLG  423
            ILTPPMG+AL+VVS+V++IPF  L+RG+LPLLVPL+IVL L++VFP +  ++P+  LG
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

22) Smed_3834 in NC_009620


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  301 bits (1127),  Expect = 7e-83, Method: Compositional matrix adjust.
 Identities = 258/418 (62%), Positives = 357/418 (86%), Gaps = 1/418 (0%)

Query  7    GWFALLVAGMPVGFTLIVAALAYM-LWQGTGLNFAGQRMIAGLNSFPLLAVPFFILTAQL  65
            GW++LL AGMPVGF+LI  ALA++ L ++TG+NFA+Q+M++G+++F LLAVPFF+LT++L
Sbjct  7    GWLGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  66   MNLSGVTERIFAFAKAlvghvrgglghvNIMASVMFSGMSGSAVADAAGLGQLEIKAMRD  125
            MN +G+TERIF FAK+LVGH+ G+LGHVNIMAS++FSGMSGSA+ADA+GLGQLEIK+MRD
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  126  AGYDEQFSGSVTaasaiigplippsiplVVYGVIANTSIGGLFLGGIVPGLLCAISLMVM  185
            A Y+++F+G++TAAS IIGPL+PPS+PLV+YGV++NTSIG+LFL+G +PGLLC I+LMVM
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  186  VYVIAWRRNYPTEERSSLRRIWSTFWRAllplitpfiiiggifagifspTEAAVVAASYA  245
             Y I  +R Y T  ++S R    ++  A+L+L+TP IIIGGIF+G F+PTEAA V++ YA
Sbjct  187  SYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  246  LFLGVVVYREITFAKLVIVLRETVSHTAAVGLLIMGVSLFGYVIAREQVPQHVAAFFLAY  305
            LFLG VVY  +T+  ++ +L+ETV+ TA V+L++MGV++FG ++AREQ+PQ +A +FL+ 
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  306  ADDPLTFLILVNLMLLALGTFIEalailllivpvlvptalQFGVDPVHFGVMVVFNLMIG  365
            +D+PL +L+L+NL+LL LGTFIE+LA+LLL+VP LVP A   G+DPVHFGVM ++NLMIG
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  366  ILTPPMGVALFVVSKVADIPFGLLARGIlpllvplvlvlvlITLFPALVTFIPDQMLG  423
            ILTPPMG+AL+VVS+V+DIPF  L+RG+LPLLVPL +VL L+++FP +  ++P+  LG
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

23) Trebr_2166 in NC_015500


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  294 bits (1101),  Expect = 8e-81, Method: Compositional matrix adjust.
 Identities = 243/408 (60%), Positives = 340/408 (84%), Gaps = 1/408 (0%)

Query  17   GVHIGYSLIIVSLVFFAATGNLMLLPFAFKEMLAGINNFTLLAVPFFVLAGNLMNGGGVT  76
            G+ +G+SLI+V+L F+  T +  +  FA ++ML+GI+NFTLLAVPFFVL+G+LMN++G+T
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGI-NFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGIT  73

Query  77   NRIFSFARSMIGHRKGGLAHVNVMASLIFsgmsgsaladagglgqlEIKSMRDAGYDDGF  136
            +RIF+FA+S++GH  G+L+HVN+MASL+FSGMSGSALADAGGLGQLEIKSMRDA Y+D+F
Sbjct  74   ERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDF  133

Query  137  AGGITAASCIIGPLIPPSTPLIIYAVVANQSVEKLFMAGFLPgllttgmlmlmCSILAHK  196
            AGG+TAASCIIGPL+PPS PL+IY+VV+N S+  LF+AG +PGLL    LM+M  ++  K
Sbjct  134  AGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKK  193

Query  197  RNYPAEQKCTAVERWHSFKNSVWALLTPVIILVGIFSGIFTPTEaavvaaaYTTVLGFFV  256
            R Y +  K +  E+  S+K++  +LLTPVII+ GIFSG FTPTEAA V++ Y+  LG  V
Sbjct  194  RGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  257  YKELTLKKFFEIVLESVKTTGTIVMMILGVTLFGWIIAREQMPLHVAEFFMNFVSNPITl  316
            Y+ LTL+ F+EI+ E+V+TT+ + +M++GVT+FGWI+AREQ+P  +A++F+ +  NP+ L
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  317  mlminvlllflGTVIDAlplliilipillpTVVAAGINPIHFGVVVIFNLMIGILTPPMG  376
            +L+IN+LLLFLGT I++L+LL++L+P+L+P   A GI+P+HFGV+ I+NLMIGILTPPMG
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  377  TALFVVSRVGNMPFKTLMKGvvpflipllitlvllsifpQITLLLPTL  424
             AL+VVSRVG++PF TL +GV+P+L+PL+I L L+++FPQ+TLLLP L
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

24) dctM2 in NC_020908


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  275 bits (1027),  Expect = 5e-75, Method: Compositional matrix adjust.
 Identities = 202/379 (54%), Positives = 296/379 (79%), Gaps = 0/379 (0%)

Query  43   HRMINGVDSFTLLAVPFFILAGSLMNHAGITDRIFAFAKSLVGWMRGGLGHVNIGASVLF  102
            ++M+ G+D+FTLLAVPFF+L+G LMN AGIT+RIF FAKSLVG + G+LGHVNI AS+LF
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  103  AGMSGAAVADAGGLGMIEIKAMKEGGYDADFAVGVTAASSTIGPLIPPSLPLVVYGVVSS  162
            +GMSG+A+ADAGGLG +EIK+M+++ Y+ DFA G+TAAS  IGPL+PPS+PLV+YGVVS+
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  163  TSIGQLFAAGLVPGLIMAIALMLMVSWYAYVRGYGRDSSFAWVVLWHTFKRAFLSLLTPI  222
            TSIG LF AG +PGL+  IALM+M       RGY   +  ++     ++K AFLSLLTP+
Sbjct  163  TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPV  222

Query  223  IIVGGILAGLFTPTEaaiaacayaLFLGVFVYRTLNFRKIRAISMDTIEttaivllivaa  282
            II+GGI++G FTPTEAA  +  YALFLG  VY TL ++ +  I  +T++TTA+V L+V +
Sbjct  223  IIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMG  282

Query  283  aSIFSWILTTSRVTETVAELILGHTQnvvlvlllinilllivGFFMEPVAAITIltpvll  342
             ++F+WI++  ++ + +A+ +L  ++N +++LLLIN+LLL++G F+E++A + +L P L+
Sbjct  283  VTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLV  342

Query  343  plvvelgvdpvHFGIMMVLNLMLGLLTPPVGMVLYVLARVADIKFESAASATAPFLIPLG  402
            P+   +G+DPVHFG+M +LNLM+G+LTPP+GM LYV++RV+DI F++ + +  P+L+PL 
Sbjct  343  PVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLF  402

Query  403  IVLLLITYVPALSMWLPTL  421
            IVL L++  P +++ LP L
Sbjct  403  IVLALVAVFPQFTLLLPEL  421

25) Csal_3212 in NC_007963


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  256 bits (957),  Expect = 2e-69, Method: Compositional matrix adjust.
 Identities = 190/423 (45%), Positives = 324/423 (77%), Gaps = 7/423 (1%)

Query  10   GLIVLLMLGVPVAFAMI--ASSALVLGYTRGFDAIPIEMISQRTLYGVNSFTLLAIPAFL  67
            G + LL  G+PV+F++I  A + L+L  + G     I+  +Q+ L G+++FTLLA+P F+
Sbjct  7    GWLGLLFAGMPVGFSLIFVALAFLILTNSTG-----INFAAQQMLGGIDNFTLLAVPFFV  61

Query  68   FIGRLMNSAGISDRVFDVARTMVGHFKGGLGHVNVVASMLFAGMSGSAVADAGGLGALEI  127
            + G+LMNSAGI++R+F+ A+++VGH+ G+LGHVN++AS+LF+GMSGSA+ADAGGLG LEI
Sbjct  62   LTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEI  121

Query  128  KAMEDDGYPTGFSAAVTASSATIGPIIPPSIPAVIYGalanasiasiflasiiPglfmgl  187
            K+M D  Y  +F++++TA+S  IGP++PPS+P VIYG ++N+SI+++FLA+ IPGL+  +
Sbjct  122  KSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCI  181

Query  188  glmlmVAIISHRRGFPTRTRARLNDVLRALSRGLLPMLTPLIIIVGILSGVFTPTEASVI  247
            +LM+M  +I  +RG+ T  +A   + +++L  ++L++LTP+III GI+SG FTPTEA+ +
Sbjct  182  ALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAV  241

Query  248  ALLYCMIISFLVYRSITFREFLGILRATAIDTAALLFIIAGSALYSWVLARYQVTALVAD  307
            + LY ++++ +VY ++T++ F+ IL+ T   TA + +++ G ++++W++AR Q+  ++AD
Sbjct  242  SSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLAD  301

Query  308  FLLATVTDPlglmlllvvfilliglfIDSvpalflltpllvpvvTQYGIDPVHFGVVMIF  367
            ++L+   +PL L+LL+ +++L++G FI+S++ L+LL P+LVPV +  GIDPVHFGV+ I+
Sbjct  302  YFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAIL  361

Query  368  TLMIGLITPPVGTVLFTIQKITGMSFVGLVRETIPFYIPLFVVLLIITCFPSIVMFLPSL  427
             LMIG++TPP+G  L+ + ++ +++F  L R  +P+ +PLF+VL +++ FP + ++LP L
Sbjct  362  NLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

Query  428  ILG  430
            +LG
Sbjct  422  FLG  424

26) HELO_1150 in NC_014532


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  249 bits (929),  Expect = 3e-67, Method: Compositional matrix adjust.
 Identities = 204/419 (49%), Positives = 320/419 (77%), Gaps = 7/419 (1%)

Query  11   LVLLLIGMPIAFSLGIASLAYLLL-EGISLTVVPQRLYAGIDTFVLLCIPGFVLAGNLMN  69
            L LL+ GMP++FSL + +LA+L+L ++ ++   +Q++ +GID F LL +P FVL+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  70   VGNITENIVRFSNALLGHIRGGLGLANVGGSMIFGGISGTAVADSASIGSVMIPGMARSG  129
             + ITE I  F+++L+GHI G+LG  N+ +S++F+G+SG+A+AD++++G + I +M  + 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  130  YDKPFaaavtaasstvGPIIPPSVPMIIAGSLSGVSVGRMFlagaipglllglaMMVTVY  189
            Y+  FA+++TAAS  +GP++PPSVP++I G +S  S+G +FLAGAIPGLL  +A+MV  Y
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  190  ILAVRRGY---PKEARVPFLQLLREARTAFWALLMTAIILYGIIGGFFTPTEASIVASLY  246
            ++  +RGY   PK +R    + ++  + AF +LL   II+ GI++G FTPTEA+ V+SLY
Sbjct  189  FICKKRGYMTLPKASRR---EQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLY  245

Query  247  ALVVGMYVYKGLTWRKLPAILTDTVFTSAALLLMVGLANLFGWILTSEQIPQMIAGLILT  306
            AL +G  VY+ LT + +  IL +TV T+A + LMV    +FGWI++ EQ+PQM+A+ +LT
Sbjct  246  ALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLT  305

Query  307  ISENPlvvililnlillfvGTFMETiaaliilfpallGVATGVGMDPVHFAVMAVLNLMI  366
            IS+NPLV++L++NL+LLF+GTF+E++A L++L P L+ VA++VG+DPVHF+VMA+LNLMI
Sbjct  306  ISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMI  365

Query  367  GLTTPPVGVCLFVVSGIGKLPMLTVARAILPFLFCNLMVLLLVAYVPSISLWLPDLILG  425
            G+ TPP+G+ L+VVS +G +P  T++R++LP+L   ++VL LVA  P ++L LP+L+LG
Sbjct  366  GILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

27) SpiBuddy_2527 in NC_015152


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  240 bits (894),  Expect = 2e-64, Method: Compositional matrix adjust.
 Identities = 175/415 (43%), Positives = 316/415 (77%), Gaps = 3/415 (0%)

Query  11   IGLMIFGVPVAASMGITSLGIFAALGQGQYLAVMPQRIYVGATSITMLAIPFFILAGNLM  70
            +GL++ G+PV+ S+ + +L+ F  L ++  +   +Q++  G  ++T+LA+PFF+L+G+LM
Sbjct  9    LGLLFAGMPVGFSLIFVALA-FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  71   NTGGITDRIFNFARACCGHWPGGLGQVNILSSVIFSGMSGSAVADAAGLGAIEMKAMGDA  130
            N++GIT+RIFNFA++  GH  G+LG+VNI++S++FSGMSGSA+ADA+GLG +E+K+M DA
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  131  GFDKRFAAGITAASSTIGPVIPPSIPFVVYASIVGASVGKLFMAGFIPGLLMAAAMSVAV  190
             ++  FA+G+TAAS  IGP++PPS+P+V+Y+ +  +S+G LF+AG IPGLL   A+ V  
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMS  187

Query  191  FITSKRKHYPVEAKMPWKTRLVYFWKAIPSLMTVVLIIGGIWGGFFTATEAAVIASFYAL  250
            ++  K++ Y   +K +++ ++  +  A+ SL+T V+IIGGI +G FT+TEAA ++S+YAL
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  251  ILGTLVYKEIKLADLKKVLTNSMLQSC-MTLFIIAVANFLAYFLTHQRIPNMiitglttl  309
            +LGT+VY+ + L ++  +L +++  +  ++L +++V+ F + +++++++P+M+   + T+
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVF-GWIVAREQLPQMLADYFLTI  306

Query  310  ttnptililiiifillVLGCFVEGVAVILITTPIFMPVITSIGMDPVQFGVIMILASMIG  369
            + NP +L+L+I ++LL LG F+E++A++L+  P+++PV +++G+DPV+FGV+ IL  MIG
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  370  LLTPPVGMSLYAVSSISGVSVIELSKEVLPYVLGIFLVLLAIAFWPPLSMTLPNL  424
            +LTPP+GM+LY VS +++++   L++ VLP ++ +F+VL  +A  P +++ LP+L
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

28) Csal_2978 in NC_007963


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  239 bits (890),  Expect = 3e-64, Method: Compositional matrix adjust.
 Identities = 189/403 (47%), Positives = 308/403 (77%), Gaps = 9/403 (2%)

Query  17   GIPIAFSLGIASLSYLLLAD-ISLTIIPQRMYGGIDTFVLLCIPGFVLAGNLMNVGNITD  75
            G+P++FSL + +L++L+L++  ++ + +Q+M GGID F LL +P FVL+G+LMN + IT+
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  76   HIVRFSNALVGHIRGGLGLANVGGSMIFGGISGTAVADAASIGSVMIPGMSRAGYDKPFa  135
            +I  F+++LVGHI G+LG  N+ +S++F+G+SG+A+ADA+++G + I +M  A Y+  FA
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  136  aavtaasstvGPIIPPSVPMIIAGSLSGVSVGRMFlagaipglllglaMMITVYILAVKR  195
            +++TAAS  +GP++PPSVP++I G +S  S+G +FLAGAIPGLL  +A+M+  Y++  KR
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  196  GY---PRE-KRSTFRQLVLEGRSAFWALLMTFIILYGIVGGVFTPTEASIVASLYALVIG  251
            GY   P+  +R  F+ L    + AF +LL   II+ GI +G FTPTEA+ V+SLYAL +G
Sbjct  195  GYMTLPKASRREQFKSL----KEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLG  250

Query  252  MFVYKGITWRNLPQIVIDTVLTSGSLMILVGLANLFGWILTSQQIPQMIADQILAISDNP  311
              VY+ +T + + +I+ +TV T++ + ++V    +FGWI++ +Q+PQM+AD +L+ISDNP
Sbjct  251  TVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNP  310

Query  312  lvvililnlillvvGTFMETiaaliilfpallGVATGVGMDPVHFGLMAVLNLMIGLTTP  371
            LV++L++NL+LL +GTF+E++A L++L P L+ VA++VG+DPVHFG+MA+LNLMIG+ TP
Sbjct  311  LVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTP  370

Query  372  PLGVCLFVVAGIGKLPMLRVARAIVPFLICNLVVLLLVAYIPA  414
            P+G+ L+VV+ +G +P   ++R+++P+L+  ++VL LVA +P 
Sbjct  371  PMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQ  413

29) SpiGrapes_2647 in NC_016633


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  236 bits (881),  Expect = 2e-63, Method: Compositional matrix adjust.
 Identities = 166/411 (41%), Positives = 311/411 (76%), Gaps = 12/411 (2%)

Query  20   MPIAFGMLASAACYL-LVKGGDLSLVINQVMNTYYTNYVIIAVPLFIFTANIMNSGKVTD  78
            MP++F+++  A  +L L ++ ++++  +Q++     N+ ++AVP+F++T+++MNS+ +T+
Sbjct  16   MPVGFSLIFVALAFLILTNSTGINFAAQQMLGGI-DNFTLLAVPFFVLTGHLMNSAGITE  74

Query  79   MIFNFAGGLCGRMRGSLGQVNVIASLIFSGMTGSAIADAAGLGKIEIAAMKDQGYDAEFA  138
             IFNFA +L G++ GSLG+VN++ASL+FSGM+GSA+ADA+GLG++EI +M+D  Y+ +FA
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  139  CAITAASATIGPIFPPSIPLVIYAMLSSTSVGALFMGGMIPAILLTGFLMIYVALVARKR  198
             ++TAAS  IGP+ PPS+PLVIY+++S+TS+GALF++G IP++L    LM+   ++ +KR
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  199  DY---PRGAKIVWSVF--LKATFRAILGLLTPVILLVGIYTGIMTPTEAGAIAGFYALII  253
            +Y   P++++  +  F  LK +F   L+LLTPVI++ GI++G  TPTEA+A++++YAL++
Sbjct  195  GYMTLPKASR--REQFKSLKEAF---LSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFL  249

Query  254  SVFAYKAIGWKEFFAVLKLSVRDIGATSIMIGAATIISYIVAREQLALNIGNWILSITSG  313
            +   Y+++  + F+ +LK +V   +  ++M+ + T+++ IVAREQL+  +++ +L+I+  
Sbjct  250  GTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDN  309

Query  314  KYGflflvnvvililGMFMDTSTIQLVFVPIMIPVARALGIDMVHFGLVVTFNMMVGLST  373
               +L+L+N+++L+LG F+++ ++ L++VP+++PVA A+GID VHFG++  +N+M+G+ T
Sbjct  310  PLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILT  369

Query  374  PPFGMLLFITSGISGTPLKGVMKEIIWPLVAMILVLIIITYFPEVTLFLPR  424
            PP GM L++ S +++ P+  + + ++  LV++++VL +++ FP+ TL+LP 
Sbjct  370  PPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

30) Acfer_2015 in NC_013740


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  232 bits (865),  Expect = 3e-62, Method: Compositional matrix adjust.
 Identities = 156/370 (43%), Positives = 268/370 (73%), Gaps = 14/370 (3%)

Query  35   VLATRFGMKWSLLSQYLYTGVDSFTLLSIPLFLLAAKIMNTGSITKKLFSFCMKVVGWLP  94
            +L+   G++ +  +Q +  G+D+FTLL++P+F+L++ +MN+++IT ++F+F   +VG + 
Sbjct  31   ILTNSTGINFA--AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHIT  88

Query  95   GGLGHVNVLCSVIFAGMSGTAVSDAGGLGSIEIKAMNENGFDNDFSCCVTAASSTLGPII  154
            G+LGHVN++ S++F+GMSG+A++DAGGLG +EIK+M +  +++DF+  +TAAS  +GP++
Sbjct  89   GSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLV  148

Query  155  PPSIPLVVYATVSGASVGALFMAGIIPGLVMAILMMVLV------SAYAILRHYPRTKFP  208
            PPS+PLV+Y+ VS +S+GALF+AG IPGL+  I +MV+        +Y  L   +R    
Sbjct  149  PPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRR---  205

Query  209  SGGEFFTALKDGFLPLMAPVILLVGIYGGVFTPTESAAIVVCYSLFLEICIYRELTLEKF  268
               E F +LK++FL+L++PVI++ GI++G FTPTE+AA+   Y+LFL   +Y  LTL+ F
Sbjct  206  ---EQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGF  262

Query  269  ISILKETFRDSVTIALIIAGATFFGYVATRVRIPQLILKEMTGLVSSQFMllllinifll  328
            I ILKET   +  +AL++ G T FG + +R ++PQ++      +  + ++LLLLIN++LL
Sbjct  263  IEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLL  322

Query  329  viGCFLETASAITIVVPLIMPLLKAYHVNFTQFGIIMVLNLMIGLLTPPFGLVLFVVSKI  388
             +G F+E+ + + ++VP+++P+  A  ++  +FG++ +LNLMIG+LTPP G+ L+VVS++
Sbjct  323  FLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRV  382

Query  389  GHISVGHFSR  398
            G+I+   ++R
Sbjct  383  GDIPFHTLTR  392

31) Asphe3_01230 in NC_015145


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  231 bits (860),  Expect = 9e-62, Method: Compositional matrix adjust.
 Identities = 172/415 (42%), Positives = 310/415 (75%), Gaps = 12/415 (2%)

Query  18   VPVSFALLIPSVAYVIMDPTARMGTAVQQTVSGVDSFAILAVPMFILLGNLANVSGITDK  77
            +PV+F+L++ ++A++I+  ++ +  A QQ ++G+D+F++LAVP F+L G+L N +GIT++
Sbjct  16   MPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITER  75

Query  78   LYDAAVAAIGHLRGSLGYVNVATSFGFSWMSGaaiadaaaMGRVQVPAMVERGYKREFAL  137
            +++ A + +GH+ GSLG VN+ +S+ FS MSG+A+ADA+++G++++ +M +  Y  +FA 
Sbjct  76   IFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAG  135

Query  138  GVTGASSLIAPMIPPSIPAVIYAVTAGVSVGALFMAGIVPALVLVASLCFTVWLLM----  193
            G+T+AS +I+P++PPS+P VIY+V +  S+GALF+AG +P+L     LC    ++M    
Sbjct  136  GLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGL-----LCCIALMVMSYFI  190

Query  194  -RKREELRLPKSSWKLRGKTTLAALPAMGSAVVILGGILSGVFTPTEASGIGVIYILVL-  251
             +KR  + LPK+S++ + K+   A+ ++ ++V+I+GGI+SG FTPTEA++++ +Y L L 
Sbjct  191  CKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLG  250

Query  252  ALAYRALSWRKIYRTLLTTVETSGSVLLIVAAAALFGWVLAREQAPQVAANLILDITNQP  311
            ++ Y +L+ + +   L  TV+T++ V L+V + ++FGW++AREQ PQ+ A+ +L I+++P
Sbjct  251  TVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNP  310

Query  312  ivflilvnilllivgcvlEPTaaililvpvllpvaETFGIDPIHLGIMVIFNLLIGLITP  371
            +V+L+L+N+LLL++G  +E+ A +L+LVP L+PVA + GIDP+H+G+M I+NL+IG++TP
Sbjct  311  LVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTP  370

Query  372  PVGLVLFVLSSVTRAPVPTVIKGILPFFAPMVLTLLVITFVPALTVGLPTL-LGF  425
            P+G+ L+V+S V   P  T+ +G+LP++ P+ + L +++  P +T+ LP L LG+
Sbjct  371  PMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGY  425

32) SpiBuddy_0073 in NC_015152


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  230 bits (859),  Expect = 1e-61, Method: Compositional matrix adjust.
 Identities = 181/425 (43%), Positives = 312/425 (74%), Gaps = 19/425 (4%)

Query  13   LLAMGIPVGFSLMLTGAIGYMVNIGDIGAWMEMTILPMRMSYSLQNFLLLSIPLFILAAK  72
            LL  G+PVGFSL++  A+++++     G    + + + +M  +++NF LL++P+F+L++ 
Sbjct  11   LLFAGMPVGFSLIFV-ALAFLILTNSTG----INFAAQQMLGGIDNFTLLAVPFFVLTGH  65

Query  73   LMNGSSITEKLFGFANTCVGWLPGGLGHANIFASLLFAGMSGTAVSDAAGLGQIEIAAMT  132
            LMN+++ITE++F FA++ VG + G+LGH NI ASLLF+GMSG+A++DA+GLGQ+EI +M 
Sbjct  66   LMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMR  125

Query  133  KNGYEPDFSAAVTAASSTIGPIFPPSVPMVMFSTVSGVSVGKLFLGGVVPGILLTLVLMV  192
               Y+ DF++++TAAS  IGP+ PPSVP+V+++ VS  S+G LFL+G +PG+L  + LMV
Sbjct  126  DAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMV  185

Query  193  MVYFYAKKRGY-------PREKFPTASIFWKSFKgailplltpiillagiWSGTFtatea  245
            M YF  KKRGY        RE+F       KS+K A+L+LLTP+I+++GI SG FT+TEA
Sbjct  186  MSYFICKKRGYMTLPKASRREQF-------KSLKEAFLSLLTPVIIIGGIFSGKFTPTEA  238

Query  246  aaiaalyaliVSVFIFKEMTWKLFVQILKETARDTASIGLVTSAAAFYGWVLARSGLTAV  305
            AA+++LYAL+++  +++ +T + F++ILKET   TA ++L+  + + +GW++AR  L  +
Sbjct  239  AAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQM  298

Query  306  FADWILGVTTNPILFMLIINVFFLVIGCFLESIAAITIFGPVMLAPALQLGIDPLYFGVV  365
            +AD +L ++ NP++++L+IN+++L +G F+ES+A + ++ P +++ A  +GIDP+ FGV+
Sbjct  299  LADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVM  358

Query  366  MVFNLMIGLITPPFGIVLFITADQAKIDFNRMVKATSPFLIPLLGTLILMSIIPGIITWL  425
             ++NLMIG++TPP G+ L++ +  + I F+ + ++  P+L+PL+  L L++++P +   L
Sbjct  359  AILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLL  418

Query  426  PNLLM  430
            P+L++
Sbjct  419  PELFL  423

33) SSIL_3026 in NC_018065


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  230 bits (858),  Expect = 1e-61, Method: Compositional matrix adjust.
 Identities = 163/390 (42%), Positives = 293/390 (76%), Gaps = 3/390 (0%)

Query  36   GIDLAAIVQRMVSGLNSFSLIAIPFFILAGEIMNEGGISRRLINLANVIVGKVRGGLAMV  95
            GI++AA  Q+M++G+++F+L+A+PFF+L+G++MN +GI+ R++N+A+ +VG + G+L+ V
Sbjct  37   GINFAA--QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHV  94

Query  96   NVLSSTFFGGISGSAVADVSSIGSVLIPMMKKQKYDAEYSVAVTISSAAQGVLIPPSHNM  155
            N+++S +F+G+SGSA+AD +++G + I  M+  KY+ +++ ++T +S   G L+PPS  +
Sbjct  95   NIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPL  154

Query  156  IIYSTAAGGVSVGALFMGGIVPGIALGLILMIFAYTIAVKRNYPKGEPIKREEVPKIVRE  215
            +IY+  +   S+GALF++G +PG+   + LM+ +Y I  KR Y       R E  K ++E
Sbjct  155  VIYGVVSNT-SIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKE  213

Query  216  GLLGLFTAVIIIGGILSGVFTATESAAIGALYAFIISFFVYKDVPLSAMGNILKRTVKTL  275
            ++L+L+T+VIIIGGI+SG FT+TE+AA+++LYA++++  VY+ + L +  +ILK TV+T 
Sbjct  214  AFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTT  273

Query  276  SMVLFLIAASSAFGWLLAFLKVPAMVTETLLAVSPNDFVTlliiniillvlGMFMDMapl  335
            ++V +++ + + FGW++A  ++P M+++ +L++S N +V LL+IN++LL LG F++  +L
Sbjct  274  AVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLAL  333

Query  336  iliatpillpvalEAGMDPVQFGVVLILNLAIGLVTPPVGTCLFVGCAIGKIPIEKATKG  395
            +L+  P+L+PVA   G+DPV+FGV+ ILNL IG++TPP+G  L+V   +G IP++  T+G
Sbjct  334  LLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

Query  396  MLPFYGAMIVILLLITFVPDITLKLPELLL  425
            +LP+  +++++L L++  P++TL LPEL+L
Sbjct  394  VLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

34) Patl_0772 in NC_008228


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  229 bits (852),  Expect = 3e-61, Method: Compositional matrix adjust.
 Identities = 203/410 (50%), Positives = 317/410 (78%), Gaps = 6/410 (1%)

Query  17   GTPVAFALLLASMLAIVVDGSVPSLVVLHSMLGGMNSFPLLSIPFFVFAGALMNSAGITQ  76
            G PV+F+L++ ++  +++  S       + MLGG+++F LL++PFFV++G LMNSAGIT+
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  77   RIFDFTNALVGWLRGGLGHVNVGASIFFAGMSgaavadagglgaIEVKAMRDQGYDAGFA  136
            RIF+F+++LVG + G+LGHVN+ AS++F+GMSG+A+ADAGGLG +E+K+MRD  Y+ +FA
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  137  VGLTAASSTIGpiippslpliiYAVMSSSSIGKLFAAGVIPGlvmalslmlmvaWYAKKR  196
             GLTAAS  IGP++PPS+PL+IY+V+S++SIG LF AG IPGL+  ++LM+M     KKR
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  197  QY---PKDHGFSVVRCASTFKRAFLSLMTPVLIIGGILFGLFTateaaiaasayaLCLGG  253
             Y   PK       +   ++K AFLSL+TPV+IIGGI+ G FT+TEAA  +S YAL LG 
Sbjct  195  GYMTLPKASRREQFK---SLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGT  251

Query  254  LVYRTLNLKTLLRVsietiettsiimliiGAAAVFSWVLTTQHITTDFTQWMLAFTDNKV  313
            +VY TL L+ ++ +  ET++TT+++ L++ + +VF+W+++ +++   +++  L+++DN +
Sbjct  252  VVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPL  311

Query  314  tilllmtlilFIVGCFMETIAAITILTPVLLPIAVSLGVDPLHFGVMMVLNLMIGLLTPP  373
             +LLL+ L+L+++G F+E++A + +L P L+P+A ++G+DP+HFGVM +LNLMIG+LTPP
Sbjct  312  VLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPP  371

Query  374  VGMVLYVLSRVTDVPFETCARATLPFLVPLLIVLMLVTFIPGLTTWLPSV  423
            +GM LYV+SRV D+PF+T +R+ LP+LVPL+IVL LV+ +P +T  LP +
Sbjct  372  MGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

35) SpiBuddy_0056 in NC_015152


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  228 bits (850),  Expect = 5e-61, Method: Compositional matrix adjust.
 Identities = 173/416 (42%), Positives = 310/416 (75%), Gaps = 10/416 (2%)

Query  13   LLATGLPIAVSMGIPSALYLMMANIPPSQLI-QRMVTSLNSFPMLAVPLFILAAGMMNSS  71
            LL +G+P++ S+ + +  +L+++N    ++  Q+M+ ++++F +LAVP+F+L++ +MNS+
Sbjct  11   LLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSA  70

Query  72   GITERLFEFAKLLVGRMKGGLAQVNIVASLIFSGISGAALADVGGLGNIEIEAMDKQNYP  131
            GITER+F+FAK LVG++ G+L++VNI+ASL+FSG+SG+ALAD GGLG++EI +M   +Y 
Sbjct  71   GITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYH  130

Query  132  RTHSAAITAASAVIGPIFPPSIPLIIYGAAAETSSMRLLIAGVLPALVIAMALMIQVAIF  191
               ++++TAAS +IGP+ PPS+PL+IYG  ++TS   L++AG +P+L+  +ALM+   ++
Sbjct  131  DDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFI  190

Query  192  ARKFNY---PRGVDRKFSFSEIKAITKRGLPSMLMPVIMMGGMLSGWFSPTEVaaiava-  247
             +K  Y   P++  R     ++K++ K ++ S+L PVI++GG++SG F+PTE AA++   
Sbjct  191  CKKRGYMTLPKASRRE----QFKSL-KEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLY  245

Query  248  yaivlslayKELTFASFINNCIETLRSTASVLFIVASAAIFAWVLTVEQMPQQVSALMLS  307
              ++ ++ Y+ LT+ +FI+   ET+ +TA V ++V + ++F+W+++ EQ+PQ ++   L+
Sbjct  246  ALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLT  305

Query  308  ISDNPIILLMLANVILLIAGMFLESTaaimiltpillpplvaaGVDPVHFGLVMVFNLMI  367
            ISDNP++LL+L N++LL+ G F+ES A +++L P+L+P   A G+DPVHFG++ ++NLMI
Sbjct  306  ISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMI  365

Query  368  GMITPPVGMSVYMLSPIVGLPVGKVFRACLPYLASLLCALVILTYVPQISLWLPNL  423
            G++TPP+GM++Y++S + ++P   + R+ LP L +L+  L +++  PQ++L LP+L
Sbjct  366  GILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

36) dctM9 in NC_012108


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  226 bits (842),  Expect = 2e-60, Method: Compositional matrix adjust.
 Identities = 176/418 (43%), Positives = 306/418 (74%), Gaps = 9/418 (2%)

Query  13   LILGFPVAFCLGITSLAALIVSD-VPLVLMTQRLFTGIDSFPLMAVPFFVLAGELMNRGG  71
            L+ G PV+F L + +LA LI+++   + + +Q+++ GID+F L+AVPFFVL+G+LMN +G
Sbjct  12   LFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAG  71

Query  72   TTRRLIDFANVLVGRIPGGLAHTNILASMFFGGISGSAVADAAAMGTILVPGMIRKGFSP  131
             T R+++FA+ LVG+I G+L+H NI+AS++F+G+SGSA+ADA+++G + + +M    +  
Sbjct  72   ITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHD  131

Query  132  GFSAAVTAASSTMGPIIPPSILMVLMGVTTGLSIGGLFAAGIIPGTLIGVSMMGLSYFMA  191
            +F++++TAAS  +GP++PPS+ +V+ GV +  SIG+LF AG IPG L  +++M +SYF+ 
Sbjct  132  DFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFIC  191

Query  192  IRYSFPKETMALSPLILWKEFVSAGPA---LLAPFiilggilggVFTPTEAAAIAVLYAF  248
             + ++    M+L+    + +F S   A   LL+P II+GGI++G FTPTEAAA++ LYA+
Sbjct  192  KKRGY----MTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  249  ILGRFIYRELTVRDMGDVFIQSGITTAVLLIIIGMANIFAWVLTSEQIPTRIAQAMLALT  308
            +LG  +Y  LT+++  +++ ++  TTAV+ +++    +F+W+++ EQ+P  +A+  L+++
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  309  SNPYAILMMINVFLIFIGMFLEGGAAIIILAPTLLQVTNAVGIDPLHFGLIMVLNLSVGL  368
             NP  +L++IN++L+F+G F+E+ A +++L P L+ V++AVGIDP+HFG++ +LNL +G+
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  369  LTPPLGVCLFVVCGVTRIDFSVIVRAVIPFLLLEIGVLLVATYFPWLILFVPK-FLGY  425
            LTPP+G+ L+VV  V  I F  + R+V+P+L+  + VL + + FP + L++P  FLGY
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGY  425

37) EFER_1529 in NC_011740


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  223 bits (830),  Expect = 2e-59, Method: Compositional matrix adjust.
 Identities = 167/407 (42%), Positives = 308/407 (76%), Gaps = 1/407 (0%)

Query  18   GVPVIFSLALSSIFYLLVTD-MGLAIMANQFFSGMDSFVLLCIPGFLLAGGLMNGGGITD  76
            G+PV FSL + ++ +L++T+  G+ + A+Q ++G+D+F LL +P F+L+G LMN++GIT+
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  77   RIVSFSNAWLGHIRGGLAMANVSGSMIFAGISGTAVSEAASIGSVMIPAMKRSGYDAPFS  136
            RI +F+++ +GHI G+L+  N+ +S++F+G+SG+A+++A+++G + I +M+ + Y+  F+
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  137  GAITAVASTvgpiippsvpmiivGTLTGLSVGKLFIAGAVPGLLMGATMAGIAWYLARKR  196
            G++TA +  +GP++PPSVP++I G ++  S+G LF+AGA+PGLL   ++  ++ ++ +KR
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  197  GYPKGEKASFRERLRATRGAIWAILMPVMIIGGLVTGLFTPTEASVFAVVFALIVGFFVY  256
            GY    KAS RE++++ + A+ ++L PV+IIGG+ +G FTPTEA+  + ++AL++G  VY
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  257  GDLTVNKFMGCMMESISGTAGILMLVGFANVFAWILTSEGIPQQIADGMLSITDNKYVli  316
              LT++ F+  + E+++ TA + ++V    VF+WI++ E +PQ +AD  L+I+DN  VL+
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  317  lminlllllVGMFMETIAALLILFTPLLSVATAIGMDPIHFAVMMVMNLVIGLTTPPVGV  376
            L+INLLLL++G F+E++A LL+L   L++VA+A+G+DP+HF+VM ++NL+IG+ TPP+G+
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  377  CLFVSQGIARVSLGEISRAVIPFITGNIILLFMVSYIPGLSLWLPAL  423
             L+V   ++ +++  ++R+V+P++   +I+L +V+ +P ++L LP L
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

38) Tlie_0310 in NC_016148


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  222 bits (827),  Expect = 3e-59, Method: Compositional matrix adjust.
 Identities = 172/384 (45%), Positives = 293/384 (77%), Gaps = 1/384 (0%)

Query  42   AQRMFTGIDSFPLMAVPFFILAGDIMNKGGTTIRLIRFANSLVGHIRGGLAHANVVANML  101
            AQ+M+ GID+F L+AVPFF+L+G++MN +G T R++ FA+SLVGHI G+L+H N++A++L
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  102  FAGISGSAVADASAIGAIMIPSMEKSGYEKDFSAALTASAATIGPIIPPSIIMVIYgvsv  161
            F+G+SGSA+ADA+++G + I SM  + Y+ DF+++LTA++  IGP++PPS+ +VIYGV  
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  162  gvsvggLFAAGFIPGVLLGLALMVIVYSTSKKKGYAKYDNFSLKRVAVEFKDAVWAMMAP  221
              S+G+LF AG IPG+L  +ALMV+ Y   KK+GY    + S +     +K+A  ++++P
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTP  221

Query  222  ViilggilggiFTPTEaaavavvYSFFVGKFVFKELQWKDLPGVLLQSGITTATILLIIS  281
            VII+GGI++G FTPTEAAAV+ +Y++F+G  V++ L  +++  +L ++  TTA + L++ 
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  282  MANVFAWVIAANMIPLKLANLFLSITENPYVflllinifllfVGMFMETGaaiillapil  341
               VF+W++A + +P  LA+ FL+I++NP V+LLLIN++LLF+G F+E+ A ++LL P+L
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  342  apvaaKLGINPLHFGFIMVLNLAIGMATPPVGVCLFVSCGITGLSLEEISKAVYPFVLAE  401
             PVA+ +GI+P+HFG + +LNL IG+ TPP+G+ L+V   + +++++ ++++V P++++ 
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPL  401

Query  402  LVILMLVTYIEPISMVLPKL-LGF  424
            +++L LV+ +  ++++LP L LG+
Sbjct  402  FIVLALVAVFPQFTLLLPELFLGY  425

39) Mar181_0032 in NC_015559


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  218 bits (810),  Expect = 7e-58, Method: Compositional matrix adjust.
 Identities = 178/410 (44%), Positives = 306/410 (75%), Gaps = 2/410 (0%)

Query  17   GVPIVFCLGVASLTYLTLA-GIPLTIVPQRLYAGMDSFVLLCIPGFILAGNLMNVGNITD  75
            G+P+ F L   +L++L L+ +  + + +Q++ +G+D+F LL +P F+L+G+LMN + IT+
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  76   YIIRFSNALLGHIRGGLGLANVGGSMIFGGISGTAVADTASIGAVMIPGMAKSGYDKPFA  135
             I+ F+++L+GHI G+LG  N+ +S++F+G+SG+A+AD++++G + I +M  + Y+  FA
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  136  AAVTAASSTigpiippsvpmiivgsLSGISVGKMFLAGVIPGFMLGLAMMVTAYIIAVKR  195
            +++TAAS  IGP++PPSVP++I G +S  S+G +FLAG IPG++  +A+MV +Y+I  KR
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  196  QYPREKRATVREILTVGKGAFWALLMTFIILYGIIGGMFTPTEASIMASLYAFVVGMFVY  255
             Y    +A+ RE +   K AF +LL   II+ GI++G FTPTEA+ ++SLYA+ +G  VY
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  256  KGLTWKNLPQllvdtvlsstsllllvGMANLFGWILTSEQIPQMLASAIFHISENPiivi  315
            + LT + + ++L +TV +++ + L+V    +FGWI++ EQ+PQMLA  ++ IS+NP++++
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  316  liinivllvvGGFMETIAALIILFPTLLKVAEGIGMDPLHFGVMAVLNLIIGLTTPPVGV  375
            L+IN++LL +G F+E++A L++L P L+ VA ++G+DP+HFGVMA+LNL+IG+ TPP+G+
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  376  CLFVAAGISELPMTAIVRAIWPFLICNLIVLLLVAYIPSISLWLPS-FLG  424
             L+V + ++++P  ++ R++ P+L+  +IVL LVA +P ++L LP  FLG
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

40) Patl_2863 in NC_008228


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  215 bits (802),  Expect = 3e-57, Method: Compositional matrix adjust.
 Identities = 173/415 (42%), Positives = 304/415 (74%), Gaps = 4/415 (0%)

Query  12   LLTAGTPVVFALLIGPGVSLML-DGNEVFFSALLTRLYSGMNSFPLMAVPFFILAGELMN  70
            LL AG PV F+L++ +   L+L ++  + F+A   ++ +G+++F L+AVPFF+L+G+LMN
Sbjct  11   LLFAGMPVGFSLIFVALAFLILTNSTGINFAA--QQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   QGGITQSIVRFSQTLIGHYRGGLAQVNILSSVLFAGLSGSAVADTSALGKMLIPAMEENG  130
             +GIT+ I  F+++L+GH  G+L++VNI++S+LF+G+SGSA+AD+++LG++ I +M +  
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YSRRFAAAVTAAssvigpiippsgimiLYAFIMNVSVAGMFLAGITPGLLICAGLMIVTS  190
            Y   FA+++TAAS +IGP++PPS  +++Y+ + N S++++FLAG  PGLL C +LM+++ 
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  RIAKKRNYPVANQKATWYERGSALKSSFLPLLTPVILLGGIVLGVFTPTEaaaaaaGYAL  250
             I KKR Y ++  KA++ E+  +LK +FL+LLTPVI++GGI  G FTPTEAAA ++ YAL
Sbjct  189  FICKKRGY-MTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  251  IVTLFVTNTLKFHKLPHILVNAAVQSGTILLLVGSAVTFAWIITVSGMADMLAEQIVGIT  310
            ++   V NTL ++ + +IL ++   ++ + L+V +   F+WI++   +++MLA+ ++ I+
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  311  DNVllllliinlflfAIGMFLDAGPAILILGPVLAPIFISLGIDPLHFAVIMCVNLTVGL  370
            DN L+LLL+INL+L+ +G F+++ + +L+L P L P+  ++GIDP+HF+V+  +NL +G+
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  371  ATPPMGLVLFVAASVSGEKTENIAYEMLPFLAVEALVIFIITYFPAVTMTLPRLF  425
             TPPMG+ L+V + V++   + ++  +LP+L    +V+ +++ FP  T+ LP LF
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

41) dctM2 in NC_015730


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  215 bits (800),  Expect = 5e-57, Method: Compositional matrix adjust.
 Identities = 168/415 (41%), Positives = 301/415 (73%), Gaps = 7/415 (1%)

Query  14   LVVGIPVAITLGLSSLCYL-LVTGIPVVVMPQKMYAGMDVFVLLSIPGFILAGNLMNRGG  72
            L  G+PV+++L + +L +L L  +  +   +Q+M +G+D F LL++P F+L+G+LMN +G
Sbjct  12   LFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAG  71

Query  73   ITERIIRFANALVGWIRGGLGLTNVGASMLFGGITGTAVADAASIGGVMIPGMKKAGYPA  132
            ITERI+ FA++LVG I G+LG  N+ AS+LF+G++G+A+ADA+++G + I +M+ A Y  
Sbjct  72   ITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHD  131

Query  133  DFSAAITAASSTvgpiippsvpmiivGALSGISVGKMFLAGAIPGILLGMAMMITTYVIA  192
            DF++++TAAS  +GP++PPSVP++I G +S  S+G +FLAGAIPG+L  +A+M+ +Y I 
Sbjct  132  DFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFIC  191

Query  193  RRRNF---PKQEWQGVGEIGRSFAGAFWALAMTALILYGLLSGVATPTETAIIASVYAMF  249
            ++R +   PK  ++   E  +S+  AF +L    +I+ G++SG  TPTE+A ++S+YA+F
Sbjct  192  KKRGYMTLPKASRR---EQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  250  IGLVVYRELPFREIPKIIVDSAVAASGILVLVGFANVFGWILVSERIPQAIAAAVLSFTE  309
            +G VVY  L ++ +  I+ ++  +++ + ++V    VFGWI+  E++PQ +A   L++++
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  310  NKFiiiliinillliVGMFMETIAALIILFVPLLTLATSVGIDPLHFATFAVLNLMIGLT  369
            N ++++L+IN+LLL++G F+E++A L++L   L+ +A++VGIDP+HF+  A+LNLMIG+ 
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  370  TPPLGVCLFVCAGIARLPLTPVIIAILPFIATNIIVLLMVSYFPPLATWLPSVLI  424
            TPP+G+ L+V + ++ +P+  +  ++LP++   +IVL +V+ FP ++  LP +++
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

42) RD1_1049 in NC_008209


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  214 bits (797),  Expect = 8e-57, Method: Compositional matrix adjust.
 Identities = 168/415 (41%), Positives = 301/415 (73%), Gaps = 7/415 (1%)

Query  14   LVVGIPVAITLGLSSLCYL-LVTGIPVVVMPQKMYAGMDVFVLLSIPGFILAGNLMNRGG  72
            L  G+PV+++L + +L +L L  +  +   +Q+M +G+D F LL++P F+L+G+LMN +G
Sbjct  12   LFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAG  71

Query  73   ITERIIRFANALVGWIRGGLGLTNVGASMLFGGITGTAVADAASIGGVMIPGMKKAGYPA  132
            ITERI+ FA++LVG I G+LG  N+ AS+LF+G++G+A+ADA+++G + I +M+ A Y  
Sbjct  72   ITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHD  131

Query  133  DFSAAITAASSTvgpiippsvpmiivGALSGISVGKMFLAGAIPGILLGMAMMITTYVIA  192
            DF++++TAAS  +GP++PPSVP++I G +S  S+G +FLAGAIPG+L  +A+M+ +Y I 
Sbjct  132  DFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFIC  191

Query  193  RRRNF---PKQEWQGVGEIGRSFAGAFWALAMTALILYGLLSGVATPTETAIIASVYAMF  249
            ++R +   PK  ++   E  +S+  AF +L    +I+ G++SG  TPTE+A ++S+YA+F
Sbjct  192  KKRGYMTLPKASRR---EQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  250  IGLVVYRELPFREIPRIIVDSAVAASGILVLVGFANVFGWILVSERIPQAIAAAVLSFTE  309
            +G VVY  L ++ +  I+ ++  +++ + ++V    VFGWI+  E++PQ +A   L++++
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  310  NKFiiiliinvlllivGMFMETIAALIILFVPLLTLATSVGIDPLHFATFAVLNLMIGLT  369
            N ++++L+IN+LLL++G F+E++A L++L   L+ +A++VGIDP+HF+  A+LNLMIG+ 
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  370  TPPLGVCLFVCAGIARLPLTPVIIAILPFIATNIIVLLMVSYFPPLATWLPSVLI  424
            TPP+G+ L+V + ++ +P+  +  ++LP++   +IVL +V+ FP ++  LP +++
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

43) Spica_2628 in NC_015732


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  213 bits (794),  Expect = 1e-56, Method: Compositional matrix adjust.
 Identities = 165/412 (41%), Positives = 297/412 (73%), Gaps = 9/412 (2%)

Query  24   PITFSLIFSSIVTALYLKIPLMAVV----QQMVQGVRSFSLLAIPFFIIAGEMMGQGGIS  79
            P+ FSLIF ++    +L +   + +    QQM+ G+ +F+LLA+PFF+++G++M  +GI+
Sbjct  17   PVGFSLIFVALA---FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGIT  73

Query  80   RRLILFSNLLVGRIRGGLAQVNCLASMFFGGISGSAVADVSSIGTILIPMMKEKGYDDDF  139
             R++ F++ LVG+I G+L++VN +AS++F+G+SGSA+AD +++G + I  M++  Y+DDF
Sbjct  74   ERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDF  133

Query  140  SVGITVTSACQGVIIPPSHNMIIYSLAAGGVSVGRLFLGGFIPGVLLGIGLMVVSYVFAI  199
            + G+T +S   G ++PPS  ++IY++ +   S+G LFL+G IPG+L  I+LMV+SY +  
Sbjct  134  AGGLTAASCIIGPLVPPSVPLVIYGVVS-NTSIGALFLAGAIPGLLCCIALMVMSYFICK  192

Query  200  KRNYPKEKKYTLKESLQITKDAVLGLMTAviiiggvisgvFTATESAAVAVVYAFIITFF  259
            KR Y    K + +E ++  K+A L+L+T+VIIIGG++SG FT+TE+AAV+ +YA+++   
Sbjct  193  KRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTV  252

Query  260  VYREIPLKAFPQILYNSLKTLAMVMSLIAAASAFGWLMAYLRIPAKATEALLSITHNKil  319
            VY  + L++F +IL ++++T A+V  ++ + + FGW++A  ++P   ++ +L+I++N ++
Sbjct  253  VYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLV  312

Query  320  llllinilllllGMIMDMAPLILITTPILYPVVVNSLGMSPVHFGIMLILNLAIGLTTPP  379
            LLLLIN+LLL+LG +++ +  +L+    +   V +++G+ PVHFG+M ILNL IG+ TPP
Sbjct  313  LLLLINLLLLFLGTFIE-SLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPP  371

Query  380  VGSALFVGCAVGKIRIEQVVKTMLPMWLVMFTVLMLITFIPELTLWIPDLLM  431
            +G AL+V   VG I ++ + + +LP+ + +F VL L++ +P++TL +P+L++
Sbjct  372  MGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

44) plu0174 in NC_005126


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  213 bits (792),  Expect = 2e-56, Method: Compositional matrix adjust.
 Identities = 172/427 (41%), Positives = 318/427 (75%), Gaps = 4/427 (0%)

Query  8    ALFGSFAVLLALGVPVSFAIGLSSLLAIMMTLPMEAAITVVAQRMAVGVDNFSLLAIPFF  67
            ++FG +++L+A G+PV+F++ + +L    + L   ++I   AQ+M  G+DNF+LLA+PFF
Sbjct  4    SIFGWLGLLFA-GMPVGFSLIFVAL--AFLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  68   ILAGNIMNQGGIAARLINLAKVMGGRLPGSLVHVNIIANMFFgaisgsavasaaavggTM  127
            +L+G++MN +GI+ R++N+AK + G++ GSL HVNI+A+++F+++SGSA+A A+++G   
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  128  APMQKKEGYEPEYSAAVNIASCPAGLLIPPSNTLIVYSLVSGGTSIAALFLAGYIPGILM  187
                +   Y+ ++++++  ASC  G L+PPS  L++Y++VS  TSI+ALFLAG IPG+L 
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLC  179

Query  188  GASLMIVAAIIAKRRGYPVSPKPTWNEFFTTLVRALPSLMLvvvimggiiagiFTATEAS  247
              +LM+++ +I K+RGY   PK+++ E F +L  A+ SL+  V+I+GGI++G FT+TEA+
Sbjct  180  CIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAA  239

Query  248  AIAVLYSFILAVLIYREVSITKLPKIILDSAVTTSIVLLLIGASMGMSWAMANADLPYLI  307
            A++ LY+++L+ ++Y  +++  +  I+ ++  TT++V L++ +    +W +A  +LP ++
Sbjct  240  AVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQML  299

Query  308  ADALMAFSENPlvillvinlvlllvGTFMDMTPAILIFTPIFLPVAQNMGVDPVHFGIIM  367
            AD ++++S+NPLV+LL+INL+LL++GTF++  + +L++ P+++PVA  +G+DPVHFG++ 
Sbjct  300  ADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMA  359

Query  368  TFNLAIGICTPPVGSALFVGCSIGEVSINKVLKPLVPMYCALVIALMLVTFIPQLSLWLP  427
             +NL IGI TPP+G AL+V   +G+++++ + + ++P+  +L I L LV+ +PQ++L LP
Sbjct  360  ILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLP  419

Query  428  QMLLNYS  434
            +++L Y+
Sbjct  420  ELFLGYG  426

45) PCNPT3_06920 in NC_020802


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  213 bits (791),  Expect = 3e-56, Method: Compositional matrix adjust.
 Identities = 180/429 (42%), Positives = 320/429 (75%), Gaps = 4/429 (0%)

Query  5    VIVTLFGSFAVMLALGVPVSFAIGLSSLATIMLSLPFDPAITVIAQKMASGLDSFALLAI  64
            ++ ++FG +++++A G+PV+F++ + +LA ++L+ +   +I   AQ+M +G+D+F+LLA+
Sbjct  1    MVGSIFGWLGLLFA-GMPVGFSLIFVALAFLILTNS--TGINFAAQQMLGGIDNFTLLAV  57

Query  65   PFFILAGNIMNQGGIALRLIRFAQVIVGRLPGSLAHCNILANMMFgsisgsavasaaavg  124
            PFF+L+G++MN +GI+ R++ FA+ +VG++ GSL+H NI+A+++F+++SGSA+A A+++G
Sbjct  58   PFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLG  117

Query  125  gTMAPLQREAGYDDAFSTAVNITSCPTGLLIPPSNTFIVYSLVSGGTSIAALFLAGYIPG  184
                   R+A Y+D F+ ++  +SC  G L+PPS  +++Y++VS  TSI+ALFLAG IPG
Sbjct  118  QLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPG  176

Query  185  ILMGLSLMVVAGVIAKKRGYPLSPKASMKEIMLKTIDAMPSlmliviimggiiggvFTAT  244
            +L  ++LMV++  I KKRGY   PKAS +E      +A  SL+  VII+GGI++G FT+T
Sbjct  177  LLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPT  236

Query  245  EASAIAVMYTFILAVVIYKEVKISQLPKIILESTVTTSIVLLLIGASMGMSWAMANADIP  304
            EA+A++ +Y+++L+ V+Y+ + +  +  I+ E+  TT++V L++ +    +W +A  ++P
Sbjct  237  EAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLP  296

Query  305  YMISDSLLNLSDNPIVIMLAINIILLIVGVFMDMTPALLIFTPIFLPIALDLGIDPVHFG  364
             M++D +L +SDNP+V++L IN++LL++G F++  + LL++ P+++P+A  +GIDPVHFG
Sbjct  297  QMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFG  356

Query  365  VMMTFNLCIGICTPPVGSALFIGCSVGQVSIDRVIKPLLPFYVVLFIALMLVTFIPDISL  424
            VM  +NL IGI TPP+G AL++   VG+++++ + + +LP+ V LFI L LV+ +P+++L
Sbjct  357  VMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTL  416

Query  425  FLPRLILGY  433
            +LP L+LGY
Sbjct  417  LLPELFLGY  425

46) Csal_0756 in NC_007963


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  212 bits (789),  Expect = 3e-56, Method: Compositional matrix adjust.
 Identities = 176/409 (44%), Positives = 307/409 (76%), Gaps = 8/409 (1%)

Query  18   PVVYSILIPSIGY-VLIEGFPSGLLAQRITYALDSFPLVAVPIFIFVGNIMNLAGVTERI  76
            PV +S+++ ++++ +L ++    + AQ++  ++D+F L+AVP+F++ G++MN AG+TERI
Sbjct  17   PVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERI  76

Query  77   FRFADTLVGRVPGGLAQVNIFSSLIFSGMSGAALADVGGLGKIEIEAMRKRGFaapfsaa  136
            F FA +LVG++ G+L++VNI +SL+FSGMSG+ALAD GGLG++EI +MR   +   F+++
Sbjct  77   FNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGG  136

Query  137  vtassavvGPIFPPSIPLIVYGSVTSVSIVQLLIAGIVPALIC-IallmataavlalRGN  195
            +TA+S ++GP+ PPS+PL++YG V++ SI  L++AG +P+L+C IAL++ +  +   RG 
Sbjct  137  LTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGY  196

Query  196  M--PRAERRPTLGEvlsallpalpallapvlMIAGMMSGLFTPTEAAAVTAGYVLLVSGV  253
            M  P+A RR    E + +L  A+ +LL+PV++I+G+ SG FTPTEAAAV++ Y L+++ V
Sbjct  197  MTLPKASRR----EQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTV  252

Query  254  VYRELTWAHLWNAMLVTLRSTsailiivaaaslFGWILAVEQIPQEFAGWILQVSKDPLV  313
            VY  LT   + + +  T+ +T+ + ++V + ++FGWI+A EQ+PQ +A+ +L +S +PLV
Sbjct  253  VYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLV  312

Query  314  LLLIANLIFFAVGMFLDSTTATLLVVPVIAPPMVLAGVDPVHLGIVAIFNLMIGLLTPPM  373
            LLL+ NL+++ +G F++S +  LL+VP + P     G+DPVH+G++AI+NLMIG+LTPPM
Sbjct  313  LLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPM  372

Query  374  GLSLYLISSIARISLRQLLWALIPFYVPLLTTLAIITFASDLVLWLPGM  422
            G++LY++S ++ I+++ L ++++P+ VPL+  LA+++  +++ L LP +
Sbjct  373  GMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

47) C427_1740 in NC_020514


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  212 bits (789),  Expect = 3e-56, Method: Compositional matrix adjust.
 Identities = 173/415 (42%), Positives = 306/415 (74%), Gaps = 4/415 (0%)

Query  12   LLTAGAPVIFALLIGPGVSLIL-DGKEVFFSALLNRLYSGMNSFPLMAVPFFILAGELMN  70
            LL AG PV F+L++ +   LIL ++  + F+A  +++ +G+++F L+AVPFF+L+G+LMN
Sbjct  11   LLFAGMPVGFSLIFVALAFLILTNSTGINFAA--QQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   QGGITQSIVRFSQTLIGHYRGGLAQVNILSSVLFAGLSGSAVADTSALGKMLIPAMEQNG  130
             +GIT+ I  F+++L+GH  G+L++VNI++S+LF+G+SGSA+AD+++LG++ I +M +  
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YSRRFAAAVTAAssvigpiippsgimiLYAFIMNVSVAGMFLAGIVPGILICAGLMLMTS  190
            Y   FA+++TAAS +IGP++PPS  +++Y+ + N S++++FLAG +PG+L C +LM+M+ 
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  HIAKKRNYPIANAKATWHERGSALKSSFLPLLTPVILLGGIVLGVFTPTEaaavaagyaL  250
             I KKR Y ++ +KA+++E+  +LK +FL+LLTPVI++GGI  G FTPTEAAAV++ YAL
Sbjct  189  FICKKRGY-MTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  251  IITLFVTHTLKFNKLPSILVNAAVQSGTILLLVGSAVTFAWIITVSGMADTLASEIMGIT  310
            ++   V +TL ++ +  IL ++   ++ + L+V +   F+WI++   +++ LA  ++ I+
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  311  DNVllllliinlflfAIGMFLDAGPAILILGPVLAPIFITLGIDPLHFAVIMCVNLTVGL  370
            DN L+LLL+INL+L+ +G F+++ + +L+L P L P+  ++GIDP+HF+V+  +NL +G+
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  371  ATPPMGLVLFVAAAVSGEKTENIALEMLPFLAVEAAVIFLITYFPALTMTLPTFF  425
             TPPMG+ L+V + V++   + ++  +LP+L     V+ L++ FP +T+ LP +F
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

48) ygiK in NC_012962


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  212 bits (790),  Expect = 3e-56, Method: Compositional matrix adjust.
 Identities = 169/418 (41%), Positives = 309/418 (74%), Gaps = 3/418 (0%)

Query  16   LLALGIPVSFAIslssllAIMMTLPIEAAVTVVAQRMAVGVDNFSLLAIPFFILAGNIMN  75
            LL  G+PV+F++ + +L    + L   +++   AQ+M  G+DNF+LLA+PFF+L+G++MN
Sbjct  11   LLFAGMPVGFSLIFVALA--FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  76   QGGIATRLINLAKVMGGRLPGSLVHVNIMANMFFgaisgsavasaaavggTMAPMQKKEG  135
             +GI+ R++N+AK + G++ GSL HVNIMA+++F+++SGSA+A A+++G       +   
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  136  YEPEYSAAVNIASCPAGLLIPPSNTLIVYSLVSGGTSIAALFLAGYIPGILMGVSLMIVS  195
            Y+ ++++++  ASC  G L+PPS  L++Y++VS  TSI+ALFLAG IPG+L  ++LM++S
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMS  187

Query  196  AIIAKRRGYPVSPRPTWNEFFITLVRALPSLMLivvvmggiiagiFTATEASAIAVLYSF  255
             +I K+RGY   P++++ E F +L  A+ SL+  V+++GGI++G FT+TEA+A++ LY++
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  256  VLAVLIYREVSIIKLPKIILDSAVTTSIVLLLIGASMGMSWAMANADLPYLIADALMVVS  315
             L+ ++Y  +++  +  I+ ++  TT++V L++ +    +W +A  +LP ++AD ++ +S
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  316  ENPlvillviniilllvGTFMDMTPAILIFTPIFLPVAQSMGIDPVHFGIIMTFNLAIGI  375
            +NPLV+LL+IN++LL++GTF++  + +L++ P+++PVA ++GIDPVHFG++  +NL IGI
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  376  CTPPVGSALFVGCSIGEVSINKVLKPLVPMYCALIIALMLVTFMPQLSLWLPQMLLNY  433
             TPP+G AL+V   +G+++++ + + ++P+  +L+I L LV+  PQ++L LP+++L Y
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGY  425

49) Glaag_1460 in NC_015497


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  212 bits (789),  Expect = 4e-56, Method: Compositional matrix adjust.
 Identities = 174/415 (42%), Positives = 303/415 (74%), Gaps = 4/415 (0%)

Query  12   LLTAGTPVVFALLIGPGVSLML-DGNEVFFSALLTRLYSGMNSFPLMAVPFFILAGELMN  70
            LL AG PV F+L++ +   L+L ++  + F+A   ++ +G+++F L+AVPFF+L+G+LMN
Sbjct  11   LLFAGMPVGFSLIFVALAFLILTNSTGINFAA--QQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   QGGITQSIVRFSQTLIGHYRGGLAQVNILSSVLFAGLSGSAVADTSALGKMLIPAMEENG  130
             +GIT+ I  F+++L+GH  G+L++VNI++S+LF+G+SGSA+AD+++LG++ I +M +  
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YSRRFAAAVTAAssvigpiippsgimiLYAFIMNVSVAGMFLAGITPGLLICAGLMFVTS  190
            Y   FA+++TAAS +IGP++PPS  +++Y+ + N S++++FLAG  PGLL C +LM ++ 
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  RIAKKRNYPVANQKATWYERGSALKTSFLPLLTPVILLGGIVLGVFTPTEaaaaaaGYAL  250
             I KKR Y ++  KA++ E+  +LK +FL+LLTPVI++GGI  G FTPTEAAA ++ YAL
Sbjct  189  FICKKRGY-MTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  251  IITLFVTNTLTFGKLPHILVNAAVQSGTILLLVGSAVTFAWIITVSGMADMLAEQIVGIT  310
            ++   V NTLT+  + +IL ++   ++ + L+V +   F+WI++   +++MLA+ ++ I+
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  311  DNVllllliinlflfAIGMFLDAGPAILILGPVLAPIFISLGIDPLHFAVIMCVNLTVGL  370
            DN L+LLL+INL+L+ +G F+++ + +L+L P L P+  ++GIDP+HF+V+  +NL +G+
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  371  ATPPMGLVLFVAASVSGEKTENIAYEMLPFLAVEALVIFIITYFPAVTMTLPRLF  425
             TPPMG+ L+V + V++   + ++  +LP+L    +V+ +++ FP  T+ LP LF
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

50) Cycma_1935 in NC_015914


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  209 bits (779),  Expect = 2e-55, Method: Compositional matrix adjust.
 Identities = 173/411 (43%), Positives = 309/411 (76%), Gaps = 7/411 (1%)

Query  16   GFPIAFALGISAFTYLLFSD-IPLMVIPQKMYAGIDVFVLLSIPGFILAGNLMNASGITG  74
            G P++F+L + A+++L++++   +   +Q+M +GID F LL++P F+L+G+LMN++GIT 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  75   RIINFCNALLGHIRGGLGLANVGASMLFGGISGTAIADTASIGSVMIPAMNKEGYDVPFS  134
            RI+NF ++L+GHI G+LG  N+ AS+LF+G+SG+A+AD++++G + I +M    Y+  F+
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  135  CAVTASSSTIGPVIPPSLPMIIAATLTGLSVGKLFVAGIVPGLLLGVGFMLITYLISVKR  194
             ++TA+S  IGP++PPS+P++I + ++  S+G LF+AG +PGLL  +++M+++Y+I  KR
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  195  KY---PKRPRKTFGFVFKSFFQAFWALMMTviilfgiiggvfTPTEasivaviyaiaiGL  251
             Y   PK +R+     FKS+ +AF +L+  VII+ GI++G FTPTEA+ V+ +YA+ +G 
Sbjct  195  GYMTLPKASRRE---QFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGT  251

Query  252  WVYKELKIKMIPAILLQSAKTTAALMVLVGFANLFAWIMTVEELPQLIANSLLELTSNKF  311
             VY+ L ++ +  IL ++ +TTA + ++V    +F+WI++ E+LPQ++A+ +L ++ N +
Sbjct  252  VVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPL  311

Query  312  MllllinllliFVGAFMETIAALLILFPVLLGVAVNVGVDPVQFAIIMVFNLVIGLTTPP  371
            +LLLLINLLL+F+G+F+E++A LL+L P L+ VA  VG+DPV+F+++ ++NL+IG+ TPP
Sbjct  312  VLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPP  371

Query  372  VGVCLFVASSIGGISLEKIAVAGLPYLMVSILVLLMITYIPEVSLWLPGLF  422
            +G+ L+V S +G+I+++ ++ + LP L+  ++VL +++ +P+ +L LP LF
Sbjct  372  MGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

51) Glaag_0778 in NC_015497


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  209 bits (776),  Expect = 4e-55, Method: Compositional matrix adjust.
 Identities = 202/385 (53%), Positives = 307/385 (80%), Gaps = 12/385 (3%)

Query  45   HSMVGGMNSFPLLSIPFFVLAGALMNSAGITQRIFDFANALVGWLRGGLGHVNVGASILF  104
            + M+GG+++F LL++PFFVL+G LMNSAGIT+RIF+FA++LVG + G+LGHVN+ AS+LF
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  105  AGMSgaavadagglgaIEVKAMRDKGYDAGFAVGVTAASSTIGpiippslpliiYAVMSS  164
            +GMSG+A+ADAGGLG +E+K+MRD  Y+ +FA G+TAAS  IGP++PPS+PL+IY+V+S+
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  165  ASIGQLFAAGMIPGLImalalmlmvaWYAKKRNY------PKDSGFSVLRCTTTFSRAFL  218
            +SIG LF AG IPGL+  +ALM+M     KKR Y      ++   F  L+       AFL
Sbjct  163  TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLK------EAFL  216

Query  219  SLMTPVLIIGGILFGLFTateaaiaasayalflgaVVYRTLTIKKLLAlsietiettsii  278
            SL+TPV+IIGGI+ G FT+TEAA  +S YALFLG+VVY TLT++ ++ +  ET++TT+++
Sbjct  217  SLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVV  276

Query  279  mliiGGAAIFSWVLTTQHITENFTQWMLAFTDSKVAilllitlilfiVGCFMETIAAITI  338
             L++ G ++F+W+++ +++ + +++  L+++D+ + +LLLI L+L+++G F+E++A + +
Sbjct  277  ALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLL  336

Query  339  LTPVLLPVAVSLGIDPVHFGVMMVLNLMIGLLTPPVGMVLYVLSRVTQVPFETCARATfp  398
            L P L+PVA ++GIDPVHFGVM +LNLMIG+LTPP+GM LYV+SRV ++PF+T +R+ +P
Sbjct  337  LVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLP  396

Query  399  flvpllfvlllvTFIPQLTLWLPSV  423
            +LVPL++VL LV+ +PQ+TL LP +
Sbjct  397  LLVPLFIVLALVAVFPQFTLLLPEL  421

52) MU9_380 in NC_020418


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  209 bits (776),  Expect = 4e-55, Method: Compositional matrix adjust.
 Identities = 173/420 (42%), Positives = 307/420 (74%), Gaps = 3/420 (0%)

Query  16   LLVLSVPVSFAIGLSSLVAIAMTLPLDSAITVVAQRMAAGVDNFSLLAIPFFILAGNIMN  75
            LL  ++PV+F++ + +L    + L   ++I   AQ+M +G+DNF+LLA+PFF+L+G++MN
Sbjct  11   LLFAGMPVGFSLIFVALAF--LILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  76   QGGIAARLINVAKVIGGRLPGSLLHVNIMANMLFgaisgsavasaaavggTMSPMQKKEG  135
             +GI+ R++N AK + G++ GSL HVNIMA++LF+++SGSA+A A+++G       +   
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  136  YDPELSAAVNIASCPSGLLIPPSNTLIVYSLVSGGTSIAALFLAGYIPGILMGLSLMIVS  195
            Y+ ++++++  ASC  G L+PPS  L++Y++VS  TSI+ALFLAG IPG+L  ++LM++S
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMS  187

Query  196  GIIAKKRGYPVAPRPTWNEFFSTVWKAVPSlmlivvimggiiAGIFTATEASAIAVIYSF  255
             +I KKRGY   P++++ E F ++  A  SL+  V+I+GGI++G FT+TEA+A++ +Y++
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  256  VLAVIIYREVSFSRLPKIILESAVTTSIVLLLIGASMGMSWAMANADLPYLIADGLMAIS  315
             L+ ++Y  +++  +  I+ E+  TT++V L++ +    +W +A  +LP ++AD +++IS
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  316  DNAltillviniilliVGIFMDMTPAVLIFTPIFLPVAMDMGIDPVHFGIIMTFNLAIGI  375
            DN+L +LL+IN++LL++G F++  + +L++ P+++PVA  +GIDPVHFG++  +NL IGI
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  376  CTPPVGSALFVGCSVGGVSIDKVLKPLVPMYIALIAALAVVTYFPQLSLWLPELVLNYTP  435
             TPP+G AL+V   VG+++++ + + ++P+ ++L+  LA+V+ FPQ++L LPEL L Y  
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGYGQ  427

53) PBPRB1879 in NC_006371


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  208 bits (774),  Expect = 5e-55, Method: Compositional matrix adjust.
 Identities = 178/426 (42%), Positives = 316/426 (75%), Gaps = 4/426 (0%)

Query  8    TLFGSFAVLLTLGVPVSFAIGLSSLATIMLSLPLEPAIAVVAQRMAAGLDNFALLAIPFF  67
            ++FG +++L++ G+PV+F++ + +LA   L L    +I   AQ+M +G+DNF+LLA+PFF
Sbjct  4    SIFGWLGLLFA-GMPVGFSLIFVALA--FLILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  68   ILAGNIMNQGGIAIRLINFAKVLGGRLPGSLAHVNIMANMMFgsisgsavasaaavggTM  127
            +L+G++MN +GI+ R++NFAK L G++ GSL+HVNIMA+++F+++SGSA+A A+++G   
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  128  SPLQKKDGYDEHFSAAVNITSCPTGLLIPPSNTLIVFSLVSGGTSIAALFLAGYIPGLIM  187
                +   Y+++F++++  +SC  G L+PPS  L+++++VS  TSI+ALFLAG IPGL+ 
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLC  179

Query  188  GLSLMCVAGFIAKRRGYPVAAKPSLAEVWDTLLRALPSLMLiviimggiiggiFTATEAS  247
             ++LM ++ FI K+RGY   +K+S  E   +L  A+ SL+  VII+GGI++G FT+TEA+
Sbjct  180  CIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAA  239

Query  248  AIAVVYTFILAVLIYREVKFRDLPKIILESAVTTSIVLLLVGASMGMSWAMANADIPYMI  307
            A++ +Y+++L+ ++Y  + ++++  I+ E+  TT++V L+V +    +W +A  ++P M+
Sbjct  240  AVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQML  299

Query  308  ADALLAVSDNPlvvlliinlillivgiFMDMTPAVLIFTPIFLPIVLDLGVDPVHFGIMM  367
            AD +L++SDNPLV+LL+INL+LL++G F++  + +L++ P+++P+   +G+DPVHFG+M 
Sbjct  300  ADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMA  359

Query  368  TFNLAIGICTPPVGSALFIGCSVANVSIDKIIKPLLPFYAALVIALMAVTFIPQLSLFLP  427
             +NL IGI TPP+G AL++   V++++++ + + +LP+  +L I L  V+ +PQ++L+LP
Sbjct  360  ILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLP  419

Query  428  GLVLGY  433
             L LGY
Sbjct  420  ELFLGY  425

54) Asuc_0156 in NC_009655


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  208 bits (772),  Expect = 8e-55, Method: Compositional matrix adjust.
 Identities = 156/384 (41%), Positives = 274/384 (72%), Gaps = 3/384 (0%)

Query  17   GTPVAFCIFCSTLIYFLMSNLPMVMLI-QRLAGGLESVTLLAIPFFIMAGVFMNHTGISE  75
            G PV+F ++  +L +++++N   + +  Q++ GG+++ TLLA+PFF+++G +MN +GI+E
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  76   RLLKFCEVLTGHMSGGLAQVNVALSTLMGGLSGSNIADAAMNSKLLVPQMVARGYSASFS  135
            R+++F   L GH++G+L++VN+  S L +G+SGS +ADA+  ++L +  M    Y   F+
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  136  AAVTAAGSLITPIIPPGIAMIIYGYVNNVSIGRLFLAGIVPGTLLCIMMMVLVSIISKKR  195
            +++TAA+ +I P++PP+++++IYG V+N SIG LFLAG +PG L CI +MV+  +I KKR
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  196  GYLPIREKRASCKEIIVSAKDAVLALLLPiiiiggirmgiFTPTEAGAVAVIYALILGMF  255
            GY+ +   +AS +E + S K+A L+LL P+IIIGGI  G FTPTEA+AV+ +YAL+LG  
Sbjct  195  GYMTLP--KASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTV  252

Query  256  IYRNMDLKKLWLATRESALGAANVLLIICVAVAFSKFLTWERVPQTLASWMTTVVDSPIT  315
            +Y  + L+ +    +E+   +A V L++     F+ ++++E++PQ LA    T+ D+P+ 
Sbjct  253  VYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLV  312

Query  316  FLMLVNVALLILGMFLEGNAIMIVLAPLLAPIAHSFGIDPIHFGIVFIFNGAIGTITPPL  375
            +L+L+N+ LL+LG F+E+ A++++L P+L P+A + GIDP+HFG++ I+N  IG +TPP+
Sbjct  313  LLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPM  372

Query  376  GTVMFTTCSITEVPIEKFIKDVLP  399
            G  ++    + ++P++ + ++VLP
Sbjct  373  GMALYVVSRVGDIPFHTLTRGVLP  396

55) Tmz1t_0543 in NC_011662


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  207 bits (770),  Expect = 1e-54, Method: Compositional matrix adjust.
 Identities = 173/412 (42%), Positives = 301/412 (74%), Gaps = 1/412 (0%)

Query  13   LMIVGVPIGISLGIAAMAALGYGGVVDSSYLAQSLVTSIDSFPLMAVPFFILAGDLMGHG  72
            L++ G+P+G+SL + A+A L      + ++ AQ ++ +ID+F L+AVPFF+L+G+LM  +
Sbjct  11   LLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSA  70

Query  73   GISRRLLEVGEILFGRYTGGLGLVAVATCMFFAAISGSGPATVAAIGGILFPAMLKRGYD  132
            GI+ R+++ +  L G+ TG+LG V + + ++F+++SGS+ A  +++G + + +M    Y+
Sbjct  71   GITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYH  130

Query  133  RNFSVGLVASAGCIGVVIPPSIPMVIYATSSGASVSSLFlagvvpgvligvvlMLMSWFI  192
             +F+ GL A++  IG ++PPS+P+VIY+  S +S+++LFLAG +PG+L  + LM+MS FI
Sbjct  131  DDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFI  190

Query  193  ARKAGYHGIERSYTGAEIFRILWDAKWALLVPVIILGGIYGGIFTPTEaaavavaygffv  252
             +K GY  + ++ +  E F+ L +A  +LL PVII+GGI++G FTPTEAAAV+  Y++F+
Sbjct  191  CKKRGYMTLPKA-SRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFL  249

Query  253  gvfvyKDLKLADVYKVLAHSALTSATVMVIVGTATVFGRVLAIEGIPVKLANEIVALTSD  312
            G  VY+ L L +   +L ++  T+A V ++V   TVFG+++A E +P  LA+ +++++ +
Sbjct  250  GTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDN  309

Query  313  PimilllinvlflvvGCFMEtlaaiiiltpillpvvlKVGVDPVHFGILMIVNLAIGMVT  372
            P+++LLLIN+L+L +G F+E+LA +++L P+L+PV   VG+DPVHFG++ I+NL IG++T
Sbjct  310  PLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILT  369

Query  373  PPMGINLFVGSRVGNAQLEGVIRGATPFLLSMIVVLLVLTYVPQITLWLPNL  424
            PPMG+ L+V SRVG+  ++ + RG  P+L+++++VL +++  PQ+TL LP+L
Sbjct  370  PPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

56) Mmwyl1_3946 in NC_009654


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  206 bits (767),  Expect = 2e-54, Method: Compositional matrix adjust.
 Identities = 159/391 (41%), Positives = 295/391 (76%), Gaps = 5/391 (1%)

Query  35   NVSLVAQRIFSGLDSFSILAIPLFVLAGELMNESGITGRIINFANALVGHMKAGLAHVNI  94
             +++ AQ++++G+D+F++LA+P+FVL+G+LMN +GIT RI+NFA++LVGH+ ++L+HVNI
Sbjct  37   GINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNI  96

Query  95   WASVIFAGLSGSAVADTSALGRVFIPTMEKEGYPRSFAAALTAASSVIGPMIPPSIPVII  154
             AS++F+G+SGSA+AD+++LG++ I +M    Y   FA++LTAAS +IGP++PPS+P++I
Sbjct  97   MASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVI  156

Query  155  YALITTGVSVPALFLAGVTPGLFLAIGLSIYVYFFAGH--YAPLKAKLSMKERWKAFVDA  212
            Y++++   S+ ALFLAG  PGL+  I+L +  YF+     Y  L +K S +E+ K++ +A
Sbjct  157  YGVVSN-TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTL-PKASRREQFKSLKEA  214

Query  213  WIPLFMPIFIVGSILTGIVTPTEaaafaaayallaGMFILKSLKISSLPRIFIRAMRDSS  272
             ++L+ P++I+G+I++G  TPTEAAA ++ YAL+ G  + ++L + ++  I+  ++  ++
Sbjct  215  FLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTA  274

Query  273  vilivigvvaaaNWLLTFSRVPQTVSQMVLEQVSSPWMFlilvniillvvglflEGIAAM  332
            V+ +++  V+   W+++  ++PQ +++  L    +P ++L+L+N++LL +G F+E++A +
Sbjct  275  VVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALL  334

Query  333  LILLPILHPIAMSLGIDPVHFGIVVIFNLMIGLVTPPMGICLFVSNSIANVGIAAISRQI  392
            L+L+P+L P+A ++GIDPVHFG++ I+NLMIG++TPPMG+ L+V + ++++ + +++R +
Sbjct  335  LLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGV  394

Query  393  MPLFLVELAVLILITFVPSTVTFLPNLF-GY  422
            +PL++  + VL L++  P    +LP+LF GY
Sbjct  395  LPLLVPLFIVLALVAVFPQFTLLLPELFLGY  425

57) ANH9381_1882 in NC_016513


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  205 bits (764),  Expect = 3e-54, Method: Compositional matrix adjust.
 Identities = 169/418 (41%), Positives = 304/418 (73%), Gaps = 3/418 (0%)

Query  16   LLFIGVPISFSIGIASLLTIMLSIPFDAAIAVISQKMASGLDSFSLLAIPFFILAGNIMN  75
            LLF G+P++FS+ + +L  ++L+ +  ++I   +Q+M +G+D+F+LLA+PFF+L+G++MN
Sbjct  11   LLFAGMPVGFSLIFVALAFLILTNS--TGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  76   RGGIAIRLIEFAKVIGGRLPGSLAHVNVLANMMFgsisgsavasgaamggimsPLQKKEG  135
             +GI+ R+++FAK + G++ GSL+HVN++A+++F+++SGSA+A ++++G +     +   
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  136  YDPSFSAAVNIASCPTGLLIPPSNTFIVYSLISGGTSIGALFLAGYIPGILMGLSIMVIV  195
            Y+  F++++  ASC  G L+PPS  +++Y+++S  TSIGALFLAG IPG+L  +++MV+ 
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMS  187

Query  196  AVIAKKRKYPVSPKPTRSEAMKKTLDALPSLgliivimggiiggiFTATEASAFAVVYTL  255
              I KKR Y   PK++R E  K   +A+ SL   ++I+GGI++G FT+TEA+A + +Y+L
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  256  ILAVVFYREVTIKELPKIILDSVVTTAIVLLLIGTSMGMSWAMANADIPYTISDALLNIS  315
            +L+ V Y  +T++ +  I+ ++V TTA+V L++      +W +A  ++P  ++D +L IS
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  316  DNPivilliiniillivGVFMDMTPALLIFTPIFLPIVTELGMDPVHFGVLMAFNLSIGI  375
            DNP+V+LL+IN++LL++G F++  + LL++ P+++P+ + +G+DPVHFGV+  +NL IGI
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  376  CTPPVGSALFIGCSVGGIKINQVINPLLPFYFALIMTLLLVTYVPSLSLALPRMLLGY  433
             TPP+G AL++   VG+I ++ +   +LP+  +L++ L LV+  P ++L LP ++LGY
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGY  425

58) Ping_0133 in NC_008709


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  205 bits (764),  Expect = 3e-54, Method: Compositional matrix adjust.
 Identities = 171/420 (41%), Positives = 307/420 (74%), Gaps = 3/420 (0%)

Query  16   LLVIGVPVSFAIGLSSLATIMLSLPAGPAIAVIAQRMASGLDSFALLAIPFFILAGNIMN  75
            LL  G+PV+F++ + +LA   L L  + +I   AQ+M +G+D+F+LLA+PFF+L+G++MN
Sbjct  11   LLFAGMPVGFSLIFVALA--FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  76   QGGIATRLINLAKVLGGRLPGSLAHVNVIANMMFgsisgsavasaaavggTMAPLQKKEG  135
             +GI+ R++N+AK L G++ GSL+HVN++A+++F+++SGSA+A A+++G       +   
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  136  YDEHFSAAVNITSCPTGLLIPPSNTLIVFSLVSGGTSIAALFLAGYIPGLIMGLSLMCVA  195
            Y+++F++++  +SC  G L+PPS  L+++++VS  TSI+ALFLAG IPGL+  ++LM ++
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMS  187

Query  196  GFISKRRGYPLAPRAPLSEVIDTTLKALPSLTLViiimggiiagiFTATEASAIAVVYTF  255
             FI K+RGY   P+A+  E + +   A+ SL   +II+GGI++G FT+TEA+A++ +Y++
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  256  LLAFVFYREAKLSELPKIILESAVTTSIVLLLIGASMGMSWAMANGDIPYMIADALLAVS  315
            +L+ V Y    L  +  I+ E+  TT++V L++ +    +W +A  ++P M+AD +L++S
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  316  DDPliilliinvilliigiFMDMTPAVLIFTPIFLPIALDLGIDPVHFGIMMTFNLAIGL  375
            D+PL++LL+IN++LL++G F++  + +L++ P+++P+A  +GIDPVHFG+M  +NL IG+
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  376  CTPPVGSALFIGCSVAKISIDKVIKPLLPFYAALIVALMAVTFIPELSLYLPRLFLGYGD  435
             TPP+G AL++   V+ I+++ + + +LP+  +L++ L  V+ +P+++L LP LFLGYG+
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGYGQ  427

59) SPO1719 in NC_003911


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  205 bits (761),  Expect = 6e-54, Method: Compositional matrix adjust.
 Identities = 179/410 (44%), Positives = 303/410 (74%), Gaps = 3/410 (0%)

Query  17   GIPVAITLGLSSLAYLIAAGMPPVVMP-QKMYAGMDVFVLLSIPGFILAGNLMNQGGITG  75
            G+PV+++L + +LA+LI +    +  + Q+M +G+D F LL++P F+L+G+LMN +GIT 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  76   RIIRFANALVGWIKGGLGLTNIAASMLFGGITGTAVADAASLGGVLIPGMKKAGYPADFs  135
            RI+ FA++LVG I G+LG  NI AS+LF+G++G+A+ADA++LG + I +M+ A Y  DF+
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  136  aavtaasstvgpiippsvpmiivGALSGISVGKMFLAGAIPGILMGIAMMVTAYIISVRR  195
            +++TAAS  +GP++PPSVP++I G +S  S+G +FLAGAIPG+L  IA+MV +Y+I  +R
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  196  GFPHQPWQGFGEVARSFAGAIWAIAMTFLIIYGLLSGLATPTETAVVASVYAFIVGAFIY  255
            G+   P  +  E  +S+  A+ ++    +II G++SG  TPTE+A V+S+YA+++G+ +Y
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  256  RELPLGKVPGIVANSAVSAAGILALVGFA-NVFGWILVSERIPQAIADGVLSITDNKflv  314
              L L     I+ + +V++++++AL+  +  VFGWI+  E++PQ +AD  L+I+DN +++
Sbjct  255  NTLTLQGFIEIL-KETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  315  illinllllfvGMFMETIAALIILFVPLLSLAQAVGIDPLHFATFAVLNLMIGLTTPPVG  374
            +LLINLLLLF+G F+E++A L++L   L+++A AVGIDP+HF+  A+LNLMIG+ TPP+G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  375  VCLFVCANIARLPLAPVVRAIMPFLLTNILVLLAVSYFPPLATWLPSLLI  424
            + L+V + ++ +P+  + R+++P+L+  ++VL  V+ FP ++  LP L++
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

60) dctM in NC_016642


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  205 bits (761),  Expect = 6e-54, Method: Compositional matrix adjust.
 Identities = 169/417 (41%), Positives = 305/417 (74%), Gaps = 12/417 (2%)

Query  18   MPVPFAMLAASVIFIVIQQVTGASPLFSAVGLKIIAQRVTPSLESFPLLAIPLFVFAGNL  77
            MPV F+++  ++ F+++ + TG         +++ AQ++  ++++F LLA+P+FV++G+L
Sbjct  16   MPVGFSLIFVALAFLILTNSTG---------INFAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  78   LNVSGIADRIFAFAKTLVAHIHGGLAHVNILASIVFSGMSGVAQADAAGLGTIEIKAMKD  137
            +N +GI++RIF FAK+LV+HI G+L+HVNI+AS++FSGMSG A ADA+GLG +EIK+M+D
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  138  AGFEKPFSAAVTAAssiigpiippsvimviYAVLSGESIARLFLAGIVPGLFLGFVLMVL  197
            A ++  F++++TAAS IIGP++PPSV +VIY+V+S  SI+ LFLAG +PGL+  + LMV+
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  198  IYFMAVSGKVHSPVAPRATFREVVVAGWRALPGLLAPILLVSGLLLGVATPTELGAIVTV  257
             YF  +  K      P+A+ RE   +   A+ +LL+P+++++G++ G  TPTE +A+ ++
Sbjct  187  SYF--ICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSL  244

Query  258  YAMALGALS-REMSFKDVLDAMRATTFTIGAMVFIIGCAAPISWLISVLNVPETLQTALL  316
            YA+ LG++    +++++ ++ ++ T  T + + +++   + ++W+++  ++P+ L   +L
Sbjct  245  YALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFL  304

Query  317  SISDnpivlllminlmllvAGLFMETTAILLIGVPTLLPLIEHIGMDTTQFGVMMIFNLL  376
            +ISDNP+VLLL+INL+LL  G F+E+ A+LL+ VP L+P+   +G+D  +FGVM I+NL+
Sbjct  305  TISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLM  364

Query  377  IGAVSPPFGVILFIMMDIAKISYGKLVKAMMPFYLPIVITLIVITFFPAITLTLPDL  433
            IG ++PP G+ L+++  ++ I++  L ++++P+ +P+ I L +++ FP +TL LP+L
Sbjct  365  IGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

61) Rsph17029_3573 in NC_009050


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  204 bits (760),  Expect = 7e-54, Method: Compositional matrix adjust.
 Identities = 161/375 (43%), Positives = 268/375 (72%), Gaps = 8/375 (2%)

Query  56   IDNFLLLAVPFFILAGRLMNTGGVTVRLFDFVAVLVQPLRGGLGYANVMASFVFAGMSGS  115
            IDNF LLAVPFF+L+G+LMN++G+T R+F+F   LV  + G+LG  N+MAS++F+GMSGS
Sbjct  49   IDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGS  108

Query  116  ATADVVGLGSIEMKAMRSNGYPEGFSAGVTAASSLLGPVIPPSIVLIAYAVQAEQSVATL  175
            A AD  GLG +E+K+MR   Y ++F++G+TAAS ++GP++PPS+ L+ Y+V ++ S+++L
Sbjct  109  ALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGAL  168

Query  176  FLAAIVPGILLAACFMVWVALESRR---LKLPAGSWPSGREVRIKAL-HAILPLLTPGII  231
            FLA+ +PG+L    +MV   +  ++   + LP +S+   RE ++K+L +A+L+LLTP II
Sbjct  169  FLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---RE-QFKSLKEAFLSLLTPVII  224

Query  232  LAGIYGGIFTPTEaaavavlyalllTTFVYREMNWRTFLAELKGTALDTATLMFIIAMTS  291
            ++GI++G FTPTEAAAV+ LYAL+L T VY  +  + F+  LK T   TA + +++   +
Sbjct  225  IGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVT  284

Query  292  AFGVIMLRLGLPQAMVGIVVGISENPTIvmflmlvvwllvGCFMAQTPAIIILTPILMPI  351
             FG I+ R  LPQ + +  + IS+NP ++++L+ ++ L++G F+   + +++L P+L+P+
Sbjct  285  VFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPV  344

Query  352  ADRFGFDMIHFGIVMAMALTIGLLTPPVGMVLYALRKVADVPLAILFRVVMPYIVIAILF  411
            A   G+D +HFG++  + L IG+LTPP+GM LY + +V+D+P+  L R V+P +V  ++ 
Sbjct  345  ASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIV  404

Query  412  ISLLILVPQLVTALP  426
            ++L+ + PQ+   LP
Sbjct  405  LALVAVFPQFTLLLP  419

62) RSKD131_4214 in NC_011958


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  204 bits (760),  Expect = 7e-54, Method: Compositional matrix adjust.
 Identities = 161/375 (43%), Positives = 268/375 (72%), Gaps = 8/375 (2%)

Query  56   IDNFLLLAVPFFILAGRLMNTGGVTVRLFDFVAVLVQPLRGGLGYANVMASFVFAGMSGS  115
            IDNF LLAVPFF+L+G+LMN++G+T R+F+F   LV  + G+LG  N+MAS++F+GMSGS
Sbjct  49   IDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGS  108

Query  116  ATADVVGLGSIEMKAMRSNGYPEGFSAGVTAASSLLGPVIPPSIVLIAYAVQAEQSVATL  175
            A AD  GLG +E+K+MR   Y ++F++G+TAAS ++GP++PPS+ L+ Y+V ++ S+++L
Sbjct  109  ALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGAL  168

Query  176  FLAAIVPGILLAACFMVWVALESRR---LKLPAGSWPSGREVRIKAL-HAILPLLTPGII  231
            FLA+ +PG+L    +MV   +  ++   + LP +S+   RE ++K+L +A+L+LLTP II
Sbjct  169  FLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---RE-QFKSLKEAFLSLLTPVII  224

Query  232  LAGIYGGIFTPTEaaavavlyalllTTFVYREMNWRTFLAELKGTALDTATLMFIIAMTS  291
            ++GI++G FTPTEAAAV+ LYAL+L T VY  +  + F+  LK T   TA + +++   +
Sbjct  225  IGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVT  284

Query  292  AFGVIMLRLGLPQAMVGIVVGISENPTIvmflmlvvwllvGCFMAQTPAIIILTPILMPI  351
             FG I+ R  LPQ + +  + IS+NP ++++L+ ++ L++G F+   + +++L P+L+P+
Sbjct  285  VFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPV  344

Query  352  ADRFGFDMIHFGIVMAMALTIGLLTPPVGMVLYALRKVADVPLAILFRVVMPYIVIAILF  411
            A   G+D +HFG++  + L IG+LTPP+GM LY + +V+D+P+  L R V+P +V  ++ 
Sbjct  345  ASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIV  404

Query  412  ISLLILVPQLVTALP  426
            ++L+ + PQ+   LP
Sbjct  405  LALVAVFPQFTLLLP  419

63) M5M_10360 in NC_018868


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  203 bits (753),  Expect = 3e-53, Method: Compositional matrix adjust.
 Identities = 161/396 (41%), Positives = 280/396 (71%), Gaps = 9/396 (2%)

Query  38   IDGGPAITTIAQRMAGGIESFALLAIPFFILSGMLMGQGGIARRLINFAKVMIGMLPGGL  97
            +  + +I   AQ+M GGI++F+LLA+PFF+L+G LM  +GI+ R++NFAK ++G + G+L
Sbjct  32   LTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSL  91

Query  98   AYVNIVSCALFGAISGSAVAATSAIGGFMIPVMNKEGYDKDFNAAVTVASSTSGLLIPPS  157
            + VNI++  LF+++SGSA+A ++++G + I  M    Y+ DF +++T AS   G L+PPS
Sbjct  92   GHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPS  151

Query  158  NILIVYSLASGGVSIAALFIAGYLPGIL--LALSLMA--VCGIWAKRKGYPVGERTSLGD  213
              L++Y++ S   SI+ALF+AG +PG+L  +AL +M+  +C    K++GY    ++S  +
Sbjct  152  VPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMSYFIC----KKRGYMTLPKASRRE  206

Query  214  SLRIALDAIPSLFlivliiggivggiFTPTEASAIAVLYALILSVFIYREVSLKQLPDIL  273
             ++   +A+ SL+  V+IIGGI +G FTPTEA+A++ LYAL+L+  +Y  ++L+ + +IL
Sbjct  207  QFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEIL  266

Query  274  VKSAITTAIVMFLIGTSSAMSWILSYENIPQSISAGLLELSSNPivilltinlillAVGI  333
              +  TTA+V +++   +  +WI++ E++PQ ++  +L +S NP+V+LL INL+LL +G 
Sbjct  267  KETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGT  326

Query  334  FMDMTPAVLIFTPIFLPVASELGMSPLHFGIMMVLNLCIGLCTPPVGSVLFVGASIAKTS  393
            F++  + +L++ P+++PVAS +G+ P+HFG+M +LNL IG+ TPP+G  L+V + ++  +
Sbjct  327  FIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIP  386

Query  394  ITQLIRPLLPMYLAMFIVLMLVAYIPALSEALPRLF  429
            +  L R +LP+ +++FIVL LVA +P ++  LP LF
Sbjct  387  FHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

64) Sde_1266 in NC_007912


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  202 bits (752),  Expect = 3e-53, Method: Compositional matrix adjust.
 Identities = 155/382 (41%), Positives = 273/382 (72%), Gaps = 1/382 (0%)

Query  48   AQRMSAGMDSFALLAIPFFIFSGFLMGQGGIARRLIDFAKVLVGQLPGGLAFVNVIACAL  107
            AQ+M +G+D+F+LLA+PFF+++G LM  +GI+ R+++FAK LVG++ G+L+ VN++A  L
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  108  FGSISGSAVAATSAIGGFMIPAMNKEGYDKNFNTAVTVTASTTGMLIPPSNILIIYSLAS  167
            F+++SGSA+A ++++G + I +M    Y+ +F  ++T ++   G L+PPS  L+IY++ S
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  168  GGVSIAALFIAGYLPGILVAISLMCVCGIYAKRRGYPVGQRESFATAIKKTVGAIPSlfl  227
               SI+ALF+AG +PG+L  I+LM +  +  K+RGY    + S    +K    A+ SL+ 
Sbjct  162  NT-SIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLT  220

Query  228  vvlviggiiggYFTPTEAGAIAVVYSLVLSMVIYKEIKPNQIPAILTKSVTTTAIVMLLI  287
             V++IGGI++G FTPTEA+A++ +Y+L L+ V+Y+ +  + +  IL  +V TTA+V L++
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  288  GASAAMSWLLSYENIPQEISAGLLGITENKiillllinvlllvvGTFMDMTPAVLIFTPI  347
             + +  +W+++ E++PQ ++  +L I++N ++LLLLIN+LLL +GTF++  + +L++ P+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  348  FLPIVETLGISPLHFGIIMILNLSIGLCTPPVGSVLFVGCSVGKTSIAQVIKPLIPLYIA  407
            ++P+  ++GI P+HFG++ ILNL IG+ TPP+G  L+V   VG  ++  + + ++PL ++
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVP  400

Query  408  MFIALALVTAFPQISEYLPKAF  429
            +FI LALV+ FPQ++  LP  F
Sbjct  401  LFIVLALVAVFPQFTLLLPELF  422

65) M634_17970 in NC_021821


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  201 bits (748),  Expect = 6e-53, Method: Compositional matrix adjust.
 Identities = 171/422 (41%), Positives = 308/422 (73%), Gaps = 11/422 (2%)

Query  16   LLAIGVPVSFAIGLSSLATILMGLPLEPAIAVVAQRMAAGLDNFALLAIPFFILAGNIMN  75
            LL  G+PV+F++ + +LA  ++ L    +I   AQ+M +G+DNF+LLA+PFF+L+G++MN
Sbjct  11   LLFAGMPVGFSLIFVALA--FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  76   QGGIALRLINFAKVLGGRLPGSLAHVNVMANMMFgsisgsavasaaavggTMSPLQKKDG  135
             +GI+ R++NFAK L G++ GSL+HVN+MA+++F+++SGSA+A A+++G       +   
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  136  YDENFSAAVNITSCPSGLLIPPSNTLIVFSLVSGGTSIAALFLAGYIPGILMGLSIMVVA  195
            Y+++F++++  +SC  G L+PPS  L+++++VS  TSI+ALFLAG IPG+L  +++MV++
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMS  187

Query  196  GIIAKRRGY----PIAARPTLAMVWDTFLKAAPSLALivvimggiiggiFTATEASAIAV  251
             +I K+RGY      + R  +  + ++FL    SL   V+I+GGI++G FT+TEA+A++ 
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFL----SLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  252  VYTFVLAVLVYREVKWRDLPKIILESAVTTSIVLLLVGASMGMSWAMANADIPYMIADAL  311
            +Y++ L+ +VY  +  +++  I+ E+  TT++V L+V +    +W +A  ++P M+AD +
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  312  LAISDNPMMilliiniilliVGIFMDMTPAVLIFTPIFLPIALDMGIDPVHFGIMMTFNL  371
            L+ISDNP+++LL+IN++LL++G F++  + +L++ P+++P+A  +GIDPVHFG+M  +NL
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  372  AIGICTPPVGSALFIGCSVANVAIDKVIKPLLPFYVALIAALMAVTFIPELSLFLPKLVL  431
             IGI TPP+G AL++   V++++++ + + +LP+ V+L+  L  V+ +P+++L+LP L L
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  432  GY  433
            GY
Sbjct  424  GY  425

66) VPA1704 in NC_004605


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  201 bits (748),  Expect = 6e-53, Method: Compositional matrix adjust.
 Identities = 171/422 (41%), Positives = 308/422 (73%), Gaps = 11/422 (2%)

Query  16   LLAIGVPVSFAIGLSSLATILMGLPLEPAIAVVAQRMAAGLDNFALLAIPFFILAGNIMN  75
            LL  G+PV+F++ + +LA  ++ L    +I   AQ+M +G+DNF+LLA+PFF+L+G++MN
Sbjct  11   LLFAGMPVGFSLIFVALA--FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  76   QGGIALRLINFAKVLGGRLPGSLAHVNVMANMMFgsisgsavasaaavggTMSPLQKKDG  135
             +GI+ R++NFAK L G++ GSL+HVN+MA+++F+++SGSA+A A+++G       +   
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  136  YDENFSAAVNITSCPSGLLIPPSNTLIVFSLVSGGTSIAALFLAGYIPGILMGLSIMVVA  195
            Y+++F++++  +SC  G L+PPS  L+++++VS  TSI+ALFLAG IPG+L  +++MV++
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMS  187

Query  196  GIIAKRRGY----PIAARPTLAMVWDTFLKAAPSLALivvimggiiggiFTATEASAIAV  251
             +I K+RGY      + R  +  + ++FL    SL   V+I+GGI++G FT+TEA+A++ 
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFL----SLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  252  VYTFVLAVLVYREVKWRDLPKIILESAVTTSIVLLLVGASMGMSWAMANADIPYMIADAL  311
            +Y++ L+ +VY  +  +++  I+ E+  TT++V L+V +    +W +A  ++P M+AD +
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  312  LAISDNPMMilliiniilliVGIFMDMTPAVLIFTPIFLPIALDMGIDPVHFGIMMTFNL  371
            L+ISDNP+++LL+IN++LL++G F++  + +L++ P+++P+A  +GIDPVHFG+M  +NL
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  372  AIGICTPPVGSALFIGCSVANVAIDKVIKPLLPFYVALIAALMAVTFIPELSLFLPKLVL  431
             IGI TPP+G AL++   V++++++ + + +LP+ V+L+  L  V+ +P+++L+LP L L
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  432  GY  433
            GY
Sbjct  424  GY  425

67) VV2_1068 in NC_004460


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  201 bits (748),  Expect = 6e-53, Method: Compositional matrix adjust.
 Identities = 171/422 (41%), Positives = 308/422 (73%), Gaps = 11/422 (2%)

Query  16   LLAIGVPVSFAIGLSSLATILMGLPLEPAIAVVAQRMAAGLDNFALLAIPFFILAGNIMN  75
            LL  G+PV+F++ + +LA  ++ L    +I   AQ+M +G+DNF+LLA+PFF+L+G++MN
Sbjct  11   LLFAGMPVGFSLIFVALA--FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  76   QGGIALRLINFAKVLGGRLPGSLAHVNVMANMMFgsisgsavasaaavggTMSPLQKKDG  135
             +GI+ R++NFAK L G++ GSL+HVN+MA+++F+++SGSA+A A+++G       +   
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  136  YDENFSAAVNITSCPSGLLIPPSNTLIVFSLVSGGTSIAALFLAGYIPGILMGLSIMVVA  195
            Y+++F++++  +SC  G L+PPS  L+++++VS  TSI+ALFLAG IPG+L  +++MV++
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMS  187

Query  196  GIIAKRRGY----PIAARPTLAMVWDTFLKAAPSLALivvimggiiggiFTATEASAIAV  251
             +I K+RGY      + R  +  + ++FL    SL   V+I+GGI++G FT+TEA+A++ 
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFL----SLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  252  VYTFVLAVLVYREVKWRDLPKIILESAVTTSIVLLLVGASMGMSWAMANADIPYMIADAL  311
            +Y++ L+ +VY  +  +++  I+ E+  TT++V L+V +    +W +A  ++P M+AD +
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  312  LAISDNPMMilliiniilliVGIFMDMTPAVLIFTPIFLPIALDMGIDPVHFGIMMTFNL  371
            L+ISDNP+++LL+IN++LL++G F++  + +L++ P+++P+A  +GIDPVHFG+M  +NL
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  372  AIGICTPPVGSALFIGCSVANVAIDKVIKPLLPFYVALIAALMAVTFIPELSLFLPKLVL  431
             IGI TPP+G AL++   V++++++ + + +LP+ V+L+  L  V+ +P+++L+LP L L
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  432  GY  433
            GY
Sbjct  424  GY  425

68) VVMO6_04460 in NC_014966


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  201 bits (748),  Expect = 6e-53, Method: Compositional matrix adjust.
 Identities = 171/422 (41%), Positives = 308/422 (73%), Gaps = 11/422 (2%)

Query  16   LLAIGVPVSFAIGLSSLATILMGLPLEPAIAVVAQRMAAGLDNFALLAIPFFILAGNIMN  75
            LL  G+PV+F++ + +LA  ++ L    +I   AQ+M +G+DNF+LLA+PFF+L+G++MN
Sbjct  11   LLFAGMPVGFSLIFVALA--FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  76   QGGIALRLINFAKVLGGRLPGSLAHVNVMANMMFgsisgsavasaaavggTMSPLQKKDG  135
             +GI+ R++NFAK L G++ GSL+HVN+MA+++F+++SGSA+A A+++G       +   
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  136  YDENFSAAVNITSCPSGLLIPPSNTLIVFSLVSGGTSIAALFLAGYIPGILMGLSIMVVA  195
            Y+++F++++  +SC  G L+PPS  L+++++VS  TSI+ALFLAG IPG+L  +++MV++
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMS  187

Query  196  GIIAKRRGY----PIAARPTLAMVWDTFLKAAPSLALivvimggiiggiFTATEASAIAV  251
             +I K+RGY      + R  +  + ++FL    SL   V+I+GGI++G FT+TEA+A++ 
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFL----SLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  252  VYTFVLAVLVYREVKWRDLPKIILESAVTTSIVLLLVGASMGMSWAMANADIPYMIADAL  311
            +Y++ L+ +VY  +  +++  I+ E+  TT++V L+V +    +W +A  ++P M+AD +
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  312  LAISDNPMMilliiniilliVGIFMDMTPAVLIFTPIFLPIALDMGIDPVHFGIMMTFNL  371
            L+ISDNP+++LL+IN++LL++G F++  + +L++ P+++P+A  +GIDPVHFG+M  +NL
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  372  AIGICTPPVGSALFIGCSVANVAIDKVIKPLLPFYVALIAALMAVTFIPELSLFLPKLVL  431
             IGI TPP+G AL++   V++++++ + + +LP+ V+L+  L  V+ +P+++L+LP L L
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  432  GY  433
            GY
Sbjct  424  GY  425

69) VVA1592 in NC_005140


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  201 bits (748),  Expect = 6e-53, Method: Compositional matrix adjust.
 Identities = 171/422 (41%), Positives = 308/422 (73%), Gaps = 11/422 (2%)

Query  16   LLAIGVPVSFAIGLSSLATILMGLPLEPAIAVVAQRMAAGLDNFALLAIPFFILAGNIMN  75
            LL  G+PV+F++ + +LA  ++ L    +I   AQ+M +G+DNF+LLA+PFF+L+G++MN
Sbjct  11   LLFAGMPVGFSLIFVALA--FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  76   QGGIALRLINFAKVLGGRLPGSLAHVNVMANMMFgsisgsavasaaavggTMSPLQKKDG  135
             +GI+ R++NFAK L G++ GSL+HVN+MA+++F+++SGSA+A A+++G       +   
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  136  YDENFSAAVNITSCPSGLLIPPSNTLIVFSLVSGGTSIAALFLAGYIPGILMGLSIMVVA  195
            Y+++F++++  +SC  G L+PPS  L+++++VS  TSI+ALFLAG IPG+L  +++MV++
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMS  187

Query  196  GIIAKRRGY----PIAARPTLAMVWDTFLKAAPSLALivvimggiiggiFTATEASAIAV  251
             +I K+RGY      + R  +  + ++FL    SL   V+I+GGI++G FT+TEA+A++ 
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFL----SLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  252  VYTFVLAVLVYREVKWRDLPKIILESAVTTSIVLLLVGASMGMSWAMANADIPYMIADAL  311
            +Y++ L+ +VY  +  +++  I+ E+  TT++V L+V +    +W +A  ++P M+AD +
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  312  LAISDNPMMilliiniilliVGIFMDMTPAVLIFTPIFLPIALDMGIDPVHFGIMMTFNL  371
            L+ISDNP+++LL+IN++LL++G F++  + +L++ P+++P+A  +GIDPVHFG+M  +NL
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  372  AIGICTPPVGSALFIGCSVANVAIDKVIKPLLPFYVALIAALMAVTFIPELSLFLPKLVL  431
             IGI TPP+G AL++   V++++++ + + +LP+ V+L+  L  V+ +P+++L+LP L L
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  432  GY  433
            GY
Sbjct  424  GY  425

70) GK1972 in NC_006510


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  200 bits (743),  Expect = 1e-52, Method: Compositional matrix adjust.
 Identities = 166/388 (43%), Positives = 282/388 (73%), Gaps = 0/388 (0%)

Query  11   LGVMALGMPIAFALLVSGVALMFYLNIFDTQIIAQNLISGADSFPLMAIPFFMLAGELMN  70
            LG++  GMP++F+L+  ++A+++  N  + ++ AQ++++G D+F L+A+PFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISKRIIRFAMALVGHIRGGLGYVAIIASVLFAGLSGSAVADTAALGAILIPMMVKAG  130
            ++GI+ RI+ FA +LVGHI G+LG V I+AS+LF+G+SGSA+AD+++LG + I  M  A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YNRNRSagliaaggiiapiippsipmiifgVTSGVSITKLFMAGIVPGILLGISLAVCWW  190
            Y+ + ++GL AA+ II+P++PPS+P++I+GV S  SI  LF+AG +PG+L  I+L V   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  WVTRRDQVDVLPRQSAKDIWRATREAFWALLLPVIIVGGLRGGVFTPTEAAVVAAFYALI  250
             + ++     LP+ S ++  ++ +EAF +LL PVII+GG+ +G FTPTEAA V+++YAL+
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  VGLCIYRELKVKDLFHVLVAAAKTTSVVMFLVAAAMVSAWLITVANIPAIVTDVLAPLID  310
            +G  +Y  L +++++++L  + +TT+VV ++V +  V +W+++  ++P +++D +  + D
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  HPlalllainalvllVGTAMDltptvliltpvlMPIIQKAGIDPVYFGVLFILNNCIGLL  370
            +PL LLL IN L+L++GT ++  + +L+L P L+P+    GIDPV FGV+ ILN  IG+L
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVACGVGKISMEDIMKGVWP  398
            TPP+G  L V   VG I+ + + +GV P
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLP  396

71) Mmwyl1_0521 in NC_009654


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  200 bits (743),  Expect = 2e-52, Method: Compositional matrix adjust.
 Identities = 174/431 (41%), Positives = 318/431 (74%), Gaps = 8/431 (1%)

Query  1    MGISFFWILLSVMFLGMPVAFALLFAPGLSLFLEGKEMFYLLLTQRLYNGIDSFPLMAIP  60
            +G  F W  L+++F GMPV+F+L+F + L++++  +     + +Q++  GID+F L+A+P
Sbjct  2    VGSIFGW--LGLLFAGMPVGFSLIFVA-LAFLILTNSTGINFAAQQMLGGIDNFTLLAVP  58

Query  61   FFMLAGEVMNRSGITLSLVQVSQAFIGHLRGGLAQINILSSMLFAGLSGSAVADCSALGK  120
            FF+L+G++MN +GIT  + + +++++GH+ G+L+++NI++S+LF+G+SGSA+AD ++LG+
Sbjct  59   FFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQ  118

Query  121  MLIPAMEKNGYSRRFAAAVTAAssvigpiippsgimiLYAFVMNVSVGGLFAAGIVPGVL  180
            + I +M    Y   FA+++TAAS +IGP++PPS  +++Y+ V N S+G+LF AG +PG+L
Sbjct  119  LEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLL  178

Query  181  VGVSLMAMTWFLARRRGYKVASEKASWSERGTAVKQAFWPLLTPVILLGGILSGVFTPTE  240
              ++LM M+ F+ ++RGY   + KAS+ E+  ++K+AF +LLTPVI++GGI+SG FTPTE
Sbjct  179  CCIALMVMSYFICKKRGYMTLP-KASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTE  237

Query  241  aaavaaa-yalvvsllsKTMTVSNLPSLFYATAKSSAVILFLVGSAVAFSSVISLSGAPQ  299
            AAAV++    ++ +++ +T+T+  +  ++  T +++AV+ ++V +   F+ +++    PQ
Sbjct  238  AAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQ  297

Query  300  KVAAIMVSLTENPllllliinllllFVGMFLDagpaililgpilgpiVTQFGIDPLHFAI  359
             +A   +++++NPL+LLL+INLLLLF+G F+++ + +L+L P+L P+ +  GIDP+HF++
Sbjct  298  MLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGV  357

Query  360  VMCVNLTIGLTTPPMGLVLFVASSVSGERVETISREMLPYLAVHIFVIL-LITYIPALTM  418
            +  +NL IG+ TPPMG+ L+V S V++   +T++R +LP L V +F++L L++ +P +T+
Sbjct  358  MAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLL-VPLFIVLALVAVFPQFTL  416

Query  419  TLPRL-LGFAS  428
             LP L LG++ 
Sbjct  417  LLPELFLGYGQ  427

72) OBV_43970 in NC_016048


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  199 bits (739),  Expect = 3e-52, Method: Compositional matrix adjust.
 Identities = 167/415 (41%), Positives = 303/415 (74%), Gaps = 3/415 (0%)

Query  13   LMLVGVPVAFSMALASAGYMI-AMGTDLSMVVQRMVSGADSFTMLAIPFFFMAGELMNIS  71
            L++ G+PV+FS+ + + +++I + +T+++   Q+M++G D+FT+LA+PFF ++G+LMN +
Sbjct  11   LLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSA  70

Query  72   GVTDKIIRLAKVLVGHFKGGLAQVNIVASVFFAGVSGSATADTAALGSALIPAMVKEGYS  131
            G+T++I+ +AK LVGH+ G+L++VNI+AS++F+G+SGSA AD+++LG   I +M    Y 
Sbjct  71   GITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYH  130

Query  132  LDFSAAITVASSCVGPIIPPSITLVLYGILAQADVGRlliagilpgllialFQMGYTYFY  191
             DF++++T AS  +GP++PPS+ LV+YG+++++ +G L++AG +PGLL  +  M  +YF 
Sbjct  131  DDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFI  190

Query  192  SKKMGYPSDPRATRKEAWAATKGGVTALMMPIIIIGGTMSGVFTPTESaaiavaygiiig  251
             KK GY + P+A+R+E   + K +  +L+ P+IIIGG  SG FTPTE+AA++  Y++++G
Sbjct  191  CKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLG  250

Query  252  FFVYRNLTVKQFYSSLKK-VGVDSMNNLFILAAAACFSWVMTMSKAPEHLVVAMTSLTSN  310
              VY  LT++ F   LK  V   ++  L +++ +  F+W+++  + P+ L     +++ N
Sbjct  251  TVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTV-FGWIVAREQLPQMLADYFLTISDN  309

Query  311  RTllillilliliiiGFFMQASQALMVLAPILVPVATAIGIDPVHFGLIMVVTLTFGGCT  370
              +L+LLI L+L+++G F+++   L++L P+LVPVA+A+GIDPVHFG++ ++ L +G  T
Sbjct  310  PLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILT  369

Query  371  PPVGSMLFVVNSITKMGFSRLTKAMlplylplilailiitfipQLSLFLPNLVFG  425
            PP+G  L+VV+ +  + F  LT+++LPL +PL++ + +++ +PQ++L+LP+L +G
Sbjct  370  PPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

73) GC56T3_1467 in NC_014206


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  197 bits (731),  Expect = 1e-51, Method: Compositional matrix adjust.
 Identities = 164/388 (43%), Positives = 281/388 (73%), Gaps = 0/388 (0%)

Query  11   LGVMALGMPIAFALLVSGVALMFYLDIFDTQIIAQNLISGADSFPLMAIPFFMLAGELMN  70
            LG++  GMP++F+L+  ++A+++  +  + ++ AQ++++G D+F L+A+PFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISKRIIRFAMALVGHIRGGLGYVAIIASVLFAGLSGSAVADTAALGAILIPMMVKAG  130
            ++GI+ RI+ FA +LVGHI G+LG V I+AS+LF+G+SGSA+AD+++LG + I  M  A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YNRNRSagliaaggiiapiippsipmiifgVTSGVSITKLFMAGIVPGILLGISLALCWW  190
            Y+ + ++GL AA+ II+P++PPS+P++I+GV S  SI  LF+AG +PG+L  I+L +   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  WVTRRDQVEVLPRQSAKEIWRATREAFWALLLPVIIVGGLRGGVFTPTEAAVVAAFYALI  250
             + ++     LP+ S +E  ++ +EAF +LL PVII+GG+ +G FTPTEAA V+++YAL+
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  VGLCIYRELKVKDLFHVLVAAAKTTSVVMFLVAAAMVSAWLITVANIPAIVTDVLAPFID  310
            +G  +Y  L +++++++L  + +TT+VV ++V +  V +W+++  ++P +++D +  + D
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  HPlalllainalvllVGTAMDltptvliltpvlMPIIEKAGIDPVYFGVLFILNNCIGLL  370
            +PL LLL IN L+L++GT ++  + +L+L P L+P+    GIDPV FGV+ ILN  IG+L
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVACGVAKINMEDIMKGVWP  398
            TPP+G  L V   V+ I  + + +GV P
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLP  396

74) GC56T3_1542 in NC_014206


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  197 bits (732),  Expect = 1e-51, Method: Compositional matrix adjust.
 Identities = 163/388 (43%), Positives = 281/388 (73%), Gaps = 0/388 (0%)

Query  11   LGVMALGMPIAFALLVSGVALMFYLDIFDTQIIAQNLISGADSFPLMAIPFFMLAGELMN  70
            LG++  GMP++F+L+  ++A+++  +  + ++ AQ++++G D+F L+A+PFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISKRIIRFAMALVGHIRGGLGYVAIIASVLFAGLSGSAVADTAALGAILIPMMVKAG  130
            ++GI+ RI+ FA +LVGHI G+LG V I+AS+LF+G+SGSA+AD+++LG + I  M  A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YNRNRSagliaaggiiapiippsipmiifgVTSGVSITKLFMAGIVPGILLGISLAVCWW  190
            Y+ + ++GL AA+ II+P++PPS+P++I+GV S  SI  LF+AG +PG+L  I+L V   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  WVTRRDQVDVLPRQSAKDIWRATREAFWALLLPVIIVGGLRGGVFTPTEAAVVAAFYSLI  250
             + ++     LP+ S ++  ++ +EAF +LL PVII+GG+ +G FTPTEAA V+++Y+L+
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  VGLCIYRELKVKDLFHVLVAAAKTTSVVMFLVAAAMVSAWLITVANIPAIVTDVLAPFID  310
            +G  +Y  L +++++++L  + +TT+VV ++V +  V +W+++  ++P +++D +  + D
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  HPlalllainalvllVGTAMDltptvliltpvlMPIIQKAGIDPVYFGVLFILNNCIGLL  370
            +PL LLL IN L+L++GT ++  + +L+L P L+P+    GIDPV FGV+ ILN  IG+L
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVACGVAKINMEDIMKGVWP  398
            TPP+G  L V   V+ I  + + +GV P
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLP  396

75) Marme_1591 in NC_015276


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  196 bits (726),  Expect = 3e-51, Method: Compositional matrix adjust.
 Identities = 145/349 (42%), Positives = 253/349 (73%), Gaps = 0/349 (0%)

Query  43   PQRMFSGLDSFPLMAVPLFILAGNIMGQGGVSKRLVTFAKSLVGNIQGGLAMACVITSMI  102
            +Q+M++G+D+F L+AVP+F+L+G++M  +G++ R+  FAKSLVG+I G+L+   +++S++
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  103  FAAVSGSSVATTYAVGAILLPAMIRHGYPKPMATAIQASSANLGIIIPPSVPLIMYGIST  162
            F+++SGS++A + ++G + + +M    Y    A ++ A+S  +G ++PPSVPL++YG+ +
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  163  NTSIGKLFLAAIGPGLLMGAALIAMVVIWCLVTGQGKHDSVDRQNLLTSSKDAILALLMP  222
            NTSIG LFLA+  PGLL   AL+ M  + C   G        R++ + S K+A+L+LL P
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTP  221

Query  223  TLILGGIYGGIFTPTEASAIAVIYGLFLGVFVYKEITFKDIPKILKGSVISTTSVMliia  282
             +I+GGI++G FTPTEA+A++ +Y+LFLG  VY+ +T++++  ILK +V +T+ V L++ 
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  283  aasllsFLVSRSDLPQTLSAYASDTFTTKLQFLMAVNlllllVGMFVEtsasilllapil  342
            + ++++ +V+R +LPQ L+ Y        L +L+ +NLLLL++G F+E+ A +LLL P+L
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  343  tpiaiMFGIDPVHFGIVMVVNLAIGMFTPPLGVTLFAASQVADIAVEKV  391
             P+A   GIDPVHFG++ ++NL IG++TPP+G++L+  S+V+DI+ + +
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTL  390

76) ZPR_3032 in NC_014041


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  195 bits (724),  Expect = 5e-51, Method: Compositional matrix adjust.
 Identities = 165/410 (41%), Positives = 299/410 (73%), Gaps = 4/410 (0%)

Query  18   VPVAWSIGIASLITLLFSIDSLPAVATIAQRMVTGLDSFSLLAIPFFILAGHLMNSGGIA  77
            +PV+ S+ + +L  L+++  +  ++   AQ+M+ G+D+F+LLA+PFF+L+GHLMNS+GI+
Sbjct  16   MPVGFSLIFVALAFLILTNST--GINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGIT  73

Query  78   RRLIVFAKSLVGSLPGGLAHVNIVAAMLFgaiagsagaaaaaigsFMSSKMEEEGYTKEY  137
             R++ FAKSLVG + G+L+HVNI+A++LF++++GSA A A+++G +    M +  Y  ++
Sbjct  74   ERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDF  133

Query  138  GVAVNVTSATTGLLIPPSNIFIIYSLASGGVSIGALFLAGYIPGILTGLILMIIALIWAK  197
            + ++  +S   G L+PPS  ++IY++ S   SIGALFLAG IPG+L  + LM+++ +  K
Sbjct  134  AGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMSYFICK  192

Query  198  RKGFPTAKRASVSEVLKSFLDALPSlmlllviiggivggiFTATEASSVAVVYCLILG-L  256
            ++G+ T  +AS  E +KS+ +A+ SL+  ++IIGGI +G FT+TEA++V+ +Y L+LG +
Sbjct  193  KRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTV  252

Query  257  IYKELSLDKLKGILIKSAETIALVMILIALSIAMSWVMSYADIPEQVTSALLGYSDNPiv  316
            +Y+ L+L+ +  IL  + +T A+V +++      +W+++  ++P+ ++  +L  SDNP+V
Sbjct  253  VYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLV  312

Query  317  vmiminlillvigiFMDMTPAVLIFTPIFLPVVTALGIDPVHFGVIMVLNLCIGLCTPPV  376
            ++++INL+LL +G F++  + +L++ P+++PV +A+GIDPVHFGV+ +LNL IG+ TPP+
Sbjct  313  LLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPM  372

Query  377  GSVLFIGVGVANTSIKKVIKPLMPLFVGMLISLMLVILFPKLSLWLPELF  426
            G  L++   V++ ++  + + ++PL+V ++I L LV +FP+++L LPELF
Sbjct  373  GMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

77) Oant_4093 in NC_009668


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  194 bits (722),  Expect = 7e-51, Method: Compositional matrix adjust.
 Identities = 171/406 (43%), Positives = 293/406 (73%), Gaps = 1/406 (0%)

Query  17   GLPVAVTLGLSSMAYLLFAD-IPLVVIPQKMYAGMDSFVLLCIPGFILAGNLMNSGGITE  75
            G+PV+ +L + ++A+L++++   +   +Q+M +G+D+F LL +P F+L+G+LMNS+GITE
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  76   RIIRFANALVGWMRGGLAQANIAASMLFGGISGTAVADVASVGGMMIPGMKKVGYPADFs  135
            RI+ FA++LVG + G+L++ NI AS+LF+G+SG+A+AD +++G + I +M+   Y  DF+
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  136  aavtaasstvgpmippsvpmiivgsLSGLSVGKLFLAGAVPGLLMGFAMMVTTYFIAKKK  195
            +++TAAS  +GP++PPSVP++I G +S  S+G LFLAGA+PGLL  +A+MV +YFI KK+
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  196  NFPREDWKGARELLSSFTGAIWAIAMTALIVGGLLIGITTPTETAVVACLYAAVVGLFVD  255
             +      + RE + S+  A+ ++    +I+GG++ G  TPTE+A V+ LYA  +G  V 
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  256  RELPVsripkiiidsaissagiLVLVGTANVFGWILVAERIPQTLANAVLSITDNKFlvi  315
              L +  +  I+ ++  ++A + ++V    VFGWI+  E++PQ LA+  L+I+DN ++++
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  316  llinilllFVGMFMETIAALIILFVPLQALALAVGIDPIHFACFAVLNLMIGLTTPPVGV  375
            LLIN+LLLF+G F+E++A L++L   L ++A AVGIDP+HF+  A+LNLMIG+ TPP+G+
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  376  CLFVASNIARLPLSPVIRAIIPYIITNLIVLLMVSYMPPLATWLPN  421
             L+V S ++ +P+  + R+++P ++  +IVL +V+  P ++  LP+
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

78) TERTU_1482 in NC_012997


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  194 bits (720),  Expect = 9e-51, Method: Compositional matrix adjust.
 Identities = 160/398 (41%), Positives = 280/398 (71%), Gaps = 6/398 (1%)

Query  34   MLVTIDFL-----PAVTTVAQRMGGGIDSFALLAIPFFVLSGLLMGRGGIALRLIEFAKV  88
            ++V++ FL      ++   AQ+M GGID+F+LLA+PFFVL+G LM  +GI+ R+++FAK 
Sbjct  23   IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKS  82

Query  89   LVGMLPGGLAFVNIISCTLFGAISGSSVAATSAIGGFMIPTMEKEGYDRNFTAAITVTAS  148
            LVG + G+L+ VNI++  LF+++SGS++A ++++G + I +M    Y+ +F++++T ++ 
Sbjct  83   LVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASC  142

Query  149  TTGLLIPPSNILIVYSLASGGVSIAALFVAGYLPGLLVALGLMGVCAVYAKIQGYPVGQV  208
              G L+PPS  L++Y++ S   SI+ALF+AG +PGLL  ++LM +     K +GY     
Sbjct  143  IIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPK  201

Query  209  PTPGDVVRKTLDALPSlllivlviggiiggFFTATEASVVAVLYALFLATVVYRQVKLTD  268
            ++  +  +   +A+ SLL  V++IGGI++G FT+TEA+ V+ LYALFL+TVVY  + L +
Sbjct  202  ASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQG  261

Query  269  LPEIFTKAVETTAIVMLLIGTSTAMSWMLSYENIPQAISATLLALSDNPFVILLMINLIL  328
            + EI+  +V+TTA+V L++   T  +W+++ E++PQ ++  +L++SDNP+V+LL+INL+L
Sbjct  262  FIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLL  321

Query  329  LAVGIFMDMTPAVLIFTPIFLPVAVQLGLSPLHFGIMMVLNLCIGLCTPPVGSVLFVGCS  388
            L +G F++  + +L++ P+++PVA  +G+ P+HFG+M +LNL IG+ TPP+G  L+V   
Sbjct  322  LFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSR  381

Query  389  IAKTSIAKLVKPLIPLYAAMFIALLLVTFVPALSEWLP  426
            ++  ++  L + ++PL  ++FI L LV+  P ++  LP
Sbjct  382  VGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLP  419

79) PM3016_370 in NC_016935


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  193 bits (718),  Expect = 2e-50, Method: Compositional matrix adjust.
 Identities = 154/382 (41%), Positives = 281/382 (74%), Gaps = 2/382 (0%)

Query  48   GQRMIQGMSSYSLLTIPFFILAGHIMSEGNLALRIVNLAQLFVGRVRGGLAMVNSVACMF  107
            +Q+M+ G+ +++LL++PFF+L+GH+M+ + ++ RI N+A+ +VG++ G+L+ VN +A ++
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  108  FGNISGSAVADVSSIGSVMIPMMKKKGYDTDYSVGVTVSSAIQGVVVPPSHNLVLYSLAA  167
            F+ +SGSA+AD +++G + I  M+   Y+ D++ G+T +S I G +VPPS  LV+Y++ +
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  168  GGGISITSLFLAGIVPGIILCLSLMLTSYVFAVKRGYAKGDPIDRKDVPKILLDGFMSIL  227
              +I+  +LFLAG +PG++ C++LM+ SY +  KRGY       R++  K L ++F+S+L
Sbjct  162  NTSIG--ALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLL  219

Query  228  TAVIILGGIFSGWFTATESGALACLYAFILTFVIYKDIPYSRMWLILKKTFRTVSMVLFL  287
            T+VII+GGIFSG FT+TE++A++ LYA++L  V+Y+ +       ILK T  T ++V ++
Sbjct  220  TPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALM  279

Query  288  IAASDAFSWLLAFLKIPAMVTDAMISISDSPFVilliinllllllGAPMDMAplilimtp  347
            + +   F+W++A  ++P M++D  ++ISD+P+V+LL+INLLLL+LG+ ++  +L+L++ P
Sbjct  280  VMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVP  339

Query  348  illpVVTHLGMDPVHFgiimmlnlgigllTPPVGTVLFVGCAIGKISISEGTKAMMPFFY  407
            +L+PV + +G+DPVHFG++ +LNL IG+LTPP+G  L+V   +G I++   T++++P++ 
Sbjct  340  FLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLV  399

Query  408  vlcvvllvlTYLPGLVMWLPNL  429
             L +VL +++ +P + + LP+L
Sbjct  400  PLFIVLALVAVFPQFTLLLPEL  421

80) B2K_01895 in NC_017672


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  193 bits (718),  Expect = 2e-50, Method: Compositional matrix adjust.
 Identities = 154/382 (41%), Positives = 281/382 (74%), Gaps = 2/382 (0%)

Query  48   GQRMIQGMSSYSLLTIPFFILAGHIMSEGNLALRIVNLAQLFVGRVRGGLAMVNSVACMF  107
            +Q+M+ G+ +++LL++PFF+L+GH+M+ + ++ RI N+A+ +VG++ G+L+ VN +A ++
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  108  FGNISGSAVADVSSIGSVMIPMMKKKGYDTDYSVGVTVSSAIQGVVVPPSHNLVLYSLAA  167
            F+ +SGSA+AD +++G + I  M+   Y+ D++ G+T +S I G +VPPS  LV+Y++ +
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  168  GGGISITSLFLAGIVPGIILCLSLMLTSYVFAVKRGYAKGDPIDRKDVPKILLDGFMSIL  227
              +I+  +LFLAG +PG++ C++LM+ SY +  KRGY       R++  K L ++F+S+L
Sbjct  162  NTSIG--ALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLL  219

Query  228  TAVIILGGIFSGWFTATESGALACLYAFILTFVIYKDIPYSRMWLILKKTFRTVSMVLFL  287
            T+VII+GGIFSG FT+TE++A++ LYA++L  V+Y+ +       ILK T  T ++V ++
Sbjct  220  TPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALM  279

Query  288  IAASDAFSWLLAFLKIPAMVTDAMISISDSPFVilliinllllllGAPMDMAplilimtp  347
            + +   F+W++A  ++P M++D  ++ISD+P+V+LL+INLLLL+LG+ ++  +L+L++ P
Sbjct  280  VMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVP  339

Query  348  illpVVTHLGMDPVHFgiimmlnlgigllTPPVGTVLFVGCAIGKISISEGTKAMMPFFY  407
            +L+PV + +G+DPVHFG++ +LNL IG+LTPP+G  L+V   +G I++   T++++P++ 
Sbjct  340  FLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLV  399

Query  408  vlcvvllvlTYLPGLVMWLPNL  429
             L +VL +++ +P + + LP+L
Sbjct  400  PLFIVLALVAVFPQFTLLLPEL  421

81) KNP414_00422 in NC_015690


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  193 bits (718),  Expect = 2e-50, Method: Compositional matrix adjust.
 Identities = 154/382 (41%), Positives = 281/382 (74%), Gaps = 2/382 (0%)

Query  48   GQRMIQGMSSYSLLTIPFFILAGHIMSEGNLALRIVNLAQLFVGRVRGGLAMVNSVACMF  107
            +Q+M+ G+ +++LL++PFF+L+GH+M+ + ++ RI N+A+ +VG++ G+L+ VN +A ++
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  108  FGNISGSAVADVSSIGSVMIPMMKKKGYDTDYSVGVTVSSAIQGVVVPPSHNLVLYSLAA  167
            F+ +SGSA+AD +++G + I  M+   Y+ D++ G+T +S I G +VPPS  LV+Y++ +
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  168  GGGISITSLFLAGIVPGIILCLSLMLTSYVFAVKRGYAKGDPIDRKDVPKILLDGFMSIL  227
              +I+  +LFLAG +PG++ C++LM+ SY +  KRGY       R++  K L ++F+S+L
Sbjct  162  NTSIG--ALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLL  219

Query  228  TAVIILGGIFSGWFTATESGALACLYAFILTFVIYKDIPYSRMWLILKKTFRTVSMVLFL  287
            T+VII+GGIFSG FT+TE++A++ LYA++L  V+Y+ +       ILK T  T ++V ++
Sbjct  220  TPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALM  279

Query  288  IAASDAFSWLLAFLKIPAMVTDAMISISDSPFVilliinllllllGAPMDMAplilimtp  347
            + +   F+W++A  ++P M++D  ++ISD+P+V+LL+INLLLL+LG+ ++  +L+L++ P
Sbjct  280  VMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVP  339

Query  348  illpVVTHLGMDPVHFgiimmlnlgigllTPPVGTVLFVGCAIGKISISEGTKAMMPFFY  407
            +L+PV + +G+DPVHFG++ +LNL IG+LTPP+G  L+V   +G I++   T++++P++ 
Sbjct  340  FLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLV  399

Query  408  vlcvvllvlTYLPGLVMWLPNL  429
             L +VL +++ +P + + LP+L
Sbjct  400  PLFIVLALVAVFPQFTLLLPEL  421

82) PC1_0342 in NC_012917


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  193 bits (716),  Expect = 2e-50, Method: Compositional matrix adjust.
 Identities = 154/384 (41%), Positives = 274/384 (72%), Gaps = 8/384 (2%)

Query  45   QVTNGVNKFSLLAIPFFILAGAIMAEGGIARRLVSFAYIFVGFIRGGLSLVNIVASTFFG  104
            Q+  G+++F+LLA+PFF+L+G +M  +GI+ R+ +FA  +VG I G+L+ VNI+AS +F+
Sbjct  44   QMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFS  103

Query  105  AISGSSVADTASIGSVMIPEMEKKGYPRDFSAAVTASGSVQAILTPPSHNSVIYSLATGG  164
            ++SGS++AD++++G + I  M    Y  DF++++TA++ + + L PPS   VIY++ +  
Sbjct  104  GMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--  161

Query  165  TVSIASLFIAGILPGLLLSLTMMVMCVGFAHRRGY---PKGERVPFRQALKIFVDTLWGL  221
              SI++LF+AG +PGLL  +++MVM   +  +RGY   PK+ R   R+ +K + +++ +L
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---REQFKSLKEAFLSL  218

Query  222  MTVVIIMGGILSGIFTATESAAIACLWSFFVTMFIYKDYKWSELPKLMYRTVKTVTIVMI  281
            +T VII+GGI+SG FT+TE+AA++ L ++F+   +Y+      +  ++  TV+T ++V +
Sbjct  219  LTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVAL  278

Query  282  LigfaaafgaiMTYMQLPARITEFFTSISDNKYVilmcinimllllGTLMDMaplililt  341
            ++   + FG I++  QLP  ++++F +ISDN  V+L+ IN++LL+LGT+++  +L+L+L 
Sbjct  279  MVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLV  338

Query  342  pvllpvalSLGIDPVHFGMIMLVNLGIGLITPPVGSVLFVASAVSKQKIEQVVKAMLPFY  401
            P L+PVA ++GIDPVHFG++ ++NL IG++TPP+G  L+V S V+   ++ + +++LP+ 
Sbjct  339  PFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLL  398

Query  402  CGLFLVLMLVTYIPAISLWLPKLF  425
              LF+VL LV+ +P ++L LP LF
Sbjct  399  VPLFIVLALVAVFPQFTLLLPELF  422

83) OBV_39090 in NC_016048


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  191 bits (707),  Expect = 1e-49, Method: Compositional matrix adjust.
 Identities = 160/338 (48%), Positives = 261/338 (78%), Gaps = 6/338 (1%)

Query  54   NNFILLAVPLFIFAANIMNSSKVTEKIFGFATALVGRWQGGLGHVNVVASLIFSGMTGSA  113
            +NF LLAVP+F++++++MNS+ +TE+IF FA +LVG+  G+LGHVN++ASL+FSGM+GSA
Sbjct  50   DNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSA  109

Query  114  VADASGLGIMEIDAMRKEGYDDGFSAAITASSAVIGPIFPPSIPLVIYAVIAGASIGNLF  173
            +ADA+GLG +EI +MR   Y+D+F++++TA+S +IGP+ PPS+PLVIY+V++ +SIG LF
Sbjct  110  LADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALF  169

Query  174  LAGMVPGILLAIALCVYVAIIAKQRNY---PCGVRYIKNQFlrmtltalpalltpvillm  230
            LAG +PG+L  IAL V   +I K+R Y   P + R  ++QF +    A+ +LLTPVI++ 
Sbjct  170  LAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR--REQF-KSLKEAFLSLLTPVIIIG  226

Query  231  GIYTGVMTATEAGAVAALYALVIPVVFYRSFGWGDLKEVLRSTVKSTGQIGIMLGAAYVF  290
            GI++G  T+TEA+AV++LYAL +  V Y ++   ++ E+L+ TV++T+ +++M+ +  VF
Sbjct  227  GIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVF  286

Query  291  SYVIAMENLPELAGNIILSFADTPGKFllltnisllilgmlldssvlQLVFLPILVPIAT  350
            + ++A E+LP++ ++ +L+++D P  +LLL N+ LL+LG +++S  L L+++P+LVP+A+
Sbjct  287  GWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVAS  346

Query  351  KFGIDLVHFGVIFTLNTMIGLCTPPFGMLLFIVTGISG  388
              GID VHFGV+  LN MIG+ TPP GM L++V+ +++
Sbjct  347  AVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGD  384

84) Mmwyl1_0045 in NC_009654


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  191 bits (709),  Expect = 8e-50, Method: Compositional matrix adjust.
 Identities = 168/396 (43%), Positives = 298/396 (76%), Gaps = 1/396 (0%)

Query  28   SLTYLTMV-GIPLTIVPQRLYAGMDSFVLLCIPGFILAGNLMNVGNITDYIIRFSNALLG  86
            +L++L +  +  + + +Q++ +G+D+F LL +P F+L+G+LMN + IT+ I+ F+++L+G
Sbjct  26   ALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVG  85

Query  87   HIRGGLGLANVGGSMIFGGISGTAVADTASIGAVMIPGMARSGYDKPFAAAVTAASSTig  146
            HI G+LG  N+ +S++F+G+SG+A+AD++++G + I +M  + Y+  FA+++TAAS  IG
Sbjct  86   HITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIG  145

Query  147  piippsvpmiivgsLSGISVGKMFLAGVVPGLMLGLAMMITAYIIAVKRQYPREKRATLK  206
            P++PPSVP++I G +S  S+G +FLAG +PGL+  +A+M+ +Y+I  KR Y    +A+ +
Sbjct  146  PLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRR  205

Query  207  EIYIVGKGAFWALLMTFiilygiigglFTPTEASIMASLYAFVVGMFVYKGLTWKNLPKl  266
            E +   K AF +LL   II+ GI++G FTPTEA+ ++SLYA+ +G  VY+ LT + +  +
Sbjct  206  EQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEI  265

Query  267  lvdtvlsstsllllvGMANLFGWILTSEQIPQMLASAIFSISENPFvviliinivllivG  326
            L +TV +++ + L+V    +FGWI++ EQ+PQMLA  +++IS+NP+V++L+IN++LL++G
Sbjct  266  LKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLG  325

Query  327  GFMETIAALIILFPTLLKVAEGIGMDPIHFGVMAVLNLIIGLTTPPVGVCLFVAAGISEL  386
             F+E++A L++L P L+ VA ++G+DP+HFGVMA+LNL+IG+ TPP+G+ L+V + ++++
Sbjct  326  TFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDI  385

Query  387  PMTTIVKAIWPfllcnlfvlllvSYIPAISLWLPSL  422
            P  T+ +++ P+L+  ++VL LV+ +P ++L LP L
Sbjct  386  PFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

85) CKO_03565 in NC_009792


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  191 bits (709),  Expect = 8e-50, Method: Compositional matrix adjust.
 Identities = 159/384 (42%), Positives = 275/384 (72%), Gaps = 8/384 (2%)

Query  45   QLTSGVNKFSLLAIPFFILAGAIMAEGGIARRLVNFAYIFVGFIRGGLSLVNIVASTFFG  104
            Q+ +G+++F+LLA+PFF+L+G +M  +GI+ R+ NFA  +VG I G+L+ VNI+AS +F+
Sbjct  44   QMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFS  103

Query  105  AISGSSVADTASIGSVMIPEMDKKGYPRDFAAAVTASGSVQAILTPPSHNSVIYSLATGG  164
            ++SGS++AD++++G + I  M    Y  DFA+++TA++ + + L PPS   VIY++ +  
Sbjct  104  GMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--  161

Query  165  TVSIAALFIAGILPGLLLSFTLMVMCVGFAHKRGY---PKGERVPFRQALKIFVDTLWGL  221
              SI+ALF+AG +PGLL  ++LMVM   +  KRGY   PK+ R   R+ +K + +++ +L
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---REQFKSLKEAFLSL  218

Query  222  MTVVIIMGGILSGIFTATESAAIACLWAFFVTMFIYRDYKWSELPKLMYRTVKTVTIVMI  281
            +T VII+GGI+SG FT+TE+AA++ L A+F+   +Y       +  ++  TV+T ++V +
Sbjct  219  LTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVAL  278

Query  282  LigfaaafgaiMTYMQLPMRITEAFTSISDNKYVilmcinimllliGTLMDMaplililt  341
            ++   + FG I++  QLP  +++ F +ISDN  V+L+ IN++LL++GT+++  +L+L+L 
Sbjct  279  MVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLV  338

Query  342  pvllpvttalGIDPVHFGMIMLVNLGIGLITPPVGSVLFVASAVSKQKIEQVVKAMLPFY  401
            P L+PV++A+GIDPVHFG++ ++NL IG++TPP+G  L+V S V+   ++ + +++LP+ 
Sbjct  339  PFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLL  398

Query  402  AVLFLVLMLVTYIPAISLFLPKLF  425
              LF+VL LV+ +P ++L+LP LF
Sbjct  399  VPLFIVLALVAVFPQFTLLLPELF  422

86) ABC4044 in NC_006582


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  189 bits (703),  Expect = 2e-49, Method: Compositional matrix adjust.
 Identities = 171/385 (45%), Positives = 287/385 (75%), Gaps = 8/385 (2%)

Query  42   PQTMLSGINSFVLLAIPAFILAGNLMNAGGITTRIIDFANAVVGHIRGGLALTNVASSLG  101
            +Q ML+GI++F LLA+P F+L+G+LMN++GIT RI++FA+++VGHI G+L+  N+ +SL 
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  102  FAGISGTALSDTASIGSVMIPAMKKQGYGAGFSAAVTSISSTVGpmlppslpmiiiGTLA  161
            F+G+SG+AL+D++++G + I +M+   Y  +F++++T+ S  +GP++PPS+P++I G ++
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  162  SVSIGDLFLAGAIPGILLAIGFLVVTYIISVKRGY---PKGE-RQPFKTVVTSFFGAFWA  217
            + SIG LFLAGAIPG+L  I+++V++Y+I  KRGY   PK+  R+ FK++  +F+    +
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFL----S  217

Query  218  LFMVFIILWGILGGYFTPTEaavvcvlyalvvGGFVYRELNFKEVPGllvstlrstssil  277
            L+   II+ GI++G FTPTEAA V  LYAL +G  VY  L ++    +L  T+ +T+ + 
Sbjct  218  LLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVA  277

Query  278  llvGFANLFGWILVSEGVPVLIANGILSITENPilvilliillllviGMFMETIAALVIL  337
            L+V    +FGWI+  E +P ++A+ +L+I++NP++++LLI LLLL +G F+E++A L++L
Sbjct  278  LMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLL  337

Query  338  FPVLLPVATSVGMDPVHFGVVMVLTLMIGLSTPPVGVCLFVASSFAKVPIGKTVKELVPY  397
             P L+PVA++VG+DPVHFGV+ +L LMIG+ TPP+G+ L+V S  + +P+    + ++P 
Sbjct  338  VPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPL  397

Query  398  FaiaivvllvvaYIPQLSLFLPSLF  422
            +   ++VL +VA +PQ++L+LP LF
Sbjct  398  LVPLFIVLALVAVFPQFTLLLPELF  422

87) M493_10150 in NC_022080


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  189 bits (703),  Expect = 2e-49, Method: Compositional matrix adjust.
 Identities = 165/388 (43%), Positives = 282/388 (73%), Gaps = 0/388 (0%)

Query  11   LGVMALGMPIAFALLVSGVALMLYLDIFDTQIIAQNLISGADNFSLMAIPFFILAGELMN  70
            LG++  GMP++F+L+  ++A+++  +  + ++ AQ++++G DNF+L+A+PFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISKRIIDFALSLVGHIRGGLGYVAIIASILFAGLSGSAVADTAALGAILIPMMVKAG  130
            ++GI+ RI++FA SLVGHI G+LG V I+AS+LF+G+SGSA+AD+++LG + I  M  A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YDRNRSTGLiaasgiiapiippsipmiLFGVTSGVSITKLFMAGIVPGILLGIVLAICWW  190
            Y+ + + GL AAS II+P++PPS+P++++GV S  SI  LF+AG +PG+L  I L +   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  LVVRNDSVEVLPRQSAKDIWRATRRAVWALLLPVIIVGGLRGGVFTPTEaavvaafyalf  250
            ++ ++ +   LP+ S ++  ++ + A  +LL PVII+GG+ +G FTPTEAA V+++YALF
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  vglfIYRELKVKDLFHVFVAASKTTSVVMFLVAAAMVSAWLITVANIPSIMTDWLAPFMD  310
            +G  +Y  L ++++++++  + +TT+VV ++V +  V +W+++  ++P +++D +  + D
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  NPlvlllainalvllvGTAMDltptvliltpvlMPIIEKAGIDPVYFGVLFILNNCIGLL  370
            NPLVLLL IN L+L++GT ++  + +L+L P L+P+    GIDPV FGV+ ILN  IG+L
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVACGVGKIGMEDIMKGIWP  398
            TPP+G  L V   VG I  + + +G+ P
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLP  396

88) SL003B_3201 in NC_015259


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  188 bits (699),  Expect = 4e-49, Method: Compositional matrix adjust.
 Identities = 175/426 (42%), Positives = 309/426 (73%), Gaps = 4/426 (0%)

Query  8    TLFGVFGLLMVIGVPIAFAIGIAAVLTFMLFMTFDQSVYITAQQMASGLDSFTLLAIPFF  67
            ++FG +GLL   G+P++F++ I   L+F L++T   ++ ++AQQM +G+D+FTLLA+PFF
Sbjct  4    SIFGWLGLLFA-GMPVGFSL-IFVALAF-LILTNSTGINFAAQQMLGGIDNFTLLAVPFF  60

Query  68   ILAGNIMNRGGIALRLIEFAKVLGGRLPGSLAHCNVLANMMFGSIsgsavasaaavggvM  127
            +L+G++MN +GI+ R+++FAK L G++ GSL+H N++A+++F+++SGSA+A A+++G + 
Sbjct  61   VLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLE  120

Query  128  APMQKKEGYDPAYSAAVNISSCPTGLLIPPSTTFIVYSLITNGTSIAALFVAGYIPGLLM  187
                +   Y+  +++++  +SC  G L+PPS  +++Y++++N TSI+ALF+AG IPGLL 
Sbjct  121  IKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLC  179

Query  188  GLGIMAIAGVIARKRGYPVSPRPSWREVVHKTADAllplglivvvmggiiggvFTATEAS  247
             +++M ++  I +KRGY   P++S+RE      +A+L+L   V+++GGI++G FT+TEA+
Sbjct  180  CIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAA  239

Query  248  AVAVVYTLFLALVWYREIGLKDLPAIILESAVTTSIVLLMIGCSIAMSKVMAFADIPYTI  307
            AV+ +Y+LFL+ V Y  + L+++  I+ E+  TT++V LM+      + ++A  ++P  +
Sbjct  240  AVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQML  299

Query  308  SDALLAVSDNPLVLFLVINIALLVVGTFMDMTPALLIFTPIFLPVVQDLGMDPVHFGVMM  367
            +D +L++SDNPLVL+L+IN+ LL +GTF++  + LL++ P+++PV   +G+DPVHFGVM 
Sbjct  300  ADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMA  359

Query  368  TFNLSIGICTPPVGSALFVGCSVAKVSIGNVLRPLLPFYavlvvlllavTYIPALSLTLP  427
             +NL IGI TPP+G AL+V   V+ +++  + R +LP+   L ++L  V+ +P ++L LP
Sbjct  360  ILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLP  419

Query  428  RLVLGY  433
             L LGY
Sbjct  420  ELFLGY  425

89) zobellia_2009 in NC_015844


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  188 bits (697),  Expect = 7e-49, Method: Compositional matrix adjust.
 Identities = 175/408 (43%), Positives = 311/408 (77%), Gaps = 1/408 (0%)

Query  18   PIAFALGLSCLGY-ILVKGIPLIIVPMKMYSGIDVFVLLSVPGFIMAGNLMNHGGLTEKI  76
            P++F+L +  L++ IL ++  + + + +M +GID F LL+VP F+++G+LMN +G+TE+I
Sbjct  17   PVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERI  76

Query  77   ITFCNHLLGHIRGGLSLVNIGASMLFAGISGTAISDTASMGSIMIPAMKKEGYDTGFSCA  136
            + F + L+GHI G+L+ VNI AS+LF+G+SG+A++D++++G + I +M+   Y+ +F+ +
Sbjct  77   FNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGG  136

Query  137  VTAASSTIGPIIPPSVPMIIAATLSGLSVgklflagalpglllgvgllITAYVISKKKNY  196
            +TAAS  IGP++PPSVP++I + +S  S+G LFLAGA+PGLL  ++L++ +Y I KK+ Y
Sbjct  137  LTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGY  196

Query  197  PKHARSSFKQVAHGFVDTFWSLLMTFiilygiiggiFTPTEASIIAVVYALVIGKFVYKR  256
               +++S ++   ++ ++F SLL   II+ GI++G FTPTEA+ ++ +YAL +G  VY+ 
Sbjct  197  MTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNT  256

Query  257  LSFKNIQVVFLDSMKTSASLMVLVGFANLFGYILITEQIPQSISSEILGFTDNKYvvlll  316
            L+++ +  ++ ++++T+A + ++V    +FG I+  EQ+PQ ++  +L ++DN  V+LLL
Sbjct  257  LTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLL  316

Query  317  inillivvGTFMETiaallilfpillkvalAVDVDPIHFAVIAVLNLIIGLTTPPVGVCL  376
            IN+LL+ +GTF+E++A LL+L P+L+ VA AV++DP+HF+V+A+LNL+IG+ TPP+G+ L
Sbjct  317  INLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMAL  376

Query  377  FVASSIGKISIGEVSKAGlpflvvsfvvltlvtlfpWFSLVLPNLFMD  424
            +V S +G I++  ++++ LP+LV  F+VL+LV++FP F+L+LP+LF++
Sbjct  377  YVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

90) Tlie_1729 in NC_016148


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  187 bits (695),  Expect = 9e-49, Method: Compositional matrix adjust.
 Identities = 179/421 (43%), Positives = 315/421 (75%), Gaps = 9/421 (2%)

Query  13   LVVGMPIGFVLGVTGLLSMLKMNVPSILQLVPQRYFAGVDMFTLMAMPFFILAGDIMNKT  72
            L  GMP+GF L   +L + L +  ++ +++ +Q+ ++G+D FTL+A+PFF+L+G++MN +
Sbjct  12   LFAGMPVGFSLIFVAL-AFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSA  70

Query  73   GITQKLVKFSNVLVGHLQGGLAHANIVASVFFAGLTGAAVSDTAAIGSMLIPAMVEEGYD  132
            GIT+++ +F++ LVGH+ G+L+H NI+AS++F+G++G+A++D++++G + I +M +  Y+
Sbjct  71   GITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYH  130

Query  133  KDFSAAVTAsssiigptippsniMVIYGAFMQVSIAGLFLAGILPGILVAVALMILTARI  192
             DF++++TA+S IIGP +PPS  +VIYG   + SI++LFLAG +PG+L  +ALM+++  I
Sbjct  131  DDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFI  190

Query  193  SKKRGY---PVGQRRATLKEMILAFKEAFVAllmpiiilggilsgVFTPTEaaavavaya  249
             KKRGY   P + RR  +K +    KEAF++LL P+II+GGI+SG FTPTEAAAV+  YA
Sbjct  191  CKKRGYMTLPKASRREQFKSL----KEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  250  lfvgfvvyRSITVRDLVPIFIKMARTTGVVFLVIAAASILGWVLTMEQIPEKVANLMLGI  309
            LF+G VVY ++T+++++ I+     TT+VV L++ + +++GW+++ EQ+P+ +A+  L I
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  310  STNKWVVMGMILLLLLFVGMFMDiaaaliilgpilhplaVKMGFHPLHFGIIMVLSLNIA  369
            S N  V++ +I LLLLF+G F++  A L++L P+L P+A  +G++P+HFG++ +L+L I+
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  370  LMTPPVGACLFVACGISRLTIEQLSREifpfilvvvsvlilitvfPGIPLFLPRL-MGYA  428
            ++TPP+G  L+V   ++ + ++ L+R ++P+++ +  VL L++VFP + L+LP L +GY+
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGYG  426

Query  429  P  429
             
Sbjct  427  Q  427

91) GHH_c21030 in NC_020210


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  186 bits (689),  Expect = 3e-48, Method: Compositional matrix adjust.
 Identities = 166/388 (43%), Positives = 281/388 (73%), Gaps = 0/388 (0%)

Query  11   LGVMALGMPIAFALLVSGVALMFYLDIFDTQIIAQNLISGADSFPLMAIPFFMLAGELMN  70
            LG++  GMP++F+L+  ++A+++  +  + ++ AQ++++G D+F L+A+PFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISKRIIRFAMALVGHIRGGLGYVAIIASVLFAGLSGSAVADTAALGAILIPMMVKAG  130
            ++GI+ RI+ FA +LVGHI G+LG V I+AS+LF+G+SGSA+AD+++LG + I  M  A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YNRNRSagliaaggiiapiippsipmiifgVTSGVSITKLFMAGIVPGILLGISLAICWW  190
            Y+ + ++GL AA+ II+P++PPS+P++I+GV S  SI  LF+AG +PG+L  I+L +   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  WVTRRDQVEVLPRQSAKEIWRATREAFWALLLPVIIVGGLRGGVFTPTEaavvaafyalf  250
             + ++     LP+ S +E  ++ +EAF +LL PVII+GG+ +G FTPTEAA V+++YALF
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  vGLCIYRELKLKDLFHVLVAAAKTTSVVMFLVAAAMVSAWLITVANIPSIVTDVLAPLID  310
            +G  +Y  L L++++++L  + +TT+VV ++V +  V +W+++  ++P +++D +  + D
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  HPlalllainalvllVGTAMDltptvliltpvlMPIIEKAGIDPVYFGVLFILNNCIGLL  370
            +PL LLL IN L+L++GT ++  + +L+L P L+P+    GIDPV FGV+ ILN  IG+L
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVACGVAKINMEDIMKGVWP  398
            TPP+G  L V   V+ I  + + +GV P
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLP  396

92) Smed_4746 in NC_009620


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  186 bits (688),  Expect = 3e-48, Method: Compositional matrix adjust.
 Identities = 170/421 (41%), Positives = 289/421 (69%), Gaps = 13/421 (3%)

Query  13   LMLIGTPIAFCLGVASFATVLYLGLPPL--VIF--QRLNSGMSVFSLLAIPFFIYAGDLM  68
            L++ G P++F L    F ++ +L L     + F  Q++ +G+  F+LLA+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGGIAQKIVAFAASLVGHIRGGLGQVNIVTATLFggisgsavaeaaavggLMIPQMKQR  128
              +GI+++I  FA SLVGHI G+LG+VNI+++ LF+G+SGSA+A+A+++G L I  M++ 
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGADYAVNITSMAALIALMLPPSHNMIIYSISAGGKISIADLFTAGILPGLLYAAALMV  188
             Y  D+A  +T+ + +I+ ++PPS  ++IY++ +  + SI+ LF AG +PGLL   ALMV
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  TAYFVARRRGYPTEVFPGFARVGRYLLVSTP--gllligiifggVRSGVFTATESSCIAV  246
             +YF+ ++RGY T  +P  +R  ++  +  +  +LL   II+GG+ SG FT+TE++ ++ 
Sbjct  186  MSYFICKKRGYMT--LPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  247  LYALAVTVFVYRQMTWRDFVQATFAAVRTTAMVLLIIGMAAAFSWLMAFLRVPAALIDWM  306
            LYAL +   VY  +T ++F++    +V TTA+V L++   + F+W++A  ++P  L D  
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  307  NTISENPIIVllllnvlmlflGTFMDMGPTIIICTPIFLPVAMAYGVDPVHFGVIMILNF  366
             TIS+NP+++LLL+N+L+LFLGTF++  + +++  P+++PVA A G+DPVHFGV+ ILN+
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  367  GIGLNTPPVGAVQFVACAVGKISVWEAMRSIWPFYMAGLIVLGLVTYVPALSLWLPAVFK  426
             IG+ TPP+G   +V   VG I+     R++ P+ ++ +IVL+LV+  P ++L LP +F 
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  427  G  427
            G
Sbjct  424  G  424

93) Spirs_1676 in NC_014364


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  185 bits (686),  Expect = 5e-48, Method: Compositional matrix adjust.
 Identities = 148/357 (42%), Positives = 258/357 (73%), Gaps = 3/357 (0%)

Query  45   AQRVISGVESIPLLAVPFFVFSGIIMNYSGVTKRIMEFAEVLTGRMYGGLAQVNVllstl  104
            AQ++++G++++ LLAVPFFV++G +MN +G+T RI +FA  L G++ G+L++VN++ S L
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  105  mgglsgsnlADAAMEAKMLVPEMRKRGYSNEFSTVVTASSSLITPMIPPGIAMILYGSVA  164
             +G+SGS LADA+  +++ +  MR   Y ++F+  +TA+S +I P++PP++++++YG V+
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  165  NVSIGKLFVAGIGPGLIMCLSMMALVSVIARKRHYARMRERHASPKEIWHVIKRAFFPLC  224
            N SIG LF+AG  PGL+ C+++M +   I +KR Y  M    AS +E    +K AF++L 
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGY--MTLPKASRREQFKSLKEAFLSLL  219

Query  225  LPviiiggirvgiFTPTEAGAISIIYALILG-LVYKELSWDKLVLSIMETIRTTASIMLI  283
             PVIIIGGI  G FTPTEA+A+S +YAL+LG +VY+ L+ + ++  + ET+ TTA + L+
Sbjct  220  TPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALM  279

Query  284  VGMASAFAWMLTRERIPQTITETIVRIISNKYvfllvvnlfllfvGMLIEGGAATIVlap  343
            V   + F+W+++RE++PQ +++ ++ I  N  V+LL++NL+LLF+G +IE+ A  ++L P
Sbjct  280  VMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVP  339

Query  344  llapaaaSFGIDPIQFGMVVIFNLAVGCITPPLGTVMFVTCQITGCKVNKFAKEAVP  400
            +L P A++ GIDP++FG++ I+NL +G +TPP+G  ++V  ++ +   + +++  +P
Sbjct  340  FLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLP  396

94) GTCCBUS3UF5_23350 in NC_016593


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  184 bits (684),  Expect = 7e-48, Method: Compositional matrix adjust.
 Identities = 165/388 (43%), Positives = 281/388 (73%), Gaps = 0/388 (0%)

Query  11   LGVMALGMPIAFALLVSGVALMFYLDIFDTQIIAQNLISGADSFPLMAIPFFMLAGELMN  70
            LG++  GMP++F+L+  ++A+++  +  + ++ AQ++++G D+F L+A+PFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISKRIIRFAMALVGHIRGGLGYVAIIASVLFAGLSGSAVADTAALGAILIPMMVKAG  130
            ++GI+ RI+ FA +LVGHI G+LG V I+AS+LF+G+SGSA+AD+++LG + I  M  A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YNRNRSagliaaggiiapiippsipmiifgVTSGVSITKLFMAGIVPGILLGISLAICWW  190
            Y+ + ++GL AA+ II+P++PPS+P++I+GV S  SI  LF+AG +PG+L  I+L +   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  WVTRRDQVEVLPRQSAKEIWRATREAFWALLLPVIIVGGLRGGVFTPTEaavvaafyalf  250
             + ++     LP+ S +E  ++ +EAF +LL PVII+GG+ +G FTPTEAA V+++YALF
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  vGLCIYRELKVKDLFHVLVAAAKTTSVVMFLVAAAMVSAWLITVANIPSIVTDVLAPLID  310
            +G  +Y  L +++++++L  + +TT+VV ++V +  V +W+++  ++P +++D +  + D
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  HPlalllainalvllVGTAMDltptvliltpvlMPIIEKAGIDPVYFGVLFILNNCIGLL  370
            +PL LLL IN L+L++GT ++  + +L+L P L+P+    GIDPV FGV+ ILN  IG+L
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVACGVAKINMEDIMKGVWP  398
            TPP+G  L V   V+ I  + + +GV P
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLP  396

95) EBL_c35080 in NC_017910


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  184 bits (684),  Expect = 7e-48, Method: Compositional matrix adjust.
 Identities = 156/384 (41%), Positives = 272/384 (71%), Gaps = 8/384 (2%)

Query  45   QLTSGVNKFSLLAIPFFILAGAIMAEGGIARRLVNFAYIFVGFIRGGLSLVNIVASTFFG  104
            Q+ +G+++F+LLA+PFF+L+G +M  +GI+ R+ NFA  +VG I G+L+ VNI+AS +F+
Sbjct  44   QMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFS  103

Query  105  AISGSSVADTASIGSVMIPEMDKKGYPRDFAAAVTASGSVQAILTPPSHNSVIYSLATGG  164
            ++SGS++AD++++G + I  M    Y  DFA+++TA++ + + L PPS   VIY++ +  
Sbjct  104  GMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--  161

Query  165  TVSIAALFIAGVLPGLLMSLTLMATCVAFAHKRGY---PKGERVPFRQALKIFTDTLWGL  221
              SI+ALF+AG +PGLL  ++LM     +  KRGY   PK+ R   R+ +K + +++ +L
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---REQFKSLKEAFLSL  218

Query  222  MTVVIIMGGILSGIFTATESAAIACLWAFFVTMFIYKDYKWSELPKLMYRTVKTVTIVMI  281
            +T VII+GGI+SG FT+TE+AA++ L A+F+   +Y+      +  ++  TV+T ++V +
Sbjct  219  LTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVAL  278

Query  282  LigfaaafgaiMTYMQLPARITEFFTSISDNKYVilmcinimllliGTLMDMAplililt  341
            ++   + FG I++  QLP  ++++F +ISDN  V+L+ IN++LL++GT+++  +L+L+L 
Sbjct  279  MVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLV  338

Query  342  pvllpvvvalgvdpvHFGMIMLVNLGIGLITPPVGSVLFVASAVSKQRIEQVVKGMLPFY  401
            P L+PV  A+G+DPVHFG++ ++NL IG++TPP+G  L+V S V+   ++ + +G+LP+ 
Sbjct  339  PFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLL  398

Query  402  GILFLILMLVTYVPALSLFLPKLF  425
              LF++L LV+  P ++L+LP LF
Sbjct  399  VPLFIVLALVAVFPQFTLLLPELF  422

96) Spith_1648 in NC_017583


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  183 bits (680),  Expect = 1e-47, Method: Compositional matrix adjust.
 Identities = 162/395 (42%), Positives = 292/395 (74%), Gaps = 7/395 (1%)

Query  31   ILREGMPLVLLAQRFYVSVTNYLILSVPMFILAGKLMNESGITRRLVDFFNMILGHIRGG  90
            IL ++  + + AQ+   ++ N+ +L+VP F+L+G LMN +GIT R+ +F + ++GHI G+
Sbjct  31   ILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGS  90

Query  91   LAYITIVASLFFagitgagaadaaaigaimipaMKKEGYSAEYSGAVTAVASIIGPTIPP  150
            L+ + I+ASL+F+G++G++ ADA+++G + I +M+   Y  +++G++TA + IIGP +PP
Sbjct  91   LGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPP  150

Query  151  SIAMVIYGASAGVSIAKlflggiipgiligiaqliVAYVYSKKHD---VPVKARNISFAG  207
            S+++VIYG  +  SI+ LFL+G IPG+L  IA ++++Y   KK++   +P  +R   F  
Sbjct  151  SVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQF--  208

Query  208  ITRGLKDAILALLMPVILLGGILSGIFTPTEAAGVSVLYAVVVGFFVFRELNLKKLFHSL  267
              ++LK+A+L+LL PVI++GGI+SG FTPTEAA+VS LYA+ +G  V+  L L+ +++ L
Sbjct  209  --KSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEIL  266

Query  268  YETALVTATILFILAFAHLFGWILSAEDVPDKVAQVFIHITnnrflllllinilfliVGT  327
             ET   TA + +++    +FGWI++ E++P+ +A+ F+ I++N ++LLLLIN+L+L++GT
Sbjct  267  KETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGT  326

Query  328  FMETLASVILLTPVLLPLAQSIGLDPVHFGVMMVVALNIGLVTPPLGVCLFVSAPIAGVS  387
            F+E+LA ++LL P L+P+A ++G+DPVHFGVM ++ L IG++TPP+G+ L+V + +++++
Sbjct  327  FIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIP  386

Query  388  VERLVLSCLPFIFASIVVLLLITYIPSLVMFIPNL  422
             + L  + LP++ + ++VL L++ +P + +++P+L
Sbjct  387  FHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

97) C380_18475 in NC_018708


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  182 bits (676),  Expect = 3e-47, Method: Compositional matrix adjust.
 Identities = 163/403 (41%), Positives = 290/403 (72%), Gaps = 0/403 (0%)

Query  17   GVPIAYALLVSGVALMWHLDLFDAQILAQNVINGADSFPLLAVPFFMLAGEIMNVGGLSQ  76
            G+P++++L+  ++A++   +  + ++ AQ+++ G D+F LLAVPFF+L+G++MN +G+++
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  77   RIVKLALTLVGHKRGGLGFVAILAACMLAALSGSAVADTaalaalllPMMVKAGHDKara  136
            RI ++A +LVGH  G+LG V I+A+ +++++SGSA+AD+++L+ L +  M  A  +   A
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  137  ggliasagiiaPVIPPSIGFVVFGVAANVSISKLFLAGIVPGLLMGLAIAVTWYWVSQRE  196
            GGL A++ II+P++PPS+ +V++GV +N SI+ LFLAG +PGLL  +A+ V  Y + ++ 
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  197  NVTPPPKASTAEKLQALKESTWALFLPVIVIVGLKMGVFTPTEaaavaavyalfvatvvY  256
                 PKAS  E++++LKE+  +L+ PVI+I G+  G FTPTEAAAV+++YALF++TVVY
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  257  RELHWRQLTEVFTSAAKTTAVIMFLVAAAMVSAWLITVADIPRQLVGLLKPLMEHPTLLL  316
              L  + + E++  + +TTAV+ ++V +  V +W+++  ++P+ L + +  + ++P +LL
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  317  IAIMVLVMAVGTAMDMTPTILILTPVLMPVVKAAGIDPVYFGVLFIINNAIGLITPPVGT  376
            + I +L++ +GT ++  + +L+L P L+PV  A GIDPV FGV+ I+N  IG++TPP+G 
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  377  VLNVVAGVGKMRMDDVTRGVIPFMVAQFAVMFLMVLFPSLVLV  419
             L VV+ VG +  + +TRGV+P++V+ F V+ L+ +FP + L+
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLL  417

98) RLO149_c021800 in NC_015730


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  182 bits (676),  Expect = 3e-47, Method: Compositional matrix adjust.
 Identities = 155/380 (41%), Positives = 284/380 (75%), Gaps = 1/380 (0%)

Query  45   RNVYNGMDSFPLMAIPFFMLAGELMNRGGITMRLVEFSQAMMGHFRGGLAHVNILSSMLF  104
            +++  G+D+F L+A+PFF+L+G+LMN +GIT R+ +F+++++GH+ G+L+HVNI++S+LF
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  105  AGLSGSAVADTSALGSMLIPAMEKQGYSRKFAAAITAAssvigpiippsgimiiYAYVMG  164
            +G+SGSA+AD+++LG + I +M    Y   FA+++TAAS +IGP++PPS  ++IY+ V  
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  165  ESVAALFLAGIVPGVMVGLGLMFMVKIMADKYDFPVATKKHTWGERGQASLKAFFPLLTP  224
             S++ALFLAG +PG++  ++LM M  ++  K ++ ++  K ++ E+ ++   AF++LLTP
Sbjct  163  TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGY-MTLPKASRREQFKSLKEAFLSLLTP  221

Query  225  VIILGGILAGVFTPTEaaavavayaLFIGLFVMRSLKLSELPDVLGRAGLTSavvlllvg  284
            VII+GGI++G FTPTEAAAV+  YALF+G  V  +L L  + ++L  +  T+AVV L+V 
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  285  aaMAFKTVVSLSHAPEAMAEFVLALTSNPlillflinlllfAVGMFLDagpaiiilgpil  344
            +   F  +V+  + P+ +A++ L+++ NPL+LL+LINLLL+ +G F+++ + +++L P+L
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  345  gpiFVSLGVDPIHFAIIMSVNLTVGLATPPMGLVLFVASSVSGERVEAISKAILPFLAVE  404
             P+  ++G+DP+HF+++  +NL +G+ TPPMG+ L+V S V++   +++++++LP+L   
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPL  401

Query  405  IVVIFLITYIPAISMTIPRL  424
            ++V+ L++ +P +++ +P L
Sbjct  402  FIVLALVAVFPQFTLLLPEL  421

99) CK5_19970 in NC_021022


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  182 bits (674),  Expect = 4e-47, Method: Compositional matrix adjust.
 Identities = 171/420 (41%), Positives = 297/420 (71%), Gaps = 5/420 (1%)

Query  12   LVLLFLNVPVFASVLGACVTYFVLNPSAGLDGMLAMQRVISGIQSVPMLAIPFFVAAGAL  71
            L LLF  +PV  S++   +++++L  S+G++  +A Q++++GI++  +LA+PFFV +G L
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGIN--FAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  72   MNYCGITDRMLKFCKVLTGHMYGGLGQVNIVlstlmggmsgssladaamEAKLLVPDMRK  131
            MN  GIT+R+++F K L GH+ G+LG+VNI+ S L +GMSGS+LADA+  ++L +  MR 
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  132  AGYPNGYASAITAFSSMITPLIPPGIAAIIYGSVTGTSIGRLFVAGIVPAVILCVAMMII  191
            A Y +++A+++TA S +I PL+PP+++ +IYG V+ TSIG LF+AG +P+++ C+A+M++
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  192  VSKYSKKRGIPRLSEKRASGGELWEAFKPAilplclpiiiigsirlgicTPTEAGAVAIA  251
                 KKRG   L+  +AS  E   ++K A+L+L  P+IIIG+I  G  TPTEA+AV+  
Sbjct  187  SYFICKKRGYMTLP--KASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSL  244

Query  252  YAVILG-IVYKEIRWDNVLTCIRETVCSTASIMLIVGAASCFSWILTWENVPQTMTTVLI  310
            YA++LG +VY+ +  +  +  ++ETV +TA + L+V + + F+WI+++E++PQ ++  ++
Sbjct  245  YALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFL  304

Query  311  SVCKNKYIFLLAVNIFLLVVGMFIEATAAQIVLAPMLVPVATAFGVDPVHFGMVFIFNMA  370
            ++  N  ++LL +N++LL +G FIE+ A  ++L P LVPVA+A G+DPVHFG++ I+N+ 
Sbjct  305  TISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLM  364

Query  371  LGSLTPPMGNLMFVTCGVTKCPTEEFLKDSVVFYILIFAMLMLMTYVPFISTWLPNLLYG  430
            +G LTPPMG  ++V   V   P + + ++ + + + +F +L L++  P ++  LP+L+ G
Sbjct  365  IGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

100) dctM in NC_008209


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  182 bits (673),  Expect = 5e-47, Method: Compositional matrix adjust.
 Identities = 155/380 (41%), Positives = 283/380 (75%), Gaps = 1/380 (0%)

Query  45   RNVYNGIDSFPLMAIPFFMLAGELMNRGGITMRLVEFSQAMMGHFRGGLAHVNILSSMLF  104
            +++  GID+F L+A+PFF+L+G+LMN +GIT R+ +F+++++GH+ G+L+HVNI++S+LF
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  105  AGLSGSAVADISALGSMLIPAMEKQGYSRKFAAAITAAssvigpiippsgimiiYAYVMG  164
            +G+SGSA+AD ++LG + I +M    Y   FA+++TAAS +IGP++PPS  ++IY+ V  
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  165  ESVAALFLAGIVPGVMVGLGLMFMVKIMADKYDFPVATKKHTWGERGQASLKAFFPLMTP  224
             S++ALFLAG +PG++  ++LM M  ++  K ++ ++  K ++ E+ ++   AF++L+TP
Sbjct  163  TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGY-MTLPKASRREQFKSLKEAFLSLLTP  221

Query  225  VIILGGILAGVFTPTEaaavavayaLFIGLFVMRSLKLSELPDVLGRAGLTSavvlllvg  284
            VII+GGI++G FTPTEAAAV+  YALF+G  V  +L L  + ++L  +  T+AVV L+V 
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  285  aaMAFKTVVSLSHAPEAMAEFVLALTSNPlillflinlllfAVGMFLDagpaiiilgpil  344
            +   F  +V+  + P+ +A++ L+++ NPL+LL+LINLLL+ +G F+++ + +++L P+L
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  345  gpiFVSLGVDPIHFAIIMSVNLTVGLATPPMGLVLFVASSVSGERVEAISKAILPFLAVE  404
             P+  ++G+DP+HF+++  +NL +G+ TPPMG+ L+V S V++   +++++++LP+L   
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPL  401

Query  405  IVVIFLITYIPAISMTIPRL  424
            ++V+ L++ +P +++ +P L
Sbjct  402  FIVLALVAVFPQFTLLLPEL  421

101) AXYL_04309 in NC_014640


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  181 bits (671),  Expect = 7e-47, Method: Compositional matrix adjust.
 Identities = 161/402 (41%), Positives = 301/402 (75%), Gaps = 1/402 (0%)

Query  18   VPIAISLGLASAVALLYSGKVSSSYIAQGLVTSIDSFPLMAVPFFILAGDLMGQGGLSRR  77
            +P+++SL + +   L+ +   + ++ AQ ++ +ID+F L+AVPFF+L+G+LM  +G++ R
Sbjct  16   MPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITER  75

Query  78   LLNVGNVLFGRYTGGLAIIAIVTCMFFAAISGSGPATVAAIGGIMLPAMAQQGYDKGYsv  137
            ++N ++ L G+ TG+L+ + I++ ++F+++SGS+ A  +++G + + +M +  Y+ +++ 
Sbjct  76   IFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAG  135

Query  138  gliaaagsigiiippsipmiiYAVSANVSITKMFlagiipglligvglmiVAYVSARKHG  197
            GL AA+  IG ++PPS+P++IY+V +N SI  +FLAG IPGLL  ++LM+++Y   +K+G
Sbjct  136  GLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRG  195

Query  198  YRGVDRRYSGREIAAAVWDAKWALLAPVIILGGIYGGVFTPTEAAAVGVLYGFVVGAFVH  257
            Y  + +  S RE   ++ +A  +LL+PVII+GGI++G FTPTEAAAV+ LY++ +G+ V 
Sbjct  196  YMTLPKA-SRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  258  KELTFKGLYQVIAGSALTSATVIVIVGTATIFGRVLAIERIPFLIADYIVHLTDNPivil  317
            + LT++G+ +++  +  T+A V ++V   T+FG+++A E++P ++ADY++ ++DNP+V+L
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  318  llinalllFVGMFMEtiaaiiiltpillpVVMAVGVDPVHFGIVIIVNLAIGMVTPPVGV  377
            LLIN LLLF+G F+E++A +++L P+L+PV  AVG+DPVHFG++ I+NL IG++TPP+G+
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  378  NLFVGARIGGIPLEKAAAGSLAFIAAMIVTLLAITYVPALSL  419
             L+V +R+G+IP++  + G L+++ ++++ L  ++  P ++L
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTL  416

102) Amico_1586 in NC_014011


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  181 bits (671),  Expect = 8e-47, Method: Compositional matrix adjust.
 Identities = 151/376 (41%), Positives = 276/376 (74%), Gaps = 0/376 (0%)

Query  55   AGIAKFPLLAIPFFILAGVIMEKAGIAVRIINLIKELVGSVTGGLAIATVGVATFWGAVS  114
            +GI +F LLA+PFF+L+G +M+ AGI+ RI+N+ K LVG +TG+L+   +  + + +++S
Sbjct  47   GGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMS  106

Query  115  GSGPATVAALGLILIPGMAAAGYDKafsaavvsvssglaivIPPSIAFIVYGVVTETSVS  174
            GS+ A  ++LG + I +M  A Y+  F++++ + S  ++ ++PPS+++++YGVV++TS++
Sbjct  107  GSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIG  166

Query  175  ALFAAGVFPGIVVALFLMLFVYFISKKHGYHGEPRGGREKLLKAFKESFWGLLTPVIILG  234
            ALF AG +PG++  + LM+  YFI KK+GY   P+++R   +K++KE+F +LLTPVII+G
Sbjct  167  ALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIG  226

Query  235  GIYGGIFTPTEaaavavfyglfvgvfvyRTITVRVMYEILVSSVISTAVVMIVVTCAGLF  294
            GI++G FTPTEAAAV+ +Y+LF+G  VY T+T++   EIL  +V +TAVV ++V    +F
Sbjct  227  GIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVF  286

Query  295  SWVGATVGLIDKAADLLLNLSGNPMvilllinvilllAGMVLDAISIYYVFLPILIPIMA  354
            +W+ A   L +  AD +L +S+NP+V+LLLIN++LL+ G  ++++++  +++P+L+P+ +
Sbjct  287  GWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVAS  346

Query  355  HFGWDPIWFGVVMTVNLAIGQVTPPVAVNLYVGANISKLSMEDISKPAMPlvlasilali  414
              G DP+ FGV+  +NL IG +TPP+++ LYV + ++ ++ + +++  +PL+++ ++ L 
Sbjct  347  AVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLA  406

Query  415  vitlFPTISTFLPKAF  430
            ++++FP ++ +LP  F
Sbjct  407  LVAVFPQFTLLLPELF  422

103) H650_11650 in NC_021500


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  179 bits (663),  Expect = 3e-46, Method: Compositional matrix adjust.
 Identities = 159/384 (42%), Positives = 274/384 (72%), Gaps = 8/384 (2%)

Query  45   QLTNGVNKFSLLAIPFFILAGAIMAEGGIARRLVNFAYIFVGFIRGGLSLVNIVASTFFG  104
            Q+  G+++F+LLA+PFF+L+G +M  +GI+ R+ NFA  +VG I G+L+ VNI+AS +F+
Sbjct  44   QMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFS  103

Query  105  AISGSSVADTASIGSVMIPEMDKKGYPRDFAAAVTASGSVQAILTPPSHNSVIYSLATGG  164
            ++SGS++AD++++G + I  M    Y  DFA+++TA++ + + L PPS   VIY++ +  
Sbjct  104  GMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--  161

Query  165  TVSIAALFIAGILPGLLLSFTLMVMCVAFAHKRGY---PKGERVPFRQALKIFVDTLWGL  221
              SI+ALF+AG +PGLL  ++LMVM   +  KRGY   PK+ R   R+ +K + +++ +L
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---REQFKSLKEAFLSL  218

Query  222  MTVVIIMGGILSGVFTATESAAIACLWAFFVTMFIYRDYKWSELPKLMYRTVKTVTIVMI  281
            +T VII+GGI+SG FT+TE+AA++ L A+F+   +Y       +  ++  TV+T ++V +
Sbjct  219  LTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVAL  278

Query  282  LIGFAAAFGAVMTYMQLPARITEAFTQISDNKYVilmcinimllllGTLMDMAplililt  341
            ++   + FG +++  QLP  +++ F  ISDN  V+L+ IN++LL+LGT+++  +L+L+L 
Sbjct  279  MVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLV  338

Query  342  pvllpvtNALGIDPVHFGMIMLVNLGIGLITPPVGSVLFVASAVSKQKIEQVVKAMlpfy  401
            P L+PV++A+GIDPVHFG++ ++NL IG++TPP+G  L+V S V+   ++ + +++LP+ 
Sbjct  339  PFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLL  398

Query  402  lilflvlllvtyipAISLFLPKLF  425
            + LF+VL LV+ +P ++L+LP LF
Sbjct  399  VPLFIVLALVAVFPQFTLLLPELF  422

104) KKY_836 in NC_016078


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  178 bits (661),  Expect = 4e-46, Method: Compositional matrix adjust.
 Identities = 156/387 (41%), Positives = 288/387 (75%), Gaps = 9/387 (2%)

Query  46   PQQVLDGAGKPALLAIPFFILAGNLMNAIGLTDRIFNFALSIVGHFRAGLAYVNVLASLL  105
            +QQ+L+G ++ +LLA+PFF+L+G+LMN+ G+T+RIFNFA S+VGH+ ++L+ VN++ASLL
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  106  FAGVSGAATADIAGLGQLEVKAMRKRGYNPEFAAALTVATSLVGPIIPPSISLIVYAWLA  165
            F+G+SG+A AD +GLGQLE+K+MR   Y+ +FA++LT A+ ++GP++PPS++L++Y+ ++
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  166  NESVSRLFLAGIIPGILVaisfiayi---riisiWTPMPREEKVGLAGIGKATLEGLPAL  222
            N S++ LFLAG IPG+L  I+++              +P+  +       K+  E++ +L
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---REQFKSLKEAFLSL  218

Query  223  VapgiilgaiifgfataTEAGVIACAYSILIG-LFYKSLTWKALWHALTESAVLSSLI-M  280
            ++P II+G+I+ G  T+TEA+ ++  Y++++G + Y++LT +++ + L E+   ++++ +
Sbjct  219  LTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVAL  278

Query  281  MIIGFSQIMGWLFAFEQVPQAFASGILETIDSRAvfmvfviillvviGCFMEASPAKiil  340
            M++G   + GW+ A EQ+PQ +A  +L   D+  V+++++ +LL+ +G F+E+ +  ++L
Sbjct  279  MVMG-VTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLL  337

Query  341  lplllpVADAFGVDRVQFGMVITLALLLGIATPPLGVGLYLMSAVSGVRFEKlaiailpl  400
            +P+L+PVA A G+D V+FG++  L L++GI TPP+G++LY++S V+++ F+ L+ ++LPL
Sbjct  338  VPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPL  397

Query  401  mippivvliliaaipEITLWLPDLVLG  427
            ++P ++VL L+A +P++TL LP+L LG
Sbjct  398  LVPLFIVLALVAVFPQFTLLLPELFLG  424

105) SpiGrapes_1319 in NC_016633


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  178 bits (660),  Expect = 5e-46, Method: Compositional matrix adjust.
 Identities = 176/383 (46%), Positives = 294/383 (77%), Gaps = 1/383 (0%)

Query  41   GQKMVSGIDSflliaiplfilaGNLMNAGKITEKIFDFAKRLVGWIPGGLGHANVVASLI  100
            +Q+M++GID+F L+A+P+F+L+G+LMN++ ITE+IF+FAK LVG I G+LGH N++ASL+
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  101  FagmsgsaaadagglgTIEMEAMTTNGYDEDFSAAVTAASSVIGPIFPPSIPLIIYGSVA  160
            F+GMSGSA ADAGGLG +E+ +M    Y++DF++++TAAS +IGP+ PPS+PL+IYG V+
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  161  SVSVSELFIGGVIPGLLMSVALMVMVFFFAIKRGYPRFP-FSLKELGKQFiasilsiitp  219
            + S++ LF++G IPGLL  +ALMVM +F+  KRGY  +P  S +E  K +  ++LS++TP
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTP  221

Query  220  liilsGFTAGWFTPTEassvavayalliaiavyHTMDWKTFKKCLLESALTSANTLFIIG  279
            +II++G+ +G FTPTEA++V+  YAL+++  VY+T+  + F   L E+  T+A   +++ 
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  280  TSLLFSYVMVKEGISTEIANFILGISDNPnlillviniillilGMFMEPGAILTLMIPVL  339
               +F+ ++ +E ++  +A+++L ISDNP ++LL+IN++LL+LG F+E+ A+L L++P L
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  340  LPIVHSLGIDLVQFGVVMVLNLMIGQVTPPFGVCLFIISDVAKIELNRMYKSILPFIGPL  399
            +P+  ++GID V+FGV+ +LNLMIG +TPP G+ L+++S V+ I ++ + +++LP++ PL
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPL  401

Query  400  LVVLMMCTFIPSLVTWLPGKLLG  422
            ++VL + + +P +   LP  +LG
Sbjct  402  FIVLALVAVFPQFTLLLPELFLG  424

106) AZL_e02170 in NC_013859


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  177 bits (655),  Expect = 1e-45, Method: Compositional matrix adjust.
 Identities = 168/411 (41%), Positives = 300/411 (73%), Gaps = 9/411 (2%)

Query  16   GAPVGIALGGASAVYLV-GSDIDLAVVPQFMYAGMDSFVLLCIPGFVLAGNLMNGGGITD  74
            G PVG++L   +  +L+  +  ++   +Q M +G+D+F LL +P FVL+G+LMN++GIT+
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  75   QIVLFSNRLVGHIRGGLGLANVTGSMVFAGISGTAVAETASIGAVMIPAMRKSGYDapfa  134
            +I  F++ LVGHI G+LG  N+ +S++F+G+SG+A+A+++++G + I +MR + Y+  FA
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  135  aavtaaaSTvgpiippsvpmiivGTLTGLSVGKMFMAGAVPglllglgmmlTVWILARVH  194
            +++TAA+  +GP++PPSVP++I G ++  S+G +F+AGA+PGLL  +++M+   ++ + +
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  195  NY---PREPW-QGFGALVRASRGAFWALLMTAIILFGIVGGYFTPTEASIVSALYAFVIG  250
             Y   P+ ++ + F +L    + AF +LL   II+ GI +G FTPTEA+ VS+LYA+ +G
Sbjct  195  GYMTLPKASRREQFKSL----KEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLG  250

Query  251  LFVYKGFTLRQLPAillesaigsgglillvglaNVFGWILTSEQIPQSIAASMLALTTNK  310
              VY+ +TL+ +  IL E+   ++ + L+V    VFGWI++ EQ+PQ +A   L+++ N 
Sbjct  251  TVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNP  310

Query  311  YliillinillliVGTFMETiaaliilfppllavaTQVGIDPIHFATFAVLNLMIGLTTP  370
             +++LLIN+LLL++GTF+E++A L++L P L++VA+ VGIDP+HF+  A+LNLMIG+ TP
Sbjct  311  LVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTP  370

Query  371  PVGVCLFVAANIAKISLGAITKAIWPFLLCNIVILFLVSYIPALSLWLPNL  421
            P+G+ L+V + ++ I++ ++T+++ P+L+  +++L LV+ +P ++L LP+L
Sbjct  371  PMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

107) DDD_0345 in NC_020156


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  176 bits (652),  Expect = 2e-45, Method: Compositional matrix adjust.
 Identities = 157/382 (42%), Positives = 279/382 (74%), Gaps = 2/382 (0%)

Query  49   AQRMATSLDSFTLSAIPFFILAGQIMNRGGIAVRLINFAKAIVGPLPGGLAFVNIISCML  108
            AQ+M  ++D+FTL A+PFF+L+G++MN +GI+ R++NFAK++VG + G+L+ VNI++ +L
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  109  FgaisgsavaaasaiggFMNPMMEKDGYSKPFSAAVNITSATTGLIIPPSNVLIVYSLAS  168
            F+++SGSA+A A+++G +    M    Y   F++++  +S   G ++PPS  L++Y++ S
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  169  GGVSIAALFIAGYVPGLLLGLALMIVAAIYSIIKKYPTDKLVSVKVFFKRFLDALPSLML  228
               SI+ALF+AG +PGLL  +ALM+++ +    + Y T    S +  FK + +A+ SL+ 
Sbjct  162  N-TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLT  220

Query  229  LvvviggivggiFTATEASGVAVLYTLVLG-FAYKEIKFKDLSPILLETIKTSSIVLLLI  287
             V++IGGI +G FT+TEA++V+ LY+L LG   Y+ + ++++  IL ET++T+++V L++
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  288  ATSIAMSWVMSYENIPQEISDALLGISDNPivililinlillFVGIFMDMTPAVLIFTPI  347
                  +W+++ E++PQ ++D +L ISDNP+V+L+LINL+LLF+G F++  + +L++ P+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  348  FLPIVTAMGMDPVHFGVIMIMNLCIGLCTPPVGSVLFVGCSVADLKIQKVIRPMLPLFLA  407
            ++P+ +A+G+DPVHFGV+ I+NL IG+ TPP+G  L+V   V+D+ ++ + R +LPL+++
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVP  400

Query  408  MIAVLVLVTYFEDITLWLPRVF  429
            ++ VL LV+ F ++TL LP +F
Sbjct  401  LFIVLALVAVFPQFTLLLPELF  422

108) STHERM_c13530 in NC_014484


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  176 bits (653),  Expect = 2e-45, Method: Compositional matrix adjust.
 Identities = 145/359 (41%), Positives = 258/359 (72%), Gaps = 8/359 (2%)

Query  49   QQMVHGIKSFSLLAIPFFILAGELMGQGGISKRLIKFSNLIVGRLPGGLAQVNILASMFF  108
            QQM+ GI +F+LLA+PFF+L+G+LM  +GI+ R+++F++ +VG++ G+L++VNI+AS++F
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  109  GGISGSAVADISSIGTILIPMMKENKYDEDFSVAITVTSACQGIIIPPSHNMIIFSLAAG  168
            +G+SGSA+AD +++G + I  M++ KY++DF+ ++T +S   G ++PPS  ++I+++ + 
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  169  GVSIGRLFLGGYLPGVILGLALMIITHFISIKRGY---PRERWYSFREALAITGEAFMGL  225
              SIG LFL+G +PG++  +ALM+++ FI  KRGY   P+  +   RE +    EAF++L
Sbjct  163  T-SIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---REQFKSLKEAFLSL  218

Query  226  MTAviiivgvvsgvFTATESSavavvwafvvtffvYREIPLKRFPRILYSSLKTLAMVMA  285
            +T+VIII G+ SG FT+TE++AV+ + A+ +   VY  + L+ F  IL  +++T A+V  
Sbjct  219  LTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVAL  278

Query  286  LIASASAFGWFMAYLRIPAKATElllsittnkvlllllinvlllilGMIMDMAPLILITT  345
            ++ + + FGW++A  ++P   ++ +L+I+ N ++LLLLIN+LLL+LG +++ +  +L+  
Sbjct  279  MVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIE-SLALLLLL  337

Query  346  PILYPVVVDTLGMSPIQFGVMLVLNLAIGLTTPPVGSALFVGCAVGKIPIEKVVRTMFP  404
              +   V  ++G+ P++FGVM +LNL IG+ TPP+G AL+V   VG IP++ + R ++P
Sbjct  338  VPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLP  396

109) Spith_1489 in NC_017583


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  175 bits (649),  Expect = 4e-45, Method: Compositional matrix adjust.
 Identities = 143/357 (41%), Positives = 256/357 (72%), Gaps = 8/357 (2%)

Query  49   QQMVHGIKSFSLLAIPFFILAGELMGQGGISKRLIKFSNLIVGRLPGGLAQVNILASMFF  108
            QQM+ GI +F+LLA+PFF+L+G+LM  +GI+ R+++F++ +VG++ G+L++VNI+AS++F
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  109  GGISGSAVADISSIGTILIPMMKENKYDEDFSVAITVTSACQGIIIPPSHNMIIFSLAAG  168
            +G+SGSA+AD +++G + I  M++ KY++DF+ ++T +S   G ++PPS  ++I+++ + 
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  169  GVSIGRLFLGGYLPGVILGLALMIITHFISIKRGY---PRERWYSFREALAITGEAFMGL  225
              SIG LFL+G +PG++  +ALM+++ FI  KRGY   P+  +   RE +    EAF++L
Sbjct  163  T-SIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---REQFKSLKEAFLSL  218

Query  226  MTAviiivgvvsgvFTATESSavavvwafvvtffvYREIPLRKFPRILYSSLKTLAMVMA  285
            +T+VIII G+ SG FT+TE++AV+ + A+ +   VY  + L+ F  IL  +++T A+V  
Sbjct  219  LTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVAL  278

Query  286  LIASASAFGWFMAYLRIPAKATElllsittskvlllllinvlllllGMIMDMAPLILITT  345
            ++ + + FGW++A  ++P   ++ +L+I+ + ++LLLLIN+LLL+LG +++ +  +L+  
Sbjct  279  MVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIE-SLALLLLL  337

Query  346  PILYPVVVDTLGMSPIQFGVMLVLNLAIGLTTPPVGSALFVGCAVGKIPIEKVVRTM  402
              +   V  ++G+ P++FGVM +LNL IG+ TPP+G AL+V   VG IP++ + R +
Sbjct  338  VPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGV  394

110) Mmwyl1_3116 in NC_009654


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  175 bits (648),  Expect = 5e-45, Method: Compositional matrix adjust.
 Identities = 151/375 (41%), Positives = 266/375 (71%), Gaps = 0/375 (0%)

Query  43   PQRMFIGLDSFPLMAVPLFILAGNIMGQGGVSKRLVTFAKSLVGNLQGGLAISCVITSMI  102
            +Q+M+ G+D+F L+AVP+F+L+G++M  +G++ R+  FAKSLVG++ G+L+   +++S++
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  103  FAAVSGSSVATAYAVGAILLPAMIAHGYPKPMATAIQASSANLGIVIPPSVPLIMYGVST  162
            F+++SGS++A A ++G + + +M    Y    A ++ A+S  +G ++PPSVPL++YGV +
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  163  NTSIGKLFLAAIGPGLLMGIALIIMVIVWCIVTGHGKNDANDQQsllasskdallallMP  222
            NTSIG LFLA+  PGLL  IAL++M    C   G        ++  + S K+A+L+LL P
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTP  221

Query  223  TMILGGIYGGVFTPTEASAIAVIYGLILGVFVYKEISFKDIPRILKGSVVSTssvmliia  282
             +I+GGI++G FTPTEA+A++ +Y+L+LG  VY+ ++++++  ILK +V +T+ V L++ 
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  283  aasllsflvsrsDLPQLLSTFATDNFSTKLQFFlavnllllvvGMFVETsasilllapif  342
            + ++++ +V+R +LPQ+L+ +        L ++L +NLLLL +G F+E+ A +LLL P++
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  343  apiaiiYGIDPVHFGVVMVVNLAIGMFTPPLGVTLFAASQVAEIQVEKVILATLVPLGTL  402
             P+A   GIDPVHFGV+ ++NL IG++TPP+G++L+  S+V++I  + +  + L  L  L
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPL  401

Query  403  LCCLVLITIFPSITL  417
            +  L L+++FP +TL
Sbjct  402  FIVLALVAVFPQFTL  416

111) Pden_5064 in NC_008688


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  171 bits (634),  Expect = 6e-44, Method: Compositional matrix adjust.
 Identities = 167/415 (41%), Positives = 298/415 (72%), Gaps = 11/415 (2%)

Query  17   GVPVAVCLGLSSLAY-ILSAGLPVVIIPQRMYAGMDVFVLLCIPGFILAGNLMNFGGITE  75
            G+PV+  L + +LA+ IL+ +  + + +Q+M +G+D F LL +P F+L+G+LMN +GITE
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  76   RIIRLANAMVGWMRGGLAMANVADSMMFggvsgtavadvaatggvMIPGMKKSGYPGDFa  135
            RI+ +A+++VG + G+L+  N+  S++F+G+SG+A+AD ++ G + I +M+ + Y +DFA
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  136  aaitaasatVGPMLPPSVPMIIVGALSGISVGQLFLAGAVPGVLMGIGMAITCYILAVRR  195
            +++TAAS  +GP++PPSVP++I G +S  S+G LFLAGA+PG+L  I++ +  Y++  +R
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  196  NY---PR-QQWQGFGELIaaflaafwalamtgliigglltgiatPTETAIVACLYAFVVG  251
             Y   P+  +++ F  L      AF +L    +IIGG+++G  TPTE+A V+ LYA+ +G
Sbjct  195  GYMTLPKASRREQFKSL----KEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLG  250

Query  252  AFVYRELPIRAVPRIVVNSAISSAGILALVGFA-NVFGSILASERIPQMLVSTVLAITDN  310
            + VY  L +++   I+ + ++++++++AL+  +  VFG I+A E++PQML    L+I+DN
Sbjct  251  TVVYNTLTLQGFIEIL-KETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDN  309

Query  311  PilvillinvlllcvGMFMETIAALIILFVPLLGLATSVGIEPLHFATFAVLNLMIGLTT  370
            P++++LLIN+LLL +G F+E++A L++L   L+ +A++VGI+P+HF+  A+LNLMIG+ T
Sbjct  310  PLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILT  369

Query  371  PPVGVCLFVACNIAREPLAKVISAVIPFLISNIvvlllvSYYPPFATWLPTTLMG  425
            PP+G+ L+V   ++  P+  +  +V+P+L++ ++VL LV+ +P F+  LP  ++G
Sbjct  370  PPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

112) FPR_25400 in NC_021020


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  171 bits (634),  Expect = 7e-44, Method: Compositional matrix adjust.
 Identities = 154/382 (41%), Positives = 273/382 (72%), Gaps = 0/382 (0%)

Query  49   ASQRMVGGVDSFSLLAVPFYILCGVLMNTGGIAQKLIDFAKILVGRIPGGLAHTNILGNT  108
            A+Q+M+GG+D+F+LLAVPF++L G LMN++GI++++++FAK LVG+I G+L+H NI+++ 
Sbjct  41   AAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASL  100

Query  109  LFgslsgssvaasvaiggvliPMEEKEGYDKKFAAAVNIASAPTgliippsgiliiYPVL  168
            LF+++SGS++A + ++G + I       Y+  FA+++  AS   G ++PPS  L+IY V+
Sbjct  101  LFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVV  160

Query  169  AGCSVVGMIMSGYIPGLMWALACMVVAYVIAKKNHYPTAGKVPASVFFKYFVDAIPSlll  228
            +  S+ +++++G IPGL+  +A MV++Y I KK  Y T  K +    FK + +A+ SLL 
Sbjct  161  SNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLT  220

Query  229  iviivggvMSGIFTATESAAVAVAYTLFLSIVVYRSIKIKDLPKILLDACETTAVIMFLI  288
             VII+GG+ SG FT+TE+AAV+  Y+LFL+ VVY ++ ++++  IL ++ +TTAV+ +++
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  289  AGSNVMSFVMSFTGLPSAIGNALISVSSNKYvilliinlvllvvGCFMDITPAVLIFTPI  348
             G  V + +++   LP  +++ ++++S N  V+LL+INL+LL +G F++  + +L++ P+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  349  FLPVVQSFGMDPIHFGIMMVMNLGIGNITPPVGSALFSGCSVADMDMEDMIKPILPFYAA  408
            ++PV  + G+DP+HFG+M ++NL IG +TPP+G AL+    V+D+  + + + +LP+  +
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVP  400

Query  409  IFVALMLVAYVPWFSMALPTLF  430
            +F+ L LVA  P F++ LP LF
Sbjct  401  LFIVLALVAVFPQFTLLLPELF  422

113) GTNG_1944 in NC_009328


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  170 bits (630),  Expect = 1e-43, Method: Compositional matrix adjust.
 Identities = 164/388 (43%), Positives = 279/388 (72%), Gaps = 0/388 (0%)

Query  11   LGVMALGLPIAFALLVSGVALMFYLNIFDTQIIAQNLISGADSFPLMAIPFFILAGELMN  70
            LG++  G+P++F+L+  ++A+++  N  + ++ AQ++++G D+F L+A+PFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISKRIVRFALALVGHIRGGLGYVAIIAGVLFAGLSGSAVADTAALGAILIPMMVKAG  130
            ++GI+ RI  FA +LVGHI G+LG V I+A++LF+G+SGSA+AD+++LG + I  M  A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YNRNRSTgliaaggiiapiippsipmiLFGVTSGVSITKLFMAgivpgillgiilAVCWW  190
            Y+ + + GL AA+ II+P++PPS+P++++GV S  SI  LF+AG +PG+L  I L V   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  LVTRRDQLEVLPRQSAKEIWQAAREAFWALLLPVIIVGGLRGGVFTPTEaavvaafyalf  250
            ++ ++     LP+ S +E  ++ +EAF +LL PVII+GG+ +G FTPTEAA V+++YALF
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  vGLCIYRELKVRNLFHVLVAASKTTSVVMFLVAAAMVSAWLITVANIPSIVTDVLAPFIE  310
            +G  +Y  L ++ ++++L  + +TT+VV ++V +  V +W+++  ++P +++D +  + +
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  HPlvlllainalvllvGTAMDltptvliltpvlMPIIEKAGIDPVYFGVLFILNCSIGLL  370
            +PLVLLL IN L+L++GT ++  + +L+L P L+P+    GIDPV FGV+ ILN  IG+L
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVACGVGKIGMEDILKGIWP  398
            TPP+G  L V   VG I  + + +G+ P
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLP  396

114) AZOLI_p50108 in NC_016624


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  170 bits (630),  Expect = 1e-43, Method: Compositional matrix adjust.
 Identities = 170/414 (42%), Positives = 302/414 (73%), Gaps = 7/414 (1%)

Query  12   LLILGAPVGIALGGASAVYLV-GSDIDLAVVPQFMYAGMDSFVLLCIPGFVLAGNLMNGG  70
            LL+ G PVG++L   +  +L+  +  ++   +Q M +G+D+F LL +P FVL+G+LMN++
Sbjct  11   LLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSA  70

Query  71   GITDQIVLFSNRLVGHIRGGLGLANVTGSMVFAGISGTAVAETASIGAVMIPAMRKSGYD  130
            GIT++I  F++ LVGHI G+LG  N+ +S++F+G+SG+A+A+++++G + I +MR + Y+
Sbjct  71   GITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYH  130

Query  131  apfaaavtaaaSTvgpiippsvpmiivGTLTGLSVGKMFmagaipglllgigmmlTVWIL  190
              FA+++TAA+  +GP++PPSVP++I G ++  S+G +F+AGAIPGLL  I++M+   ++
Sbjct  131  DDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFI  190

Query  191  ARVRNY---PKEPWQGFGALLRASRGAFWALLMTAIILFGIVGGYFTPTEASIVAALYAF  247
             + R Y   PK +++     +++ + AF +LL   II+ GI +G FTPTEA+ V++LYA+
Sbjct  191  CKKRGYMTLPKASRR---EQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  248  VIGLFVYKGFTLRQLPAillesaigsgglillvglaNVFGWILTSEQIPQAIAAAMLALT  307
             +G  VY+ +TL+ +  IL E+   ++ + L+V    VFGWI++ EQ+PQ +A   L+++
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  308  TDKYliilminilllFVGTFMETiaaliilfppllavaTQVGIDPIHFATFAVLNLMIGL  367
             +  +++L+IN+LLLF+GTF+E++A L++L P L++VA+ VGIDP+HF+  A+LNLMIG+
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  368  TTPPVGVCLFVAANIAKISLGAITKAIWPFLLCNIVILLLVSYIPALSLWLPSL  421
             TPP+G+ L+V + ++ I++ ++T+++ P+L+  +++L LV+ +P ++L LP L
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

115) OB3255 in NC_004193


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  170 bits (629),  Expect = 1e-43, Method: Compositional matrix adjust.
 Identities = 152/379 (41%), Positives = 290/379 (77%), Gaps = 0/379 (0%)

Query  43   AQRAFVSLDSFPLLAIPLFILAGALMEYGGISQRLINLANAITGHVPGGLAIVTVVTTMF  102
            AQ+ + ++D+F LLA+P+F+L+G LM+ +GI++R++N+A+++ GH+ G+L+ V ++++++
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  103  FAAISGSSVAATAALGAILIPAMINRGYDKEFAGGVQAVSGTlgiiippsiplilYGTAV  162
            F+++SGS++A +++LG + I +M +  Y+ +FAGG+ A S  +G ++PPS+PL++YG   
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  163  GASIGDLFiagmvpgiiigiglvvtvyiLAKKRNYLKEPKKSSKDIGKAFLEaipalimp  222
             +SIG LF+AG +PG++  I+L+V  Y++ KKR Y+  PK S ++  K++ EA+ +L+ P
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTP  221

Query  223  iiilggiYSGIFtateaagvavayaFIVSVFVYKAINKVNIKEILTQASVTTSTIMFILA  282
            +II+GGI+SG FT+TEAA+V+  YA++++  VY+++    + EIL ++  TT+ + +++ 
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  283  TAGLFSWILTIENIPQQVASLITSISDSPMvfltivilvlllvGMFMETNASIIILAPIL  342
               +F+WI++ E++PQ +A  + +ISD+P+V+L ++ L+LL++G F+E+ A +++L P+L
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  343  VPVAVELGLDPVHFGIVMIVTLAIGMVTPPLGLNLFVVSKIGKVRIDHLTKGLIPFYIAI  402
            VPVA  +G+DPVHFG++ I+ L IG++TPP+G+ L+VVS++G + ++ LT+G++P+ +++
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPL  401

Query  403  LISLIVITYIPSITMSLVE  421
            +I L +++ +P +T+ L E
Sbjct  402  FIVLALVAVFPQFTLLLPE  420

116) KKY_2576 in NC_016078


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  169 bits (625),  Expect = 3e-43, Method: Compositional matrix adjust.
 Identities = 167/412 (41%), Positives = 289/412 (71%), Gaps = 4/412 (0%)

Query  7    LGSLFGTLAIGLPVAFALLTTGIVLMSYMGIFNTQIIAQQMITGANTFTLLAIPFFLLAG  66
            LG LF+    G+PV+F+L+  ++ ++        ++ AQQM+ G + FTLLA+PFF+L+G
Sbjct  9    LGLLFA----GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTG  64

Query  67   ELMNAGGLSRRIVHFAVTCVGHIRGGLGFvavmaavimasmsgsaaadsaalaailvPMM  126
            +LMN++G++ RI +FA + VGHI G+LG V +MA+++ ++MSGSA AD+++L+ + +  M
Sbjct  65   HLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSM  124

Query  127  RDAGYNVPRAAGLMASGGIVAPVIPPSLAYIIFGVAANVSITGLFLGGIVPGlmmalala  186
            RDA Y+   A+GL A++ I++P++PPS++ +I+GV +N SI +LFL+G +PGL+  +AL 
Sbjct  125  RDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALM  184

Query  187  amWAFVARTEKVVALPKSSGRERFKAAGAAVWALFMPVIILAGIRFGVFTPTEAAVTAAV  246
             M  F+ +    ++LPK+S RE+FK+   A  +L+ PVII++GI  G FTPTEAA  +++
Sbjct  185  VMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSL  244

Query  247  YALFVGGVVYRELTWAGLYRVFVNAAKTTSIVMFLVAAALVTSWLITSANIPNQLVGLVQ  306
            YALF+G VVY  LT  G+  ++ ++ +TT++V ++V +  V +W+++  ++P+ L +   
Sbjct  245  YALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFL  304

Query  307  PFIDNPKLLMFCIvllllvvgmvldlAPTILIFAPVLMPMIRAAEIDPIYFGIIFVMTTC  366
             + DNP +L++ I LLLL +G  ++  + +L++ P L+P+  A  IDP+ FG++ ++   
Sbjct  305  TISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLM  364

Query  367  ISLITPPvgvvlnvvsgvsrvPMGKVVYGVLPFILSQVIVLALLVMFPEIVL  418
            I+++TPP+G+ L VVS V+ +P   +  GVLP++++  IVLAL+ +FP++ L
Sbjct  365  IGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTL  416

117) TM1040_3868 in NC_008042


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  168 bits (622),  Expect = 6e-43, Method: Compositional matrix adjust.
 Identities = 173/425 (41%), Positives = 307/425 (73%), Gaps = 4/425 (0%)

Query  8    LFGSFVVLMALGVPIAFAIGLATTATFLLFMGVDQSLFIVAQQMASGLDSFTLLAIPFFI  67
            +FG + +L A G+P++F++ + + A  +L++    ++ + AQQM +G+D+FTLLA+PFF+
Sbjct  5    IFGWLGLLFA-GMPVGFSLIFVALA--FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFV  61

Query  68   LAGNIMNRGGIAMRLINFAKVLGGRLPGALAHCNVIANMMFGSIsgsavasaaavggvMA  127
            L+G++MN +GI+ R++NFAK L G++ G+L+H N++A+++F+++SGSA+A A+++G +  
Sbjct  62   LTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEI  121

Query  128  PLQKKEGYDPAFSAAVNIASCPTGLLIPPSATLIVYSLITGGTSIAALFVAGYLPgilmg  187
               +   Y+  F++++  ASC  G L+PPS  L++Y++++  TSI+ALF+AG +PG+L  
Sbjct  122  KSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCC  180

Query  188  lglmiVAGVIAKRRGYPVAPRPALSEVMVAARDAAlplglivivmggiisgvFTATEASa  247
            ++LM+++  I K+RGY   P+++  E   + ++A L+L   VI++GGI+SG FT+TEA+A
Sbjct  181  IALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAA  240

Query  248  aavlytlvlalvWYREITIKDLPAILIESAVTTSVVLLMIGASIAMSRVMAFGGIPFAIS  307
             + LY+L L+ V Y  +T++++  IL E+  TT+VV LM+ +    ++++A   +P  ++
Sbjct  241  VSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLA  300

Query  308  DFLLGLSDNPiaillainvallvvGTFMDMTPALLIFTPIFMPVVKGLGMDPVHFGIVMT  367
            D++L +SDNP+ +LL IN+ LL +GTF++  + LL++ P+++PV  ++G+DPVHFG++  
Sbjct  301  DYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAI  360

Query  368  LNLCIGICTPPVGSALFVGCSVGGTSIAKVIRPLLPFYAVLFGLLMLVTYVPDISLFLPR  427
            LNL IGI TPP+G AL+V   VG+ ++  + R +LP+   LF +L LV+  P+++L+LP 
Sbjct  361  LNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPE  420

Query  428  LLLGY  432
            L+LGY
Sbjct  421  LFLGY  425

118) KKY_2682 in NC_016078


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  168 bits (620),  Expect = 8e-43, Method: Compositional matrix adjust.
 Identities = 147/354 (42%), Positives = 269/354 (76%), Gaps = 4/354 (1%)

Query  43   QTVFQSLDSFNLMAIPFFVLAGNLMQSGGiarrlialanalVGWIHGGLGAVAVVTSMLF  102
            Q ++ ++D+F L+A+PFFVL+G+LM+S+GI+ R++ +A++LVG I G+LG V +++S+LF
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  103  atvsgsssattaaigstLIPAMQRKGYPKAFAASVTAASGELGAIIPPSIPMVIYGLAAN  162
            + +SGS+ A ++++G   I +M+   Y   FA+++TAAS  +G+++PPS+P+VIYG+ +N
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  163  VSVASLFIAGIIPGLLITASLVLTVYVVTRIKGFDEVVPLSFGGWMSGLWTAFRQallal  222
             S+++LF+AG IPGLL   +L++  Y + + +G+   + L+ +++      ++++A+L+L
Sbjct  163  TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGY---MTLPKASRREQ-FKSLKEAFLSL  218

Query  223  lmpalilGGIYGGFFTPTEASCVAVLYGLFVGLFVYRELSFKDLPRVLARSAVMSSIIML  282
            L P +I+GGI++G FTPTEA+ V+ LY+LF+G  VY  L+++++  +L  +   ++++ L
Sbjct  219  LTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVAL  278

Query  283  IVAFAAVFAYLLTVNQVPQKVAGMLGAISDNPvlfllltnvllllvGMFIEalaailila  342
            +V   +VF+ +++ +Q+PQ +A+ + +ISDNP+++LLL N+LLL++G FIE+LA +L+L 
Sbjct  279  MVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLV  338

Query  343  pilapvavSFGIDPIHFGMVMIVNLAIGMVTPPVGVNLFVVCQIAGLKLEQLVR  396
            P+L PVA + GIDP+HFG++ I+NL IG++TPP+G+ L+VV +++++ ++ L R
Sbjct  339  PFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTR  392

119) Dalk_0471 in NC_011768


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  167 bits (617),  Expect = 1e-42, Method: Compositional matrix adjust.
 Identities = 157/379 (42%), Positives = 286/379 (76%), Gaps = 0/379 (0%)

Query  45   QKMFGGVNSFPLMAVPLFMFAGVIMEKGDSSKRIIDFANALVGWLPGGLAAVTIVSamff  104
            Q+M+GG+++F L+AVP+F+++G +M+ ++ + RI++FA++LVG + G+L+ V I+++++F
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  105  agisgsaaadaaavgavlipamKKSGYDSDFAAAVQAsggsigviippsipmiiFGFLTG  164
            +G+SGSA ADA+++G + I +M+ + Y+ DFA+++ A++  IG ++PPS+P++I+G ++ 
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  165  ASVGKLFAGGIIPGVLIGASLIIVASFISKKNGYGAAKVFSWAEVWETFKKAFlalgtpi  224
            +S+G LF +G IPG+L   +L++++ FI KK GY +    S+ E   ++K AFL+L TP+
Sbjct  163  TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPV  222

Query  225  iilggilfgVFTATESAAVAVAYSLFLGMAVYRKIGPKDLPQLFIRAAITSSLVMFIIST  284
            II+GGI+ G FT+TE+AAV+  Y+LFLG  VY  +  +++ +++  +  T+++V +++  
Sbjct  223  IIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMG  282

Query  285  ASAFSWIAAMENIPAKLAGGLLSVSSNPvilllcvnlvlliAGAFVETTAALILLVPTIV  344
             + F+WI A E++P  LA+ +L++S NP++LLL +NL+LL+ G+F+E+ A L+LLVP +V
Sbjct  283  VTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLV  342

Query  345  AMQPALGIDLVHLGVIIVTNLAIGMLTPPMGICLIVSGSISNDPIMTVSRRVLPFLAVLI  404
            ++ +A+GID VH+GV+ + NL IG+LTPPMG+ L V + +++ P+ T++R VLP+L  L+
Sbjct  343  PVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLF  402

Query  405  IDLLLISFYSPLTMRMAAL  423
            I L L++ ++ +T+ ++ L
Sbjct  403  IVLALVAVFPQFTLLLPEL  421

120) MSMEI_6662 in NC_018289


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  167 bits (618),  Expect = 1e-42, Method: Compositional matrix adjust.
 Identities = 146/353 (42%), Positives = 263/353 (75%), Gaps = 1/353 (0%)

Query  48   GQRMVAGLDIFALLAIPFFILGGEIMAAGGISRRLIAFASLFVGWLRGGLAMINIGSSTF  107
            +Q+M++G+D F+LLA+PFF+L G++M ++GI+ R++ FA  +VG + G+L+ +NI +S +
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  108  FGALSGSSVADVSAIGSATIPMMKQKGYDADYAVCVTITGAAQAVMIPPSHNLVIFSMAA  167
            F+++SGS++AD +++G   I  M++  Y+ D+A  +T ++   + ++PPS  LVI+++ +
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  168  GGVSIGALFVAGIVPGlliglsllvlayllAVRRGYPKETLVPVSEVPRIVWEGLLSLLM  227
               SIGALF+AG +PGLL  ++L+V++Y++  +RGY      +  E  + + E++LSLL 
Sbjct  162  NT-SIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLT  220

Query  228  PVIILGGILSGIFTATESAAIGCVYAFFLTFFVYRDIPLSGFIPILQRTARTlgivlfii  287
            PVII+GGI+SG FT+TE+AA++ +YA+FL   VY  + L GFI IL+ T  T ++V +++
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  288  aaagafgyflTFLQVPEAVTQALLGLSDNKivillvinllllalgavMDMAplilimtpi  347
             +   FG +++  Q+P+ +++ +L +SDN +V+LL+INLLLL LG+ ++  +L+L++ P+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  348  llpVATSIGMDPVQFGIMLLLNLAIGLITPPVGNVLFVGAAIGQISIEKVSRA  400
            L+PVA+++G+DPV+FG+M +LNL IG++TPP+G  L+V + +G+I+++ ++R+
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

121) MSMEG_6845 in NC_008596


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  167 bits (618),  Expect = 1e-42, Method: Compositional matrix adjust.
 Identities = 146/353 (42%), Positives = 263/353 (75%), Gaps = 1/353 (0%)

Query  48   GQRMVAGLDIFALLAIPFFILGGEIMAAGGISRRLIAFASLFVGWLRGGLAMINIGSSTF  107
            +Q+M++G+D F+LLA+PFF+L G++M ++GI+ R++ FA  +VG + G+L+ +NI +S +
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  108  FGALSGSSVADVSAIGSATIPMMKQKGYDADYAVCVTITGAAQAVMIPPSHNLVIFSMAA  167
            F+++SGS++AD +++G   I  M++  Y+ D+A  +T ++   + ++PPS  LVI+++ +
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  168  GGVSIGALFVAGIVPGlliglsllvlayllAVRRGYPKETLVPVSEVPRIVWEGLLSLLM  227
               SIGALF+AG +PGLL  ++L+V++Y++  +RGY      +  E  + + E++LSLL 
Sbjct  162  NT-SIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLT  220

Query  228  PVIILGGILSGIFTATESAAIGCVYAFFLTFFVYRDIPLSGFIPILQRTARTlgivlfii  287
            PVII+GGI+SG FT+TE+AA++ +YA+FL   VY  + L GFI IL+ T  T ++V +++
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  288  aaagafgyflTFLQVPEAVTQALLGLSDNKivillvinllllalgavMDMAplilimtpi  347
             +   FG +++  Q+P+ +++ +L +SDN +V+LL+INLLLL LG+ ++  +L+L++ P+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  348  llpVATSIGMDPVQFGIMLLLNLAIGLITPPVGNVLFVGAAIGQISIEKVSRA  400
            L+PVA+++G+DPV+FG+M +LNL IG++TPP+G  L+V + +G+I+++ ++R+
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

122) CtCNB1_3426 in NC_013446


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  167 bits (618),  Expect = 1e-42, Method: Compositional matrix adjust.
 Identities = 164/400 (41%), Positives = 289/400 (73%), Gaps = 2/400 (0%)

Query  18   GMPIAHALILTGVALMWHLDFFDTQLLAQNLQAGFDNFPLLAVPFFILAGELMNAGGLSR  77
            GMP++ +LI+ ++A++   +  + ++ AQ++ +G+DNF LLAVPFF+L+G+LMN++G++ 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  78   RIIDLARAFVGHIPGGLGYVAIGAAVLLASMSGSaiadtaalatillPMMRDQKYPDSYs  137
            RI+++A+++VGHI G+LG V I A++L+++MSGSA+AD+++L+ + +  MRD KY D ++
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  138  agllasggiiapiippsMPFVIYGVTTNTSISKLFLSGVVPGLFMGGFLIAAWWFIARKY  197
            +GL A++ II+P++PPS+P+VIYGV +NTSI+ LFL+G +PGL+    L+    FI +K 
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  198  QLTSGERVSWGLRLKALAKSFWAMMMPVIILGGLKGGVFTPTEaavvaavyaLFVSMVVY  257
               +  + S+  ++K+L  +F +++ PVII+GG+ +G FTPTEAA V+++YALF++ VVY
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  258  REMSWSRLYEVFLGASKTTAVVMFLCGAATVTAYMITLADLPNMLADSFSGLLDQPmlfm  317
              ++   + E++  + +TTAVV ++  + TV + +++  +LP+MLAD F  + D+P++++
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  318  avmmlfllvvGTAMDLTPTILIFGPVCAPLAVKAGIDPVYFGFMFIYVGCIGLITPPVGT  377
             ++ L+LL +GT ++  + +L++ P   P+A   GIDPV FG M I    IG++TPP+G 
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  378  VQNVVAGVGRLRMETVIKGTNPFLM-VYVLLAVLFVIFPQ  416
               VV+ VG +  +T+ +G  P+L+ ++++LA L  +FPQ
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLA-LVAVFPQ  413

123) CK3_04250 in NC_021035


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  167 bits (616),  Expect = 2e-42, Method: Compositional matrix adjust.
 Identities = 154/382 (41%), Positives = 264/382 (70%), Gaps = 3/382 (0%)

Query  46   AQQVLAGSQGLSLLAIPFFVMAGVFMNYTGVTRRIMECCNVLTSRWYGGLAQVNVllstl  105
            AQQ+L+G + ++LLA+PFFV++G +MN +G+T RI +  + L ++  G+L++VN++ S L
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  106  mgglsgsslADAAMECKMLVPSMEAEGYSKPFSTVITAASGMIVPLIPPGTGLIIYACIC  165
             +G+SGS+LADA+   ++ + SM    Y   F+  +TAAS +I PL+PP+  L+IY+ + 
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  166  NISVGKLFVAGIGPGIVLSVTLMIFTRFVSKKRGYMPHRTTKIPVSEKWaaikpailpll  225
            N S+G LF+AG  PG++  ++LM+ + F+ KKRGYM     K +  E+  ++K A+L+LL
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLP--KASRREQFKSLKEAFLSLL  219

Query  226  lpiiiiGGVRIGVFTATEAGTVAIVYALILG-ILYHEMKVSDFVKGCKETVTTTSSIMLI  284
             P+IIIGG+  G FT+TEA++V+ +YAL+LG ++Y+ + + +F+   KETV TT+ + L+
Sbjct  220  TPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALM  279

Query  285  VAAASCFSWILTKEQIPQTLASWMTSAISNKFIFLLICNVFLIVVGMFIEGNASMIVLAP  344
            V + + F+WI+++EQ+PQ LA    +   N +++LL+ N++L+ +G FIE+ A +++L P
Sbjct  280  VMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVP  339

Query  345  LLHPVAVAFGIDPVHFAMVYIFNCTIGAFTPPMGTLMFVTCGVTGCRTKDFIKEAKPFYL  404
            +L PVA A GIDPVHF+++ I+N  IG +TPPMG  ++V   V +     + +   P+ +
Sbjct  340  FLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLV  399

Query  405  LFLIDMLVLTYFPPLTTFLVDL  426
             ++I + +++ FP +T +L +L
Sbjct  400  PLFIVLALVAVFPQFTLLLPEL  421

124) BH0703 in NC_002570


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  166 bits (615),  Expect = 2e-42, Method: Compositional matrix adjust.
 Identities = 167/415 (41%), Positives = 301/415 (73%), Gaps = 12/415 (2%)

Query  22   GVPISISIGLASLGAVILVMPLETIVFTAAQRMVGGINSFALLAVIFFILSGSIMNNGGI  81
            G+P+++S+ + +L+ +IL  +   I F AAQ+M+GGI++F+LLAV FF+L+G +MN++GI
Sbjct  15   GMPVGFSLIFVALAFLILTNS-TGINF-AAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGI  72

Query  82   ALRLINLAKLIAGRLPGSLAHTNVVGNMLFgsisgsavasaaaigsvMAPLQAK----EG  137
            + R++N+AK + G++ GSL+H N+++++LF+++SGSA+A A++    ++ L+ K      
Sbjct  73   TERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGG----LGQLEIKSMRDAK  128

Query  138  YNKAYSAAVNIASAPVGLLIPPSGVLIIYSLVSGGTSISALFMAGYLPGILMGLAVMVVA  197
            Y+  +++++  AS  +G L+PPS  L+IY++VS  TSI+ALF+AG +PG+L  +A+MV++
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMS  187

Query  198  FFMAKKNDYTVSEKVSGKEAIKIIWQAIPSlllvvvviggivggvFTATEGaavavl-ys  256
            +F+ KK +Y    K S +E +K + +A+ SLL  V++IGGI +G FT+TE+AAV+ L   
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  257  lalslIYRSLTWAHFPKILKETIVMTGIVLFLVGASSIMSWAMAVTGLPAAISQAILSIS  316
            +  +++Y +LT   F  ILKET+  T++V ++V + ++ +W +A   LP  +++ +L+IS
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  317  DHtvvvllimmltllviGTFMDLTPAVLIFTPIFLPIALQMGIDPVHFGIMLVFNLAIGI  376
            D+ +V+LL++ L LL +GTF++  + +L++ P+++P+A  +GIDPVHFG+M ++NL IGI
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  377  MTPPVGSCLFVGCSVGNVSIEEVIKPlllffvalvaalfivvyvPAISLFLPELL  431
            +TPP+G  L+V   VG+++++ + + +L ++V+L   L +V   P ++L+LPEL+
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

125) OB3405 in NC_004193


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  165 bits (611),  Expect = 4e-42, Method: Compositional matrix adjust.
 Identities = 154/382 (41%), Positives = 275/382 (72%), Gaps = 2/382 (0%)

Query  51   SQQIITGLDSTVLLALVFFMLAGSIMNNGGIADRLINLAKLIGGRMSGSLAHTNIIGNTL  110
            +QQ++ G+D+  LLA+ FF+L+G +MN++GI++R++N+AK + G+++GSL+H NI+++ L
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  111  FgaisgsaiaaaaTMGRIMHPQEKKAGYDPSYAAAVNIASAPTGLIIPPSGMPIIYSLLT  170
            F+++SGSA+A A+ +G++     + A Y+  +A+++  AS   G ++PPS   +IY++++
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  171  GGTSIGALFIAGYLPGLLMIALLMIVAYILAKKAKYPVSKPISGGESFKVILQaipslll  230
              TSIGALF+AG +PGLL    LM+++Y++ KK  Y      S  E FK + +A+ SLL 
Sbjct  162  N-TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLT  220

Query  231  iiiviggiaggiftategaaVAVLYASIL-SVIYRQLKLTDIPKILRETTIYSGIIMLLI  289
             +I+IGGI +G FT+TE+AAV+ LYA +L +V+Y  L L ++  IL+ET   ++++ L++
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  290  GASTAMSWVLAYAGIPQAITSSLLSITDNTTilllimlvillvvGTFMDIAPALLIFTPI  349
             + T  +W++A   +PQ ++  +L+I+DN  +LLL++ ++LL +GTF++  + LL++ P+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  350  FFPVATQMGIDPVHFGMIMAVALAIGVTTPPIGTVLFIGSSVSGVPIEKIIPKLLIFYIP  409
            + PVA+ +GIDPVHFG++  + L IG+ TPP+G  L++ S V+++P++ +   +L + +P
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVP  400

Query  410  LIVALLLVAFIPEISLFLPKLF  431
            L++ L LVA +P+++L+LP LF
Sbjct  401  LFIVLALVAVFPQFTLLLPELF  422

126) VS_II0144 in NC_011744


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  165 bits (609),  Expect = 5e-42, Method: Compositional matrix adjust.
 Identities = 155/372 (42%), Positives = 260/372 (70%), Gaps = 0/372 (0%)

Query  44   AQSLINGVDSFTLLAIPFFLIAGEVMASGGLSQRIVRLATTYVGHRQGGLGYVAIMTSVL  103
            AQ ++ G+D+FTLLA+PFF+++G++M S+G+++RI  +A + VGH  G+LG V IM+S+L
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  104  LAGLSGSAVADAAALVSILYPMMKAAKYPEAPSMGLLasggiiapvippsiplilvGVAG  163
            ++G+SGSA+ADA++L  +    M+ AKY +  + GL A++ II+P++PPS+PL++ GV +
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  164  GISIKNLFLGGIVPGLLMGMTLMFVWRWTVRKENLETSERATKAEKRAALKDGVWALMLP  223
              SI  LFL+G +PGLL  ++LM +     +K    T  +A++ E+  +LK++  +L+ P
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTP  221

Query  224  viiivgirfgifTPTEAAVVAATYAIFISTFVYKELTIKKFYHIVLNAGRSTAMVMFLVG  283
            VIII GI  G FTPTEAA V++ YA+F++T VY+ LT++ F +I+ ++  +TA+V ++V 
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  284  CAMVAAWLITVAQLPQQLAEMLGPLVDSPRLLMAVIMLLVLCVGMVMDLSPTililvpll  343
               V +W+++  QLPQ LA+ +  + D+P +L+ +I LL+L +G  ++  + +L+LVP+L
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  344  mpviKMAGIDPTYFGLLFVINCSIGLITPPVGTVLNVVCGVARVPMSTAVKGVLPFIAAY  403
            +PV    GIDP  FG++ ++N  IG++TPP+G  L VV  V+ +P  T  +GVLP++ + 
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPL  401

Query  404  MALLTLFVIFPS  415
              +L+L  +FP 
Sbjct  402  FIVLALVAVFPQ  413

127) Amico_1340 in NC_014011


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  163 bits (602),  Expect = 2e-41, Method: Compositional matrix adjust.
 Identities = 164/379 (44%), Positives = 279/379 (74%), Gaps = 4/379 (1%)

Query  12   LMFSGMPLYLSLVTTALTGIIALGDWSLIRVLAQQFYGGMDSFALMAIPFFVLTGILMNK  71
            L+F+GMP+ +SL+  AL+ ++ L + + I   AQQ  GG+D+F+L+A+PFFVLTG LMN 
Sbjct  11   LLFAGMPVGFSLIFVALA-FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNS  69

Query  72   SGLTDRLLEFsrllvgsvrgglgYVNVVAGIVLAGVNGSAAADASALGTLLIPAMVKDGF  131
            +G+T+R+++F++ LVG + G+LG VN++A+++++G++GSA ADA++LG L I +M    +
Sbjct  70   AGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKY  129

Query  132  SPPYAAGLTAGSSLIGPIIPPSVFMIIYASMTNTSIgglfaagvlpglllggaFMVMNYF  191
               +A+GLTA+S +IGP++PPSV ++IY+ ++NTSIG+LF AG +PGLL   A+MVM+YF
Sbjct  130  HDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYF  189

Query  192  YSRKNNMPILDSKAIRAEAGKTLKRSFSAILApviiiggivtgivtptESGALAVAYCLI  251
              +K     L +KA R E  K+LK +F ++L+PVIIIGGI +G  TPTE++A++  Y L+
Sbjct  190  ICKKRGYMTL-PKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  252  VGVFLTRGLTLKGIWESLYETARLTSSIFLIMGAATIIGWLLKWDQVPQRFAMFLTQSGL  311
            +G  +   LTL+G+ E L ET   T+ + L++ + T++GW++ ++Q+PQ +A ++    +
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLT--I  306

Query  312  VQSPFLLMIVFSAIIFPIGMFMEEVSTLSLLTPIFAPLAIKAGIDPLHFGVVMTLNVTIA  371
             ++P++L+++++ +++ +G F+E ++ L LL P++ P+A   GIDP+HFGV+  LN+ I+
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  372  LITPPMGACNYIVAAIGRV  390
            ++TPPMG   Y+V+ +G +
Sbjct  367  ILTPPMGMALYVVSRVGDI  385

128) Amico_1674 in NC_014011


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  163 bits (603),  Expect = 2e-41, Method: Compositional matrix adjust.
 Identities = 173/405 (43%), Positives = 305/405 (76%), Gaps = 1/405 (0%)

Query  20   PIGFGIGLSALALMFVTGTFEPMVLARRMITGVDVYTLLAIPFFMLAGEIMNKAGLVNDI  79
            P+GF++ + ALA++++T +      A++M+ G+D +TLLA+PFF+L+G++MN AG+ + I
Sbjct  17   PVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERI  76

Query  80   LLFANALVGRVKGGLAYVNVVASMLFAGISGSAVADAAALGSLEIPMMEKGGYDKEFSAA  139
            + FA++LVG++ G+L+ VN++AS+LF+G+SGSA+ADA++LG LEI  M  + Y+ +F+++
Sbjct  77   FNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGG  136

Query  140  ITAAssvigpiippsvpmiiLGSIAQISIAKLFlggaipgiligiallaVSYFIARKNNY  199
            +TAAS +IGP++PPSVP++I G +++ SI+ LFL+GAIPG+L  IAL+ +SYFI +K  Y
Sbjct  137  LTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGY  196

Query  200  PVGDRVGFGEFLGIFRKTVWAlilpviilggilggiFTATEagavavvyaiivSYFLYD-  258
                + +  E +  ++ +  +L+ PVII+GGI++G FT+TEA+AV+ +YA++++  +Y+ 
Sbjct  197  MTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNT  256

Query  259  VRWSDYPEILKGASLNTGVVMLVCASAMALTWFLAVAQVPQLLTEVIMSITKNKlmflli  318
            +   ++ EILK +   T+VV L+  +   + W++A  Q+PQ+L++ +++I+ N L++LL+
Sbjct  257  LTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLL  316

Query  319  lnvllflvGMVIDLTPALFLLVPILLPVCRSYGIDDIHFGVIMVTNLCVGLITPPVGTVL  378
            +N+LL+++G  I+  + L+LLVP+L+PV  + GID +HFGV+ + NL +G++TPP+G  L
Sbjct  317  INLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMAL  376

Query  379  YVTNSISKVSLISLVRSLVPMYVALFIVVMLVTYVPQIVLWLPSL  423
            YV + ++ +++ +L R+++P+ V+LFIV+ LV+  PQ+ L LP L
Sbjct  377  YVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

129) dctM in NC_003078


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  163 bits (602),  Expect = 2e-41, Method: Compositional matrix adjust.
 Identities = 170/421 (41%), Positives = 288/421 (69%), Gaps = 13/421 (3%)

Query  13   LMLIGTPIAFCLGVASFATVLYLGLPPL--VIF--QRLNSGMSVFSLLAIPFFIYAGDLM  68
            L++ G P++F L    F ++ +L L     + F  Q++ +G+  F+LLA+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGGIAQKIVAFAASLVGHIRGGLGQVNIVTATLFggisgsavaeaaavggLMIPQMKQR  128
              +GI+++I  FA SLVGHI G+LG+VNI+++ LF+G+SGSA+A+A+++G L I  M++ 
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGADYAVNVTSMAALIALMLPPSHNMIIYSISAGGKISIADLFTAGILPGllyaaalma  188
             Y  D+A  +T+ + +I+ ++PPS  ++IY++ +  + SI+ LF AG +PGLL   ALM 
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  tayfvaRRRGYPTEVFPGFARVGRYLLISTP--gllligiifggVRSGVFTATESSCIAV  246
             +YF+ ++RGY T  +P  +R  ++  +  +  +LL   II+GG+ SG FT+TE++ ++ 
Sbjct  186  MSYFICKKRGYMT--LPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  247  LYALAVTVFVYRQMTWQDFVQATFAAVRTTAMVLLIIGMAAAFSWLMAFLRVPAALIDWM  306
            LYAL +   VY  +T Q+F++    +V TTA+V L++   + F+W++A  ++P  L D  
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  307  NTISENPiiillllnvlmlflGTFMDMGPTIIICTPIFLPVAMAYGVDPVHFGVIMILNF  366
             TIS+NP+++LLL+N+L+LFLGTF++  + +++  P+++PVA A G+DPVHFGV+ ILN+
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  367  GIGLNTPPVGAVQFVACAVGKISVWEAMRSIWPFYLAGLIVLGLVTYVPALSLWLPAVFK  426
             IG+ TPP+G   +V   VG I+     R++ P+ ++ +IVL+LV+  P ++L LP +F 
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  427  G  427
            G
Sbjct  424  G  424

130) SM2011_b21351 in NC_020560


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  163 bits (602),  Expect = 2e-41, Method: Compositional matrix adjust.
 Identities = 170/421 (41%), Positives = 288/421 (69%), Gaps = 13/421 (3%)

Query  13   LMLIGTPIAFCLGVASFATVLYLGLPPL--VIF--QRLNSGMSVFSLLAIPFFIYAGDLM  68
            L++ G P++F L    F ++ +L L     + F  Q++ +G+  F+LLA+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGGIAQKIVAFAASLVGHIRGGLGQVNIVTATLFggisgsavaeaaavggLMIPQMKQR  128
              +GI+++I  FA SLVGHI G+LG+VNI+++ LF+G+SGSA+A+A+++G L I  M++ 
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGADYAVNVTSMAALIALMLPPSHNMIIYSISAGGKISIADLFTAGILPGllyaaalma  188
             Y  D+A  +T+ + +I+ ++PPS  ++IY++ +  + SI+ LF AG +PGLL   ALM 
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  tayfvaRRRGYPTEVFPGFARVGRYLLISTP--gllligiifggVRSGVFTATESSCIAV  246
             +YF+ ++RGY T  +P  +R  ++  +  +  +LL   II+GG+ SG FT+TE++ ++ 
Sbjct  186  MSYFICKKRGYMT--LPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  247  LYALAVTVFVYRQMTWQDFVQATFAAVRTTAMVLLIIGMAAAFSWLMAFLRVPAALIDWM  306
            LYAL +   VY  +T Q+F++    +V TTA+V L++   + F+W++A  ++P  L D  
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  307  NTISENPiiillllnvlmlflGTFMDMGPTIIICTPIFLPVAMAYGVDPVHFGVIMILNF  366
             TIS+NP+++LLL+N+L+LFLGTF++  + +++  P+++PVA A G+DPVHFGV+ ILN+
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  367  GIGLNTPPVGAVQFVACAVGKISVWEAMRSIWPFYLAGLIVLGLVTYVPALSLWLPAVFK  426
             IG+ TPP+G   +V   VG I+     R++ P+ ++ +IVL+LV+  P ++L LP +F 
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  427  G  427
            G
Sbjct  424  G  424

131) Sinme_4781 in NC_015596


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  163 bits (602),  Expect = 2e-41, Method: Compositional matrix adjust.
 Identities = 170/421 (41%), Positives = 288/421 (69%), Gaps = 13/421 (3%)

Query  13   LMLIGTPIAFCLGVASFATVLYLGLPPL--VIF--QRLNSGMSVFSLLAIPFFIYAGDLM  68
            L++ G P++F L    F ++ +L L     + F  Q++ +G+  F+LLA+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGGIAQKIVAFAASLVGHIRGGLGQVNIVTATLFggisgsavaeaaavggLMIPQMKQR  128
              +GI+++I  FA SLVGHI G+LG+VNI+++ LF+G+SGSA+A+A+++G L I  M++ 
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGADYAVNVTSMAALIALMLPPSHNMIIYSISAGGKISIADLFTAGILPGllyaaalma  188
             Y  D+A  +T+ + +I+ ++PPS  ++IY++ +  + SI+ LF AG +PGLL   ALM 
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  tayfvaRRRGYPTEVFPGFARVGRYLLISTP--gllligiifggVRSGVFTATESSCIAV  246
             +YF+ ++RGY T  +P  +R  ++  +  +  +LL   II+GG+ SG FT+TE++ ++ 
Sbjct  186  MSYFICKKRGYMT--LPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  247  LYALAVTVFVYRQMTWQDFVQATFAAVRTTAMVLLIIGMAAAFSWLMAFLRVPAALIDWM  306
            LYAL +   VY  +T Q+F++    +V TTA+V L++   + F+W++A  ++P  L D  
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  307  NTISENPiiillllnvlmlflGTFMDMGPTIIICTPIFLPVAMAYGVDPVHFGVIMILNF  366
             TIS+NP+++LLL+N+L+LFLGTF++  + +++  P+++PVA A G+DPVHFGV+ ILN+
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  367  GIGLNTPPVGAVQFVACAVGKISVWEAMRSIWPFYLAGLIVLGLVTYVPALSLWLPAVFK  426
             IG+ TPP+G   +V   VG I+     R++ P+ ++ +IVL+LV+  P ++L LP +F 
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  427  G  427
            G
Sbjct  424  G  424

132) SinmeB_3740 in NC_017323


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  163 bits (602),  Expect = 2e-41, Method: Compositional matrix adjust.
 Identities = 170/421 (41%), Positives = 288/421 (69%), Gaps = 13/421 (3%)

Query  13   LMLIGTPIAFCLGVASFATVLYLGLPPL--VIF--QRLNSGMSVFSLLAIPFFIYAGDLM  68
            L++ G P++F L    F ++ +L L     + F  Q++ +G+  F+LLA+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGGIAQKIVAFAASLVGHIRGGLGQVNIVTATLFggisgsavaeaaavggLMIPQMKQR  128
              +GI+++I  FA SLVGHI G+LG+VNI+++ LF+G+SGSA+A+A+++G L I  M++ 
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGADYAVNVTSMAALIALMLPPSHNMIIYSISAGGKISIADLFTAGILPGllyaaalma  188
             Y  D+A  +T+ + +I+ ++PPS  ++IY++ +  + SI+ LF AG +PGLL   ALM 
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  tayfvaRRRGYPTEVFPGFARVGRYLLISTP--gllligiifggVRSGVFTATESSCIAV  246
             +YF+ ++RGY T  +P  +R  ++  +  +  +LL   II+GG+ SG FT+TE++ ++ 
Sbjct  186  MSYFICKKRGYMT--LPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  247  LYALAVTVFVYRQMTWQDFVQATFAAVRTTAMVLLIIGMAAAFSWLMAFLRVPAALIDWM  306
            LYAL +   VY  +T Q+F++    +V TTA+V L++   + F+W++A  ++P  L D  
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  307  NTISENPiiillllnvlmlflGTFMDMGPTIIICTPIFLPVAMAYGVDPVHFGVIMILNF  366
             TIS+NP+++LLL+N+L+LFLGTF++  + +++  P+++PVA A G+DPVHFGV+ ILN+
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  367  GIGLNTPPVGAVQFVACAVGKISVWEAMRSIWPFYLAGLIVLGLVTYVPALSLWLPAVFK  426
             IG+ TPP+G   +V   VG I+     R++ P+ ++ +IVL+LV+  P ++L LP +F 
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  427  G  427
            G
Sbjct  424  G  424

133) C770_GR4pD0654 in NC_019849


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  163 bits (602),  Expect = 2e-41, Method: Compositional matrix adjust.
 Identities = 170/421 (41%), Positives = 288/421 (69%), Gaps = 13/421 (3%)

Query  13   LMLIGTPIAFCLGVASFATVLYLGLPPL--VIF--QRLNSGMSVFSLLAIPFFIYAGDLM  68
            L++ G P++F L    F ++ +L L     + F  Q++ +G+  F+LLA+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGGIAQKIVAFAASLVGHIRGGLGQVNIVTATLFggisgsavaeaaavggLMIPQMKQR  128
              +GI+++I  FA SLVGHI G+LG+VNI+++ LF+G+SGSA+A+A+++G L I  M++ 
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGADYAVNVTSMAALIALMLPPSHNMIIYSISAGGKISIADLFTAGILPGllyaaalma  188
             Y  D+A  +T+ + +I+ ++PPS  ++IY++ +  + SI+ LF AG +PGLL   ALM 
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  tayfvaRRRGYPTEVFPGFARVGRYLLISTP--gllligiifggVRSGVFTATESSCIAV  246
             +YF+ ++RGY T  +P  +R  ++  +  +  +LL   II+GG+ SG FT+TE++ ++ 
Sbjct  186  MSYFICKKRGYMT--LPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  247  LYALAVTVFVYRQMTWQDFVQATFAAVRTTAMVLLIIGMAAAFSWLMAFLRVPAALIDWM  306
            LYAL +   VY  +T Q+F++    +V TTA+V L++   + F+W++A  ++P  L D  
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  307  NTISENPiiillllnvlmlflGTFMDMGPTIIICTPIFLPVAMAYGVDPVHFGVIMILNF  366
             TIS+NP+++LLL+N+L+LFLGTF++  + +++  P+++PVA A G+DPVHFGV+ ILN+
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  367  GIGLNTPPVGAVQFVACAVGKISVWEAMRSIWPFYLAGLIVLGLVTYVPALSLWLPAVFK  426
             IG+ TPP+G   +V   VG I+     R++ P+ ++ +IVL+LV+  P ++L LP +F 
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  427  G  427
            G
Sbjct  424  G  424

134) ygiK in NC_018701


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  163 bits (602),  Expect = 2e-41, Method: Compositional matrix adjust.
 Identities = 170/421 (41%), Positives = 288/421 (69%), Gaps = 13/421 (3%)

Query  13   LMLIGTPIAFCLGVASFATVLYLGLPPL--VIF--QRLNSGMSVFSLLAIPFFIYAGDLM  68
            L++ G P++F L    F ++ +L L     + F  Q++ +G+  F+LLA+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGGIAQKIVAFAASLVGHIRGGLGQVNIVTATLFggisgsavaeaaavggLMIPQMKQR  128
              +GI+++I  FA SLVGHI G+LG+VNI+++ LF+G+SGSA+A+A+++G L I  M++ 
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGADYAVNVTSMAALIALMLPPSHNMIIYSISAGGKISIADLFTAGILPGllyaaalma  188
             Y  D+A  +T+ + +I+ ++PPS  ++IY++ +  + SI+ LF AG +PGLL   ALM 
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  tayfvaRRRGYPTEVFPGFARVGRYLLISTP--gllligiifggVRSGVFTATESSCIAV  246
             +YF+ ++RGY T  +P  +R  ++  +  +  +LL   II+GG+ SG FT+TE++ ++ 
Sbjct  186  MSYFICKKRGYMT--LPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  247  LYALAVTVFVYRQMTWQDFVQATFAAVRTTAMVLLIIGMAAAFSWLMAFLRVPAALIDWM  306
            LYAL +   VY  +T Q+F++    +V TTA+V L++   + F+W++A  ++P  L D  
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  307  NTISENPiiillllnvlmlflGTFMDMGPTIIICTPIFLPVAMAYGVDPVHFGVIMILNF  366
             TIS+NP+++LLL+N+L+LFLGTF++  + +++  P+++PVA A G+DPVHFGV+ ILN+
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  367  GIGLNTPPVGAVQFVACAVGKISVWEAMRSIWPFYLAGLIVLGLVTYVPALSLWLPAVFK  426
             IG+ TPP+G   +V   VG I+     R++ P+ ++ +IVL+LV+  P ++L LP +F 
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  427  G  427
            G
Sbjct  424  G  424

135) SM11_pD0671 in NC_017326


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  163 bits (602),  Expect = 2e-41, Method: Compositional matrix adjust.
 Identities = 170/421 (41%), Positives = 288/421 (69%), Gaps = 13/421 (3%)

Query  13   LMLIGTPIAFCLGVASFATVLYLGLPPL--VIF--QRLNSGMSVFSLLAIPFFIYAGDLM  68
            L++ G P++F L    F ++ +L L     + F  Q++ +G+  F+LLA+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGGIAQKIVAFAASLVGHIRGGLGQVNIVTATLFggisgsavaeaaavggLMIPQMKQR  128
              +GI+++I  FA SLVGHI G+LG+VNI+++ LF+G+SGSA+A+A+++G L I  M++ 
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGADYAVNVTSMAALIALMLPPSHNMIIYSISAGGKISIADLFTAGILPGllyaaalma  188
             Y  D+A  +T+ + +I+ ++PPS  ++IY++ +  + SI+ LF AG +PGLL   ALM 
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  tayfvaRRRGYPTEVFPGFARVGRYLLISTP--gllligiifggVRSGVFTATESSCIAV  246
             +YF+ ++RGY T  +P  +R  ++  +  +  +LL   II+GG+ SG FT+TE++ ++ 
Sbjct  186  MSYFICKKRGYMT--LPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  247  LYALAVTVFVYRQMTWQDFVQATFAAVRTTAMVLLIIGMAAAFSWLMAFLRVPAALIDWM  306
            LYAL +   VY  +T Q+F++    +V TTA+V L++   + F+W++A  ++P  L D  
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  307  NTISENPiiillllnvlmlflGTFMDMGPTIIICTPIFLPVAMAYGVDPVHFGVIMILNF  366
             TIS+NP+++LLL+N+L+LFLGTF++  + +++  P+++PVA A G+DPVHFGV+ ILN+
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  367  GIGLNTPPVGAVQFVACAVGKISVWEAMRSIWPFYLAGLIVLGLVTYVPALSLWLPAVFK  426
             IG+ TPP+G   +V   VG I+     R++ P+ ++ +IVL+LV+  P ++L LP +F 
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  427  G  427
            G
Sbjct  424  G  424

136) SpiBuddy_1606 in NC_015152


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  162 bits (599),  Expect = 4e-41, Method: Compositional matrix adjust.
 Identities = 161/352 (46%), Positives = 266/352 (76%), Gaps = 1/352 (0%)

Query  41   GQKMVSGIDSflliaiplfilaGNLMNAGKITENIFDFAKRLVGWIPGGLGHANVVASLI  100
            +Q+M++GID+F L+A+P+F+L+G+LMN++ ITE IF+FAK LVG I G+LGH N++ASL+
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  101  FagmsgsaaadagglgTIEMQAMTTNGYDEEFSAGITAASSVIGPIFPPSIPLIIYGSVA  160
            F+GMSGSA ADAGGLG +E+++M    Y+++F++G+TAAS +IGP+ PPS+PL+IYG V+
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  161  SVSVSQLFmggvvpgllmavalmvlvFIFAVRRKYER-TAFNMRLLIKQFFASVLSIITP  219
            + S++ LF++G +PGLL  +ALMV+ +++  +R Y      + R  +K +  + LS++TP
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTP  221

Query  220  LIILSGFVFGLFTPTEASSVAVGYALVIALFVYRTLDWKTFKQCLLESAITSANTLFIIG  279
            +II++G+  G FTPTEA++V+  YAL ++  VY TL  + F + L E+  T+A   +++ 
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  280  TSMLFSYVLIKEGVSAQMADFILGISDNPnlillvinilllvlGMFMEPGAILTLMLPVL  339
               +F+ ++ +E ++  +AD++L ISDNP ++LL+IN+LLL LG F+E+ A+L L++P L
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  340  LPIVKALQIDLVHFGVVMILNLMIGQVTPPFGVCLFIIGDVSKVSLNKMYKA  391
            +P+  A+ ID VHFGV+ ILNLMIG +TPP G+ L++++ V+ ++++ + ++
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

137) HacjB3_02360 in NC_014297


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  161 bits (596),  Expect = 6e-41, Method: Compositional matrix adjust.
 Identities = 175/398 (44%), Positives = 296/398 (75%), Gaps = 6/398 (1%)

Query  6    VIGALFLGTLLVLYALGVPVGIAMGATCIVVMISPLGNGLNYSVIAQQMLYGLNSFTLLA  65
            ++G++F G L +L+A G+PVG+++    +  +I   + G+N++  AQQML G+++FTLLA
Sbjct  1    MVGSIF-GWLGLLFA-GMPVGFSLIFVALAFLILTNSTGINFA--AQQMLGGIDNFTLLA  56

Query  66   IPFYLLLGRLMNRIGMTPRIFDLANSMVGQFRGGLAHVNIVASMIFSGMSGLAVADAAGL  125
            +PF++L G+LMN  G+T RIF++A+S+VG++ G+L+HVNI+AS++FSGMSG A+ADA+GL
Sbjct  57   VPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGL  116

Query  126  GRVEYAAMRDQGYEKDISLGVTGSSAiigpiippsvpiiiYAVLAEQSigelflggiipg  185
            G++E  +MRD  Y+ D++ G+T++S IIGP++PPSVP++IY+V+++ SIG LFL+G IPG
Sbjct  117  GQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPG  176

Query  186  iligVFLMALVLLFVYVRGYET-EDSFDLGDFWTCLKEAVFpllapiliiggiVTGTFTA  244
            +L  + LM +  ++   RGY T   +    +F   LKEA ++LL+P++IIGGI +G FT+
Sbjct  177  LLCCIALMVMSYFICKKRGYMTLPKASRREQF-KSLKEAFLSLLTPVIIIGGIFSGKFTP  235

Query  245  TEAGAIAVVYTVFLGMFVYRELTLGGLFKELQYGMVETFALTFIVGIASLYGLVALQLRL  304
            TEA+A++ +Y++FLG  VY  LTL G++  L+  +  T  ++++V   +++G +  + +L
Sbjct  236  TEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQL  295

Query  305  PILMADSITAFSTDPTvvilllvglllvvgTFMETIAAITILVPIFMPILQLTGIDPIHF  364
            P ++AD + ++S +P V++LL+  LLL +GTF+E++A + +LVP+++P+    GIDP+HF
Sbjct  296  PQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHF  355

Query  365  GIVMILTLMLGLLTPPFGVILFVLEKVTDATLEETMKA  402
            G++ IL LM+G+LTPP G+ L+V+ +V D  ++   ++
Sbjct  356  GVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

138) Lcho_0415 in NC_010524


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  161 bits (596),  Expect = 6e-41, Method: Compositional matrix adjust.
 Identities = 163/399 (41%), Positives = 285/399 (72%), Gaps = 0/399 (0%)

Query  17   GLPIAYSLLLSGVALMWHLDLFDAQILAQNVINGADSFPLLAVPFFMLAGEIMNVGGLSR  76
            G+P+++SL++ ++A++   +  + ++ AQ+++ G D+F LLAVPFF+L+G++MN +G++ 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  77   RIVNLALTLVGHKRGGLGFVAIvaacllaalsgsavaDTaalaalllPMMVRAGHDKARa  136
            RI N+A +LVGH  G+LG V I+A+ L++++SGSA+AD+++L+ L +  M  A  +   A
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  137  ggliasagiiapiippsigFVIFGVAANVSISKLFLAGIVPGLLMGLSIAVTWYFVSKKE  196
            GGL A++ II+P++PPS+ +VI+GV +N SI+ LFLAG +PGLL  +++ V  YF+ KK 
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  197  NITPPPKASWAERIVALRQATWALVLPVIVIVGLKFGVFTPTEaavvaavyaLFVSTVIY  256
                 PKAS+ E++ +L++A  +L+ PVI+I G+  G FTPTEAA V+++YALF++TV+Y
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  257  GELKLHQLHEVFVSAAKTTAVIMFLVAAAMVSAWLITVADIPSKMITLLEPFMDNQTLLL  316
              L L+ + E++  + +TTAV+ ++V +  V +W+++  ++P  +   +  + DN  +LL
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  317  LAIMFLVIAVGTAMDMTPTILIMTPVLMPVIKAAGIDPVYFGVLFIMNNAIGLITPPVGT  376
            L I +L++ +GT ++  + +L++ P L+PV  A GIDPV FGV+ I+N  IG++TPP+G 
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  377  VLNVVAGVGKMKMDEVTKGVMPFMLAQFFVMFMLVFFPS  415
             L VV+ VG +  + +T+GV+P++++ F+V+ ++  FP 
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQ  413

139) SM_b20979 in NC_003078


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  159 bits (588),  Expect = 3e-40, Method: Compositional matrix adjust.
 Identities = 170/408 (42%), Positives = 286/408 (71%), Gaps = 3/408 (0%)

Query  22   PITWAMAIGAFAFFLINMDMIPLANFAQEMAEGSQSVSLLALPLFVLAGCIMNASGITRR  81
            P+  ++ + A+AF LI  +   +   AQ+M  G ++ +LLA+P+FVL+G +MN++GIT R
Sbjct  17   PVGFSLIFVALAF-LILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITER  75

Query  82   LLALADVLVGHMTGALAQMCtvlgtllggltASANADAAMLAKTLGVEMSQRGYSRafaa  141
            ++ +A  LVGH+TG+L+++  + + L++G+++SA ADA+ L++     M +  Y   FA+
Sbjct  76   IFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAG  135

Query  142  vitssaaiitslippsiGLIVYGFLAETSIGRLFAAGVIPGLVLATGLMVTTYFIARKRG  201
             +T+++ II +L+PPS+ L++YG +++TSIG LF AG IPGL+   +LMV +YFI +KRG
Sbjct  136  GLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRG  195

Query  202  YKPLRKERATRAEGVRALIDGLWALSIPVVIFAGTRYGLFTTTEAgavvvvyvlfvavfg  261
            Y  L K  A+R E  ++L +++ +L  PV+I++G   G FT TEA+AV  +Y LF++   
Sbjct  196  YMTLPK--ASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  262  yREFTFRQIPEVLAEAVRDSavvmimicaaaaFGFYLAWEQVPQAMSGWLGEATDNPllm  321
            Y  +T++ + E+L E+V  +AVV +M+ + + FG  +A+EQ+PQ +++ +   +DNPL++
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  322  lllinvlliviGTAIEGSAAliiltpmlipiiDGVGIDRVHFGVVFITNLTIAGITPPVG  381
            LLLIN+LL+ +GT IE+ A L++L P L+P+  +VGID VHFGV+ I NL I+ +TPP+G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  382  GLMYISSMVLKVPMMAYAREVLPYLAMMMVILVMLSMFPQLSLWLPNL  429
              +Y+ S V  +P  + +R VLP L  + ++L ++++FPQ++L LP+L
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

140) SM2011_b20979 in NC_020560


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  159 bits (588),  Expect = 3e-40, Method: Compositional matrix adjust.
 Identities = 170/408 (42%), Positives = 286/408 (71%), Gaps = 3/408 (0%)

Query  22   PITWAMAIGAFAFFLINMDMIPLANFAQEMAEGSQSVSLLALPLFVLAGCIMNASGITRR  81
            P+  ++ + A+AF LI  +   +   AQ+M  G ++ +LLA+P+FVL+G +MN++GIT R
Sbjct  17   PVGFSLIFVALAF-LILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITER  75

Query  82   LLALADVLVGHMTGALAQMCtvlgtllggltASANADAAMLAKTLGVEMSQRGYSRafaa  141
            ++ +A  LVGH+TG+L+++  + + L++G+++SA ADA+ L++     M +  Y   FA+
Sbjct  76   IFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAG  135

Query  142  vitssaaiitslippsiGLIVYGFLAETSIGRLFAAGVIPGLVLATGLMVTTYFIARKRG  201
             +T+++ II +L+PPS+ L++YG +++TSIG LF AG IPGL+   +LMV +YFI +KRG
Sbjct  136  GLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRG  195

Query  202  YKPLRKERATRAEGVRALIDGLWALSIPVVIFAGTRYGLFTTTEAgavvvvyvlfvavfg  261
            Y  L K  A+R E  ++L +++ +L  PV+I++G   G FT TEA+AV  +Y LF++   
Sbjct  196  YMTLPK--ASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  262  yREFTFRQIPEVLAEAVRDSavvmimicaaaaFGFYLAWEQVPQAMSGWLGEATDNPllm  321
            Y  +T++ + E+L E+V  +AVV +M+ + + FG  +A+EQ+PQ +++ +   +DNPL++
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  322  lllinvlliviGTAIEGSAAliiltpmlipiiDGVGIDRVHFGVVFITNLTIAGITPPVG  381
            LLLIN+LL+ +GT IE+ A L++L P L+P+  +VGID VHFGV+ I NL I+ +TPP+G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  382  GLMYISSMVLKVPMMAYAREVLPYLAMMMVILVMLSMFPQLSLWLPNL  429
              +Y+ S V  +P  + +R VLP L  + ++L ++++FPQ++L LP+L
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

141) Sinme_4611 in NC_015596


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  159 bits (588),  Expect = 3e-40, Method: Compositional matrix adjust.
 Identities = 170/408 (42%), Positives = 286/408 (71%), Gaps = 3/408 (0%)

Query  22   PITWAMAIGAFAFFLINMDMIPLANFAQEMAEGSQSVSLLALPLFVLAGCIMNASGITRR  81
            P+  ++ + A+AF LI  +   +   AQ+M  G ++ +LLA+P+FVL+G +MN++GIT R
Sbjct  17   PVGFSLIFVALAF-LILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITER  75

Query  82   LLALADVLVGHMTGALAQMCtvlgtllggltASANADAAMLAKTLGVEMSQRGYSRafaa  141
            ++ +A  LVGH+TG+L+++  + + L++G+++SA ADA+ L++     M +  Y   FA+
Sbjct  76   IFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAG  135

Query  142  vitssaaiitslippsiGLIVYGFLAETSIGRLFAAGVIPGLVLATGLMVTTYFIARKRG  201
             +T+++ II +L+PPS+ L++YG +++TSIG LF AG IPGL+   +LMV +YFI +KRG
Sbjct  136  GLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRG  195

Query  202  YKPLRKERATRAEGVRALIDGLWALSIPVVIFAGTRYGLFTTTEAgavvvvyvlfvavfg  261
            Y  L K  A+R E  ++L +++ +L  PV+I++G   G FT TEA+AV  +Y LF++   
Sbjct  196  YMTLPK--ASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  262  yREFTFRQIPEVLAEAVRDSavvmimicaaaaFGFYLAWEQVPQAMSGWLGEATDNPllm  321
            Y  +T++ + E+L E+V  +AVV +M+ + + FG  +A+EQ+PQ +++ +   +DNPL++
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  322  lllinvlliviGTAIEGSAAliiltpmlipiiDGVGIDRVHFGVVFITNLTIAGITPPVG  381
            LLLIN+LL+ +GT IE+ A L++L P L+P+  +VGID VHFGV+ I NL I+ +TPP+G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  382  GLMYISSMVLKVPMMAYAREVLPYLAMMMVILVMLSMFPQLSLWLPNL  429
              +Y+ S V  +P  + +R VLP L  + ++L ++++FPQ++L LP+L
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

142) SinmeB_3568 in NC_017323


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  159 bits (588),  Expect = 3e-40, Method: Compositional matrix adjust.
 Identities = 170/408 (42%), Positives = 286/408 (71%), Gaps = 3/408 (0%)

Query  22   PITWAMAIGAFAFFLINMDMIPLANFAQEMAEGSQSVSLLALPLFVLAGCIMNASGITRR  81
            P+  ++ + A+AF LI  +   +   AQ+M  G ++ +LLA+P+FVL+G +MN++GIT R
Sbjct  17   PVGFSLIFVALAF-LILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITER  75

Query  82   LLALADVLVGHMTGALAQMCtvlgtllggltASANADAAMLAKTLGVEMSQRGYSRafaa  141
            ++ +A  LVGH+TG+L+++  + + L++G+++SA ADA+ L++     M +  Y   FA+
Sbjct  76   IFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAG  135

Query  142  vitssaaiitslippsiGLIVYGFLAETSIGRLFAAGVIPGLVLATGLMVTTYFIARKRG  201
             +T+++ II +L+PPS+ L++YG +++TSIG LF AG IPGL+   +LMV +YFI +KRG
Sbjct  136  GLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRG  195

Query  202  YKPLRKERATRAEGVRALIDGLWALSIPVVIFAGTRYGLFTTTEAgavvvvyvlfvavfg  261
            Y  L K  A+R E  ++L +++ +L  PV+I++G   G FT TEA+AV  +Y LF++   
Sbjct  196  YMTLPK--ASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  262  yREFTFRQIPEVLAEAVRDSavvmimicaaaaFGFYLAWEQVPQAMSGWLGEATDNPllm  321
            Y  +T++ + E+L E+V  +AVV +M+ + + FG  +A+EQ+PQ +++ +   +DNPL++
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  322  lllinvlliviGTAIEGSAAliiltpmlipiiDGVGIDRVHFGVVFITNLTIAGITPPVG  381
            LLLIN+LL+ +GT IE+ A L++L P L+P+  +VGID VHFGV+ I NL I+ +TPP+G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  382  GLMYISSMVLKVPMMAYAREVLPYLAMMMVILVMLSMFPQLSLWLPNL  429
              +Y+ S V  +P  + +R VLP L  + ++L ++++FPQ++L LP+L
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

143) C770_GR4pD0483 in NC_019849


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  159 bits (588),  Expect = 3e-40, Method: Compositional matrix adjust.
 Identities = 170/408 (42%), Positives = 286/408 (71%), Gaps = 3/408 (0%)

Query  22   PITWAMAIGAFAFFLINMDMIPLANFAQEMAEGSQSVSLLALPLFVLAGCIMNASGITRR  81
            P+  ++ + A+AF LI  +   +   AQ+M  G ++ +LLA+P+FVL+G +MN++GIT R
Sbjct  17   PVGFSLIFVALAF-LILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITER  75

Query  82   LLALADVLVGHMTGALAQMCtvlgtllggltASANADAAMLAKTLGVEMSQRGYSRafaa  141
            ++ +A  LVGH+TG+L+++  + + L++G+++SA ADA+ L++     M +  Y   FA+
Sbjct  76   IFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAG  135

Query  142  vitssaaiitslippsiGLIVYGFLAETSIGRLFAAGVIPGLVLATGLMVTTYFIARKRG  201
             +T+++ II +L+PPS+ L++YG +++TSIG LF AG IPGL+   +LMV +YFI +KRG
Sbjct  136  GLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRG  195

Query  202  YKPLRKERATRAEGVRALIDGLWALSIPVVIFAGTRYGLFTTTEAgavvvvyvlfvavfg  261
            Y  L K  A+R E  ++L +++ +L  PV+I++G   G FT TEA+AV  +Y LF++   
Sbjct  196  YMTLPK--ASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  262  yREFTFRQIPEVLAEAVRDSavvmimicaaaaFGFYLAWEQVPQAMSGWLGEATDNPllm  321
            Y  +T++ + E+L E+V  +AVV +M+ + + FG  +A+EQ+PQ +++ +   +DNPL++
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  322  lllinvlliviGTAIEGSAAliiltpmlipiiDGVGIDRVHFGVVFITNLTIAGITPPVG  381
            LLLIN+LL+ +GT IE+ A L++L P L+P+  +VGID VHFGV+ I NL I+ +TPP+G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  382  GLMYISSMVLKVPMMAYAREVLPYLAMMMVILVMLSMFPQLSLWLPNL  429
              +Y+ S V  +P  + +R VLP L  + ++L ++++FPQ++L LP+L
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

144) BN406_05566 in NC_018701


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  159 bits (588),  Expect = 3e-40, Method: Compositional matrix adjust.
 Identities = 170/408 (42%), Positives = 286/408 (71%), Gaps = 3/408 (0%)

Query  22   PITWAMAIGAFAFFLINMDMIPLANFAQEMAEGSQSVSLLALPLFVLAGCIMNASGITRR  81
            P+  ++ + A+AF LI  +   +   AQ+M  G ++ +LLA+P+FVL+G +MN++GIT R
Sbjct  17   PVGFSLIFVALAF-LILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITER  75

Query  82   LLALADVLVGHMTGALAQMCtvlgtllggltASANADAAMLAKTLGVEMSQRGYSRafaa  141
            ++ +A  LVGH+TG+L+++  + + L++G+++SA ADA+ L++     M +  Y   FA+
Sbjct  76   IFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAG  135

Query  142  vitssaaiitslippsiGLIVYGFLAETSIGRLFAAGVIPGLVLATGLMVTTYFIARKRG  201
             +T+++ II +L+PPS+ L++YG +++TSIG LF AG IPGL+   +LMV +YFI +KRG
Sbjct  136  GLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRG  195

Query  202  YKPLRKERATRAEGVRALIDGLWALSIPVVIFAGTRYGLFTTTEAgavvvvyvlfvavfg  261
            Y  L K  A+R E  ++L +++ +L  PV+I++G   G FT TEA+AV  +Y LF++   
Sbjct  196  YMTLPK--ASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  262  yREFTFRQIPEVLAEAVRDSavvmimicaaaaFGFYLAWEQVPQAMSGWLGEATDNPllm  321
            Y  +T++ + E+L E+V  +AVV +M+ + + FG  +A+EQ+PQ +++ +   +DNPL++
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  322  lllinvlliviGTAIEGSAAliiltpmlipiiDGVGIDRVHFGVVFITNLTIAGITPPVG  381
            LLLIN+LL+ +GT IE+ A L++L P L+P+  +VGID VHFGV+ I NL I+ +TPP+G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  382  GLMYISSMVLKVPMMAYAREVLPYLAMMMVILVMLSMFPQLSLWLPNL  429
              +Y+ S V  +P  + +R VLP L  + ++L ++++FPQ++L LP+L
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

145) SM11_pD0494 in NC_017326


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  159 bits (588),  Expect = 3e-40, Method: Compositional matrix adjust.
 Identities = 170/408 (42%), Positives = 286/408 (71%), Gaps = 3/408 (0%)

Query  22   PITWAMAIGAFAFFLINMDMIPLANFAQEMAEGSQSVSLLALPLFVLAGCIMNASGITRR  81
            P+  ++ + A+AF LI  +   +   AQ+M  G ++ +LLA+P+FVL+G +MN++GIT R
Sbjct  17   PVGFSLIFVALAF-LILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITER  75

Query  82   LLALADVLVGHMTGALAQMCtvlgtllggltASANADAAMLAKTLGVEMSQRGYSRafaa  141
            ++ +A  LVGH+TG+L+++  + + L++G+++SA ADA+ L++     M +  Y   FA+
Sbjct  76   IFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAG  135

Query  142  vitssaaiitslippsiGLIVYGFLAETSIGRLFAAGVIPGLVLATGLMVTTYFIARKRG  201
             +T+++ II +L+PPS+ L++YG +++TSIG LF AG IPGL+   +LMV +YFI +KRG
Sbjct  136  GLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRG  195

Query  202  YKPLRKERATRAEGVRALIDGLWALSIPVVIFAGTRYGLFTTTEAgavvvvyvlfvavfg  261
            Y  L K  A+R E  ++L +++ +L  PV+I++G   G FT TEA+AV  +Y LF++   
Sbjct  196  YMTLPK--ASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  262  yREFTFRQIPEVLAEAVRDSavvmimicaaaaFGFYLAWEQVPQAMSGWLGEATDNPllm  321
            Y  +T++ + E+L E+V  +AVV +M+ + + FG  +A+EQ+PQ +++ +   +DNPL++
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  322  lllinvlliviGTAIEGSAAliiltpmlipiiDGVGIDRVHFGVVFITNLTIAGITPPVG  381
            LLLIN+LL+ +GT IE+ A L++L P L+P+  +VGID VHFGV+ I NL I+ +TPP+G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  382  GLMYISSMVLKVPMMAYAREVLPYLAMMMVILVMLSMFPQLSLWLPNL  429
              +Y+ S V  +P  + +R VLP L  + ++L ++++FPQ++L LP+L
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

146) ABC0299 in NC_006582


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  159 bits (588),  Expect = 3e-40, Method: Compositional matrix adjust.
 Identities = 159/395 (41%), Positives = 291/395 (74%), Gaps = 4/395 (1%)

Query  36   FLIAPFDVAIFTSAQKMVTGIDSFTLLAVPFFLLTGIIMNQGGIALRLVNVAKLFTGKLP  95
            FLI     +I  +AQ+M+ GID+FTLLAVPFF+LTG +MN +GI+ R+ N AK + G + 
Sbjct  29   FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHIT  88

Query  96   GSLAHTNIVGNMLFgsiagssvasaaaigKV-MNPLQEKEGYDRKFSAAVNIASAPTGLI  154
            GSL+H NI++++LF++++GS++A A+++G++ ++++++   Y+  F++++  AS   G +
Sbjct  89   GSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK-YHDDFAGGLTAASCIIGPL  147

Query  155  IPPTGLFIIYSLVSGGTSVAALFLAGYLPGILWGLATLVVAFFIAKKKGYTTSSATKVES  214
            +PP+  ++IY++VS  TS++ALFLAG +PG+L  +A +V+++FI KK+GY T + +    
Sbjct  148  VPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRRE  206

Query  215  PLKVIWEAIPSLFLViiiiggiiggLFTATEASAVAIVYALLL-SFAYKSLTLRQLPGIF  273
             +K + EA+ SL+  +IIIGGI++G FT+TEA+AV+ +YAL+L +  Y++LTL+ +  I+
Sbjct  207  QFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEIL  266

Query  274  KEAVELTVVIMFLIGTSAMLSLVMSFTGIPSAISSAILALTDNPililllinvillligi  333
            KE+V+ T V+ +++   ++++ +++   +P  ++  +L+++DNP+++LLLIN++LL++G 
Sbjct  267  KETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGT  326

Query  334  VMDVTPAILIFTPIFLPVVMEFGMDPVHFGVILIVNLCIGNITPPGGSALFVGSTIGKVK  393
             ++  + +L++ P+++PV    G+DPVHFGV+ I+NL IG +TPP G AL+V S +G + 
Sbjct  327  FIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIP  386

Query  394  IEEVIRPLLPFYGAVIVVLMLVTMFPFLSTWLPTL  428
            ++ + R +LP+  ++++VL LV++FP ++  LP L
Sbjct  387  FHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

147) FB2170_09081 in NC_014472


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  159 bits (588),  Expect = 3e-40, Method: Compositional matrix adjust.
 Identities = 156/385 (41%), Positives = 273/385 (71%), Gaps = 9/385 (2%)

Query  52   QRMTTGIDNFALLAIPFFILAGELMNRGGIAKRLIEFAKSLIGSLPGGLAYVNIIAAMLF  111
            Q+M  GIDNF+LLA+PFF+L+G+LMN +GI+ R+++FAKSL+G + G+L+ VNI+A++LF
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  112  gaisgsaiaaasaigsTLTDKMEKEGYPREFSAAVNISSSTTGLLIPPSNVLIIFALASG  171
            +++SGSA+A A+++G      M    Y  +F++++  +S   G L+PPS  L+I+++ S 
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS-  161

Query  172  GTASVAALFIAGYIPGILVGLAIMTVVYVYAKQKN---LPRAERVRLKKLFLDFKNAFLS  228
              +S++ALF+AG IPG+L  +A+M + Y   K++    LP+A R   +  F  +K+AFLS
Sbjct  162  -NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---REQFKSLKEAFLS  217

Query  229  LTLLvivvggivagiftateaaaiavvyaMLLG-FLNKELKFSDFKPVLLKSARTTAIVM  287
            L   VI++GGI +G FT+TEAAA++ +YA++LG  + + L + +F  +L  +  TTA+V 
Sbjct  218  LLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVA  277

Query  288  FLIATSMAMSWLFSFEGIPQMLTSVLVDSVKNPFivlllinitllivGTFMDMTPAVLIF  347
            +++      +W+ + E +PQML+  ++    NP+++LLLIN+ LL++GTF++  + +L++
Sbjct  278  LMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLL  337

Query  348  TPIFLPVTMAMGMHPVQFGMIIVLNLCIGVCTPPVGTLLFVGSGVAKVPVTKVIKPLLPL  407
             P+++PV+ A+G++PV+FG++ +LNL IG+ TPP+G  L+V S V+ +P   + + +LPL
Sbjct  338  VPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPL  397

Query  408  LGAMVAILFLITYFSEISLWLPRFF  432
            L ++  +L L++ F++++L LP +F
Sbjct  398  LVPLFIVLALVAVFPQFTLLLPELF  422

148) Dde_1550 in NC_007519


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  158 bits (584),  Expect = 5e-40, Method: Compositional matrix adjust.
 Identities = 162/400 (41%), Positives = 287/400 (72%), Gaps = 4/400 (1%)

Query  30   GFAYIGESGQLRLMVQQFYGGMEPFSLLAIPYFILVGELMGCAGLTSRLLRFAEALVGHL  89
            +F  + +S  + +  QQ  GG++ F+LLA+P+F+L G+LM  AG+T R++ FA +LVGH+
Sbjct  28   AFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHI  87

Query  90   KGGLGYVTVVASIIFagvngsaaadasavgsIMIPAMKKGGYPDSYAAGLTAgssligpi  149
             G+LG V ++AS++F+G++GSA ADA+++G + I +M+ + Y D +A+GLTA+S +IGP+
Sbjct  88   TGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPL  147

Query  150  ippsiFMILFGAMTKTNVGGLFMAGVVPGLLLGVAFMVMHRISAARLNLPTVNTAFSMPD  209
            +PPS+ ++++G +++T++G+LF+AG +PGLL  +A+MVM  +   +    T+  A S  +
Sbjct  148  VPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKA-SRRE  206

Query  210  LWRATggamaaliapgiiiggilfgfmTPTESGAIASLYVVIVGFVWTRQLTVKGVLLAL  269
              ++   A  +L++P IIIGGI+ G  TPTE++A++SLY +++G V    LT++G +  L
Sbjct  207  QFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEIL  266

Query  270  SNTVRLTSVIFVVIGAATIVGWILSAEKVPQSMAPVIMSYASSPEQvlllislivfvvGM  329
             +TV  T+V+ +++ + T+ GWI++ E++PQ +A  +++ + +P  +LLLI+L+++ +G 
Sbjct  267  KETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGT  326

Query  330  FMEEIAALVLLTPVFAPLAVAAGIDPYHFGIVMTLNITIALITPPMGACVYIVSSVGNVS  389
            F+E +A L+LL P + P+A A GIDP HFG++  LN+ I+++TPPMG  +Y+VS VG+++
Sbjct  327  FIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIP  386

Query  390  LEKMFRHIWPFVLVALACQLLLIFV-PGISVWLPHM-LGY  427
            ++ + R + P +LV+L   L L+ V P +++ LP++ LGY
Sbjct  387  FHTLTRGVLP-LLVPLFIVLALVAVFPQFTLLLPELFLGY  425

149) Mesop_1216 in NC_015675


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  158 bits (583),  Expect = 6e-40, Method: Compositional matrix adjust.
 Identities = 160/382 (42%), Positives = 271/382 (71%), Gaps = 2/382 (0%)

Query  44   QRLNSGVSVFSLMAIPFFIFAGDLMVRGGIAARLVALAGSLVGHLRGGLGQVNIAASTMF  103
            Q++ +G+  F+L+A+PFF+++G+LM  +GI+ R+  +A SLVGH+ G+LG+VNI AS +F
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  104  ggisgsavadasavggLMIPQMKARGYGIDYAVNITSVGAIIALLIPPSHNMIIYSISAG  163
            +G+SGSA+ADA+++G L I  M+   Y  D+A  +T+ + II+ L+PPS  ++IY++ + 
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS-  161

Query  164  GRISIADLFTAGVIPGLLLALSLMVTAYWVASRRGYPTEPFAGFGRALQLLVTAipglvl  223
               SI+ LF AG IPGLL  ++LMV +Y +  +RGY T P A+    ++ L  A+ +L+ 
Sbjct  162  -NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLT  220

Query  224  igiifggvRSGIFTATESSCIAIVYAFLVTLIIYRSMSWNDFvaatsaavrttamvLMII  283
              II+GG+ SG FT+TE++ ++ +YA+++  ++Y +++ ++F+     +V TTA+V +++
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  284  GCAAAFGWLLAYLRVPAALVAFLQSVSDNKlvilllinvvllilGTFMDMSpliiittpi  343
               + FGW++A  ++P  L  ++ ++SDN LV+LLLIN++LL+LGTF++  +L+++  P+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  344  flpVVMAYGVDPVHFgvililnlgiglCTPPVGAVLFVSCAIGRIPIWTAMRSIWPFYGA  403
            ++PV  A G+DPVHFGV+ ILNL IG+ TPP+G  L+V   +G IP+ T  R++ P+  +
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVP  400

Query  404  AFAVLMLVTYIPEISLWLPSLF  425
             F VL LV+ +P+++L LP LF
Sbjct  401  LFIVLALVAVFPQFTLLLPELF  422

150) A458_09790 in NC_018028


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  158 bits (582),  Expect = 7e-40, Method: Compositional matrix adjust.
 Identities = 163/405 (41%), Positives = 285/405 (71%), Gaps = 0/405 (0%)

Query  11   LGFMTLGMPIAFALLLTGSVLMWYLDFWDVQLLAQNLQAGADSFPLLAVPFFILAGELMN  70
            LG++  GMP++F+L++ +  ++   +  ++++ AQ++ +G D+F LLAVPFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISRRIIAMAQAYFGHKRGGLGYVAIAASVLLASMSGSaladtaalatlllPMMRERG  130
            ++GI+ RI+  A++  GH  G+LG V I AS+L+++MSGSALAD+++L+ L +  MR+  
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YPlssssglvaaggiiapiippSMPFVIYGVVTGTSISQLFLAGMVPGLIMGMGLIVAWT  190
            Y    ++GL AA+ II+P++PPS+P+VIYGVV+ TSI+ LFLAG +PGL+  ++L+V   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  LIARRIDEPKQEKASAAERRRVLVDGAAALMLPVIIVGGLRGGLFTPTEaavvaavyala  250
            +I ++ +     KAS  E+ + L ++  +L+ PVII+GG+ +G FTPTEAA V+++YAL 
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  vSTLLYRELNWAGLVEVLTRASRTTASVMFLCAAATVSAYMITLAQLPDEIAAMLGPLAQ  310
            ++T++Y  L   G++E+L  +  TTA V ++  + TV + +++  QLP+ +A  +  +++
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  DPKllmvaimllmiavGMVLDLTPTILILGPVLAPIAIKAGIDPVYFGVMFVLIGSIGLI  370
            +P +L++ I LL++ +G  ++  + +L+L P L P+A   GIDPV FGVM +L   IG++
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVVGGIGRLRMETLVRGVMPFFLIYLVIVGLLIAVPS  415
            TPP+G  L VV+ +G +  +TL RGV+P+++  +++++L+   P 
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQ  413

151) Psest_2124 in NC_019936


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  158 bits (582),  Expect = 7e-40, Method: Compositional matrix adjust.
 Identities = 163/405 (41%), Positives = 285/405 (71%), Gaps = 0/405 (0%)

Query  11   LGFMTLGMPIAFALLLTGSVLMWYLDFWDVQLLAQNLQAGADSFPLLAVPFFILAGELMN  70
            LG++  GMP++F+L++ +  ++   +  ++++ AQ++ +G D+F LLAVPFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISRRIIAMAQAYFGHKRGGLGYVAIAASVLLASMSGSaladtaalatlllPMMRERG  130
            ++GI+ RI+  A++  GH  G+LG V I AS+L+++MSGSALAD+++L+ L +  MR+  
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YPlssssglvaaggiiapiippSMPFVIYGVVTGTSISQLFLAGMVPGLIMGMGLIVAWT  190
            Y    ++GL AA+ II+P++PPS+P+VIYGVV+ TSI+ LFLAG +PGL+  ++L+V   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  LIARRIDEPKQEKASAAERRRVLVDGAAALMLPVIIVGGLRGGLFTPTEaavvaavyala  250
            +I ++ +     KAS  E+ + L ++  +L+ PVII+GG+ +G FTPTEAA V+++YAL 
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  vSTLLYRELNWAGLVEVLTRASRTTASVMFLCAAATVSAYMITLAQLPDEIAAMLGPLAQ  310
            ++T++Y  L   G++E+L  +  TTA V ++  + TV + +++  QLP+ +A  +  +++
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  DPKllmvaimllmiavGMVLDLTPTILILGPVLAPIAIKAGIDPVYFGVMFVLIGSIGLI  370
            +P +L++ I LL++ +G  ++  + +L+L P L P+A   GIDPV FGVM +L   IG++
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVVGGIGRLRMETLVRGVMPFFLIYLVIVGLLIAVPS  415
            TPP+G  L VV+ +G +  +TL RGV+P+++  +++++L+   P 
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQ  413

152) SL003B_3184 in NC_015259


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  158 bits (582),  Expect = 9e-40, Method: Compositional matrix adjust.
 Identities = 163/393 (42%), Positives = 291/393 (75%), Gaps = 3/393 (0%)

Query  38   GQDIALAGEQILQGLYESFVLLAVPLFIVAANIMNAGSISERLLRFCVAAVGRFRGGLGH  97
            + +I +A++Q+L G+ ++F LLAVP+F++++++MN+++I+ER++ F  + VG++ G+LGH
Sbjct  35   STGINFAAQQMLGGI-DNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGH  93

Query  98   VNVVASLIFSGMSGSAVADAAGIGKIVIGMMTRSGQYSHGYaaaitaasatigpiippsi  157
            VN++ASL+FSGMSGSA+ADA+G+G++ I  M R ++Y +++A+++TAAS  IGP++PPS+
Sbjct  94   VNIMASLLFSGMSGSALADAGGLGQLEIKSM-RDAKYHDDFAGGLTAASCIIGPLVPPSV  152

Query  158  pMVLYALVSNSSIGYLFLGGIVPGLIMGGVLMVMNAYLSARRGFALEQPVPLRDLPGHTV  217
            P+V+Y++VSN+SIG LFL+G +PGL+    LMVM+ ++  +RG+      + R+      
Sbjct  153  PLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLK  212

Query  218  NAFPALLMPAILLYGIYGGVTTPTEaaavaaayalllagafyralTFATLYQIMVDSARS  277
            +AF +LL P I++ GI++G  TPTEAAAV++ YAL+L+   Y +LT+  + +I+ ++  +
Sbjct  213  EAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNT  272

Query  278  SAAVGLVIGGALILNYIVASENIPNTLAGTLVGLDVSPltfllavnlvllvlgcvlDATT  337
            +A V+L++ G  ++  IVA E++P+ LA+ ++ +  +PL +LL +NL+LL LG  +++ +
Sbjct  273  TAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLA  332

Query  338  IILVIIPLFLPTCRELGIDMVHFGVVAIVNCMIGLITPPYGILLFVINAVTQIPLREIIG  397
            ++L+++P+++P    +GID VHFGV+AI+N MIG++TPP G+ L+V++ V +IP++ +  
Sbjct  333  LLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTR  392

Query  398  EIWAFlgvlvlallvlilFPGVVLWLPRMF-GY  429
             + ++L  L + L ++ +FP   L LP +F GY
Sbjct  393  GVLPLLVPLFIVLALVAVFPQFTLLLPELFLGY  425

153) PSJM300_09355 in NC_018177


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  157 bits (580),  Expect = 1e-39, Method: Compositional matrix adjust.
 Identities = 159/382 (42%), Positives = 271/382 (71%), Gaps = 0/382 (0%)

Query  17   GMPIAFALILTGAVLMWYLDFWDVQLLAQNLQAGADSFPLLAVPFFILAGELMNAGGISR  76
            GMP++F+LI+ +  ++   +  ++++ AQ++ +G D+F LLAVPFF+L+G+LMN++GI+ 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  77   RIINMAQAYFGHKRGGLGYVAIAASVLLASMSGSaladtaalatlllPMMRERGYPlsss  136
            RI+N A++  GH  G+LG V I AS+L+++MSGSALAD+++L+ L +  MR+  Y    +
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  137  sglvaaggiiapiippSMPFVIYGVVTNTSISQLFLAGMVPGLIMGVGLVIAWTMIARNI  196
            +GL AA+ II+P++PPS+P+VIYGVV+NTSI+ LFLAG +PGL+  ++L++    I ++ 
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  197  DEPRQEKATGAERRKALVDGAAALMLPVIIVGGLRGGLFTPTEaavvaavyalavSTLLY  256
            +     KA+  E+ K+L ++  +L+ PVII+GG+ +G FTPTEAA V+++YAL ++T++Y
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  257  RELNWRGLVEVLTQASRTTASVMFLCAAAIVSAYMITLAQLPGEIAAMLGPLAENPRllm  316
              L  +G++E+L ++  TTA V ++  +  V + +++  QLP  +A  +  +++NP +L+
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  317  vaimllmiavGMVLDLTPTILILGPVLAPIAIKAGIDPVYFGVMFVLIGSVGLITPPVGT  376
            + I LL++ +G  ++  + +L+L P L P+A   GIDPV FGVM +L   +G++TPP+G 
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  377  VLNVVGGIGRLRMEVLVRGVMP  398
             L VV+ +G +  + L RGV+P
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLP  396

154) siaT in NC_018268


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  157 bits (578),  Expect = 2e-39, Method: Compositional matrix adjust.
 Identities = 154/364 (43%), Positives = 267/364 (74%), Gaps = 6/364 (1%)

Query  38   QTGIPLTALLQRAVATADSFTLMAIPMFIFVGLLMTTGPMAMRLLNFAKALVGHLTGGLA  97
             TGI ++A  Q+ ++  D+FTL+A+P F++ G LM ++ ++ R++NFAK+LVGH+TG+L+
Sbjct  35   STGINFAA--QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLG  92

Query  98   QVNVaasmlfsgmsgsssadaaglgaVEIRLMKQAGYTPRFAAAVTGASACIGPLIPPSI  157
            +VN+ AS+LFSGMSGS+ ADA+GLG +EI+ M++A Y   FA+++T+AS  IGPL+PPS+
Sbjct  93   HVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSV  152

Query  158  PFIIYGAMAQVSVGRlflagavpgvllglvfMLIVRIMAKQHA-SEKSKFRFSELWKAAM  216
            P++IYG +++ S+G LFLAGA+PG+L  + +M++  ++ K+++    +K    E  K+  
Sbjct  153  PLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLK  212

Query  217  GAIPELMMPVILMGGLLSGFFTPTEASGVAVAYGLILIAIR-RELTKEELIGVVRDTVKY  275
             A+  L+ PVI++GG++SG FTPTEA++V+  Y+L+L ++    LT + +I ++++TV+ 
Sbjct  213  EAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNT  272

Query  276  TGIFMFIVMMASAFSWILIREQVGGIIFD--LGEDSQYWVAMLAILAGVLIIGCFMETIS  333
            T++  ++VM  + F+WI+ REQ+  ++ D  L    +  V +L I   +L++G F+E+++
Sbjct  273  TAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLA  332

Query  334  alalivpilaplTVLLGIDPVHLGVIVIFGLQVGLITPPIGMAMYIVSAIAEIRIYDFVR  393
             L L+VP+L P++  +GIDPVH+GV+ I+ L +G++TPP+GMA+Y+VS +++I +  + R
Sbjct  333  LLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTR  392

Query  394  TVMP  397
             V+P
Sbjct  393  GVLP  396

155) PST_2200 in NC_009434


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  156 bits (576),  Expect = 2e-39, Method: Compositional matrix adjust.
 Identities = 163/405 (41%), Positives = 285/405 (71%), Gaps = 0/405 (0%)

Query  11   LGFMTLGMPIAFALLLTGSVLMWYLDFWDVQLLAQNLQAGADSFPLLAVPFFILAGELMN  70
            LG++  GMP++F+L++ +  ++   +  ++++ AQ++ +G D+F LLAVPFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISRRIIAMAQAYFGHKRGGLGYVAIAASVLLASMSGSaladtaalatlllPMMRERG  130
            ++GI+ RI+  A++  GH  G+LG V I AS+L+++MSGSALAD+++L+ L +  MR+  
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YPlssssglvaaggiiapiippSMPFVIYGVVTGTSISQLFLAGMVPGLIMGMGLIVAWT  190
            Y    ++GL AA+ II+P++PPS+P+VIYGVV+ TSI+ LFLAG +PGL+  ++L+V   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  LIARRIDEPKQEKASGAVRRRVLVDGAAALMLPVIIVGGLRGGLFTPTEaavvaavyala  250
            +I ++ +     KAS   + + L ++  +L+ PVII+GG+ +G FTPTEAA V+++YAL 
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  vSTLLYRELTWAGLVEVLTRASRTTASVMFLCAAATVSAYMITLAQLPDEIAAMLGPLAQ  310
            ++T++Y  LT  G++E+L  +  TTA V ++  + TV + +++  QLP+ +A  +  +++
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  DPKllmvaimllmiavGMVLDLTPTILILGPVLAPIAIKAGIDPVYFGVMFVLIGSIGLI  370
            +P +L++ I LL++ +G  ++  + +L+L P L P+A   GIDPV FGVM +L   IG++
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVVGGIGRLRMETLVRGVMPFFLVYLVIVGLLIAVPS  415
            TPP+G  L VV+ +G +  +TL RGV+P+++  +++++L+   P 
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQ  413

156) PSTAB_2086 in NC_015740


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  156 bits (576),  Expect = 2e-39, Method: Compositional matrix adjust.
 Identities = 163/405 (41%), Positives = 285/405 (71%), Gaps = 0/405 (0%)

Query  11   LGFMTLGMPIAFALLLTGSVLMWYLDFWDVQLLAQNLQAGADSFPLLAVPFFILAGELMN  70
            LG++  GMP++F+L++ +  ++   +  ++++ AQ++ +G D+F LLAVPFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISRRIIAMAQAYFGHKRGGLGYVAIAASVLLASMSGSaladtaalatlllPMMRERG  130
            ++GI+ RI+  A++  GH  G+LG V I AS+L+++MSGSALAD+++L+ L +  MR+  
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YPlssssglvaaggiiapiippSMPFVIYGVVTGTSISQLFLAGMVPGLIMGMGLIVAWT  190
            Y    ++GL AA+ II+P++PPS+P+VIYGVV+ TSI+ LFLAG +PGL+  ++L+V   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  LIARRIDEPKQEKASGAVRRRVLVDGAAALMLPVIIVGGLRGGLFTPTEaavvaavyala  250
            +I ++ +     KAS   + + L ++  +L+ PVII+GG+ +G FTPTEAA V+++YAL 
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  vSTLLYRELTWAGLVEVLTRASRTTASVMFLCAAATVSAYMITLAQLPDEIAAMLGPLAQ  310
            ++T++Y  LT  G++E+L  +  TTA V ++  + TV + +++  QLP+ +A  +  +++
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  DPKllmvaimllmiavGMVLDLTPTILILGPVLAPIAIKAGIDPVYFGVMFVLIGSIGLI  370
            +P +L++ I LL++ +G  ++  + +L+L P L P+A   GIDPV FGVM +L   IG++
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVVGGIGRLRMETLVRGVMPFFLVYLVIVGLLIAVPS  415
            TPP+G  L VV+ +G +  +TL RGV+P+++  +++++L+   P 
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQ  413

157) PSTAA_2230 in NC_017532


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  156 bits (576),  Expect = 2e-39, Method: Compositional matrix adjust.
 Identities = 163/405 (41%), Positives = 285/405 (71%), Gaps = 0/405 (0%)

Query  11   LGFMTLGMPIAFALLLTGSVLMWYLDFWDVQLLAQNLQAGADSFPLLAVPFFILAGELMN  70
            LG++  GMP++F+L++ +  ++   +  ++++ AQ++ +G D+F LLAVPFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISRRIIAMAQAYFGHKRGGLGYVAIAASVLLASMSGSaladtaalatlllPMMRERG  130
            ++GI+ RI+  A++  GH  G+LG V I AS+L+++MSGSALAD+++L+ L +  MR+  
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YPlssssglvaaggiiapiippSMPFVIYGVVTGTSISQLFLAGMVPGLIMGMGLIVAWT  190
            Y    ++GL AA+ II+P++PPS+P+VIYGVV+ TSI+ LFLAG +PGL+  ++L+V   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  LIARRIDEPKQEKASGAVRRRVLVDGAAALMLPVIIVGGLRGGLFTPTEaavvaavyala  250
            +I ++ +     KAS   + + L ++  +L+ PVII+GG+ +G FTPTEAA V+++YAL 
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  vSTLLYRELTWAGLVEVLTRASRTTASVMFLCAAATVSAYMITLAQLPDEIAAMLGPLAQ  310
            ++T++Y  LT  G++E+L  +  TTA V ++  + TV + +++  QLP+ +A  +  +++
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  DPKllmvaimllmiavGMVLDLTPTILILGPVLAPIAIKAGIDPVYFGVMFVLIGSIGLI  370
            +P +L++ I LL++ +G  ++  + +L+L P L P+A   GIDPV FGVM +L   IG++
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVVGGIGRLRMETLVRGVMPFFLVYLVIVGLLIAVPS  415
            TPP+G  L VV+ +G +  +TL RGV+P+++  +++++L+   P 
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQ  413

158) SY1_06210 in NC_021038


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  155 bits (573),  Expect = 4e-39, Method: Compositional matrix adjust.
 Identities = 177/420 (43%), Positives = 292/420 (70%), Gaps = 5/420 (1%)

Query  12   LVLLFANVPVFASVVGACIAYFVSAPDTGFTAMMATQRIISGMQSVTMLAIPFFVATGVL  71
            L LLFA +PV  S++   +A+++ +  TG+    A+Q++++G+++ T+LA+PFFV TG L
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGIN--FAAQQMLGGIDNFTLLAVPFFVLTGHL  66

Query  72   MNYCGITGRMLQFCKVLTQHMYGGLGQVNItlstlmggmsgssladaamEAQLLVPEMRK  131
            MN  GIT R+++F K L  H+ G+LG+VNI  S L +GMSGS+LADA+  +QL +  MR 
Sbjct  67   MNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRD  126

Query  132  AGYSNGFasaitaassmitPLIPPGIAAiiygsitgtsigRLFVAGILPAAVLCAAMMII  191
            A Y ++FA+++TAAS +I PL+PP+++ +IYG ++ TSIG LF+AG +P+ + C A+M++
Sbjct  127  AKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVM  186

Query  192  VSRFSRKNGIPRLSERRATIYELWEAFKPAFLPLCLPiiiiggirmgiFTPTEAGSIAIF  251
               + +K G   L+  +A+  E   ++K AFL+L  P+IIIGGI  G FTPTEA++++ +
Sbjct  187  SYFICKKRGYMTLP--KASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSL  244

Query  252  YALLLG-ILYQEIRLDNILTCIKETVATTASIMLIVGAATCFSWILTWENIPQTMTAELI  310
            YAL+LG ++Y+ + L+ ++  +KETV TTA + L+V + T F+WI+++E++PQ ++  ++
Sbjct  245  YALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFL  304

Query  311  ALCHNKYvfllavnvfllavGMFVEATAAQIvlapmlapvavaFGIDPVHFGMIFIFNMA  370
            ++ +N  V+LL +N++LL +G F+E+ A  ++L P L PVA A GIDPVHFG++ I+N+ 
Sbjct  305  TISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLM  364

Query  371  IGSITPPMGNLMFVTCGVTRCTTGDFIRECRVFYALLIIILMLMTYVPFLSTWLPNLLYG  430
            IG +TPPMG  ++V   V       + R    +   L+I+L L++  P ++  LP+L+ G
Sbjct  365  IGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

159) MDS_2676 in NC_015410


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  155 bits (573),  Expect = 4e-39, Method: Compositional matrix adjust.
 Identities = 163/401 (41%), Positives = 284/401 (71%), Gaps = 4/401 (0%)

Query  17   GMPIAFALILTAAVLMWYLDFWDVQLLAQNLLAGADSFPLLAVPFFILAGELMNAGGISR  76
            GMP++F+LI+ A  ++   +  ++++ AQ++L+G D+F LLAVPFF+L+G+LMN++GI+ 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  77   RIIAMAQAYFGHLRGGLGYVAIAAAVLLASMSGSaladtaalatlllPMMRQRGYPVHss  136
            RI+  A++  GH+ G+LG V I A++L+++MSGSALAD+++L+ L +  MR+  Y  + +
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  137  aglvaaggiiapiippsMPFVIYGVVTNTSISQLFMAGLVPGLIMGVGLIIAWTLIA--R  194
            +GL AA+ II+P++PPS+P+VIYGVV+NTSI+ LF+AG +PGL+  ++L++   +I   R
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  195  GFTEPTPAKASAAERRRVLIDGAAALMLPVIIVGGLRFGIFTPTEaavvaavyalavSTL  254
            G+   T +KAS  E+ + L ++  +L+ PVII+GG+  G FTPTEAA V+++YAL ++T+
Sbjct  195  GYM--TLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTV  252

Query  255  LYRELSWNDLMETLTRASRTTASVMFLCAAATVSAYMITLAQLPDEIGAMLGPLAEHPRl  314
            +Y  L+ ++++E L  +  TTA V ++  + TV + +++  QLP+ ++  +  ++++P +
Sbjct  253  VYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLV  312

Query  315  lvlaimllmiavGMVLDLTPTILILAPVLAPIAIKAGVDPVYFGVMFVLIGSIGLITPPV  374
            L+L I LL++ +G  ++  + +L+L P L P+A   G+DPV FGVM +L   IG++TPP+
Sbjct  313  LLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPM  372

Query  375  GTVLNVVGGIGKLRMEVLVRGVMPFFLIYMAIVVLLVAFPA  415
            G  L VV+ +G +  + L RGV+P+++    ++ L+  FP 
Sbjct  373  GMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQ  413

160) AGROH133_09138 in NC_015183


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  155 bits (572),  Expect = 5e-39, Method: Compositional matrix adjust.
 Identities = 169/409 (42%), Positives = 294/409 (72%), Gaps = 0/409 (0%)

Query  32   LGAMAIGVPVAFSLMFCGVVLMWYMGMFNTAIIAQNMISGADTFTLLAIPFFILAGELMN  91
            LG +  G+PV+FSL+F ++ ++         + AQ+M++G D FTLLA+PFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  92   SGGLSRRIIDFAIALVGHIRGGLgivaivaaiimasisgsaaadtaalaailipmmakaG  151
            S+G++ RI++FA +LVGHI G+LG V I+A+++ +++SGSA AD+++L+ + I  M  A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  152  YNIPRSggliaaggiiapvippSMAFIVFGVAANVSITQLFLAGIVPGILMGISLIIAWL  211
            Y+   +GGL AA+ II+P++PPS++++++GV +N SI  LFLAG +PG+L  I+L++   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  212  IVVRKDNIKPLPKTSGKERLVATVRAGWALGMPVIILGGIKAGIMTPTEAAVVAAGYALF  271
            ++ +K     LPK+S +E++ +   A  +L  PVII+GGI +G  TPTEAA V++ YALF
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  272  VGMVIYRELKPADLFHVLLRAAKSTSIIMFLVCAALVSAWLITAANIPNEVAGYIEPLID  331
            +G V+Y  L   +++++L  + ++T+++ ++V +  V +W+++  ++P+ +A+Y+  + D
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  332  RPmllmvammvlvFIVGTAldltptililtpvlmpiVKQAGIDPVYFGVLFIINNAIGLI  391
             P++L++ + +L++++GT ++  + +L+L P L+P+    GIDPV FGV+ I+N  IG++
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  392  TPPvgvvlnvvsgvgRIPLGKVTIGVWPFLVAETIVLALLVVFPDIVMV  440
            TPP+G+ L VVS VG IP+  +T GV P+LV+  IVLAL+ VFP++ ++
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLL  417

161) SPOA0250 in NC_006569


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  155 bits (572),  Expect = 5e-39, Method: Compositional matrix adjust.
 Identities = 144/358 (41%), Positives = 264/358 (74%), Gaps = 0/358 (0%)

Query  14   IFLGLPVAFALLLASIALMFQLDTFSTDILAQSLINGVDSFPLLAIPFFLVAGEVMSAGG  73
            +F G+PV+F+L++ ++A+++  ++ + ++ AQ ++ G+D+F LLA+PFF+++G++M+++G
Sbjct  12   LFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAG  71

Query  74   LSQRIVRLATSLVGHRRGGLGYVAIFTSILLAGLSGSAVADAAALVSILYPMMKKAGYPE  133
            +++RI  +A SLVGH  G+LG V I +S+L++G+SGSA+ADA++L  +    M+ A Y +
Sbjct  72   ITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHD  131

Query  134  GHSMGLLASGGiiapvippslpliliGVAGGISIKSLFLGGIVPGLLMGLTLVLVWGVLM  193
            + + GL A++ II+P++PPS+PL++ GV +  SI +LFL+G +PGLL  ++L+++   + 
Sbjct  132  DFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFIC  191

Query  194  RKEDLEVAPRATAGERLRAVREGFWALLLPViiiggiRFGVFTPTEaavvaavyaIFVST  253
            +K +    P+A+  E++++++E+F +LL PVIIIGGI  G FTPTEAA V+++YA+F++T
Sbjct  192  KKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGT  251

Query  254  LVYRELNLKALFHVLVSAGRATAMVMFLVGCAMVAAWLITIAQLPQQLAAMLGPLVDHPR  313
            +VY  L L++++++L  +  +TA+V ++V    V +W+++  QLPQ LA  +  + D+P 
Sbjct  252  VVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPL  311

Query  314  LLMAVIMLIVLAVGMVMDLAptvlilvpllmpvvklAGIDPVYFGLMFVINTSIGLIT  371
            +L+ +I L++L +G  ++  + +L+LVP+L+PV    GIDPV FG+M ++N  IG++T
Sbjct  312  VLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILT  369

162) Atu2743 in NC_003062


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  155 bits (570),  Expect = 7e-39, Method: Compositional matrix adjust.
 Identities = 168/409 (42%), Positives = 294/409 (72%), Gaps = 0/409 (0%)

Query  11   LGAMAIGVPVAFSLMFCGVVLMWYMGMFNTAIIAQNMISGADTFTLLAIPFFILAGELMN  70
            LG +  G+PV+FSL+F ++ ++         + AQ+M++G D FTLLA+PFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   SGGLSRRIIDFAIALVGHIRGGLgivaivaaiimasisgsaaadtaalaailipmmakaG  130
            S+G++ RI++FA +LVGHI G+LG V I+A+++ +++SGSA AD+++L+ + I  M  A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YNIPRSggliaaggiiapvippSMAFIVFGVAANVSITQLFLAGIVPGILMGISLIIAWL  190
            Y+   +GGL AA+ II+P++PPS++++++GV +N SI  LFLAG +PG+L  I+L++   
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  IVVRKDNIKPLPKTSGKERLVATVRAGWALGMPVIILGGIKAGIMTPTEAAVVAAGYALF  250
            ++ +K     LPK+S +E++ +   A  +L  PVII+GGI +G  TPTEAA V++ YALF
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  VGMVIYRELKPADLFHVLLRAAKSTSIIMFLVCAALVSAWLITAANIPNEVAGYIEPLID  310
            +G V+Y  L   +++++L  + ++T+++ ++V +  V +W+++  ++P+ +A+Y+  + D
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  RPmllmvammvlvFIVGTAldltptililtpvlmpiVKQAGIDPVYFGVLFIINNAIGLI  370
             P++L++ + +L++++GT ++  + +L+L P L+P+    GIDPV FGV+ I+N  IG++
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPvgvvlnvvsgvgRIPLGKVTIGVWPFLVAETIVLALLVIFPDIVMV  419
            TPP+G+ L VVS VG IP+  +T GV P+LV+  IVLAL+ +FP++ ++
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLL  417

163) Pden_3384 in NC_008687


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  155 bits (570),  Expect = 7e-39, Method: Compositional matrix adjust.
 Identities = 143/353 (41%), Positives = 248/353 (71%), Gaps = 0/353 (0%)

Query  46   QMTNGADSFPLLAIPFFMLAGEAMNAGGISKRLVNFGMTLVGHKRGGLGYVTIVaallla  105
            QM  G D+F LLA+PFF+L+G+ MN++GI+ R+ NF+ +LVGH  G+LG V I+A+LL++
Sbjct  44   QMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFS  103

Query  106  slsgsaVADTAVLAGMLLPIMRQAGYDINHsggliasggiiapilppsigYIVFGVAGGV  165
            ++SGSA+AD++ L+ + +  MR+A Y+ + +GGL A++ II+P++PPS+  +++GV +  
Sbjct  104  GMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNT  163

Query  166  SITKLFMAGIAPGIMMALTLAVTWWFLSRNSEVSVPQRAPLREVLKAAGQASLAFILPVI  225
            SI  LF+AG  PG++  ++L V   F+ ++       +A+ RE +K+  +A L+++ PVI
Sbjct  164  SIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVI  223

Query  226  IIVGLKAGIFTPTEAGVVACVYAIFIGMFVYRELHPKMLYHVMIAAVRTTASVMLLVAAA  285
            II G+ +G FTPTEA+ V+ +YA+F+G  VY  L  + + +++  +V TTA V L+V + 
Sbjct  224  IIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGV  283

Query  286  SITAYLVAIANIPGVIGDMLSGVREHPvllmlvimtiilvvGTALDFiptililtpvllp  345
            ++ + +VA  ++P +++D +  + ++P++L+L+I  ++L +GT ++ ++ +L+L P L+P
Sbjct  284  TVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVP  343

Query  346  iAKSAGIDPVYFGVMFIMAGAIGLLTPPVGAVLNVVCAVGNMRYTDAVRGVVP  398
            +A + GIDPV FGVM I+   IG+LTPP+G  L VV  VG++ +    RGV+P
Sbjct  344  VASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLP  396

164) Pmen_2568 in NC_009439


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  154 bits (569),  Expect = 9e-39, Method: Compositional matrix adjust.
 Identities = 166/401 (42%), Positives = 282/401 (71%), Gaps = 4/401 (0%)

Query  17   GMPIAFALILTAAVLMWYLGFWDVQLLAQNLLAGADSFPLLAVPFFILAGELMNAGGISR  76
            GMP++F+LI+ A  ++      ++++ AQ++L+G D+F LLAVPFF+L+G+LMN++GI+ 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  77   RIIAMAQAYFGHLRGGLGYVAIAAAVLLASMSGSaladtaalatlllPMMRQRGYPLHss  136
            RI+  A++  GH+ G+LG V I A++L+++MSGSALAD+++L+ L +  MR+  Y  + +
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  137  aglvaaggiiapiippsMPFVIYGVVTNTSISQLFMAGLVPGLIMGAGLIVAWTLIA--R  194
            +GL AA+ II+P++PPS+P+VIYGVV+NTSI+ LF+AG +PGL+   +L+V   +I   R
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  195  GFTEPTPPKASAAERRRVLVDGVAALMLPVIIVGGLRFGIFTPTEaavvaavyalavSTL  254
            G+   T PKAS  E+ + L ++  +L+ PVII+GG+  G FTPTEAA V+++YAL ++T+
Sbjct  195  GYM--TLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTV  252

Query  255  LYRELSWTDLIETLTRASRTTASVMFLCAAATVSAYMITLAQLPDEIGAMLGPLAEHPRl  314
            +Y  L+  ++IE L  +  TTA V ++  + TV + +++  QLP+ ++  +  ++++P +
Sbjct  253  VYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLV  312

Query  315  lvlaimllmiavGMVLDLTPTILILAPVLAPIAIKAGVDPVYFGVMFVLIGSIGLITPPV  374
            L+L I LL++ +G  ++  + +L+L P L P+A   G+DPV FGVM +L   IG++TPP+
Sbjct  313  LLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPM  372

Query  375  GTVLNVVGGIGKLRMEVLVRGVMPFFLIYLGIVVLLIAFPS  415
            G  L VV+ +G +  + L RGV+P+++  + ++ L+  FP 
Sbjct  373  GMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQ  413

165) Jann_4136 in NC_007802


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  153 bits (563),  Expect = 2e-38, Method: Compositional matrix adjust.
 Identities = 165/383 (44%), Positives = 285/383 (75%), Gaps = 1/383 (0%)

Query  19   GTPIGYSIILASLVYlglggmdlalagEKIIQGLYRSFVLLAVPLFIVAANIMNAGTISD  78
            G P+G+S+I+ +L +L L        + + + G   +F LLAVP+F++++++MN++ I++
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  79   RLLNFCVAAVGRFRGGLGHVNVVASLIFSGMSGSAVADAAGIGKIIIQMMTRDgrygrgy  138
            R++NF  + VG++ G+LGHVN++ASL+FSGMSGSA+ADA+G+G++ I+ M RD++Y  ++
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSM-RDAKYHDDF  133

Query  139  aaaitaasatigpiippsipMVLYALVSQSSIGALFLAGIIPGLIMGIVLMAMNSVIAHK  198
            A+++TAAS  IGP++PPS+P+V+Y++VS++SIGALFLAG IPGL+  I LM M+  I  K
Sbjct  134  AGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKK  193

Query  199  RGFALEEPVPLRDLPKKTANAFPALLMPVILLYGIYGGVTTPTEaaavaalyalllaglf  258
            RG+      + R+  K   +AF +LL PVI++ GI++G  TPTEAAAV++LYAL+L+ + 
Sbjct  194  RGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  259  yralslRGLYDIFVDSARASASVGVVIGGALILNFIVASENIPGMVADALVGIEMSPTFF  318
            Y +L+L+G+ +I+ ++  ++A V++++ G  ++  IVA E++P M+AD ++ I  +P  +
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  319  lllvmllvlllgcvlDATTIILVIVPLFIPACRELGIDLVHFGVLVVVNSMIGLITPPYG  378
            LLL+ LL+L+LG  +++ +++L++VP+++P    +GID VHFGV+ ++N MIG++TPP G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  379  ILLFVINAVTGIPLREIISEIWP  401
            + L+V++ V +IP++ +   + P
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLP  396

166) AZOLI_p40038 in NC_016587


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  153 bits (565),  Expect = 2e-38, Method: Compositional matrix adjust.
 Identities = 160/380 (43%), Positives = 274/380 (73%), Gaps = 0/380 (0%)

Query  19   PIAFALMLTGVALMVHLDFFDAQLVAQNMLSGADNYPLMAVPFFILAGELMNAGGISQRI  78
            P++F+L++ ++A+++  +  + ++ AQ+ML+G DN+ L+AVPFF+L+G+LMN++GI++RI
Sbjct  17   PVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERI  76

Query  79   INLAVSLVGHIKGGLGYVTIGASVMLASLSGSaiadtaalatlliPMMRDHGYPVPRsag  138
            +N+A SLVGHI G+LG V I AS++++++SGSA+AD+++L+ L I  MRD  Y    ++G
Sbjct  77   FNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGG  136

Query  139  liasggiiapiippsmpfiifgVTTNTSISSLFMAGIVPGLLMGIGLVCAWMFVVRDMTV  198
            L A++ II+P++PPS+P++I+GV +NTSI++LF+AG +PGLL  I+L+    F+ +    
Sbjct  137  LTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGY  196

Query  199  KLQPKASGRERLKALGDGIWALALPVIIIGGLRGGIFTPTEAAVVAAVYSLFVALFVYRq  258
               PKAS RE++K+L +++ +L  PVIIIGG+ +G FTPTEAA V+++Y+LF++  VY  
Sbjct  197  MTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNT  256

Query  259  vtlaqlvpllvqaaRTTSTVMFLCAAALVSSYMVTLADLPQQMTELLAPLMDNPKllmla  318
            +TL  ++ +L ++  TT+ V ++  +  V + +V+  +LPQ +++ +  + DNP +L+L 
Sbjct  257  LTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLL  316

Query  319  iaclllaVGTVMDLTPTILVLGPVLTPLAIKAGIDPAYFGVMFVLVGTLGLIHPPVCTVL  378
            I  LLL +GT ++  + +L+L P L P+A   GIDP  FGVM +L   +G++ PP+   L
Sbjct  317  INLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMAL  376

Query  379  NVVCGVARISLESATKGIWP  398
             VV  V+ I++++ T+G+ P
Sbjct  377  YVVSRVGDIPFHTLTRGVLP  396

167) M493_17120 in NC_022080


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  153 bits (564),  Expect = 2e-38, Method: Compositional matrix adjust.
 Identities = 155/386 (41%), Positives = 279/386 (73%), Gaps = 0/386 (0%)

Query  11   LGAMALGIPIAFALMISAVCLMLYLGMLDSQIVAQTLVNGADSVSLMAIPFFILAGELMN  70
            LG +  G+P++F+L++ A+ +++     + ++ AQ ++ G D+ +L+A+PFF+L+G+LMN
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  71   AGGISKRIIDFAISIVGHVRGGLGYVAIMTAVLFACLSGSAVADTAAVGAILIPMMTQAG  130
            ++GI+ RI++FA S+VGH+ G+LG V IM+++LF+ +SGSA+AD++++G + I  M +A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  131  YNPRRsaglvaaggiiapiippsipfiifgvASGVSITKLFIGGIVPGLMMAFGLAIVWW  190
            Y+   ++GL AA+ II+P++PPS+P++I+GV S  SI  LF++G +PGL+  ++L ++  
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSY  188

Query  191  YVSRKEQSAVYPRKSAKEMIQATKHAFWGLLLPVIILGGMKGGIftateaaavavfyawf  250
            ++ +K      P+ S +E +++ K+AF +LL PVII+GG+ +G FT+TEAAAV+ +YA F
Sbjct  189  FICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALF  248

Query  251  vGTVIYRQIRLKDLYDALVAASKTTSVVMFLIAASMVASWMITVANIPSSITEVVAplmd  310
            +GTV+Y  + L+++ + L  + +TT+VV +++ +  V +W+++  ++P  +++    + D
Sbjct  249  LGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISD  308

Query  311  dplllllminllvlivGTAMDltptilvltpvlMPIVEKAGIDPVYFGILFILNNAIGLL  370
            +PL+LLL+INLL+L++GT ++  + +L+L P L+P+    GIDPV FG++ ILN  IG+L
Sbjct  309  NPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGIL  368

Query  371  TPPVGTVLNVACGIGKISMDDIMKGV  396
            TPP+G  L V   +G I+ + + +GV
Sbjct  369  TPPMGMALYVVSRVGDIPFHTLTRGV  394

168) Acav_2465 in NC_015138


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  152 bits (560),  Expect = 4e-38, Method: Compositional matrix adjust.
 Identities = 154/382 (41%), Positives = 277/382 (73%), Gaps = 0/382 (0%)

Query  18   GMPIAQSLILTGVALMWHLDFFDSQLLAQNLQAGFDNFPLLAVPFFILAGELMNAGGLSR  77
            GMP++ SLI+ ++A++   +  + ++ AQ++ +G+DNF LLAVPFF+L+G+LMN++G++ 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  78   RIIDLARAFVGHIRGGLGFVAIGAAVLLASMSGSaiadtaalatillPMMRQQNYPssys  137
            RI+++A+++VGHI G+LG V I A++L+++MSGSA+AD+++L+ + +  MR+ +Y   ++
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  138  agllasggiiapiippsMPFVIYGVTTNTSISKLFLAGVFPGLMMGIFLILAWWWIARKH  197
            +GL A++ II+P++PPS+P+VIYGV +NTSI+ LFLAG +PGL+  I L++    I +K+
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  198  QLAAMERVAWGARMRALLHSFWAMMMPVIILGGLKGGIFTPTEaavvaavyaLIVSMFVY  257
               ++ + ++  + ++L ++F +++ PVII+GG+ +G FTPTEAA V+++YAL+++  VY
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  258  REMTWGRLYEVFLAACKTTAVVMFLCGAATVTAYMITLADLPNLLADSFAGVMGNPvlfm  317
              +T   + E++  + +TTAVV ++  + TV + +++  +LP++LAD F  + +NP++++
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  318  almmvfllvvGTAMDLTPTILIFGPVCVPLAVKAGIDPVYFGFMFIYVGCIGLITPPVGT  377
             L+ ++LL +GT ++  + +L++ P  VP+A   GIDPV FG M I    IG++TPP+G 
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  378  VQNVVAGVGRLRMETVIRGTTP  399
               VV+ VG +  +T+ RG  P
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLP  396

169) Atu3135 in NC_003063


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  152 bits (560),  Expect = 4e-38, Method: Compositional matrix adjust.
 Identities = 168/417 (41%), Positives = 288/417 (70%), Gaps = 9/417 (2%)

Query  13   LMLIGTPIAFCLGIASFATVLYLGLPPI--VVF--QQMNSGMNVfammaipffifaGDLM  68
            L++ G P++F L    F ++ +L L     + F  QQM +G++ F+++A+PFF+++G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGGIAHRLIRFAAGLVGHLRGGLGQVNIVASTLFggisgsavadasavggLMIPQMAKR  128
              +GI++R++ FA +LVGH+ G+LG+VNI+AS LF+G+SGSA+ADA+++G L I  M   
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYDKDYavnvtvnaaiiaLMIPPSHNMILYSIAAGGNVSVADLFTAGIIPGlllaaalMV  188
             Y+ D+A  +T  + II+ ++PPS  +++Y++ +  N S++ LF AG IPGLL   ALMV
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  TAYIVARRKGYPSEPFPGFSKLMYYLLASFPgilligiifggVRSGIFTATESSCIAVLY  248
             +Y++ +++GY + P ++       L  +F ++L   II+GG+ SG FT+TE++ ++ LY
Sbjct  186  MSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLY  245

Query  249  AFLVAMLVYRELNWDGFVEAVMGAVRTTAMVLLVIGTAASFGWLMAFLQVQTLMIAAISA  308
            A++++ +VY  L  +GF+E +  +V TTA+V L++   + FGW++A  Q+  ++   + +
Sbjct  246  ALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLT  305

Query  309  ISDNPiivllvinvillllGTFMDMAPMVIISTPVLLPVVKAFGIDPVHFGVVMILNAGI  368
            ISDNP+++LL+IN++LL+LGTF++  +++++  P L+PV  A GIDPVHFGV+ ILN  I
Sbjct  306  ISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMI  365

Query  369  GLNTPPVGTVLFVGCAVGGITIREAMRTIWPFFGASIAVLLAVTYIPSLSLWLPSLF  425
            G+ TPP+G  L+V   VG+I ++   R + P++ + + VL  V+ +P ++L LP LF
Sbjct  366  GILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

170) Anamo_1970 in NC_018024


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  152 bits (560),  Expect = 4e-38, Method: Compositional matrix adjust.
 Identities = 148/368 (41%), Positives = 269/368 (74%), Gaps = 2/368 (0%)

Query  34   VLGDASLLRVVSQQLFGGMDSFTLMAIPFFVLAGSLMNRSGLTDKLIDFSKLLVGSMRGG  93
            +L +++ +   +QQ++GG+D+FTL+A+PFFVL+G LMN +G+T+++++F+K LVG + G+
Sbjct  31   ILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGS  90

Query  94   LGYVNIVAGIILAGVNGsaaadasalssilipaMKKEGYNQGYAAGLTAAssligpiipp  153
            LG VNI+A+++++G++GSA ADA++L+ + I +M+   Y++++A+GLTAAS +IGP++PP
Sbjct  91   LGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPP  150

Query  154  siFMIIYASMTNTSIGGLFAAGVVPGLILGLSYAVMNYFYSFRYGAPISSGEERSQAKKI  213
            S+ ++IY+ ++NTSIG+LF AG +PGL+  ++  VM+YF   + G    +   R +  K 
Sbjct  151  SVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKS  210

Query  214  LIQSISGLLApiiiiggivtgvvtptESGALAAAYCLLIGLFYTKKLDKRGIFEALYETV  273
            L +++ +LL+P+IIIGGI +G  TPTE++A+++ Y L++G    + L  +G++E L ETV
Sbjct  211  LKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETV  270

Query  274  RTTSSIFLIMGAAQAVGWLLKWERIPQHFAGLLAGAGLTSSPVLLMLTFSAIIFVVGCFM  333
             TT+ + L++ +    GW++ +E++PQ +A+ +    ++ +P++L+L ++ +++ +G F+
Sbjct  271  NTTAVVALMVMGVTVFGWIVAREQLPQMLADYF--LTISDNPLVLLLLINLLLLFLGTFI  328

Query  334  EEVATLTLLTPIFYPLAMQAGIDPLHFGIVMTLNVTIALVTPPMGACNYIVSAVGKVPLS  393
            E +A L LL P++ P+A   GIDP+HFG++  LN+ I+++TPPMG   Y+VS VG +P+ 
Sbjct  329  ESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFH  388

Query  394  EVLKFIWP  401
             + + + P
Sbjct  389  TLTRGVLP  396

171) Dshi_2753 in NC_009952


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  152 bits (559),  Expect = 6e-38, Method: Compositional matrix adjust.
 Identities = 162/386 (42%), Positives = 290/386 (76%), Gaps = 2/386 (0%)

Query  45   RNVYNGMDSFPLMAIPFFMLAGELMNRGGITLRLVEFAQALMGHFRGGLAHVNILSSMLF  104
            +++  G+D+F L+A+PFF+L+G+LMN +GIT R+ +FA++L+GH+ G+L+HVNI++S+LF
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  105  AGLSGSAVADTSALGSMLIPAMEKQGYTRRFAAAITAAssvigpiippsgimiiYAYVMG  164
            +G+SGSA+AD+++LG + I +M    Y   FA+++TAAS +IGP++PPS  ++IY+ V  
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  165  ESVAALFLAgivpgilvgvglmgvvKLMADKYDFPVASAKTTWGQRGQASLKAFFPLMTP  224
             S++ALFLAG +PG+L  ++LM +  ++  K ++ ++ +K+++ ++ ++   AF++L+TP
Sbjct  163  TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGY-MTLPKASRREQFKSLKEAFLSLLTP  221

Query  225  VIILGGILAGVFTPTEaaavavayaLIIGFFVMRTLKVSDLPDILGRAGITSavvlllvg  284
            VII+GGI++G FTPTEAAAV+  YAL++G  V  TL + ++ +IL  +  T+AVV L+V 
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  285  aaMAFKTVVSLSYAPQIMADFMlslsenplillllinlllFVVGMFLDagpaiiilgpil  344
            +   F  +V+    PQ++AD+ L++S+NPL+LLLLINLLL+ +G F+++ + +++L P+L
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  345  gpiFVDLGVDPIHFAIIMSVNLTVGLATPPMGLVLFVASSVSGERVERIAKAILPFLAVE  404
             P+   +G+DP+HF+++  +NL +G+ TPPMG+ L+V S V++   + +++++LP+L   
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPL  401

Query  405  ILVIFLITYFPAISMTIPRL-TGFAQ  429
            ++V+ L++ FP +++ +P L  G++Q
Sbjct  402  FIVLALVAVFPQFTLLLPELFLGYGQ  427

172) AGROH133_10612 in NC_015508


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  151 bits (555),  Expect = 1e-37, Method: Compositional matrix adjust.
 Identities = 168/417 (41%), Positives = 287/417 (69%), Gaps = 9/417 (2%)

Query  13   LMLIGTPIAFCLGIASFATVLYLGLPPI--VVF--QQMNSGMNVfammaipffifaGDLM  68
            L++ G P++F L    F ++ +L L     + F  QQM +G++ F+++A+PFF+++G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGGIAHRLIRFAAGLVGHLRGGLGQVNIVASTLFggisgsavadasavggLMIPQMAKR  128
              +GI++R++ FA +LVGH+ G+LG+VNI+AS LF+G+SGSA+ADA+++G L I  M   
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYDRDYavnvtvnaaiiaLMIPPSHNMILYSIAAGGNVSVADLFTAGIIPGlllaaalMV  188
             Y+ D+A  +T  + II+ ++PPS  +++Y++ +  N S++ LF AG IPGLL   ALMV
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  TAYIVARRKGYPSEPFPGFSKLMYYLLASFPgilligiifggVRSGIFTATESSCIAVLY  248
             +Y++ +++GY + P ++       L  +F ++L   II+GG+ SG FT+TE++ ++ LY
Sbjct  186  MSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLY  245

Query  249  AFLVAMLVYRELDWSGFVEAVMGAVRTTAMVLLVIGTAASFGWLMAFLQVQTLMIATISA  308
            A++++ +VY  L   GF+E +  +V TTA+V L++   + FGW++A  Q+  ++   + +
Sbjct  246  ALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLT  305

Query  309  ISDNPiivllvinvillllGTFMDMAPMVIISTPVLLPVVKAFGIDPVHFGVVMILNAGI  368
            ISDNP+++LL+IN++LL+LGTF++  +++++  P L+PV  A GIDPVHFGV+ ILN  I
Sbjct  306  ISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMI  365

Query  369  GLNTPPVGTVLFVGCAVGGITIREAMRTIWPFFGASIAVLLAVTYIPSLSLWLPSLF  425
            G+ TPP+G  L+V   VG+I ++   R + P++ + + VL  V+ +P ++L LP LF
Sbjct  366  GILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

173) Mmwyl1_0207 in NC_009654


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  150 bits (551),  Expect = 2e-37, Method: Compositional matrix adjust.
 Identities = 169/414 (41%), Positives = 319/414 (78%), Gaps = 4/414 (0%)

Query  19   GAPVALSMIIGAIAYLA-ASGQDIALAGEQIIQGIYGSFILLAVPLFIVAANIMNAGTIS  77
            G PV++S+I+ A+A+L  +++ +I +A++Q++ GI ++F LLAVP+F++++++MN++ I+
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGI-DNFTLLAVPFFVLTGHLMNSAGIT  73

Query  78   ERLLNFCVAMVGHLRGGLGHVNVVSSLIFsgmsgsavadaagvgkvvIEMMTKENRyppg  137
            ER++NF  ++VGH+ G+LGHVN+++SL+FSGMSGSA+ADA+G+G++ I  M ++ +Y  +
Sbjct  74   ERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSM-RDAKYHDD  132

Query  138  yaaaitaasatigpiippsipMVIYALVSDVSIGYLFIAGLVPGLFMGVVLMAFNAYQAR  197
            +A+++TAAS  IGP++PPS+P+VIY++VS+ SIG LF+AG +PGL+  + LM  + +  +
Sbjct  133  FAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICK  192

Query  198  KLDIQKEPRIPARDIPKVAWQAFPALMMPAILLYGIYggvttpteaaavaagyalllaat  257
            K +    P+ + R+  K   +AF +L+ P I++ GI++G  TPTEAAAV++ YAL+L++ 
Sbjct  193  KRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTV  252

Query  258  vYRSISFKELVNVFKQSVLSSASVGLVISAALIFNYIVSTENIPTAVANTLVAWDLSPLQ  317
            VY +++++ +++++K++V ++A V+L++ +  +F  IV+ E++P  +A+ +++   +PL 
Sbjct  253  VYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLV  312

Query  318  FLIAVNILFLLLGCLLDTATvvlvivpllipACRELGIDLVHFGVITLVNLMIGMITPPY  377
            +L+ +N+L+L+LG ++++ +++L++VP+L+P    +GID VHFGV++++NLMIG++TPP 
Sbjct  313  LLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPM  372

Query  378  GILLFVINGTTRIPLADIIKGVLPFTGVLIFALIVMTVFPDLVLFVPRLF-GYA  430
            G+ L+V++    IP+  + +GVLP+   L++ L +++VFP++ L++P LF GY+
Sbjct  373  GMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGYG  426

174) PT7_3552 in NC_015458


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  149 bits (550),  Expect = 3e-37, Method: Compositional matrix adjust.
 Identities = 156/382 (41%), Positives = 264/382 (70%), Gaps = 0/382 (0%)

Query  17   GVPIAFSLMVCSMAMMWYMDFFDAQIMAQNMLSGADSFPLIAIPFFVLAGELMNAGGISR  76
            G+P++FSL+  ++A +   +  + ++ AQ+ML+G D+F L+A+PFFVL+G+LMN++GI+ 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  77   RIVEVAGAWVGHFKGGLGYVAIFACVIMASLSGSaiadtaavaaLLIPMMRNAGYSVPRa  136
            RI + A + VGH+ G+LG V I A ++ +++SGSA+AD+++++ L I  MR+A Y    A
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  137  sgliasggiiapiippsigFVMVGVVGNISITKLFIAGIAPGLMMALALVATWTFQARRE  196
            +GL A++ II+P++PPS+ +V+ GVV+N SI  LF+AG  PGL+  +AL+    F  ++ 
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  197  GMPRGEKKSARQRWSATLAGFWALLMPVIIVGGLRSGYFTPTEaavvavfyalfvgfCVY  256
            G     K S R++  +   +F +LL PVII+GG+ SG FTPTEAA V+ +YALF+G  VY
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  257  RELKVRQLYGLLLAAGKTSAIVMFLVAAAQVSAWLIAAANIPMVVADVLQPLTDSPILLM  316
              L ++ +  +L  + +T+A+V ++V +  V +W++A  ++P ++AD +  ++D+P++L+
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  317  LAIMLLVFVVGTVLDFAPTILILIPVLMPTVRMAGIDPVYFGVLFIMNNAIGLITPPVGT  376
            L I LL++ +GT ++  + +L+L+P L+P     GIDPV FGV+ I+N  IG++TPP+G 
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  377  VLNVVCGVAKVRMEPVIRAVTP  398
             L VV  V+ +  + + R+V P
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLP  396

175) dctQ in NC_015677


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  149 bits (548),  Expect = 4e-37, Method: Compositional matrix adjust.
 Identities = 169/419 (41%), Positives = 295/419 (71%), Gaps = 3/419 (0%)

Query  22   VGLMVLGAPIAFAMLIAGLVAVWVKPGLSGLVVMQNMFSGLDSFPLMAIPFFILAAELMS  81
            +GL+  G P++F++++ +L  + +  + +     Q+M++G+D+F L+A+PFF+L+++LM+
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  82   GGALTDvllrfaarlvgrrrgglgHANILTLTFFSGISGSALADAAGPGAMLIRMMKKag  141
            ++++T+ ++ FA  LVG+  G+LGH NI++  +FSG+SGSALADA+G G + I+ M+ A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  142  ysdayaaaltastaIVGPIIPPSIIMIVYALTDNSVTITGLFLAGVVPGFLIaaalaaVN  201
            Y D +A++LTA++ I+GP++PPS+ +++Y++  N+ +I +LFLAG +PG+L   AL  ++
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNT-SIGALFLAGAIPGLLCCIALMVMS  187

Query  202  HAVSLRRGYrsppelldpsplprlFVRALPALMLPVIILGGIHFGVFTPTEasaaavlya  261
              +  +RGY + P       +   +  A+ +L+ PVII+GGI  G FTPTEA+A + LYA
Sbjct  188  YFICKKRGYMTLPKASRREQFKS-LKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  262  lvvGRFVYGTLRMHMLPAILLRTALMTSSVLFIVATSAVFAWVLTVGQIPQTVAAWIAGM  321
            L +G  VY TL ++ +  IL  T   T+ V ++V   +VF+W+++  Q+PQ +A  +  +
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  322  ELSPTvlllainvllllvGIFIEPLPGVMIMVPILAPLADAAGLNPLHFAIVVIVNLTLG  381
              +P VLLL IN+LLL++G FIE+L+ ++++VP+L P+A A G++P+HF+++ I+NL +G
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  382  MITPPVGGLLFVTSIVSGVPMGRMVREARPMlvaliavlallTFIPALSTWLPGL-LGY  439
            ++TPP+G  L+V S V+++P   + R   P+LV+L+ VLAL++ +P ++  LP L LGY
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGY  425

176) Acav_3313 in NC_015138


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  147 bits (543),  Expect = 1e-36, Method: Compositional matrix adjust.
 Identities = 155/380 (41%), Positives = 278/380 (74%), Gaps = 2/380 (0%)

Query  44   KEMFTGIDSFPLMAVPFFILAAEIMSGGALTVVLLRFAAQFVGHLRGGLGHANILSLTLF  103
            ++M+ GID+F L+AVPFF+L++++M+++++T  ++ FA  +VGH+ G+LGH NI++  LF
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  104  SGISGSALADAAGPGSMMVKMMDKagysrayaaaltastaivgpiippsiimiiYALQDE  163
            SG+SGSALADA+G G + +K M  A Y   +A++LTA++ I+GP++PPS+ ++IY++  +
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  164  QVSVGALFIAGFAPGILIALAMALVNWRVCVKRDYRSREPRPTGREMLANSIRAIPALML  223
              S+GALF+AG  PG+L  +A+ +++  +C KR+Y +  P+++ RE + +   A+ +L+ 
Sbjct  163  -TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTL-PKASRREQFKSLKEAFLSLLT  220

Query  224  VVLILVGIRFGIFTPTEASVVAVFYALVCGKWIYRTLEWKALPHIaarsalltasvllvv  283
             V+I+ GI  G FTPTEA+ V+ +YAL  G  +Y TL  +++ +I   +   TA V L+V
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  284  aasaafawvltvEGVPQQLAETIVGWNLSPVTFLIAVNILLLLFGIFMEPLPGVMILVPI  343
             + + F+W+++ E +PQ LA+ ++  + +P+ +L+ +N+LLL++G F+E+L+ +++LVP+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  344  LAPISAALGIDPIHFAMVVIVNLTLGMITPPVGGLLFVTSVATKVPLAALTRELPPFLVA  403
            L P+++A+GIDP+HF+++ I+NL +G++TPP+G  L+V S    +P+ +LTR + P+LV+
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVP  400

Query  404  HLIVLALLTFVPAISTWLPH  423
             +IVLAL++  P ++  LP+
Sbjct  401  LFIVLALVAVFPQFTLLLPE  420

177) Aave_3445 in NC_008752


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  147 bits (541),  Expect = 1e-36, Method: Compositional matrix adjust.
 Identities = 153/380 (41%), Positives = 278/380 (74%), Gaps = 2/380 (0%)

Query  44   KEMFTGIDSFPLMAVPFFILAAEIMSGGALTVVLLRFAAQFVGHLRGGLGHANILSLTLF  103
            ++M+ GID+F L+AVPFF+L++++M+++++T  ++ FA  +VGH+ G+LGH NI++  LF
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  104  SGISGSALADAAGPGSMMVKMMDKagysrayaaaltastaivgpiippsiimiiYALQDE  163
            SG+SGSALADA+G G + +K M  A Y   +A++LTA++ I+GP++PPS+ ++IY++  +
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  164  QVSVGALFIAGFAPGILIAVAMAIVNWRVCVQRDYRSREPRPGGREMLANSIRAIPALML  223
              S+GALF+AG  PG+L  +A+ +++  +C +R+Y +  P+++ RE + +   A+ +L+ 
Sbjct  163  -TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTL-PKASRREQFKSLKEAFLSLLT  220

Query  224  VVLILVGIRFGIFTPTEASVVAVFYALVCGKWIYRTLEWKALPHIaarsalltasvllvv  283
             V+I+ GI  G FTPTEA+ V+ +YAL  G  +Y TL  +++ +I   +   TA V L+V
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  284  aasaafawvltvEGVPQRLAETIVGWNLSPVTFLIAVNILLLLFGIFMEPLPGVMILVPI  343
             + + F+W+++ E +PQ LA+ ++  + +P+ +L+ +N+LLL++G F+E+L+ +++LVP+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  344  LAPISAALGIDPIHFAMVVIVNLTLGMITPPVGGLLFVTSVATKVPLAALTRELPPFLVA  403
            L P+++A+GIDP+HF+++ I+NL +G++TPP+G  L+V S    +P+ +LTR + P+LV+
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVP  400

Query  404  HLIVLGLLTFVPAISTWLPH  423
             +IVL+L++  P ++  LP+
Sbjct  401  LFIVLALVAVFPQFTLLLPE  420

178) Mesau_01234 in NC_019973


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  146 bits (536),  Expect = 4e-36, Method: Compositional matrix adjust.
 Identities = 168/415 (41%), Positives = 286/415 (69%), Gaps = 5/415 (1%)

Query  13   LLVIGTPIAFCLGVASFATILTLGLPPVVVF--QRLNSGVAVFSLMAIPFFIFAGDLMVR  70
            LL  G P++F L   ++A +L L  +  + F  Q++ +G+  F+L+A+PFF+++G+LM  
Sbjct  11   LLFAGMPVGFSLIFVALA-FLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNS  69

Query  71   GGIAARLVALAGSLVGHLRGGLGQVNIAASTMFggisgsavadasavggLMIPQMKARGY  130
            +GI+ R+  +A SLVGH+ G+LG+VNI AS +F+G+SGSA+ADA+++G L I  M+   Y
Sbjct  70   AGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKY  129

Query  131  GVDYAVNITSVGAIIALLIPPSHNMIIYSISAGGRISIADLFTAGVlpglllalslMITA  190
              D+A  +T+ + II+ L+PPS  ++IY++ +    SI+ LF AG +PGLL  ++LM+ +
Sbjct  130  HDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMVMS  187

Query  191  YWVASRRGYPTEPFAGFGRALQllvaaipgliliaiifggVRSGVFTATESSCIAIVYAF  250
            Y +  +RGY T P A+    ++ L  A+ +L+   II+GG+ SG FT+TE++ ++ +YA+
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  251  LVTLIIYRSMSWGDFvaattasvrttamvLMIIGCAAAFGWLLAYLRVPAALVAFLQSVS  310
            ++  ++Y +++  +F+     +V TTA+V +++   + FGW++A  ++P  L  ++ ++S
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  311  DNKlvilllinvvllilGTFMDMSpliiittpiflpVVMAYGVDPVHFgvililnlgigl  370
            DN LV+LLLIN++LL+LGTF++  +L+++  P+++PV  A G+DPVHFGV+ ILNL IG+
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  371  CTPPVGAVLFVSCAIGRIPIWTAMRSIWPFYGAAFAVLMLVTYVPEISLWLPGLF  425
             TPP+G  L+V   +G IP+ T  R++ P+  + F VL LV+  P+++L LP LF
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

179) D11S_1513 in NC_013416


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  142 bits (523),  Expect = 2e-35, Method: Compositional matrix adjust.
 Identities = 123/302 (41%), Positives = 212/302 (71%), Gaps = 1/302 (0%)

Query  26   KKEGYDPSFSAAVNIASCPTGLLIPPSNTFIVYSLISGGTSIGALFLAGYIPGILMGLSI  85
            +   Y+  F++++  ASC  G L+PPS  +++Y+++S  TSIGALFLAG IPG+L  +++
Sbjct  125  RDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN-TSIGALFLAGAIPGLLCCIAL  183

Query  86   MVIVAVIAKKRKYPVSPKPTRSEAMKKTLDALPSLgliivimggiiggiFTATEASAFAV  145
            MV+   I KKR Y   PK++R E  K   +A+ SL   ++I+GGI++G FT+TEA+A + 
Sbjct  184  MVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSS  243

Query  146  VYTLILAVVFYREVTIKELPKIILDSVVTTAIVLLLIGTSMGMSWAMANADIPYTISDAL  205
            +Y+L+L+ V Y  +T++ +  I+ ++V TTA+V L++      +W +A  ++P  ++D +
Sbjct  244  LYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYF  303

Query  206  LNISDNPivilliiniillivGVFMDMTPALLIFTPIFLPIVTELGMDPVHFGVLMAFNL  265
            L ISDNP+V+LL+IN++LL++G F++  + LL++ P+++P+ + +G+DPVHFGV+  +NL
Sbjct  304  LTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNL  363

Query  266  SIGICTPPVGSALFIGCSVGGIKINQVINPLLPFYFALIMTLLLVTYVPSLSLALPRMLL  325
             IGI TPP+G AL++   VG+I ++ +   +LP+  +L++ L LV+  P ++L LP ++L
Sbjct  364  MIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFL  423

Query  326  GY  327
            GY
Sbjct  424  GY  425

180) AZOBR_p130074 in NC_016594


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  140 bits (516),  Expect = 1e-34, Method: Compositional matrix adjust.
 Identities = 157/380 (42%), Positives = 274/380 (73%), Gaps = 0/380 (0%)

Query  19   PIAFALMLTGVALMVHLDFFDAQLVAQNMLSGADNYPLMAVPFFILAGELMNAGGISQRI  78
            P++F+L++ ++A+++  +  + ++ AQ+ML+G DN+ L+AVPFF+L+G+LMN++GI++RI
Sbjct  17   PVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERI  76

Query  79   INLAVSLVGHIRGGLGYVTIGASVMLASLSGSaiadtaalatlliPMMRDNGYPVPRsag  138
            +N+A SLVGHI G+LG V I AS++++++SGSA+AD+++L+ L I  MRD  Y    ++G
Sbjct  77   FNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGG  136

Query  139  liasggiiapiippsmpfiifgVTTNTSISGLFMAGIVPGLLMGAGLVITWMFVVRGMTV  198
            L A++ II+P++PPS+P++I+GV +NTSI++LF+AG +PGLL   +L++   F+ +    
Sbjct  137  LTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGY  196

Query  199  KLQPKASWGERRTALVEGVWALALPVIIIGGLRGGIFTPTEaavvaavyslvvalfvyRQ  258
               PKAS+ E+  +L E+  +L  PVIIIGG+ +G FTPTEAA V+++Y+L ++  VY  
Sbjct  197  MTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNT  256

Query  259  VTLKDLVPLLVQAARTTSTVMFLCAAALVSSYMVTLADLPQQMNEMLAPLLHEPKllmva  318
            +TL++++ +L ++  TT+ V ++  +  V + +V+  +LPQ + + +  + ++P +L++ 
Sbjct  257  LTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLL  316

Query  319  itllllavGTVMDLTPTILVLGPVLTPLAAAAGIDPTYFGVMFVLTGTLGLIHPPVCTVL  378
            I LLLL +GT ++  + +L+L P L P+A+A GIDP  FGVM +L   +G++ PP+   L
Sbjct  317  INLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMAL  376

Query  379  NVVCGVARISLESATRGIWP  398
             VV  V+ I++++ TRG+ P
Sbjct  377  YVVSRVGDIPFHTLTRGVLP  396

181) RSP_0484 in NC_007493


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  140 bits (515),  Expect = 1e-34, Method: Compositional matrix adjust.
 Identities = 169/421 (41%), Positives = 284/421 (68%), Gaps = 17/421 (4%)

Query  13   LLLIGTPVAFCLGVSSFLTVLYLGL--PPVVVF--QRLNSGVSVYALMAIPFFIYSGDLM  68
            LL+ G PV+F L    F+++ +L L  +  + F  Q++ +G+  ++L+A+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGDIarrlvalagalvghlrgglgQVNVVASVMFggvsgsaaadasavggLMVPQMKAR  128
              ++I+ R+  +A +LVGH+ G+LG+VN++AS++F+G+SGSA ADA+++G L +  M+  
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGVDYAVNLTVVGSIIALMIPPSHNMIIYSIAAGGRISIADLFTagiipglllalglMV  188
             Y  D+A  LT  + II+ ++PPS  ++IY++ +    SI+ LF AG IPGLL  ++LMV
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  AAYFVARRRGY----PTERFPGLRALGAIFVSAVPGLILVALIFGGVRSGIFTASESANI  244
             +YF+ ++RGY     + R   +++L   F+S +  +I+++ IF    SG FT++E+A +
Sbjct  186  MSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIF----SGKFTPTEAAAV  241

Query  245  AVVYALLVTILIYRTLTWSEFVHATIGAVRTTAMVLLVIGCAASFGWLLAYLKVPTALVA  304
            + +YAL++  ++Y TLT   F++    +V TTA+V L++   + FGW++A  ++P  L  
Sbjct  242  SSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLAD  301

Query  305  FMQGLSDNPlvilllinvallvlGTFMDMSPLIVITTPIFLPVAQAFGVDPVHFgvilil  364
            +   +SDNPLV+LLLIN+ LL LGTF++  +L+++  P+++PVA A G+DPVHFGV+ IL
Sbjct  302  YFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAIL  361

Query  365  nlgiglCTPPVGAVLFVGCAVGRISIWTAMRTIWPFYGAALAVLLLVTYIPALSLWLPAQ  424
            NL IG+ TPP+G  L+V   VG I++ T  R + P+  + + VL LV+ +P ++L LP  
Sbjct  362  NLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

Query  425  F  425
            F
Sbjct  422  F  422

182) Rsph17029_2136 in NC_009049


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  140 bits (515),  Expect = 1e-34, Method: Compositional matrix adjust.
 Identities = 169/421 (41%), Positives = 284/421 (68%), Gaps = 17/421 (4%)

Query  13   LLLIGTPVAFCLGVSSFLTVLYLGL--PPVVVF--QRLNSGVSVYALMAIPFFIYSGDLM  68
            LL+ G PV+F L    F+++ +L L  +  + F  Q++ +G+  ++L+A+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGDIarrlvalagalvghlrgglgQVNVVASVMFggvsgsaaadasavggLMVPQMKAR  128
              ++I+ R+  +A +LVGH+ G+LG+VN++AS++F+G+SGSA ADA+++G L +  M+  
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGVDYAVNLTVVGSIIALMIPPSHNMIIYSIAAGGRISIADLFTagiipglllalglMV  188
             Y  D+A  LT  + II+ ++PPS  ++IY++ +    SI+ LF AG IPGLL  ++LMV
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  AAYFVARRRGY----PTERFPGLRALGAIFVSAVPGLILVALIFGGVRSGIFTASESANI  244
             +YF+ ++RGY     + R   +++L   F+S +  +I+++ IF    SG FT++E+A +
Sbjct  186  MSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIF----SGKFTPTEAAAV  241

Query  245  AVVYALLVTILIYRTLTWSEFVHATIGAVRTTAMVLLVIGCAASFGWLLAYLKVPTALVA  304
            + +YAL++  ++Y TLT   F++    +V TTA+V L++   + FGW++A  ++P  L  
Sbjct  242  SSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLAD  301

Query  305  FMQGLSDNPlvilllinvallvlGTFMDMSPLIVITTPIFLPVAQAFGVDPVHFgvilil  364
            +   +SDNPLV+LLLIN+ LL LGTF++  +L+++  P+++PVA A G+DPVHFGV+ IL
Sbjct  302  YFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAIL  361

Query  365  nlgiglCTPPVGAVLFVGCAVGRISIWTAMRTIWPFYGAALAVLLLVTYIPALSLWLPAQ  424
            NL IG+ TPP+G  L+V   VG I++ T  R + P+  + + VL LV+ +P ++L LP  
Sbjct  362  NLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

Query  425  F  425
            F
Sbjct  422  F  422

183) Smed_4966 in NC_009620


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  140 bits (513),  Expect = 2e-34, Method: Compositional matrix adjust.
 Identities = 168/408 (42%), Positives = 285/408 (70%), Gaps = 3/408 (0%)

Query  22   PITWAMAIGALAFFLINMDMIPLANFAQEVAEGTQSVSLLALPLFVLAGCIMNASGITRR  81
            P+  ++ + ALAF LI  +   +   AQ++  G ++ +LLA+P+FVL+G +MN++GIT R
Sbjct  17   PVGFSLIFVALAF-LILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITER  75

Query  82   LLTLADVLVGHMTGALAQMCtvlgtllggltASANADAAMLAKTLGVEMSERGYSRafaa  141
            ++ +A  LVGH+TG+L+++  + + L++G+++SA ADA+ L++     M +  Y   FA+
Sbjct  76   IFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAG  135

Query  142  vitssaaiitslippsiGLIVYGFLAETSIGRLFaagvvpglllaaglmvTTYFIARKRD  201
             +T+++ II +L+PPS+ L++YG +++TSIG LF AG +PGLL   +LMV +YFI +KR+
Sbjct  136  GLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKRG  195

Query  202  YKPLRKQRATRAEATRALIDGLWALSIPVVIFAGTRYGLFTTTEAgavvvvyvlfvavfg  261
            Y  L K  A+R E  ++L +++ +L  PV+I++G   G FT TEA+AV  +Y LF++   
Sbjct  196  YMTLPK--ASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  262  yREFTVRQIPEVLAEAVRDSavvmimicaaaaFGFYLAWEQVPQAMSGWLGEATDNPllm  321
            Y  +T++ + E+L E+V  +AVV +M+ + + FG  +A+EQ+PQ +++ +   +DNPL++
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  322  lllinvlliviGTAIEGSAAliiltpmlipliDGVGIDRVHFGIVFITNLTIAGITPPVG  381
            LLLIN+LL+ +GT IE+ A L++L P L+P+  +VGID VHFG++ I NL I+ +TPP+G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  382  GLMYISSMVLKVPMMAYAREVLPYLAMMMALLIVLSMFPQLSLWLPDL  429
              +Y+ S V  +P  + +R VLP L  +  +L ++++FPQ++L LP+L
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

184) Bpro_5095 in NC_007949


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  140 bits (513),  Expect = 2e-34, Method: Compositional matrix adjust.
 Identities = 169/419 (41%), Positives = 300/419 (72%), Gaps = 3/419 (0%)

Query  10   VGLMVIGLPIAFAMLIAGLVAIWMKPGLSGLIVIQNLFSGLDSFPLLAIPFFILAAELMS  69
            +GL+  G+P++F++++ +L  + +  + +  +  Q++++G+D+F LLA+PFF+L+++LM+
Sbjct  9    LGLLFAGMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMN  68

Query  70   GGALTDVLLHFAArlvgrrrgglgHANILTLTFFSGISGSALADAAGPGAMLIKMMRKag  129
            ++++T+ +++FA  LVG+  G+LGH NI++  +FSG+SGSALADA+G G + IK MR A 
Sbjct  69   SAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAK  128

Query  130  ysapyaaaltastaivgpiippsiimiiYALTDNSVTITGLFLAGVVPGLLIAGSLAIVN  189
            Y   +A++LTA++ I+GP++PPS+ ++IY++  N+ +I +LFLAG +PGLL   +L +++
Sbjct  129  YHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSNT-SIGALFLAGAIPGLLCCIALMVMS  187

Query  190  HIVSVRRNYRSAPELLDPSPILRLFIRalpalmlpaiilGGIHFGVFTPTEasaaavlya  249
             ++  +R Y + P        ++ +  A+ +L+ P II+GGI  G FTPTEA+A + LYA
Sbjct  188  YFICKKRGYMTLPKA-SRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYA  246

Query  250  llvGRFVYGTLTMDKLPAILFRTALMTSSILFIVATSAVFAWVLTVGQIPQTVAAWIAGM  309
            L++G  VY TLT++ +  IL  T   T+ + ++V   +VF+W+++  Q+PQ +A  +  +
Sbjct  247  LFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTI  306

Query  310  QLSPGMlllainvllllVGIFIEPLPGVMIMVPILAPLADAAGLNPLHFAIVVIVNLTLG  369
              +P +LLL IN+LLL++G FIE+L+ ++++VP+L P+A A G++P+HF+++ I+NL +G
Sbjct  307  SDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIG  366

Query  370  MITPPVGGLLFVTSIVSGVQMGPMVREGRPMlvallivlallTFFPALSTWLPGL-LGY  427
            ++TPP+G  L+V S V+++    + R   P+LV+L+IVLAL++ FP ++  LP L LGY
Sbjct  367  ILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGY  425

185) HIMB59_00011190 in NC_018644


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  139 bits (512),  Expect = 3e-34, Method: Compositional matrix adjust.
 Identities = 153/372 (42%), Positives = 284/372 (77%), Gaps = 3/372 (0%)

Query  19   GTPVGYSIMMSSIIYFAV-GGFDVALTGEKILQGLYKSFVLLAVPLFIAAANIMNGGTIT  77
            G PVG+S++  ++ ++ +  + ++ ++++++L G+  +F LLAVP+F+ ++++MN++ IT
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGI-DNFTLLAVPFFVLTGHLMNSAGIT  73

Query  78   DRLLKFCIAVVGRFKGGLGHVNVVASLIFSGMSGSavadaagigkiiigMMTKSGRYTKG  137
            +R+++F  ++VG++ G+LGHVN++ASL+FSGMSGSA+ADA+G+G++ I  M + ++Y  +
Sbjct  74   ERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSM-RDAKYHDD  132

Query  138  YaaaitaasatigpiippsipMVLYSVVSDSSIGFLFLAGIVPGLIMGLFLMILNGYISH  197
            +A+++TAAS  IGP++PPS+P+V+Y+VVS++SIG LFLAG +PGL+  + LM+++ +I  
Sbjct  133  FAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICK  192

Query  198  KRNFATEEPVPLSQLPKTTFNAFPALLMPAILLYGIYGGVTTPTEaaaiaalyalilaag  257
            KR + T    +  +  K+  +AF +LL P I++ GI++G  TPTEAAA+++LYAL+L++ 
Sbjct  193  KRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTV  252

Query  258  lyralTFNSLYEILVESARSSAAVGVVIGGAFILNYIVIAENIPSFMSTILTGIDMHPll  317
            +Y +LT++++ EIL E+  ++A V++++ G  ++  IV  E++P  ++  +  I  +PL+
Sbjct  253  VYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLV  312

Query  318  flllinifvlvlGCFLDATTIILVIVPLFIPACKALGIDLVHFGVLVVVNSMIGLITPPY  377
            +LLLIN+++L LG F+++ +++L++VP+++P   A+GID VHFGV+ ++N MIG++TPP 
Sbjct  313  LLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPM  372

Query  378  GILLFVINAVTG  389
            G+ L+V++ V +
Sbjct  373  GMALYVVSRVGD  384

186) RSKD131_1817 in NC_011963


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  139 bits (511),  Expect = 4e-34, Method: Compositional matrix adjust.
 Identities = 169/421 (41%), Positives = 283/421 (68%), Gaps = 17/421 (4%)

Query  13   LLLIGTPVAFCLGVSSFLTVLYLGL--PPVVVF--QRLNSGVSVYALMAIPFFIYSGDLM  68
            LL+ G PV+F L    F+++ +L L  +  + F  Q++ +G+  ++L+A+PFF+ +G+LM
Sbjct  11   LLFAGMPVGFSL---IFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLM  67

Query  69   VRGDIarrlvalagalvghlrgglgQVNVVASVMFggvsgsaaadasavggLMVPQMKAR  128
              ++I+ R+  +A +LVGH+ G+LG+VN++AS++F+G+SGSA ADA+++G L +  M+  
Sbjct  68   NSAGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDA  127

Query  129  GYGVDYAVNLTVVGSIIALMIPPSHNMIIYSIAAGGRISIADLFTagiipglllalglMV  188
             Y  D+A  LT  + II+ ++PPS  ++IY++ +    SI+ LF AG IPGLL  ++LMV
Sbjct  128  KYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMV  185

Query  189  AAYFVARSRGY----PTERFPGLRALGAIFVSAVPGLILVALIFGGVRSGIFTASESANI  244
             +YF+ + RGY     + R   +++L   F+S +  +I+++ IF    SG FT++E+A +
Sbjct  186  MSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIF----SGKFTPTEAAAV  241

Query  245  AVVYALLVTILIYRTLTWPEFVHATIGAVRTTAMVLLVIGCAASFGWLLAYLKVPTALVA  304
            + +YAL++  ++Y TLT   F++    +V TTA+V L++   + FGW++A  ++P  L  
Sbjct  242  SSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLAD  301

Query  305  FMQGLSDNPlvilllinvallvlGTFMDMSPLIVITTPIFLPVAQAFGVDPVHFgvilil  364
            +   +SDNPLV+LLLIN+ LL LGTF++  +L+++  P+++PVA A G+DPVHFGV+ IL
Sbjct  302  YFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAIL  361

Query  365  nlgiglCTPPVGAVLFVGCAVGRISIWTAMRTIWPFYGAALAVLLLVTYIPALSLWLPAQ  424
            NL IG+ TPP+G  L+V   VG I++ T  R + P+  + + VL LV+ +P ++L LP  
Sbjct  362  NLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPEL  421

Query  425  F  425
            F
Sbjct  422  F  422

187) Rmar_2278 in NC_013501


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  138 bits (506),  Expect = 8e-34, Method: Compositional matrix adjust.
 Identities = 161/392 (42%), Positives = 279/392 (72%), Gaps = 3/392 (0%)

Query  42   APALTTEAQRIATGLDSFTLLAIPFFILAGHLMNRGGIARRLVNFAEAALGMLPGALAHV  101
            + ++   AQ++  G+D+FTLLA+PFF+L+GHLMN +GI+ R+ NFA + +G + G+L+HV
Sbjct  35   STGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHV  94

Query  102  NILAAMLFgaisgsaaaaasaigsiMAPHMEREGYDKGYSVAVNVTSATTGLLIPPSNIL  161
            NI+A++LF+++SGSA A A+++G +    M    Y+ +++ ++  +S   G L+PPS  L
Sbjct  95   NIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPL  154

Query  162  IVYSLASGGTSIAALFLAGYIPGILVGLMLMLVAGWIAWKRRYPVAGRPSLRRLWSTFWD  221
            ++Y++ S  TSI+ALFLAG IPG+L  + LM+++  I  KR Y    ++S R    ++ +
Sbjct  155  VIYGVVS-NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKE  213

Query  222  AAPSllllviviggiiagiftateaaavavl-yalilallyrelrlRDLPRVLLEASSTT  280
            A  SLL  VI+IGGI++G FT+TEAAAV+ L   ++ +++Y  L L+++  +L E+ +TT
Sbjct  214  AFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTT  273

Query  281  AIVLLLIATSMAMSWILAYEQIPQGVSQALLALTDNKililliiNFVLLAVGTFMDMTPA  340
            A+V L++      +WI+A EQ+PQ +++ +L+++DN +++LL+IN++LL +GTF++  + 
Sbjct  274  AVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLAL  333

Query  341  VLIFTPIFLPVALNLGIDPIHFGIILVLNLCIGLCTPPvgtvlfvglgvtQTPMTRVLRS  400
            +L++ P+++PVA  +GIDP+HFG++ +LNL IG+ TPP+G  L+V   V + P   + R+
Sbjct  334  LLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

Query  401  LLPMYAAMIIALLLVTYLPELSLWLPRVF-GY  431
            +LP+  +++I L LV+ +P+++L LP +F GY
Sbjct  394  VLPLLVPLFIVLALVAVFPQFTLLLPELFLGY  425

188) dctM in NC_017075


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  137 bits (504),  Expect = 1e-33, Method: Compositional matrix adjust.
 Identities = 152/373 (41%), Positives = 262/373 (71%), Gaps = 0/373 (0%)

Query  48   AQNLVAGIDSFPLLAVPFFILAGELMNAGGISRRIIAMAQAWVGHVRGGLGFVTIGAAVL  107
            AQ++++GID+F LLAVPFF+L+G+LMN++GI+ RI+  A++ VGH+ G+LG V I A++L
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  108  MASMSGSaladtaalatillPMMRAHGYPANTsagliasggiiapiippsMPFVIYGVTT  167
             ++MSGSALAD+++L+ + +  MR   Y  + ++GL A++ II+P++PPS+P+VIYGV +
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  168  NTSISQLFLAGIVPGIIMGVGLVIAWKLVLRGIDVQRDEKLPLAARGRATVDAFWALLMP  227
            NTSI+ LFLAG +PG++  ++L++   ++ +  +     K +   + ++  +AF +LL P
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLTP  221

Query  228  VIIIGGMKSGLFTSTEaavvaafyalvvavfvHREMSWRELHGVLVRAARTTAIVMFLCA  287
            VIIIGG+ SG FT+TEAA V+++YAL ++  V   ++ + +  +L  +  TTA+V ++  
Sbjct  222  VIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMVM  281

Query  288  GASVASYMVTladlpaalagmlgplIEHPKLLMAVMMITLIAVGTALDLTPSILILAPVM  347
            G +V + +V+  +LP  LA+ +  + ++P +L+ ++ + L+ +GT ++  + +L+L P +
Sbjct  282  GVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPFL  341

Query  348  LPVAVKAGIDPVYFGLMFVLNGAIGLITPPVGTVLNVVAGVGRMRLDQVVRGVSPFLATY  407
            +PVA   GIDPV FG+M +LN  IG++TPP+G  L VV+ VG + ++ + RGV P+L   
Sbjct  342  VPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPL  401

Query  408  LVILALFVAFPQI  420
            +++LAL   FPQ+
Sbjct  402  FIVLALVAVFPQF  414

189) Snov_3264 in NC_014217


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  136 bits (501),  Expect = 2e-33, Method: Compositional matrix adjust.
 Identities = 168/415 (41%), Positives = 284/415 (69%), Gaps = 5/415 (1%)

Query  13   LMAIGTPIAFCLGISSLATVIYLGLPPIVVF--QQLNSGINVfammaipffifaGDLMVR  70
            L+  G P++F L + +LA +I L  +  + F  QQ+ +GI+ F+++A+PFF+++G+LM  
Sbjct  11   LLFAGMPVGFSLIFVALAFLI-LTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNS  69

Query  71   GGIALRLIRFAAGLVGHLRGGLGQVNIVASTLFggisgsavadasavggLMIPQMAKRGY  130
            +GI+ R++ FA +LVGH+ G+LG+VNI+AS LF+G+SGSA+ADA+++G L I  M    Y
Sbjct  70   AGITERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKY  129

Query  131  DRDYavnvtvnaaiiaLMIPPSHNMILYSIAAGGNVSVADLFTAGIVPGLLLALALMVTA  190
            + D+A  +T  + II+ ++PPS  +++Y++ +  N S++ LF AG +PGLL  +ALMV +
Sbjct  130  HDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS--NTSIGALFLAGAIPGLLCCIALMVMS  187

Query  191  WWVARRRGYPSEPFPGFARlgffflsslpglllIAIIFGGVRSGIFTATESSCIavlyal  250
              + ++RGY + P ++       +  ++ +LL   II+GG+ SG FT+TE++ ++ LYAL
Sbjct  188  YFICKKRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYAL  247

Query  251  avavlvyRELDWTGFVDATLGAVRTTAMVLLVIGAAASFGWLMSYLQVQQSAIGLIRSIS  310
             ++ +VY  L   GF++    +V TTA+V L++ + + FGW+++  Q+ Q   + + +IS
Sbjct  248  FLGTVVYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTIS  307

Query  311  EDPIMVlllinlvllflGTFMDMAPMVIICTPVLLPVVKAFGIDPVHFGVVMILNAGIGL  370
            ++P+++LLLINL+LLFLGTF++  +++++  P L+PV  A GIDPVHFGV+ ILN  IG+
Sbjct  308  DNPLVLLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGI  367

Query  371  NTPPVGTVLFVGCAVGGISIRQAMRTIWPFFGASVAVLLLVTYVPALSLWLPAQF  425
             TPP+G  L+V   VG+I+++   R + P++ +   VL LV+  P ++L LP  F
Sbjct  368  LTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELF  422

190) HELO_1096 in NC_014532


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  133 bits (488),  Expect = 2e-32, Method: Compositional matrix adjust.
 Identities = 160/384 (42%), Positives = 287/384 (75%), Gaps = 2/384 (0%)

Query  49   SQRMLSGLDSFTllaiaffilagalMNRGGiairlidlarliVGRLPGSLAHCNVVANML  108
            +Q+ML+G+D+FTLLA++FF+L+G LMN +GI+ R++++A+ +VG++ GSL+H N++A++L
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  109  FgaisgsavascaavgsvMTPLQRSEGYDPGYAAAVNIASSPAGLLIPPSSTFIVYSLVS  168
            F+++SGSA+A  +++G +     R   Y+ ++A+++  AS   G L+PPS  +++Y++VS
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  169  GGTSIAALFLAGYLPglmmglglmlVAGIIAKRRGYSA-DVAERQPILPTLLHALPSVLL  227
              TSI+ALFLAG +PGL+  ++LM+++ +I K+RGY +   A R+  + +L +A+ S+L 
Sbjct  162  N-TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLT  220

Query  228  MviviggivagvFTATEASAIAVIYTLILTMAIYRTITFRALPAIVLEAAMTTAIVLPLI  287
             VI+IGGI +G FT+TEA+A++ +Y+L+L   +Y T+T++++  I+ E+  TTA+V  ++
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  288  SVSGAMSWAMSLESIPQQISAALLSLSDNPlvilllinlillaiGMFMDITPALLIFTPI  347
                  +W ++ E +PQ ++  +L++SDNPLV+LLLINL+LL +G F++  + LL++ P+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  348  FLPIVTQFGMDPVHFGVLMAFNLCIGICTPPVGSALFVGSSIAGVSIGRVGVPLLPMFVV  407
            ++P+ +  G+DPVHFGV+  +NL IGI TPP+G AL+V S ++++++  +   +LP++V 
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVP  400

Query  408  LFAMLMAITYLPQISLFLPNLLLG  431
            LF +L  ++ +PQ++L+LP+L+LG
Sbjct  401  LFIVLALVAVFPQFTLLLPELFLG  424

191) Pnap_0044 in NC_008781


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  131 bits (480),  Expect = 1e-31, Method: Compositional matrix adjust.
 Identities = 151/375 (41%), Positives = 271/375 (73%), Gaps = 6/375 (1%)

Query  49   AQNLVAGVDSFPLLAVPFFILAGELMNSGGISSRIIAMAQAWVGHIRGGLGFVaiaaavm  108
            AQ++++G+D+F LLAVPFF+L+G+LMNS+GI+ RI+  A++ VGHI G+LG V I A+++
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  109  masmsgsaladtaalatillPMMRQQGYPMHTsagliasggiiapiippsMPFVIYGVTT  168
             ++MSGSALAD+++L+ + +  MR+  Y  + ++GL A++ II+P++PPS+P+VIYGV +
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  169  NTSISALFISGIVPGIIMGIGLIIAWKLVLRK---MDLPQGQPLPMKERLRATAKAFWAM  225
            NTSI+ALF++G +PG++  I+L++   ++ +K   M LP++     +E++++   AF ++
Sbjct  162  NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---REQFKSLKEAFLSL  218

Query  226  LMPIIIIGGMKTGIFTPTEaavvaafyalfvalfvHREMKLAEIHGVLVRAGKTTAIVMF  285
            L P+IIIGG+ +G FTPTEAA V+++YALF++  V   + L  +  +L  + +TTA+V +
Sbjct  219  LTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVAL  278

Query  286  LCAGAQVASYMITLADlpgtltgwlgplVESPKllmavmmivlvivGTALDLTPTILIFA  345
            +  G  V + +++  +LP  L++ +  + ++P +L+ ++ ++L+++GT ++  + +L++ 
Sbjct  279  MVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLV  338

Query  346  PVMLPIAVKAGIDPVYFGLMFVLNGAIGLITPPVGTVLNVVAGVGRMPLHRVIQGVNPFL  405
            P ++P+A   GIDPV FG+M +LN  IG++TPP+G  L VV+ VG +P+H + +GV P+L
Sbjct  339  PFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLL  398

Query  406  ITYVLILVMFVIFPQ  420
            +   ++L +  +FPQ
Sbjct  399  VPLFIVLALVAVFPQ  413

192) Rhom172_2279 in NC_015966


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  127 bits (465),  Expect = 1e-30, Method: Compositional matrix adjust.
 Identities = 160/394 (41%), Positives = 280/394 (72%), Gaps = 3/394 (0%)

Query  42   APALTTEAQRIATGLDSFTLLAIPFFILAGHLMNRGGIARRLVSFAEAALGMLPGALAHV  101
            + ++   AQ++  G+D+FTLLA+PFF+L+GHLMN +GI+ R+ +FA + +G + G+L+HV
Sbjct  35   STGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHV  94

Query  102  NILAAMLFgaisgsaaavasaigsimaPHMEREGYDKGYSVAVNVTSATTGLLIPPSNIL  161
            NI+A++LF+++SGSA A A+++G +    M    Y+ +++ ++  +S   G L+PPS  L
Sbjct  95   NIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPL  154

Query  162  IVYSLASGGTSIAALFLAGYVPgllvglmlmlvAGWIAWKRRYPVAGRPSLRRLWTTFWD  221
            ++Y++ S  TSI+ALFLAG +PGLL  + LM+++  I  KR Y    ++S R    ++ +
Sbjct  155  VIYGVVS-NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKE  213

Query  222  AAPSllllviviggiiagiftateaaavavl-yalilallyrelrlRDLPRVLLEASSTT  280
            A  SLL  VI+IGGI++G FT+TEAAAV+ L   ++ +++Y  L L+++  +L E+ +TT
Sbjct  214  AFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTT  273

Query  281  AIVLLLIATSMAMSWILAYEQIPQGVSQALLALTDNKililliiNFVLLAVGTFMDMTPA  340
            A+V L++      +WI+A EQ+PQ +++ +L+++DN +++LL+IN++LL +GTF++  + 
Sbjct  274  AVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLAL  333

Query  341  VLIFTPIFLPVALNLGIDPIHFGIILVLNLCIGLCTPPvgtvlfvglgvtQTPMTRVLRS  400
            +L++ P+++PVA  +GIDP+HFG++ +LNL IG+ TPP+G  L+V   V + P   + R+
Sbjct  334  LLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

Query  401  LLPMYAAMIIALLLVTYLPELSLWLPRVF-GYVE  433
            +LP+  +++I L LV+ +P+++L LP +F GY +
Sbjct  394  VLPLLVPLFIVLALVAVFPQFTLLLPELFLGYGQ  427

193) Marme_1423 in NC_015276


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  127 bits (464),  Expect = 2e-30, Method: Compositional matrix adjust.
 Identities = 166/413 (41%), Positives = 315/413 (77%), Gaps = 4/413 (0%)

Query  19   GAPIAISMIVGAIAYLA-ASGQDIALAGEQIIQGIYGSFILLAVPLFIVAANIMNAGTIS  77
            G P+++S+I  A+A+L  +++ +I +A++Q++ GI ++F LLAVP+F++++++MN++ I+
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGI-DNFTLLAVPFFVLTGHLMNSAGIT  73

Query  78   ERLLNFCvavvghlrgglghvnvvSSLIFsgmsgsavadaagvgkvvIEMMVKGNRyppg  137
            ER++NF  ++VGH+ G+LGHVN+++SL+FSGMSGSA+ADA+G+G++ I  M ++ +Y  +
Sbjct  74   ERIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSM-RDAKYHDD  132

Query  138  yaaaitaasatigpiippsipMVIYALVSDVSIGYLFIAGLVPGLFMGMVLMAFNAYQAR  197
            +A+++TAAS  IGP++PPS+P+VIY++VS+ SIG LF+AG +PGL+  + LM  + +  +
Sbjct  133  FAGGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICK  192

Query  198  RLNIAKEPRTPTKDIPKVAWQAFPALMMPAILLYGIYGGVTTPTEaaavaaayalllaaT  257
            +      P+++ ++  K   +AF +L+ P I++ GI++G  TPTEAAAV++ YAL+L++ 
Sbjct  193  KRGYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTV  252

Query  258  VYRSITLKELANVFKQSALSSASVGLVISAALIFNYIVSTENIPTAVANTLVAWDLSPLQ  317
            VY ++TL+ + +++K++  ++A V+L++ +  +F  IV+ E++P  +A+ +++   +PL 
Sbjct  253  VYNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLV  312

Query  318  FMLAINVLFLLLGCLLDTATvvlvivpllipACRELGIDLVYFGVVTLVNLMIGMITPPY  377
            ++L IN+L+L+LG ++++ +++L++VP+L+P    +GID V FGV++++NLMIG++TPP 
Sbjct  313  LLLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPM  372

Query  378  GILLFVINGTTRIPLADIIKGVIPFTGVLLFALAIMTLFPDLILFVPRLF-GY  429
            G+ L+V++    IP+  + +GV+P+   L++ LA++++FP++ L++P LF GY
Sbjct  373  GMALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLGY  425

194) Mesci_1185 in NC_014923


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  126 bits (460),  Expect = 4e-30, Method: Compositional matrix adjust.
 Identities = 158/382 (42%), Positives = 271/382 (71%), Gaps = 2/382 (0%)

Query  44   QRLNSGVSVFSLMAIPFFIFAGDLMVrggiaarlvalagalvghlrgglgQVNIAASTMF  103
            Q++ +G+  F+L+A+PFF+++G+LM  +GI+ R+  +A +LVGH+ G+LG+VNI AS +F
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  104  ggisgsavadasavggLMIPQMKARGYGVDYAVNITSVGAIIALLIPPSHNMIIYSISAG  163
            +G+SGSA+ADA+++G L I  M+   Y  D+A  +T+ + II+ L+PPS  ++IY++ + 
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS-  161

Query  164  GRISIADLFTAGIIPGLLLALSLMVTAYWVASRRAYPTEPFAGFGRALQllvaaipglil  223
               SI+ LF AG IPGLL  ++LMV +Y +  +R+Y T P A+    ++ L  A+ +L+ 
Sbjct  162  -NTSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLT  220

Query  224  igiifggvRSGVFTATESSCIAIVYAFLVTLLIYRSMSWNDFvtattaavrttaMVLMII  283
              II+GG+ SG FT+TE++ ++ +YA+++  ++Y +++ ++F+     +V TTA+V +++
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  284  GCAAAFGWLLAYLRVPAALVAFLQSVSDNKlvilllinvvllilGTFMDMSpliiittpi  343
               + FGW++A  ++P  L  ++ ++SDN LV+LLLIN++LL+LGTF++  +L+++  P+
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  344  flpVVMAYGVDPVHFgvililnlgiglCTPPVGAVLFVSCAIGRIPIWTAMRSIWPFYGA  403
            ++PV  A G+DPVHFGV+ ILNL IG+ TPP+G  L+V   +G IP+ T  R++ P+  +
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVP  400

Query  404  AFAVLMLVTYVPEISLWLPHLF  425
             F VL LV+  P+++L LP+LF
Sbjct  401  LFIVLALVAVFPQFTLLLPELF  422

195) HELO_1053 in NC_014532


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  124 bits (453),  Expect = 1e-29, Method: Compositional matrix adjust.
 Identities = 143/354 (41%), Positives = 256/354 (73%), Gaps = 8/354 (2%)

Query  44   AQAVNGLDSFPLLAIPLFILVGEVMSQGGIAKRLVRLASALVGFIAGGLGQVAVLTSMFF  103
             Q + G+D+F LLA+P+F+L G++M+ +GI+ R+  +A +LVG I+G+LG+V +++S++F
Sbjct  43   QQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLLF  102

Query  104  ggisgsavadasavgsMMIEPMKQHRYSGSLataivvaasvvgiiippsipmiLFGVVTN  163
            +G+SGSA+ADA+++G + I +M++ +Y + +A ++  A+ ++G ++PPS+P++++GVV+N
Sbjct  103  SGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVSN  162

Query  164  TSISELFMAGIVPGVLITLGLAVTTFLQARKTG-----KGQPFDIRElwlalkesvlall  218
            TSI+ LF+AG +PG+L  ++L V +++  +K G     K+     RE   +LKE+ L+LL
Sbjct  163  TSIGALFLAGAIPGLLCCIALMVMSYFICKKRGYMTLPKASR---REQFKSLKEAFLSLL  219

Query  219  lpviivggilsgvFTPTESAAVALIYAIVVSMFVYRSLTLKRFFRLCITTGRLTGVVMLL  278
             PVII+GGI+SG FTPTE+AAV+ +YA+ ++  VY +LTL+ F+ +   T   T+VV L+
Sbjct  220  TPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALM  279

Query  279  LAFASVLAWLLTANMIPQQLVVSLSAITENKlllllllslfllVVGFFMDLTPAMVVLAP  338
            +   +V++W+++ + +PQ L   + +I++N L+LLLL++L+LL +G F++  + +++L P
Sbjct  280  VMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVP  339

Query  339  LMTPVVVKLGIDPVYFGVLMSFILGLGLITPPVGTVLYVGCGVGRVGMEQLVKS  392
            ++ PV   +GIDPV FGV+  + L +G++TPP+G  LYV   VG +  + L ++
Sbjct  340  FLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRG  393

196) Ilyop_0083 in NC_014632


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  121 bits (443),  Expect = 8e-29, Method: Compositional matrix adjust.
 Identities = 166/411 (41%), Positives = 297/411 (73%), Gaps = 3/411 (0%)

Query  13   GFPIAFSLGMVSLG-QILINDFPVLVVIQRMFTGADSIALTAIPLFILSGGLMYKGGMSK  71
            G P++FSL  V+L+  IL N   +    Q+M+ G D+++L A+P+F+L+G LM  +G++ 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  72   RIVNFADLLLGHFPSGLAMVSILACMFFaaitgsaiaataaiggiMIPLMVEKGYDKKFC  131
            RI NFA  L+GH+ ++L+ V+I+A ++F++++GSA+A ++++G + I  M +  Y+  F 
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  132  TPLVACggsigpiippsiplliFGVMANVSVAKlflggflpgllmgaglmgYSYVVGKNR  191
              L A +  IGP++PPS+PL+I+GV++N S++ LFL+G +PGLL   +LM  SY + K+R
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  192  GYIGRETKAPSNEVFkaakdallallmpiiiiggimsglFTPTESGTIAVFYALGVGMFV  251
            GY+    KA+  E FK+ K+A+L+LL P+IIIGGI SG FTPTE+++++ +YAL +G  V
Sbjct  195  GYMTL-PKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVV  253

Query  252  YRELTLSDLWEALRDCAKSTGQVLVVVAFASLFTWVITVNNIPQEVGAYLSAAIGNKYvl  311
            Y  LTL ++ E L++  ++T+ V ++V   ++F W+++ +++PQ ++ Y+ +  +N  VL
Sbjct  254  YNTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVL  313

Query  312  llvinvilliAGTFIDTTSAVVIFTPLFLPLAKSFGIDLIHFGLIMAVNLTIGMCTPPLG  371
            LL+IN++LL+ GTFI++ + ++++ P+++P+A + GID +HFG++  +NL IG+ TPP+G
Sbjct  314  LLLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMG  373

Query  372  VCLFVSGSVAKVSLKEQFKDlmpmlvvlltvlmIVTYIPEIVLMLPN-FLG  421
            + L+V + V+ +++    ++++P+LV L+ VL +V+ +P++ L+LP+ FLG
Sbjct  374  MALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFPQFTLLLPELFLG  424

197) C380_00965 in NC_018708


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  119 bits (436),  Expect = 3e-28, Method: Compositional matrix adjust.
 Identities = 165/398 (42%), Positives = 279/398 (71%), Gaps = 0/398 (0%)

Query  17   GMPISFALLASGVALMWQLDLFDAQILIQNLIGGADSFPLLAVPFFMLAGEIMNVGGLSK  76
            GMP++F+L+  ++A++   +  + ++  Q+++GG D+F LLAVPFF+L+G++MN +G++ 
Sbjct  15   GMPVGFSLIFVALAFLILTNSTGINFAAQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITE  74

Query  77   RIVNLALSLVGHVRGGLGYVTIMAGCllsalsgsavadaaaltalllPMMVKAGHDKaqa  136
            RI N+A SLVGH+ G+LG V IMA+ L+S++SGSA+ADA++L  L +  M  A  +   A
Sbjct  75   RIFNFAKSLVGHITGSLGHVNIMASLLFSGMSGSALADAGGLGQLEIKSMRDAKYHDDFA  134

Query  137  ggliaatgiigpvippsiglviFGVAANVSISKLFMAAIVPGLLIGGALWVTWAWLVRRE  196
            GGL AA+ IIGP++PPS+ LVI+GV +N SI+ LF+A+ +PGLL   AL V    + ++ 
Sbjct  135  GGLTAASCIIGPLVPPSVPLVIYGVVSNTSIGALFLAGAIPGLLCCIALMVMSYFICKKR  194

Query  197  KIQPPPRKSMREVLAAAREASWALLLPIIILVGLRMGVFTPTEaavvaavyafvvatfvy  256
                 P+ S RE + + +EA  +LL P+II+ G+  G FTPTEAA V+++YA+ ++T VY
Sbjct  195  GYMTLPKASRREQFKSLKEAFLSLLTPVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVY  254

Query  257  RELTLRQLYRVFVGAAKTSAIVMFLIAAAMVSAWLITVADLPSKVVGLLEPFMGNKillm  316
              LTL+ +  ++  + +T+A+V +++ +  V +W+++  +LP  + + +  + +N ++L+
Sbjct  255  NTLTLQGFIEILKETVNTTAVVALMVMGVTVFGWIVAREQLPQMLADYFLTISDNPLVLL  314

Query  317  aaimvlvmvvGTAMDMTPTILILTPILMPVVNAAGIDPVYFGVMFIINNSIGLITPPvgv  376
              I +L++ +GT ++  + +L+L P+L+PV +A GIDPV FGVM I+N  IG++TPP+G+
Sbjct  315  LLINLLLLFLGTFIESLALLLLLVPFLVPVASAVGIDPVHFGVMAILNLMIGILTPPMGM  374

Query  377  vlnvvagvgKMRMDDVTRGVLPFMLAEFAVMFLMIFFP  414
             L VV+ VG +  + +TRGVLP++++ F V+ L+  FP
Sbjct  375  ALYVVSRVGDIPFHTLTRGVLPLLVPLFIVLALVAVFP  412

198) TMO_c0915 in NC_017958


> NC_009457_P3|21|G20|147675054|YP_001217318.1|Vibrio_cholerae_O395|-|35650..36933|-|VC0395_A1375|hypothetical 
protein
Length=427

 Score =  119 bits (433),  Expect = 4e-28, Method: Compositional matrix adjust.
 Identities = 155/381 (41%), Positives = 268/381 (71%), Gaps = 1/381 (0%)

Query  45   PQSIFGGIDGFTLLAIPFFLLAGSLMTAGGMTRRLLELADALLGHKPGGLAMSGVVASTL  104
            +Q ++GGID FTLLA+PFF+L+G LM ++G+T R++++A +L+GH  G+L+   ++AS L
Sbjct  42   AQQMLGGIDNFTLLAVPFFVLTGHLMNSAGITERIFNFAKSLVGHITGSLGHVNIMASLL  101

Query  105  FAGISGSAVADTSALGRIMIPAMIKVGHKPafaasliaaanvvapvippsipfivMGVLT  164
            F+G+SGSA+AD+++LG++ I +M        FA++L AA+ +++P++PPS+P+++ GV++
Sbjct  102  FSGMSGSALADAGGLGQLEIKSMRDAKYHDDFAGGLTAASCIIGPLVPPSVPLVIYGVVS  161

Query  165  NQSITNLFLAGVIPGLLYTLAMLWIARRLAIRDAPAvrtgprprgtvrralaraafallM  224
            N SI  LFLAG IPGLL  +A++ +   +  +    +     +R    ++L  A ++LL 
Sbjct  162  NTSIGALFLAGAIPGLLCCIALM-VMSYFICKKRGYMTLPKASRREQFKSLKEAFLSLLT  220

Query  225  PVFILVGIRMGVFNITECSGVAVVYALFVGGVVHRELNLKRIYAALVSAGRSTAVIMIVV  284
            PV+I+ GI  G F  TE ++V+ +YALF+G VV   L L+ +   L  +  +TAV+ ++V
Sbjct  221  PVIIIGGIFSGKFTPTEAAAVSSLYALFLGTVVYNTLTLQGFIEILKETVNTTAVVALMV  280

Query  285  GAAKLFSWLLAYTGVPQAVSAFVLANVSDAlvfllvvnvlllIIGMFLEANAALVMLVPV  344
             +  +F+W++A   +PQ ++ + L+   ++LV+LL++N+LLL++G F+E+ A L++LVP 
Sbjct  281  MGVTVFGWIVAREQLPQMLADYFLTISDNPLVLLLLINLLLLFLGTFIESLALLLLLVPF  340

Query  345  LYPIALALGvdpvhfgvvvvLNLCIGLITPPVGLCLNIACMIARSPLERGSvailpflaa  404
            L P+A A+G+DPVHFGV+ +LNL IG++TPP+G+ L +   ++  P++  + ++LP+L +
Sbjct  341  LVPVASAVGIDPVHFGVMAILNLMIGILTPPMGMALYVVSRVGDIPFHTLTRGVLPLLVP  400

Query  405  alavlllvtlvPQASLLLPGL  425
             + VL LV++ PQ +LLLP L
Sbjct  401  LFIVLALVAVFPQFTLLLPEL  421