Homolog Viewer

PAthogenisity Island DataBase (PAI DB)

Home PAIs REIs Genomes Search Links

Homologs of HPB8_729 gene of NC_014256_P1

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

1) HPB8_729
( YP_003728750.1 )

hypothetical protein

NC_014256
(Helicobacter pylori B8)

0.0

100

2) HPP12_0519
( YP_002301153.1 )

hypothetical protein

NC_011498
(Helicobacter pylori P12)

0.0

3) HPELS_03915
( YP_005424903.1 )

hypothetical protein

NC_017063
(Helicobacter pylori ELS37)

0.0

4) HPF57_0543
( YP_005777257.1 )

hypothetical protein

NC_017367
(Helicobacter pylori F57)

0.0

5) HPPC_02520
( YP_003926794.1 )

hypothetical protein

NC_014555
(Helicobacter pylori PeCan4)

0.0

6) HPF32_0493
( YP_005775717.1 )

hypothetical protein

NC_017366
(Helicobacter pylori F32)

0.0

7) HMPREF0462_0908
( YP_005785475.1 )

hypothetical protein

NC_017375
(Helicobacter pylori 83)

0.0

8) KHP_0805
( YP_005793197.1 )

hypothetical protein

NC_017382
(Helicobacter pylori 51)

0.0

9) HPKB_0828
( YP_005762336.1 )

hypothetical protein

NC_017354
(Helicobacter pylori 52)

0.0

10) HPLT_02540
( YP_005772652.1 )

hypothetical protein

NC_017362
(Helicobacter pylori Lithuania75)

0.0

11) HPOK113_0495
( YP_007536609.1 )

hypothetical protein

NC_020508
(Helicobacter pylori OK113)

0.0

12) K748_07875
( YP_008337429.1 )

hypothetical protein

NC_021882
(Helicobacter pylori UM298)

0.0

13) K749_01265
( YP_007980050.1 )

hypothetical protein

NC_021216
(Helicobacter pylori UM299)

0.0

14) HPPN120_02485
( YP_005788175.1 )

hypothetical protein

NC_017378
(Helicobacter pylori Puno120)

0.0

15) HPSH417_02440
( YP_006224135.1 )

hypothetical protein

NC_017739
(Helicobacter pylori Shi417)

0.0

16) HPAG1_0487
( YP_627228.1 )

hypothetical protein

NC_008086
(Helicobacter pylori HPAG1)

0.0

17) HPSH112_04485
( YP_006227591.1 )

hypothetical protein

NC_017741
(Helicobacter pylori Shi112)

0.0

18) HPGAM_02620
( YP_005780247.1 )

hypothetical protein

NC_017371
(Helicobacter pylori Gambia94/24)

0.0

19) K751_03185
( YP_007983617.1 )

hypothetical protein

NC_021218
(Helicobacter pylori UM066)

0.0

20) HPSAT_04210
( YP_005768486.1 )

hypothetical protein

NC_017359
(Helicobacter pylori Sat464)

0.0

21) HPB14_04015
( YP_006219518.1 )

hypothetical protein

NC_017733
(Helicobacter pylori HUP-B14)

0.0

22) HPV225_0508
( YP_005763441.1 )

hypothetical protein

NC_017355
(Helicobacter pylori v225d)

0.0

23) HMPREF4655_21092
( YP_005770179.1 )

hypothetical protein DUF262

NC_017360
(Helicobacter pylori 35A)

0.0

24) jhp0462
( NP_223180.1 )

hypothetical protein

NC_000921
(Helicobacter pylori J99)

0.0

25) HPSH_04360
( YP_001910337.1 )

hypothetical protein

NC_010698
(Helicobacter pylori Shi470)

0.0

26) HPF30_0811
( YP_005774556.1 )

hypothetical protein

NC_017365
(Helicobacter pylori F30)

0.0

27) HPSH169_02630
( YP_006225718.1 )

hypothetical protein

NC_017740
(Helicobacter pylori Shi169)

0.0

28) K747_06625
( YP_007979512.2 )

hypothetical protein

NC_021215
(Helicobacter pylori UM032)

0.0

29) HPOK310_0815
( YP_007538449.1 )

hypothetical protein

NC_020509
(Helicobacter pylori OK310)

0.0

30) HPAKL117_02560
( YP_007017062.1 )

hypothetical protein

NC_019560
(Helicobacter pylori Aklavik117)

0.0

31) HP0513
( NP_207310.1 )

hypothetical protein

NC_000915
(Helicobacter pylori 26695)

0.0

32) C694_02640
( YP_006934434.1 )

hypothetical protein

NC_018939
(Helicobacter pylori 26695)

0.0

33) C695_02640
( YP_006892999.1 )

hypothetical protein

NC_018937
(Helicobacter pylori Rif1)

0.0

34) C730_02640
( YP_006936040.1 )

hypothetical protein

NC_018938
(Helicobacter pylori Rif2)

0.0

35) HPPN135_02510
( YP_005789719.1 )

hypothetical protein

NC_017379
(Helicobacter pylori Puno135)

0.0

36) HPAKL86_03890
( YP_007018848.1 )

hypothetical protein

NC_019563
(Helicobacter pylori Aklavik86)

0.0

37) HPSA20_0557
( YP_008471518.1 )

hypothetical protein

NC_022130
(Helicobacter pylori SouthAfrica20)

0.0

38) HPF16_0841
( YP_005779076.1 )

hypothetical protein

NC_017368
(Helicobacter pylori F16)

0.0

39) HPOK113_0535
( YP_007536649.1 )

hypothetical protein

NC_020508
(Helicobacter pylori OK113)

3e-179

40) MA2417
( NP_617323.1 )

hypothetical protein

NC_003552
(Methanosarcina acetivorans C2A)

2e-161

41) Pcryo_1606
( YP_580867.1 )

hypothetical protein

NC_007969
(Psychrobacter cryohalolentis K5)

5e-159

42) Dole_2238
( YP_001530119.1 )

hypothetical protein

NC_009943
(Desulfococcus oleovorans Hxd3)

5e-155

43) c5421
( NP_757267.1 )

hypothetical protein

NC_004431
(Escherichia coli CFT073)

1e-154

44) i14_4938
( YP_006156996.1 )

hypothetical protein

NC_017652
(Escherichia coli clone D i14)

1e-154

45) i02_4938
( YP_006152077.1 )

hypothetical protein

NC_017651
(Escherichia coli clone D i2)

1e-154

46) ECABU_c49760
( YP_006108883.1 )

hypothetical protein

NC_017631
(Escherichia coli ABU 83972)

2e-154

47) EcolC_3721
( YP_001726658.1 )

hypothetical protein

NC_010468
(Escherichia coli ATCC 8739)

1e-153

48) MCON_0083
( YP_004382815.1 )

hypothetical protein

NC_015416
(Methanosaeta concilii GP6)

5e-153

49) join
( NP_290960.1 )

hypothetical protein

NC_002655
(Escherichia coli EDL933)

3e-152

50) D782_3934
( YP_007342022.1 )

hypothetical protein

NC_020063
(Enterobacteriaceae bacterium FGI 57)

6e-151

51) NRG857_21960
( YP_006122733.1 )

hypothetical protein

NC_017634
(Escherichia coli NRG 857C)

1e-150

52) GTNG_0160
( YP_001124289.1 )

hypothetical protein

NC_009328
(Geobacillus thermodenitrificans NG80-2)

1e-150

53) ECP_4674
( YP_672511.1 )

hypothetical protein

NC_008253
(Escherichia coli 536)

3e-150

54) GAU_3574
( YP_002763086.1 )

hypothetical protein

NC_012489
(Gemmatimonas aurantiaca T-27)

3e-150

55) LF82_736
( YP_002559220.1 )

hypothetical protein

NC_011993
(Escherichia coli LF82)

4e-150

56) ECOK1_4852
( YP_006103900.1 )

hypothetical protein

NC_017628
(Escherichia coli IHE3034)

5e-150

57) UM146_22465
( YP_006113329.1 )

hypothetical protein

NC_017632
(Escherichia coli UM146)

5e-150

58) ECOPMV1_04800
( YP_008574495.1 )

hypothetical protein

NC_022370
(Escherichia coli PMV-1)

6e-150

59) APECO1_2080
( YP_859981.1 )

hypothetical protein

NC_008563
(Escherichia coli APEC O1)

1e-149

60) P12B_c4425
( YP_006171404.1 )

hypothetical protein

NC_017663
(Escherichia coli P12b)

1e-149

61) UTI89_C5048
( YP_543982.1 )

hypothetical protein

NC_007946
(Escherichia coli UTI89)

1e-149

62) ECED1_5210
( YP_002400941.1 )

hypothetical protein

NC_011745
(Escherichia coli ED1a)

2e-149

63) EcSMS35_4888
( YP_001746799.1 )

hypothetical protein

NC_010498
(Escherichia coli SMS-3-5)

2e-149

64) TM1040_3538
( YP_611771.1 )

hypothetical protein

NC_008043
(Ruegeria sp. TM1040)

3e-149

65) CE10_5085
( YP_006147030.1 )

hypothetical protein

NC_017646
(Escherichia coli CE10)

1e-147

66) ECIAI39_4815
( YP_002410666.1 )

hypothetical protein

NC_011750
(Escherichia coli IAI39)

2e-147

67) Pecwa_1674
( YP_003259071.1 )

hypothetical protein

NC_013421
(Pectobacterium wasabiae WPP163)

9e-144

68) BF2893
( YP_212507.1 )

hypothetical protein

NC_003228
(Bacteroides fragilis NCTC 9343)

6e-134

69) BF638R_2900
( YP_005111924.1 )

hypothetical protein

NC_016776
(Bacteroides fragilis 638R)

1e-133

70) BF3056
( YP_100336.1 )

hypothetical protein

NC_006347
(Bacteroides fragilis YCH46)

1e-133

71) Nit79A3_3354
( YP_004696480.1 )

hypothetical protein

NC_015731
(Nitrosomonas sp. Is79A3)

7e-125

72) Mpal_1333
( YP_002466389.1 )

hypothetical protein

NC_011832
(Methanosphaerula palustris E1-9c)

1e-101

73) Cphamn1_1150
( YP_001959569.1 )

hypothetical protein

NC_010831
(Chlorobium phaeobacteroides BS1)

4e-93

74) CD196_2861
( YP_003215877.1 )

hypothetical protein

NC_013315
(Clostridium difficile CD196)

7e-93

75) CDR20291_2908
( YP_003219384.1 )

hypothetical protein

NC_013316
(Clostridium difficile R20291)

7e-93

76) Cyast_1284
( YP_007164898.1 )

hypothetical protein

NC_019778
(Cyanobacterium stanieri PCC 7202)

5e-90

77) CLOST_0735
( YP_003935766.1 )

hypothetical protein

NC_014614
(Clostridium sticklandii DSM 519)

6e-85

• Sequence Alignments

1) HPB8_729 in NC_014256


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score = 1071 bits (4059),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 687/687 (100%), Positives = 687/687 (100%), Gaps = 0/687 (0%)

Query  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60
            MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120
            VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180
            KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240
            LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300
            EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360
            CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI
Sbjct  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360

Query  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420
            FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI
Sbjct  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420

Query  421  DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH  480
            DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH
Sbjct  421  DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH  480

Query  481  TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD  540
            TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD
Sbjct  481  TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD  540

Query  541  WALKIWTYPNLDAETLEkykqkgkrekkAYDLNKFGSHLRELFDILSKEIKALDERITEK  600
            WALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKFGSHLRELFDILSKEIKALDERITEK
Sbjct  541  WALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKFGSHLRELFDILSKEIKALDERITEK  600

Query  601  FNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIEVKL  660
            FNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIEVKL
Sbjct  601  FNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIEVKL  660

Query  661  ETKEDIPYCLGLIKQVLEKQMGGKNRQ  687
            ETKEDIPYCLGLIKQVLEKQMGGKNRQ
Sbjct  661  ETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

2) HPP12_0519 in NC_011498


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  934 bits (3539),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 593/695 (86%), Positives = 645/695 (93%), Gaps = 8/695 (1%)

Query  1    MKADAMKLLDFIGKSQEKQFVIPVYQRVYSWEKEQCKQLWDDIIETGGNDQMNGHFIGSI  60
            MKA+A+KLLDFIGKSQEKQFVIP+YQRVYSWEKEQCKQLWDDII TGGNDQ++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   VFVQDGIYTTNYNELLIIDGQQRLTTITLLFIALRNHLNDEDELLEKFSRQKIQNRYLIN  120
            VFV+DGIYTTNYNELLIIDGQQRLTTITLLFIALR+HLNDE        R+ I+++YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDE------VKRKEIEDHYLIN  114

Query  121  SDEKGDKKFKLFLSEPDRNTLLSLIDENKRKPSEPSLKIMENFKLFEEWIRKNTDKLETI  180
            S++ GDKK++L+LSE+DR+TLLSLID +KRKPSE SLKIMENFKLFEEWIRKNTDKLETI
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  181  FKGLDKLMVVEISLERGKDNPQLIFESMNSTGKDLTQTDLIRNYILMGLEPEKQKIFYKK  240
            FKGL+KLM+V I+L + KD+PQLIFESMNS G +LTQTDLIRNYI+M  E  KQ  FY++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  241  YWRAMEEELKQNETLFNQFVRHYLTIKTREIPNINKVYEAFKDYQQKEGIEIEDLLKDLQ  300
            YWRAMEE++KQNETLFN+FVRHYLTIKT +IPNI+KVYEAFK YQQ  GIE E LL+DLQ
Sbjct  235  YWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQ  294

Query  301  KYCGYFCQIAFKKEADKDLNKALGFLMDLEMDVIYPLLLELYSDYSNGVLSKQDFIPIIY  360
            KYCG+FC+I FKKEADKDLNKAL+FL+DLEMDVIYPLLLELYSDYS+GVLSKQDFIPII 
Sbjct  295  KYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIA  354

Query  361  LTESYICRRAVCGLGTNSLNKVFPFVTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFK  420
            L ESYI RRAVCGLGTNSLNK+F+  TKKINKDQYLESIKAHFLSLETTKGKFPKDSEFK
Sbjct  355  LIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFK  414

Query  421  KLFITIDFYSFKKNEYFFERLENFDTKEPVNTKECTTEHIMPQTLTEEWKRDLGENFQAI  480
            +LFITIDFY++K + YFFERLENF+TKEPVNTKECT EHIMP+TLTEEW +DLGENFQAI
Sbjct  415  NLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAI  474

Query  481  HDKYLHTIGNLTKTGYNQEYSNNSFQKKRDMEKGFKQSPLRLNQSLKDLESFGEEEIEKR  540
            HDKYLHTIGNLT TGYNQEYSN SFQ KRDMEKGFKQSPLRLNQ+L+DLESFGE EIEKR
Sbjct  475  HDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKR  534

Query  541  ANDLADWALKIWTYPKLDAETLEkykqkgkrekkVYDLSSYKFGSHSRELFDILSKEIKA  600
            ANDLADWALKIWTYP+LDAETLEKYKQKGKREKK YDL+  KFGSH RELFDILSKEIKA
Sbjct  535  ANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKA  592

Query  601  LDERITEKFNQEYISYMFDKNFVDIVLLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLG  660
            LDERITEKFNQEYISYMFDKNFVDIV LKNGLKLYLNMPFNELQDEKNLARDMTNKGHLG
Sbjct  593  LDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLG  652

Query  661  NGDIEVKLETKEDIPYCLGLIKQALEKQMGGKNRQ  695
            NGDIEVKLETKEDIPYCLGLIKQ LEKQMGGKNRQ
Sbjct  653  NGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

3) HPELS_03915 in NC_017063


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  877 bits (3322),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 574/716 (81%), Positives = 627/716 (88%), Gaps = 29/716 (4%)

Query  1    MKADAMKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60
            MKA+A+KLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEDEFLEKFSRQKIQNRYLIN  120
            VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDE        R+ I+++YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDE------VKRKEIEDHYLIN  114

Query  121  SDEKGDKKFKLILSEPDRDTLLSLIDKDRRKPSEPSLKIMENFKLFEEWIRKNTDKLETI  180
            S++ GDKK++LILSE+DRDTLLSLIDKD+RKPSE SLKIMENFKLFEEWIRKNTDKLETI
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  181  FKGLEKLMAVEISLERGKDNPQLIFESMNSTGKDLTQTDLIRNYILMGLEPEKQEIFYKK  240
            FKGLEKLM V I+L + KD+PQLIFESMNS G +LTQTDLIRNYI+M  E  KQE FY++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  241  YWRAMEEDFKQNETLFNKFVRHYLTIKKGKSPNEKEVYEAFKRYQQERGIETEALLQDLQ  300
            YWRAMEEDFKQNETLFN+FVRHYLTIK G  PN   VYEAFKRYQQERGIETEALLQDLQ
Sbjct  235  YWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQ  294

Query  301  KYCGYFCRIVFKKEADKDLNKALGFLVDLERDVVYPLLLELYSDYSDGVLSKQDFIPIIA  360
            KYCG+FCRIVFKKEADKDLNKAL+FLVDLE DV+YPLLLELYSDYSDGVLSKQDFIPIIA
Sbjct  295  KYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIA  354

Query  361  LTESYICRRAVCGFGANGLNKIFPSFTKKIDKNQYLESIKAHFLSLEKTTGKFPKDSEFK  420
            L ESYI RRAVCG+G+N+LNKIF+SFTKKI+K+QYLESIKAHFLSLE T GKFPKDSEFK
Sbjct  355  LIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFK  414

Query  421  NLFTTIDFYNLKEKKYFLERLENFDTKEPVNTQECTIEHIMPQTLTEEWKRDLGENFQAI  480
            NLF TIDFYNLKEKKYF+ERLENF+TKEPVNT+ECTIEHIMP+TLTEEW +DLGENFQAI
Sbjct  415  NLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAI  474

Query  481  HDKYLHTIGNLTLTGYNEKYSNNSFQEKRDMEKGFKQSPLRLNQSLRDLEVFGEEQIKKR  540
            HDKYLHTIGNLTLTGYN+ YSN SFQEKRDMEKGFKQSPLRLNQ+LRDLE FGE +I KR
Sbjct  475  HDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKR  534

Query  541  ANDLADWALKIWTYPKLDAETlekykpkkekkekkekeeyklkkekkAYDLSSYKFGSHS  600
            ANDLADWALKIWTYP+LDAET              EK   K K+EKKAYDL+  KFGSH 
Sbjct  535  ANDLADWALKIWTYPNLDAET-------------LEKYKQKGKREKKAYDLN--KFGSHL  579

Query  601  RELFDILSKEIKALDERITEKFTKHYITYKHDTIFASIAPLKSELNLNLKMDFSELQDEI  660
            RELFDILSKEIKALDERITEKF ++YI+Y  D  F  I PLK+ L+L L+M F+ELQD  
Sbjct  580  RELFDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQD--  637

Query  661  KEKLKIRDVSHIGHLGIvskkvkvvevkletkeNIPCCLGLIKQALEKQMGGRNRQ  716
             EK   RD+++ GHLG        +EVKLETKE+IP CLGLIKQ LEKQMGG+NRQ
Sbjct  638  -EKNLARDMTNKGHLG-----NGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

4) HPF57_0543 in NC_017367


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  860 bits (3258),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 551/690 (80%), Positives = 621/690 (90%), Gaps = 4/690 (0%)

Query  9    MEAKAITLLNFIKDNQNNQLVIPIYQRVYSWEKEQCKQLWddiikiggddkmdgHFIGSI  68
            M A+AI LL+FI  +Q++Q+VIPIYQRVYSWEKEQCKQLWDDIIK GG+D+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  69   LYVLKNRITHSNNVLLIIDGQQRLTTITPLLTALRNHLSDEVKREEIEKHYLINSDKDGD  128
            ++V     T + N LLIIDGQQRLTTIT L+ ALR+HL+DEVKR EIE HYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  129  KKFRLILSESDKDTLLSLIDKDRRKPSEPSSKIMENFKLFEEWIRKNTNQLETIFKGLEK  188
            KK+RLILSESD+DTLLSLIDKD+RKPSE S KIMENFKLFEEWIRKNT++LETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  189  LIIVYIALEKGKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEIEKQKGFYNKYWRAME  248
            L+IV IAL K KDDPQLIFESMNSKGIELTQTDLIRNYIVMETE+ KQ +FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  249  EDFKQNEKLFNQFVRHYLTIKTREIPNINKVYVAFKNYRQKEGIGIEDLLKDLQKYCGYF  308
            EDFKQNE LFN+FVRHYLTIKT +IPNI+KVY AFK Y+Q  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  309  CRIVFKKESDKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSKADFIPIIALIESYI  368
            CRIVFKKE+DKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLSK DFIPIIALIESYI
Sbjct  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360

Query  369  CRRAVCGLGTNSLNKVFPSFTKHIQKDEYFESLKVHFGSL-TEKQRFPNNDEFKDLFITI  427
             RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ES+K HF SL T K +FP++ EFK+LFITI
Sbjct  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420

Query  428  DFYSFKKNKYFFERLENFDRKERVYTHEYTTEHIMPQTLTEEWERDLGKNFQEIHNKYLH  487
            DFY++K +KYFFERLENF+ KE V T E T EHIMP+TLTEEWE+DLG NFQ IH+KYLH
Sbjct  421  DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH  480

Query  488  TIGNLTLTGYNQEYSNNSFQQKRDMEKGFKDSPLRLNQSLKDLESFGEEEIKKRANDLAD  547
            TIGNLTLTGYNQEYSN SFQ+KRDMEKGFK+SPLRLNQ+L+DLESFGE EI KRANDLAD
Sbjct  481  TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD  540

Query  548  LALKIWTYPNLNAETLEkykpkkdkkekkGYDLSSYKFSPHSRELFDILSKEIKALDERI  607
             ALKIWTYPNL+AETLE    +K+K+EKK+YDL+  KF++H RELFDILSKEIKALDERI
Sbjct  541  WALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDERI  597

Query  608  TENFNQDYISYKFSKNFVDIVVQTKDLKLYLNMKFNELQDEKNLARDMTNKGHLGNGDIE  667
            TE+FNQ+YISY F KNFVDIV   ++LKLYLNM FNELQDEKNLARDMTNKGHLGNGDIE
Sbjct  598  TEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIE  657

Query  668  VKLETKENIPYCLGLIKQALEKQMGGRNRQ  697
            VKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  658  VKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

5) HPPC_02520 in NC_014555


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  844 bits (3195),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 527/696 (76%), Positives = 611/696 (88%), Gaps = 15/696 (2%)

Query  1    MKADDIKLLDFISKSQERQFVIPIYQRLYSWEKKQCKQLWDDILKVGGNDKMNGHFIGSI  60
            MKA+ IKLLDFI+KSQE+QFVIPIYQR+YSWEK QCKQLWDDI+K GGND+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LFVQDRVYTTKHNEFLIIDGQQRlttitlllialRNHLSEEVEFLEKFSHKKIENRYLIN  120
            +FV+D +YTT+ NE+LIIDGQQRLTTITLL+IALR+HL++EV       +K IE++YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV------KRKEIEDHYLIN  114

Query  121  RDEDGDKKFRLILSESDKDTLLSLIDENKRKPSEPSEKIMENFKLFEEWINKNTDKLEAI  180
             ++DGDKK+RLILSESD+DTLLSLID +KRKPSE S KIMENFKLFEEWI KNTDKLE+I
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  181  FKGLDKLMIVEISLEKGKDDPQLIFESMNSKGVDLTQTDLIRNYIIMETEVEKQENFYNR  240
            FKGL+KLMIV I+L K KDDPQLIFESMNSKG++LTQTDLIRNYI+METEV KQE+FYN+
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  241  YWRAMEEDFKQNETLFNKFVRHYLTIKIGKSPKEKEVYEAFKNYQQEKGIEIEDLLKDLQ  300
            YWRAMEEDFKQNETLFN+FVRHYLTIK G  P+   VYEAFK YQQE+GIE E LL+DLQ
Sbjct  235  YWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQ  294

Query  301  KYCGYFCQIAFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYRDGVLSDQDFISIIA  360
            KYCG+FC+I FKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDY DGVLS QDFI+IIA
Sbjct  295  KYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIA  354

Query  361  LTESYICRRAVCGLDTHGLNKIFPSFTKKIDKKQYLKSIKAHFLSLEKTTGKFPKDSEFK  420
            L ESYI RRAVCGL+T++LNKIF+SFTKKI+K QYL SIKAHFLSLE T GKFPKDSEFK
Sbjct  355  LIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFK  414

Query  421  DSLITIDFYHFKKNKYFLERLENFDTKEPVDTQKCDTEHIMPQTLTPEWERDLGENFKAI  480
            + +ITIDFY++K +KYF+ERLENF+TKEPV+T+ C  EHIMP+TLT EWE+DLGENF+AI
Sbjct  415  NLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAI  474

Query  481  HEKYLHTIGNLTLTGYNSEYSNNSFQEKRDMEKGFKQSSLKLNQSLRDLEVFGEKEILDR  540
            H+KYLHTIGNLTLTGYN EYSN SFQEKRDMEKGFKQS+L+LNQ+LRDLE FGEKEI  R
Sbjct  475  HDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKR  534

Query  541  ASGLANLALKIWVSPK----TLG--SDKSKKEKEVYDLNSYKFSPYSRELFDILREGIKN  594
            A++LA+ ALKIW  P+    TL    +K+K+EK  YDLN  KF++  RELFDIL   IK 
Sbjct  535  ANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKA  592

Query  595  LDERVTENFMKAYIAYKFNTNFVDIVVQKNDLKLYLNMKFHELQDEKNLANDRTNKKNHN  654
            LDER+TE+F + YI+Y F+ NFVDIV  KN+LKLYLNM F+ELQDEKNLA D TN K H 
Sbjct  593  LDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTN-KGHL  651

Query  655  GNGNVEIKLESKENIPYCLGLIRQALEKQMGGRNRQ  690
            GNG++E+KLE+KE+IPYCLGLI+Q LEKQMGG+NRQ
Sbjct  652  GNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

6) HPF32_0493 in NC_017366


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  832 bits (3149),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 570/690 (83%), Positives = 630/690 (92%), Gaps = 7/690 (1%)

Query  1    MKADAIKLLDFIGKSQEKQFVIPIYQRVYSWEKKQCEQLWDDIIKTGGNDQMNGHFIGSI  60
            MKA+AIKLLDFIGKSQEKQFVIPIYQRVYSWEK QC QLWDDIIKTGGNDQ++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   VFVQDGIYTTNYNELLIIDGQQRlttitllltalKDHWSD--KRKDIEDHYLINSDKDGD  118
            VFV+DGIYTTNYNELLIIDGQQRLTTITLL+ AL+DH +D  KRK+IEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  119  KKFRlilsdsdkdtllslidkdkrkpskpsskIMENFKFFEEWV-SNTDKLETIFKGLDK  177
            KK+RLILS+SD+DTLLSLIDKDKRKPS  S KIMENFK+FEEW+  NTDKLETIFKGL+K
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  178  LMVVEISLERGKDNPQLIFESMNSTGKDLTQTDLIRNYILMGLEPKKQEIFYKKYWRAME  237
            LM+V I+L + KD+PQLIFESMNS G +LTQTDLIRNYI+M  E  KQE FY++YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  238  ENFKQNETLFNQFVRHYLTIKTREIPNINKVYEAFKRYQQERGIETEALLQDLQKYCGFF  297
            E+FKQNETLFN+FVRHYLTIKT +IPNI+KVYEAFKRYQQERGIETEALLQDLQKYCGFF
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  298  CQIVFKKEDDKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSKADFIPIIALIESYI  357
            C+IVFKKE DKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLSK DFIPIIALIESYI
Sbjct  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360

Query  358  CRRAVCGLGTNSLNKVFPFVTKKINKVQYLESIKAHFGYL-TEKQRFPNDDEFKKLFITI  416
             RRAVCGLGTNSLNK+F+  TKKINK QYLESIKAHF  L T K +FP+D EFK+LFITI
Sbjct  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420

Query  417  DFYHFQKREYFFERLENFNTKEPVNTQECTTEHIMPQKLTEEWERDLGENFQAIHDKYLH  476
            DFY+++ + YFFERLENFNTKEPVNT+ECT EHIMP+ LTEEWE+DLGENFQAIHDKYLH
Sbjct  421  DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH  480

Query  477  TIGNLTLTGYNEKYSNKSFQEKQGMEKGFKDSPLRLNQGLRDLKSFGEEEIKERANDLAD  536
            TIGNLTLTGYN+ YSN+SFQEK++MEKGFK+SPLRLNQGLRDL SFGE EI  RANDLAD
Sbjct  481  TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD  540

Query  537  LALKIWTYPNLDAETLekykpkkdkkekeVYDLNSYKFSSRSRELFDILSKGIKALDERI  596
             ALKIWTYPNLDAETL     +K+K+EK  YDLN  KF+S+ RELFDILSK IKALDERI
Sbjct  541  WALKIWTYPNLDAETL-EKYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDERI  597

Query  597  TENFNQDYISYKFGKNFVDIVVQNKDLKLYLNMEFNELQDEKNLARDMTNKGHLGNGDIE  656
            TE+FNQ+YISY F+KNFVDIV  +++LKLYLNM FNELQDEKNLARDMTNKGHLGNGDIE
Sbjct  598  TEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIE  657

Query  657  VKLETKENIPYCLGLIKQALEKQMGGRNRQ  686
            VKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  658  VKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

7) HMPREF0462_0908 in NC_017375


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  831 bits (3146),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 532/662 (81%), Positives = 595/662 (90%), Gaps = 4/662 (0%)

Query  1    MYSWEKEQCKQLWDDIIKVGGDDKMDGHFIGSILYVLDGITHSD-NTLLIIDGQQRLTTI  59
            +YSWEKEQCKQLWDDIIK GG+D+++GHFIGSI++V DGI  ++ N LLIIDGQQRLTTI
Sbjct  28   VYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSIVFVHDGIYTTNYNELLIIDGQQRLTTI  87

Query  60   TLLFIALRNHLSDEVKRKEIEDHYLINSGKDGDKKFRLILSESDKDTLLYLIDKDRRKPS  119
            TLLFIALR+HL+DEVKRKEIEDHYLINSG+DGDKK+RLILSESD+DTLL LIDKD+RKPS
Sbjct  88   TLLFIALRDHLNDEVKRKEIEDHYLINSGNDGDKKIRLILSESDRDTLLSLIDKDKRKPS  147

Query  120  EPSLKIVENFKLFEEWIRKNTDKLETIFKGLEKLMIVEIALEKGKDDPQLIFESMNSKGM  179
            E SLKI+ENFKLFEEWIRKNTDKLETIFKGLEKLMIV IAL K KDDPQLIFESMNSKG+
Sbjct  148  ELSLKIMENFKLFEEWIRKNTDKLETIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGI  207

Query  180  ELAQTDLIRNYIVMEIEIEKQEGFYNKYWRAIEEEFKQNKKWFDRFVRHYLTIKIRDIPN  239
            EL+QTDLIRNYIVME E+ KQE+FYN+YWRA+EE+FKQN   F+RFVRHYLTIK  DIPN
Sbjct  208  ELTQTDLIRNYIVMETEVGKQEDFYNQYWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPN  267

Query  240  INKVYVALKDYRQEEGIGIEDLLKDLQKYCGYFCRIVFKKEADKDLNKALGFLVGLEMDV  299
            I+KVY A+K Y+QE GI  E LL+DLQKYCG+FCRIVFKKEADKDLNKAL+FLV+LEMDV
Sbjct  268  ISKVYEAFKRYQQERGIETEALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDV  327

Query  300  IYPLLLELYSDYSDGVLSKDDFRRSIALIESYICRRAVCRLGTNSLNKVFPSFTKHIQKD  359
            IYPLLLELYSDYSDGVLSK+DF   IALIESYI RRAVC LGTNSLNK+F+SFTK I+KD
Sbjct  328  IYPLLLELYSDYSDGVLSKQDFIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKD  387

Query  360  EYFKSLKAHFGYL-TEKQRFPNNDEFKDRFITIDFYNFQKREYFFERLENFDRKERVYTH  418
            +Y+ S+KAHF  L T K +FP++ EFK+ FITIDFYN++ + YFFERLENF+ KE V T 
Sbjct  388  QYLESIKAHFLSLETTKGKFPKDSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTK  447

Query  419  EYTIEHIMPQTLTEEWERDLGENFQEIHNKYLHTIGNLTLTGYNQEYSNNSFQQKRDMEK  478
            E TIEHIMP+TLTEEWE+DLGENFQ IH+KYLHTIGNLTLTGYNQEYSN SFQ+KRDMEK
Sbjct  448  ECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEK  507

Query  479  GFKDSPLRLNQGLRDLKSFGEEEIKKRANDLADWALKIWTYPKLDAETLekykpkkdkek  538
            GFK+SPLRLNQGLRDL SFGE EI KRANDLADWALKIWTYP+LDAETLEKYK K  +EK
Sbjct  508  GFKQSPLRLNQGLRDLESFGEKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREK  567

Query  539  kvydLNSYKFSPHSRELFDILSKGIKALDERITENFNQDYISYKFKTNFVDIVVQTKDLK  598
            K YDLN  KF++H RELFDILSK IKALDERITE+FNQ+YISY F  NFVDIV   ++LK
Sbjct  568  KAYDLN--KFGSHLRELFDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLK  625

Query  599  LYLNVKFNELQDEKNLARDMTNKGHLGNGNIEVKLKTKENIPYCLGLIKQALEKQMGGRN  658
            LYLN+ FNELQDEKNLARDMTNKGHLGNG+IEVKL TKE+IPYCLGLIKQ LEKQMGG+N
Sbjct  626  LYLNMPFNELQDEKNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKN  685

Query  659  RQ  660
            RQ
Sbjct  686  RQ  687

8) KHP_0805 in NC_017382


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  831 bits (3146),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 552/696 (80%), Positives = 620/696 (90%), Gaps = 14/696 (2%)

Query  1    MKADATTLLNFIKDNQKNQLVIPIYQRLYSWEKEQCKQLWDDIIKIGGNDKMDGHFIGSI  60
            MKA+A  LL+FI  +Q +Q+VIPIYQR+YSWEKEQCKQLWDDIIK GGND+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDGI-THSNNALLIIDGQQRlttitlllialRNHWSD--KRKEIENHYLINSDKDGD  117
            ++V DGI T + N LLIIDGQQRLTTITLL+IALR+H +D  KRKEIE+HYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  118  KKFRLILSESDKDTLLSLIDKDKRKPSELSSKIVENFKLFEEWVS-NTDKLETIFKGLEK  176
            KK+RLILSESD+DTLLSLIDKDKRKPSELS KI+ENFKLFEEW+  NTDKLETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  177  LMIVEIALEKGKDDPQLIFESMNSKGMELAQTDLIRNYIVMETEVEKQEGFYNKYWRAME  236
            LMIV IAL K KDDPQLIFESMNSKG+EL+QTDLIRNYIVMETEV KQE+FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  237  EDFKQNKKLFDRFVRHYLTIKTREIPNINKVYVALKDYQQKEGIGIEDLLKDLQKYCGYF  296
            EDFKQN  LF+RFVRHYLTIKT +IPNI+KVY A+K YQQ  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  297  CRIVFkkeddeddkddkdLNKALGFLVDLEMDVIYPLLLELYSDYNDGVLSKDDFIPIVA  356
            CRIVFKKE D D      LNKAL+FLVDLEMDVIYPLLLELYSDY+DGVLSK+DFIPI+A
Sbjct  301  CRIVFKKEADKD------LNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIA  354

Query  357  LIESYICRRAVCGLGTNSLNKVFPSFTKHIQKDEYFKSLKAHFGYL-TEKQRFPNNDEFK  415
            LIESYI RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ S+KAHF  L T K +FP++ EFK
Sbjct  355  LIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFK  414

Query  416  DCFIMIDFYHFKKREYFFERLENFDTKESVNTQKCTIEHIMPQTLREEWKKDLGENFQEI  475
            + FI IDFY++K + YFFERLENF+TKE+VNT+ CTIEHIMP+TL EEW KDLGENFQ I
Sbjct  415  NLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAI  474

Query  476  HNKYLHTIGNLTLTGYNPEYSNKSFQEKRGMEKGFKNSPLRLNQGLRDLKSFGEEEIKKR  535
            H+KYLHTIGNLTLTGYN EYSN+SFQEKR+MEKGFK+SPLRLNQGLRDL SFGE EI KR
Sbjct  475  HDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKR  534

Query  536  ANDLADLALKIWTYPKLDAETLEkykpkkdkkekSVYDLSSYKFGSHSRELFDILSKGIK  595
            ANDLAD ALKIWTYP+LDAETLEKYK K  +  K+ YDL+  KFGSH RELFDILSK IK
Sbjct  535  ANDLADWALKIWTYPNLDAETLEKYKQKGKREKKA-YDLN--KFGSHLRELFDILSKEIK  591

Query  596  ALDERITENFNQDYISYKFDKNFVDIVMQNKDLKLYLNMKFNELQDEKNLARDMTNKGHL  655
            ALDERITE+FNQ+YISY FDKNFVDIV  +++LKLYLNM FNELQDEKNLARDMTNKGHL
Sbjct  592  ALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHL  651

Query  656  GNGDIEVKLETKENIPYCLGLIKQALEKQMGGRNRQ  691
            GNGDIEVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  652  GNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

9) HPKB_0828 in NC_017354


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  817 bits (3093),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 554/697 (80%), Positives = 623/697 (90%), Gaps = 11/697 (1%)

Query  1    MKADAMKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQMNGHFIGSI  60
            MKA+A+KLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQ++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   VFVQDGIYTTSHNELLIIDGQQRLTTITLLFIALRDHLNDEDEFLEKFSHQKIQNRYLIN  120
            VFV+DGIYTT+ NELLIIDGQQRLTTITLLFIALRDHLNDE        ++ I+++YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDE------VKRKEIEDHYLIN  114

Query  121  SDEKGDKKFKLILSEPDRDILLSLIDKNRRKPSELSSKIMENFKLFEEWIRKNTDKLETI  180
            S++ GDKK++LILSE+DRD LLSLIDK++RKPSELS KIMENFKLFEEWIRKNTDKLETI
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  181  FKGLDKLMVVEISLERGKDNPQLIFESMNSTGKDLTQTDLIRNYILMGLEPEKQKIFYEK  240
            FKGL+KLM+V I+L + KD+PQLIFESMNS G +LTQTDLIRNYI+M  E  KQ  FY++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  241  YWRAMEEDFKQDETLFNQFIRHYLTIKTREIPNINKVYVALKDYQQKEGIGIEDLLKDLQ  300
            YWRAMEEDFKQ+ETLFN+F+RHYLTIKT +IPNI+KVY A+K YQQ  GI  E LL+DLQ
Sbjct  235  YWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQ  294

Query  301  KYCGYFCQIVFKKKEAYKDLNKALSFLVDLEMDVIYPlllelysdysdsvlsKQDFIPII  360
            KYCG+FC+IVF KKEA KDLNKALSFLVDLEMDVIYPLLLELYSDYSD+VLSKQDFIPII
Sbjct  295  KYCGFFCRIVF-KKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPII  353

Query  361  DLIESYICRRAVCGLGTNSLNKVFLSFTKHIQKDEYFESLKAHFGYL-TEKQRFPNNDEF  419
             LIESYI RRAVCGLGTNSLNK+F SFTK I+KD+Y+ES+KAHF  L T K +FP++ EF
Sbjct  354  ALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEF  413

Query  420  KKLFITIDfynfkknkyffERLENFDRKERVYTHEYTKEHIMPQTLEEEWEKDLGENFQE  479
            K+LFITIDFYN+K +KYFFERLENF+ KE V T E T EHIMP+TL EEWEKDLGENFQ 
Sbjct  414  KNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQA  473

Query  480  IHDKYLHTIGNLTLTGYNGKYSNKSFQEKQGMEKGFKQSPLKLNQSLKNLESFGEEEIKK  539
            IHDKYLHTIGNLTLTGYN  YSN+SFQEK++MEKGFKQSPL+LNQ+L++LESFGE EI K
Sbjct  474  IHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEK  533

Query  540  RANDLADLALKIWTYPKLDAETLEkykpkkdkkekkVYDLSSYKFGSHSRELFDILNKEI  599
            RANDLAD ALKIWTYP+LDAETLE    +K+K+EKK YDL+  KFGSH RELFDIL+KEI
Sbjct  534  RANDLADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEI  590

Query  600  KALDEKIVENFNQDYISYKFDKNFVDIVVQTRDLKLYLNMKFNELQDEKNLARDMTNKGH  659
            KALDE+I E+FNQ+YISY FDKNFVDIV    +LKLYLNM FNELQDEKNLARDMTNKGH
Sbjct  591  KALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGH  650

Query  660  LGNGDIEVKLETKENIPYCLGLIKQALEKQMGGRNRQ  696
            LGNGDIEVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  651  LGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

10) HPLT_02540 in NC_017362


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  817 bits (3093),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 537/699 (77%), Positives = 604/699 (87%), Gaps = 15/699 (2%)

Query  1    MKEDAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEHCEQLWDDVIKTGGNDQIEGHFIGSI  60
            MK +AIKLLDFIGKSQEKQFVIPIYQRVYSWEKE+C QLWDD+IKTGGNDQIEGHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDYLNDEDEFLEKFSRQKIQNRYLIN  120
            VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRD LNDE        R+ I+++YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDE------VKRKEIEDHYLIN  114

Query  121  SDEKGDKKFKLFLSESDRDTLLSLIDKNKREPSKPSLKIMENFKLFEEWIRKNTDKLETI  180
            S++ GDKK++L+LSESDRDTLLSLIDK+KR PS  SLKIMENFKLFEEWIRKNTDKLETI
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  181  FKGLDKLMIVEISLERGKDNPQLIFESMNSTGKDLTQTDLIKNYILMGLDPEKQKIFYKK  240
            FKGL+KLMIV I+L + KD+PQLIFESMNS G +LTQTDLI+NYI+M  +  KQ  FY++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  241  YWRAMEEDFEQNEKLFNQFVRHYLTIKTRGIPNINKVYEAFKRYQQERGIETEALLQDLQ  300
            YWRAMEEDF QNE LFN+FVRHYLTIKT +IPNI+KVYEAFKRYQQERGIETEALLQDLQ
Sbjct  235  YWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQ  294

Query  301  KYFGYFCQIAFkkedkkdlkkALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIY  360
            KY G+FC+I FKKE  KDL+KALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPII 
Sbjct  295  KYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIA  354

Query  361  LTESYICRRAVCGLGTNSLNKVFPFVTKKINKDQYLESIKVHFGYL-TEKQRFPNNDEFK  419
            L ESYI RRAVCGLGTNSLNK+F+  TKKINKDQYLESIK HF  L T K +FP++ EFK
Sbjct  355  LIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFK  414

Query  420  EHFITIDFYHFQKREYFLERLENFERKERVYAHEYTTEHIMPQTLNEEWERDLGGNFQAI  479
            + FITIDFY+++ + YF+ERLENF+ KE V + E T EHIMP+TL EEWE+DLG NFQAI
Sbjct  415  NLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAI  474

Query  480  HDKYLHTIGNLTKTGYNSEYKNNSFQEKRDMEKGFKQSPLKLNQSLKDLEVFGEEQIKKR  539
            HDKYLHTIGNLT TGYN EY N SFQEKRDMEKGFKQSPL+LNQ+L+DLE FGE +I KR
Sbjct  475  HDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKR  534

Query  540  ANDLADWVLKIWTYPILEAETLe--eykskkekkAYDLSSYKFSPHSRELFDILREKIKA  597
            ANDLADW LKIWTYP L+AETLE    K+K+EKKAYDL+  KF++H RELFDIL   IKA
Sbjct  535  ANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKA  592

Query  598  LDERITEKFNQQYIAYKFFKISFVDIVVQNKGLKLYLKMNLNELQDEIKEKLKISDVSNI  657
            LDERITEKFNQ+YI+Y F K +FVDIV  ++GLKLYL+M +NELQD   EK    D++N 
Sbjct  593  LDERITEKFNQEYISYMFDK-NFVDIVPLKNGLKLYLNMPFNELQD---EKNLARDMTNK  648

Query  658  GRPCVGNMEVELETKENIPYCLGLIKQALEKQMGGKNRQ  696
            G+   G++EV LETKE+IPYCLGLIKQ LEKQMGGKNRQ
Sbjct  649  GHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

11) HPOK113_0495 in NC_020508


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  815 bits (3085),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 538/690 (78%), Positives = 612/690 (89%), Gaps = 8/690 (1%)

Query  1    MEADATTLLNFIKDNQKNQLVIPIYQRLYSWEKEQCKQLWDDIIKIGGNDKMDGHFIGSI  60
            M A+A  LL+FI  +Q +Q+VIPIYQR+YSWEKEQCKQLWDDIIK GGND+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDRI-THSNNALLIIDGQQRlttitllltalRDHWSD--KRKDIEDHYLINSDKDGD  117
            ++V D I T + N LLIIDGQQRLTTITLL+ ALRDH +D  KRK+IEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  118  KKFRLILSESDKDTLLSLIDKDKRKPSEPSLKIVENFKLFEEWISKNTNKLETIFRGLEK  177
            KK+RLILSESD+DTLLSLIDKDKRKPSE SLKI+ENFKLFEEWI KNT+KLETIF+GLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  178  LMIVEIALEKGKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEIEKQEGFYNKYWRAME  237
            LMIV IAL K KDDPQLIFESMNSKGIELTQTDLIRNYIVMETE+ KQE+FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  238  EEFKQNKKLFDRFVRHYLTIKT-ETPKINKVYVALKDYRQKERIGIEDLLKDLQKYCGYF  296
            E+FKQN  LF+RFVRHYLTIKT + P+I+KVY A+K Y+Q   I  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  297  CQIVFKKEDDKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSEDDFKRSIALIESYI  356
            C+IVFKKE DKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLS +DF   IALIESYI
Sbjct  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360

Query  357  CRRMVCGLGTNSLNKVFPSFTRYIQKGEYFKSLEAHF-GFLTEKQRFPNNDEFKNSFITI  415
             RR VCGLGTNSLNK+F+SFT+ I+K++Y+ S+ AHF ++ T K +FP++ EFKN FITI
Sbjct  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420

Query  416  DFYKFQKNRYFFERLENFDTEELVNTKELTTEHIMPKTLTEEWERDLGENFQEIHNKYLH  475
            DFY+++ ++YFFERLENF+T E VNTKE T EHIMPKTLTEEWE+DLGENFQ IH+KYLH
Sbjct  421  DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH  480

Query  476  TIGNLTLTGYNSTYSNKSFQEKYGMEKGFKDSPLRLNQSLRGLESFGEEEIKKRANDLAD  535
            TIGNLTLTGYN  YSN+SFQEK +MEKGFK+SPLRLNQ+LR+LESFGE EI KRANDLAD
Sbjct  481  TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD  540

Query  536  LALKIWTYPNLDAETLEkykpkkdkkekkVYDLSSYKFGSHSRELFDILSKEIKALDERI  595
             ALKIWTYPNLDAETLE    +K+K+EKK YDL+  KFGSH RELFDILSKEIKALDERI
Sbjct  541  WALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDERI  597

Query  596  TENFNQDYISYKFSKNFVDIVVQTKDLKLYLNMKFNELQDEKNLARDMTNKGHLGNGDIE  655
            TE+FNQ+YISY F KNFVDIV   ++LKLYLNM FNELQDEKNLARDMTNKGHLGNGDIE
Sbjct  598  TEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIE  657

Query  656  VKLETKENIPYCLGLIKQALEKQMGGRNKQ  685
            VKLETKE+IPYCLGLIKQ LEKQMGG+N+Q
Sbjct  658  VKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

12) K748_07875 in NC_021882


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  812 bits (3074),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 539/694 (78%), Positives = 613/694 (89%), Gaps = 12/694 (1%)

Query  1    MEADKNTLLKFIKDNYKNQLVIPIYQRLYSWGKEQCKQLWDDIIKVGGNDKMDGHFIGSI  60
            M A+   LL FI  +  +Q+VIPIYQR+YSW KEQCKQLWDDIIK GGND+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLNKI-THSNNALLIIDGQQRlttitllltalRNHLSDEVKRKEIEDHYLINSDKDGD  119
            ++V + I T + N LLIIDGQQRLTTITLL+ ALR+HL+DEVKRKEIEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  120  KKFRLILSESDKDTLLSLIDKDRRKPSEPSLKIVENFKLFEEWVS-NTDELETIFKGLEK  178
            KK+RLILSESD+DTLLSLIDKD+RKPSE SLKI+ENFKLFEEW+  NTD LETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  179  LMIVEIALEKGKDDPQLIFESMNSKGMELTQTDLIRNYIVMETEIEKQEGFYNKYWRAME  238
            LMIV IAL K KDDPQLIFESMNSKG+ELTQTDLIRNYIVMETE+ KQE+FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  239  EEFKQNEKWFDRFIRHYLTIKTREIPNINKVYVALKDYRQKEGIGIEDLLKDLQKYCGYF  298
            E+FKQNE  F+RF+RHYLTIKT +IPNI+KVY A+K Y+Q  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  299  CRIVFKKEADKDFKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGILSKDDFIPIIALIE  358
            CRIVFKKEADKD   LNKAL+FLVDLEMDVIYPLLLELYSDYSDG+LSK+DFIPIIALIE
Sbjct  301  CRIVFKKEADKD---LNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIE  357

Query  359  SYICRRAVCGLGTNSLNKVFPSFTKHIQKDEYFKSLEAHFGYL-TNNQRFPKNDEFKDCF  417
            SYI RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ S+ AHF  L T + +FPK+ EFK+ F
Sbjct  358  SYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLF  417

Query  418  ITIDFYKFKKNRYFFERLENFDTKEPVNTKGLTVEHIMPQTLTEEWKRDLGENFQAIHDK  477
            ITIDFY++K ++YFFERLENF+TKEPVNTK  T+EHIMP+TLTEEW +DLGENFQAIHDK
Sbjct  418  ITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDK  477

Query  478  YLHTIGNLTLTGYNPEYSNRSFQEKQGMEKGFKNSPLRLNQGLRGLEPFGEEKIKKRAND  537
            YLHTIGNLTLTGYN EYSNRSFQEK++MEKGFK+SPLRLNQGLR+LE+FGE  I KRAND
Sbjct  478  YLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRAND  537

Query  538  LADLALKIWTYPKLDAETLEkykpkkdkkekkVYDLSSYKFSSHSRELFDILSKEIKALD  597
            LAD ALKIWTYP+LDAETLE    +K+K+EKK YDL+  KF+SH RELFDILSKEIKALD
Sbjct  538  LADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALD  594

Query  598  EKILEKFNKMCISYKFDTNFVSIVPLKNGGLNLYLNMPFYELQDEKNLAK--KAKGNYGN  655
            E+I EKFN+  ISY FD NFV IVPLKN GL+LYLNMPF ELQDEKNLA+    KG+ GN
Sbjct  595  ERITEKFNQEYISYMFDKNFVDIVPLKN-GLKLYLNMPFNELQDEKNLARDMTNKGHLGN  653

Query  656  GDIEVKLETKENIPYCLGLIKQALEKQMGGRNRQ  689
            GDIEVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  654  GDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

13) K749_01265 in NC_021216


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  812 bits (3074),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 539/694 (78%), Positives = 613/694 (89%), Gaps = 12/694 (1%)

Query  1    MEADKNTLLKFIKDNYKNQLVIPIYQRLYSWGKEQCKQLWDDIIKVGGNDKMDGHFIGSI  60
            M A+   LL FI  +  +Q+VIPIYQR+YSW KEQCKQLWDDIIK GGND+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLNKI-THSNNALLIIDGQQRlttitllltalRNHLSDEVKRKEIEDHYLINSDKDGD  119
            ++V + I T + N LLIIDGQQRLTTITLL+ ALR+HL+DEVKRKEIEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  120  KKFRLILSESDKDTLLSLIDKDRRKPSEPSLKIVENFKLFEEWVS-NTDELETIFKGLEK  178
            KK+RLILSESD+DTLLSLIDKD+RKPSE SLKI+ENFKLFEEW+  NTD LETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  179  LMIVEIALEKGKDDPQLIFESMNSKGMELTQTDLIRNYIVMETEIEKQEGFYNKYWRAME  238
            LMIV IAL K KDDPQLIFESMNSKG+ELTQTDLIRNYIVMETE+ KQE+FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  239  EEFKQNEKWFDRFIRHYLTIKTREIPNINKVYVALKDYRQKEGIGIEDLLKDLQKYCGYF  298
            E+FKQNE  F+RF+RHYLTIKT +IPNI+KVY A+K Y+Q  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  299  CRIVFKKEADKDFKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGILSKDDFIPIIALIE  358
            CRIVFKKEADKD   LNKAL+FLVDLEMDVIYPLLLELYSDYSDG+LSK+DFIPIIALIE
Sbjct  301  CRIVFKKEADKD---LNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIE  357

Query  359  SYICRRAVCGLGTNSLNKVFPSFTKHIQKDEYFKSLEAHFGYL-TNNQRFPKNDEFKDCF  417
            SYI RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ S+ AHF  L T + +FPK+ EFK+ F
Sbjct  358  SYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLF  417

Query  418  ITIDFYKFKKNRYFFERLENFDTKEPVNTKGLTVEHIMPQTLTEEWKRDLGENFQAIHDK  477
            ITIDFY++K ++YFFERLENF+TKEPVNTK  T+EHIMP+TLTEEW +DLGENFQAIHDK
Sbjct  418  ITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDK  477

Query  478  YLHTIGNLTLTGYNPEYSNRSFQEKQGMEKGFKNSPLRLNQGLRGLEPFGEEKIKKRAND  537
            YLHTIGNLTLTGYN EYSNRSFQEK++MEKGFK+SPLRLNQGLR+LE+FGE  I KRAND
Sbjct  478  YLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRAND  537

Query  538  LADLALKIWTYPKLDAETLEkykpkkdkkekkVYDLSSYKFSSHSRELFDILSKEIKALD  597
            LAD ALKIWTYP+LDAETLE    +K+K+EKK YDL+  KF+SH RELFDILSKEIKALD
Sbjct  538  LADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALD  594

Query  598  EKILEKFNKMCISYKFDTNFVSIVPLKNGGLNLYLNMPFYELQDEKNLAK--KAKGNYGN  655
            E+I EKFN+  ISY FD NFV IVPLKN GL+LYLNMPF ELQDEKNLA+    KG+ GN
Sbjct  595  ERITEKFNQEYISYMFDKNFVDIVPLKN-GLKLYLNMPFNELQDEKNLARDMTNKGHLGN  653

Query  656  GDIEVKLETKENIPYCLGLIKQALEKQMGGRNRQ  689
            GDIEVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  654  GDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

14) HPPN120_02485 in NC_017378


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  805 bits (3047),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 546/687 (80%), Positives = 616/687 (90%), Gaps = 10/687 (1%)

Query  1    MEAKATSLLTFIKDNQKNQLVIPIYQRVYSWEKEQCKQLWDDIIKMGGDDKMDGHFIGSI  60
            M A+A  LL FI  +Q +Q+VIPIYQRVYSWEKEQCKQLWDDIIK GG+D+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDGITHSD-NALLIIDGQQRlttitllltalRDHWSDEVKRKEIEDHYLINSDKDGD  119
            ++V DGI  ++ N LLIIDGQQRLTTITLL+ ALRDH +DEVKRKEIEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  120  KKFRlilsdsdkdtllslidkdRRKPSEPSSKIVENFELFEEWISKNTNKLETIFKGLKK  179
            KK+RLILS+SD+DTLLSLIDKD+RKPSE S KI+ENF LFEEWI KNT+KLETIFKGL K
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  180  LMIVKIALKKEKDDPQLIFESMNSKGMELAQTDLIRNYIVMETEVEKQEGFYKKYWRAME  239
            LMIV IALKKEKDDPQLIFESMNSKG+EL+QTDLIRNYIVMETEV KQE+FY++YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  240  EELKQNEKLFNQFVRHYLTIKTREIPNINKVYAAFKDYRQKEGIAIEDLLKDLQKYCGYF  299
            E++KQNE LFN+FVRHYLTIKT +IPNI+KVY AFK Y+Q  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  300  CQIVFKKEADKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSKADFIPIIALIESYI  359
            C+IVFKKEADKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLSK DFIPIIALIESYI
Sbjct  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360

Query  360  CRRAVCGLGTNSLNKVFPSFTKHIQKDEYFESLKAHFGYL-TEKQRFPNNDEFKDCFITT  418
             RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ES+KAHF  L T K +FP++ EFK+ FIT 
Sbjct  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420

Query  419  DfykfqkkkyffERLENFDRKERVYTHECTIEHIMPQTLTEEWERDLGENFQKIHNKYLH  478
            DFY+++ KKYFFERLENF+ KE V T ECTIEHIMP+TLTEEWE+DLGENFQ IH+KYLH
Sbjct  421  DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH  480

Query  479  TIGNLTLTGYNSEYSNKSFQEKRDMEKGFKDSPLRLNQSLRDLESFGEEEIEKRANDLAD  538
            TIGNLTLTGYN EYSN+SFQEKRDMEKGFK+SPLRLNQ+LRDLESFGE EIEKRANDLAD
Sbjct  481  TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD  540

Query  539  LALKIWTYPNLDAEILEKYKPKKE--------IKFSSHSRELFDILSKEIKALDEKIVER  590
             ALKIWTYPNLDAE LEKYK K           KF+SH RELFDILSKEIKALDE+I E+
Sbjct  541  WALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKFGSHLRELFDILSKEIKALDERITEK  600

Query  591  LNQHYISYEFSTNFVDIIPLNKGLKLQLNMKFNELQDEKNLARDMTNKGHLGNGDIEIKL  650
            +NQ+YISY F  NFVDI+PL++GLKL LNM FNELQDEKNLARDMTNKGHLGNGDIE+KL
Sbjct  601  FNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIEVKL  660

Query  651  ETQENISYCLGLIKQVLEKQMGGRNRQ  677
            ET+E+I+YCLGLIKQVLEKQMGG+NRQ
Sbjct  661  ETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

15) HPSH417_02440 in NC_017739


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  805 bits (3049),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 545/689 (80%), Positives = 613/689 (89%), Gaps = 5/689 (0%)

Query  1    MEAKAMKLLDFIGKSQERQLVIPIYQRVYSWGNEQCKQLWddiikiggddkmdgHFIGSI  60
            M A+A+KLLDFIGKSQE+Q+VIPIYQRVYSW +EQCKQLWDDIIK GG+D+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVHDGIYKIGHNKLLIIDGQQRlttitllltalRNHLSDEVKRKEIEDHYLINSDKDGD  120
            ++VHDGIY    N LLIIDGQQRLTTITLL+ ALR+HL+DEVKRKEIEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  121  EKFRlilsdsdkdtllslidkdRRKPIKPSSKIMENFELFEKWISKNTNELETIFKGLEK  180
             K+RLILS+SD+DTLLSLIDKD+RKP   S KIMENF LFE WI KNT+ LETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  181  LMIVEIALEKGKDDPQLIFESMNSKGMELAQTDLIRNHIVMETEIEKRERFYNKYWRAME  240
            LMIV IAL K KDDPQLIFESMNSKG+EL+QTDLIRN IVMETE+ K+E FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  241  KELKQNEKLFNQFVRHYLTIKTREIPNIKKVYVAFKDYQQKEGIGVEDLLKDLQKYCGYF  300
             ++KQNE LFN+FVRHYLTIKT +IPNI KVY AFK YQQ  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  301  CQIVFKKEADKDLNKALDFLVDLEMDVMYPLLLELYSDYNDGVLSKADFIPIIALIESYI  360
            C+IVFKKEADKDLNKAL FLVDLEMDV+YPLLLELYSDY+DGVLSK DFIPIIALIESYI
Sbjct  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360

Query  361  CRRAVCGLGTNSLNKVFPSFTKHIQKDEYFESLKVHFGYL-TKQQRFPNNDEFKDCFITT  419
             RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ES+K HF  L T + +FP++ EFK+ FIT 
Sbjct  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420

Query  420  DSCSLHKKKYFFERLENFDTKEPVNTEKCTIEHIMPQKLTEEWERDLGENFKEIHNKYLH  479
            D  +L  KKYFFERLENF+TKEPVNT  CTIEHIMP+ LTEEWE+DLGENF+ IH+KYLH
Sbjct  421  DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH  480

Query  480  TIGNLTLTGYNPKYSNKSFKEKQSMEKGFKDSPLRLNQSLRDLESFGEEEIKKRANDLAD  539
            TIGNLTLTGYN  YSN+SF+EK+ MEKGFK+SPLRLNQ+LRDLESFGE EI KRANDLAD
Sbjct  481  TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD  540

Query  540  LALKIWTYPNLDAETLe--kykpkkekkVYDLSSYNLGPHSRELFDILSKEIKALDEKIV  597
             ALKIWTYPNLDAETLE  K K K+EKK YDL+ +  G+H RELFDILSKEIKALDE+I 
Sbjct  541  WALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF--GSHLRELFDILSKEIKALDERIT  598

Query  598  EKFNQDYISYKFSKNFVDIVPLNKGLKLYLNMKFNELQDEKNLARDMTNRGHLGNGDIEV  657
            EKFNQ+YISY F KNFVDIVPL++GLKLYLNM FNELQDEKNLARDMTN+GHLGNGDIEV
Sbjct  599  EKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIEV  658

Query  658  KLETKENIPYCLGLIKQALEKQMGGRNRQ  686
            KLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  659  KLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

16) HPAG1_0487 in NC_008086


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  805 bits (3048),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 531/702 (76%), Positives = 603/702 (86%), Gaps = 22/702 (3%)

Query  1    MKAGEATLLEFFEQNQTNQFVIPIYQRLYSWGKEQCKQLWDDIIKIGGNDKMNGHFIGSI  60
            MKA    LL+F+ ++Q +QFVIPIYQR+YSW KEQCKQLWDDIIK GGND+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVRVD--DTHSSPLLIIDGQQRLTTITLLFIALRDHLNDEDEFLEKFSCQKIQNRYLIN  118
            ++V+ +   T+ + LLIIDGQQRLTTITLLFIALRDHLNDE         + I+++YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDE------VKRKEIEDHYLIN  114

Query  119  SDEKGDKKFKLFLSEPDRDTLLSLIDKDRRKPSEPSLKIMENFKLFEEWIRKNTDKLETI  178
            S++ GDKK++L+LSE+DRDTLLSLIDKD+RKPSE SLKIMENFKLFEEWIRKNTDKLETI
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  179  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQADLIRNYIIMETEVEKQEDFYNQ  238
            FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQ+DLIRNYI+METEV KQEDFYNQ
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  239  YWRAMEEdfkqskkqskkqdlfdkfVRHYLTIKTGKIPNEKRVYEAFKDYRQKKGIEIED  298
            YWRAMEEDFKQ+    ++       VRHYLTIKTG IPN  +VYEAFK Y+Q +GIE E 
Sbjct  235  YWRAMEEDFKQNETLFNRF------VRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEA  288

Query  299  LLKDLQKYCGYFCQIAFKKEADKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSKQD  358
            LL+DLQKYCG+FC+I FKKEADKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLSKQD
Sbjct  289  LLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQD  348

Query  359  FIPIIYLTESYICRRAVCGLGTNSLNKVFPFVTKKINKDQYLESIKVHFGYL-TEKQRFP  417
            FIPII L ESYI RRAVCGLGTNSLNK+F+  TKKINKDQYLESIK HF  L T K +FP
Sbjct  349  FIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFP  408

Query  418  NNDEFKELFITIDFYHFQKREYFFERLENFERKERVYTHEYTTEHIMPQTLEEEWQRDLG  477
            ++ EFK+LFITIDFY+++ + YFFERLENF+ KE V T E T EHIMP+TL EEW++DLG
Sbjct  409  KDSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLG  468

Query  478  ENFEAIHEKYLHTIGNLTLTGYNSEYSNNSFQEKRDMEKGFKQSPLRLNQGLRDLESFGE  537
            ENF+AIH+KYLHTIGNLTLTGYN EYSN SFQEKRDMEKGFKQSPLRLNQGLRDLESFGE
Sbjct  469  ENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGE  528

Query  538  EEIEKRANDLADLALKIWTYPKLDAETLe--kykpkkekkAYDLSSYKFGSHSRELFDIL  595
             EIEKRANDLAD ALKIWTYP+LDAETLE  K K K+EKKAYDL+  KFGSH RELFDIL
Sbjct  529  KEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLN--KFGSHLRELFDIL  586

Query  596  RKEIKALDERITENFVKTYIAYKFKTNFVDIVVQTKDLKLYLKMELNELQDEIKEKLKIR  655
             KEIKALDERITE+F + YI+Y F  NFVDIV   ++LKLYL+M +NELQD   EK   R
Sbjct  587  SKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQD---EKNLAR  643

Query  656  DVSNIGRPCVGNMEVELETKENIPYCLGLIKQILEKQMGGRN  697
            D++N G+   G++EV LETKE+IPYCLGLIKQ+LEKQMGG+N
Sbjct  644  DMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKN  685

17) HPSH112_04485 in NC_017741


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  803 bits (3041),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 531/690 (77%), Positives = 604/690 (88%), Gaps = 7/690 (1%)

Query  1    MKAEATPLLTFIKDNQKNQLVIPIYQRVYSWEKEQCEQLWDDIIKIGGDNKMDGHFIGSI  60
            MKA+A  LL FI  +Q +Q+VIPIYQRVYSWEKEQC QLWDDIIK GG+++++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDGIKHSD-NPLLIIDGQQRlttitlllialRDHWSD--KRKEIEDHYLINSDKDGD  117
            ++V DGI  ++ N LLIIDGQQRLTTITLL+IALRDH +D  KRKEIEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  118  KKFRLILSDSDKDTLLYLIDKDRREPSEISSKIVQNFELFEKWISKNTNELETIFKGLEK  177
            KK+RLILS+SD+DTLL LIDKD+R PSE+S KI++NF LFE WI KNT+ LETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  178  LMIVEIALEKGKDDPQLIFESMNSKGMELAQTDLIRNHIVMETEIEKRERFYNKYWRAME  237
            LMIV IAL K KDDPQLIFESMNSKG+EL+QTDLIRN IVMETE+ K+E FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  238  KELKQNEKLFNQFVRHYLTIKTREIPNIKKVYVAFKDYQQKEGIGVEDLLKDLQKYCGYF  297
             ++KQNE LFN+FVRHYLTIKT +IPNI KVY AFK YQQ  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  298  CQIVFKKEADKDLNKALGFLVDLEMDVIYPPLLELYSDYSDGVLSKADFIRSIALIESYI  357
            C+IVFKKEADKDLNKAL+FLVDLEMDVIYP LLELYSDYSDGVLSK DFI  IALIESYI
Sbjct  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360

Query  358  CRRAVCGLGTNSLNKVFPSFTKHIQKDEYFESLKAHFGYL-TEKQRFPNNDEFKDCFITT  416
             RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ES+KAHF  L T K +FP++ EFK+ FIT 
Sbjct  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420

Query  417  DFYKFQKNRYFFERLENFDRKERVYTHEYTIEHIMPQTLTEQWEKDLGENFQKIHKKYLH  476
            DFY+++ ++YFFERLENF+ KE V T E TIEHIMP+TLTE+WEKDLGENFQ IH KYLH
Sbjct  421  DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH  480

Query  477  TIGNLTLTGYNPTYSNKPFQEKRDMEKGFKDSPLRLNQGLRDLESFGEEEIKKRANDLAD  536
            TIGNLTLTGYN  YSN++FQEKRDMEKGFK+SPLRLNQGLRDLESFGE EI KRANDLAD
Sbjct  481  TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD  540

Query  537  LALKIWTYPNLDAETLEkykpkkdkkekkVYDLNSYKFGSRSRELFDILSKEIKALDEKI  596
             ALKIWTYPNLDAETLE    +K+K+EKK YDLN  KFGS+ RELFDILSKEIKALDE+I
Sbjct  541  WALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDERI  597

Query  597  VEKFNQDYISYEFGKNFVAIKPLKKGLNLYLNMKFNELQDEKNLARDKTGTGNPANWNIE  656
             EKFNQ+YISY F+KNFV I PLK+GL+LYLNM FNELQDEKNLARD T  G+ +N +IE
Sbjct  598  TEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIE  657

Query  657  IKLETKEDIPYCLGLIKQALEKQMGGRNRQ  686
            +KLETKEDIPYCLGLIKQ LEKQMGG+NRQ
Sbjct  658  VKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

18) HPGAM_02620 in NC_017371


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  796 bits (3013),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 531/705 (76%), Positives = 612/705 (87%), Gaps = 21/705 (2%)

Query  1    MEARATTLLGFFEEHQNNQFVIPIYQRLYSWEKEQCEQLWddiikiggndkingHFIGSI  60
            M A A  LL+F+   Q++QFVIPIYQR+YSWEKEQC QLWDDIIK GGND+I+GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDG--NTPSSPLLIIDGQQRLTTITLLCIALRSHLSDEVKILPKFSRKEIES-YLIN  117
            ++V DG   T  + LLIIDGQQRLTTITLL IALR HL+DEVK      RKEIE  YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVK------RKEIEDHYLIN  114

Query  118  GDKNGDKKFRLILSESDKDTLLSLIDKNKRKPSEPSVKIMENFKLFEEWISENTGKLETI  177
            ++++GDKK+RLILSESD+DTLLSLIDK+KRKPSE S+KIMENFKLFEEWI  NT+KLETI
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  VKGLEKLMIVYIALDKEKDDPQLIFESMNSKGIELTQTDLIRNYIIMETEVEKQEDFYNG  237
             KGLEKLMIV IAL KEKDDPQLIFESMNSKGIELTQTDLIRNYI+METEV KQEDFYN 
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  YWRAMEEDFKQNETLFKRFVRHYLTIKTGEIPNIKKVYEAFKHYQQKEGIEIENLLKDLQ  297
            YWRAMEEDFKQNETLF+RFVRHYLTIKTG+IPNI KVYEAFK+YQQ  GIE E LL+DLQ
Sbjct  235  YWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQ  294

Query  298  KYCGYFCQIVFKKEADERDKGLNEALGFLVDLEMDVVYPLLLELYSDYSDGVLSDQDFIS  357
            KYCG+FC+IVFKKEAD   K+LN AL+FLVDLEMDV+YPLLLELYSDYSDGVLS QDFI+
Sbjct  295  KYCGFFCRIVFKKEAD---KDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIP  351

Query  358  IIALTESYICRRAVCGLGANGLNKIFPSFTKKIDKDQYLESVKAHFLSLEKTTGKFPKDF  417
            IIAL ESYI RRAVCGLG+N+LNKIF+SFTKKI+KDQYLES+KAHFLSLE T GKFPKD 
Sbjct  352  IIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDS  411

Query  418  EFRDSLITIDFYHFKKNKYFLERLEHFDAEEPVDTQKCSIEHIMPQTLTTEWQKDLGENF  477
            EF++ +ITIDFY++K +KYF+ERLE+F++ EPV+T+ C+IEHIMP+TLT EW+KDLGENF
Sbjct  412  EFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENF  471

Query  478  EAIHEKYLHTIGNLTLTGYNNEYSNKSFQEKRDMEKGFKQSPLRLNQSLKKLESFGEKEI  537
            +AIH+KYLHTIGNLTLTGYN+EYSN+SFQEKRDMEKGFKQSPLRLNQ+L+ LESFGEKEI
Sbjct  472  QAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEI  531

Query  538  EKRANDLADWALKIWTYPKLDPEILeeykpkkekkekkVYDLSSYKFSPHSRELFDILRK  597
            EKRANDLADWALKIWTYP+LD+E L E   +K K+EKK YDL+  KF++H RELFDIL K
Sbjct  532  EKRANDLADWALKIWTYPNLDAETL-EKYKQKGKREKKAYDLN--KFGSHLRELFDILSK  588

Query  598  EIKAFDEGITENFMKHYITYKHGTIFASIGPLKSELNLNLKMDFSELQDEIKEKLKIRDV  657
            EIKA+DE ITE+F ++YI+Y  +  F  I PLK+ L+L L+M F+ELQD   EK   RD+
Sbjct  589  EIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQD---EKNLARDM  645

Query  658  SHIGHLGIvskkvvevkletkeNIPCCLGLIKQALKKQMGGRNRQ  702
            ++ GHLG   +  +EVKLETKE+IP CLGLIKQ L KQMGG+NRQ
Sbjct  646  TNKGHLG---NGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

19) K751_03185 in NC_021218


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  793 bits (3001),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 539/692 (78%), Positives = 610/692 (89%), Gaps = 10/692 (1%)

Query  1    MDAEVTTLLNFIKDNQNNQLVIPIYQRVYSWEKEQCKELWddiikiggddkmggHFIGFI  60
            M A+   LL+FI  +Q++Q+VIPIYQRVYSWEKEQCK+LWDDIIK GG+D++ GHFIG I
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDGI-THSNNALLIIDDQQRlttitllltalRDHWS--YKRKDIEDHYLINSGKDGD  117
            ++V DGI T + N LLIID+QQRLTTITLL+ ALRDH +   KRK+IEDHYLINSG+DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  118  KKFRLILSESDKDTLLSLIDKNKRKPSEPSSKIVENFKLFEEWV-SNTDKLETIFKGLEK  176
            KK+RLILSESD+DTLLSLIDK+KRKPSE S KI+ENFKLFEEW+  NTDKLETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  177  LMIVKIALKKRKDDPQLIFESMNSKGMELTQTDLIRNYIVMETEIEKQEGFYNKYWRAME  236
            LMIV IALKK KDDPQLIFESMNSKG+ELTQTDLIRNYIVMETE+ KQE+FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  237  EEFKQNEKLFDRFVRHYLTIKTRDIPNINKVYVALKDYRQKEGIGIEDLLKDLQKYCGYF  296
            E+FKQNE LF+RFVRHYLTIKT DIPNI+KVY A+K Y+Q  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  297  CQIVFKKEADKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSKDDFISIIYLIESYI  356
            C+IVFKKEADKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLSK+DFI+II LIESYI
Sbjct  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360

Query  357  CRRTVCGLGTNSLNKVFPSFTKHIQKDEYFKSLKAHFGYL-TNNQRFPNNNEFKDRLITI  415
             RR+VCGLGTNSLNK+F+SFTK I+KD+Y+ S+KAHF  L T + +FP+++EFK+ +ITI
Sbjct  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420

Query  416  DFYNKFKKKTKCFLERLENFERKERVYTHEYTTEHIMPQTLTEEWKKDLGENFQEIHNKY  475
            DFYN   K  K F+ERLENF+ KE V T E T EHIMP+TLTEEW KDLGENFQ IH+KY
Sbjct  421  DFYN--LKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKY  478

Query  476  LHTIGNLTLTGYNSDYSNKSFQEKRDMKGGFKNSPLRLNQGLRDLESFGEEEIKKRANDL  535
            LHTIGNLTLTGYN +YSN+SFQEKRDM  GFK+SPLRLNQGLRDLESFGE EI KRANDL
Sbjct  479  LHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDL  538

Query  536  ADLALKIWTYPKLDAETLEkykpkkdkkekkVYDLSSYKFNSHSRELFDILSKGIKALDE  595
            AD ALKIWTYP+LDAETLE    +K+K+EKK YDL+  KF SH RELFDILSK IKALDE
Sbjct  539  ADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDE  595

Query  596  RIVENFNQDYISYKFSKNFVDIVAQTKDLKLYLNMKFNELQDEKNLARDMTNKGHLGNGD  655
            RI E+FNQ+YISY F KNFVDIV+  ++LKLYLNM FNELQDEKNLARDMTNKGHLGNGD
Sbjct  596  RITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGD  655

Query  656  IEVKLETKENIPYCLGLIKQALEKQMGGRNRQ  687
            IEVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  656  IEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

20) HPSAT_04210 in NC_017359


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  789 bits (2988),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 546/691 (80%), Positives = 610/691 (89%), Gaps = 16/691 (2%)

Query  1    MEAKAMKLLDFIGKSQERQLVIPIYQRVYSWEKGQCEQLWDDIIKTGGNDQIKGHFIGSI  60
            M A+A+KLLDFIGKSQE+Q+VIPIYQRVYSWEK QC QLWDDIIKTGGNDQI GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVHDGIYKIGHNKLLIIDGQQRlttitllltalRNHWSD--KRKEIEDHYLINSDKDGD  118
            ++VHDGIY    N LLIIDGQQRLTTITLL+ ALR+H +D  KRKEIEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  119  KKFRlilsdsdkdtllslidkdRRKPSKLSSKIVENFELFEEWIGKNTNKLETIFKGLEK  178
            KK+RLILS+SD+DTLLSLIDKD+RKPS LS KI+ENF LFEEWI KNT+KLETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  179  LMIVYIALEKGKGDPQLIFESMNSKGMELAQTDLIRNYIVMETEIEKQEYFYNKYWRAME  238
            LMIV IAL K K+DPQLIFESMNSKG+EL+QTDLIRNYIVMETE+ KQE FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  239  EEFEQSEREDLFNKFVRHYLTIKTREIPNIKKVYAAFKDYRQKEGIAIEDLLKDLQKYCG  298
            E+F Q+E   LFN+FVRHYLTIKT +IPNI KVY AFK Y+Q  GI  E LL+DLQKYCG
Sbjct  241  EDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCG  298

Query  299  YFCQIVFKKEADKDLNKALGFLVDLEMDVVYPLLLELYSDYSDGVLSKDDFRRSIALIES  358
            +FC+IVFKKEADKDLNKAL+FLVDLEMDV+YPLLLELYSDYSDGVLSK+DF   IALIES
Sbjct  299  FFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIES  358

Query  359  YICRRAVCGLGTNSLNKVFPSFTKRIQKNEYFESLKAHFGYL-TEKQRFPNNDEFKDCFI  417
            YI RRAVCGLGTNSLNK+F+SFTK+I+K++Y+ES+KAHF  L T K +FP++ EFK+ FI
Sbjct  359  YIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFI  418

Query  418  TIDfykfkknkyffERLENFDTKERVYTHEYTIEHIMPQTLTEEWERDLGENFQEIHDEY  477
            TIDFY++K +KYFFERLENF+TKE V T E TIEHIMP+TLTEEWE+DLGENFQ IHD Y
Sbjct  419  TIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKY  478

Query  478  LHTIGNLTLTGYNSEYSNKSFQEKRDMEKGFKDSPLRLNQGLRDLESFGEEEIKKRANDL  537
            LHTIGNLTLTGYN EYSN+SFQEKRDMEKGFK+SPLRLNQGLRDLESFGE EI KRANDL
Sbjct  479  LHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDL  538

Query  538  ADLALKIWTYPKLDAETL---------EKKVYDLSSYNFGSHSRELFDILSKEIKALDER  588
            AD ALKIWTYP+LDAETL         EKK YDL+  +FGSH RELFDILSKEIKALDER
Sbjct  539  ADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDER  596

Query  589  IVEKFNQNYISYKFSTNFVAIKPLKKGLNLYLNMKFNELQDEKNLARDTTDKGNSANWDI  648
            I EKFNQ+YISY F  NFV I PLK+GL+LYLNM FNELQDEKNLARD T+KG+ +N DI
Sbjct  597  ITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDI  656

Query  649  EVKLETKENIPYCLGLIKQALEKQMGGRNRQ  679
            EVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  657  EVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

21) HPB14_04015 in NC_017733


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  787 bits (2978),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 527/710 (75%), Positives = 604/710 (86%), Gaps = 29/710 (4%)

Query  1    MDAKATTLLKFFEENQNNQFVIPIYQRLYSWKKEQCEQLWDDIIKIGGNNDKMNGHFIGS  60
            M A+A  LL F+  +Q++QFVIPIYQR+YSW KEQC QLWDDIIK GGN D+++GHFIGS
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGN-DQIEGHFIGS  59

Query  61   ILYVRDD--NTHSSPLLIIDGQQRlttitlllialRNRSSEEVEILEKFSRKKVES-YLI  117
            I++V+D+   T+ + LLIIDGQQRLTTITLL+IALR++ ++EV       RK +E  YLI
Sbjct  60   IVFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV------KRKEIEDHYLI  113

Query  118  NSDKDGDKKFRLILSESDKDTLLSLIDKDRRKPSEPSLKIVENFKLFEKWIRKNTDKLET  177
            NS++DGDKK+RLILSESD+DTLLSLIDKD+RKPSE SLKI+ENFKLFE WIRKNTDKLET
Sbjct  114  NSGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLET  173

Query  178  IFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIIMETEVKKQEDFYN  237
            IFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYI+METEV KQEDFYN
Sbjct  174  IFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYN  233

Query  238  QYWRAMEENFKQSEKQSKREDLFNKFVRHYLTIKTGKIPIEKRVYEAFKDYQQKEGIEIE  297
            QYWRAMEE+FKQ+E       LFN+FVRHYLTIKTG IP   +VYEAFK YQQ  GIE E
Sbjct  234  QYWRAMEEDFKQNET------LFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETE  287

Query  298  DLLKDLQKYCGYFCQIAFKKEDNKDLNKALSFLVDLEMDVVYPLLLELYSDYKDGVLSKQ  357
             LL+DLQKYCG+FC+I FKKE +KDLNKALSFLVDLEMDV+YPLLLELYSDY DGVLSKQ
Sbjct  288  ALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQ  347

Query  358  DFIPIIYLIESYICRRAVCGIPSNGLNKFFPSFTKKIDKKQYLKSVEEHFGSL-TGNQKF  416
            DFIPII LIESYI RRAVCG+ +N+LNK+F+SFTKKI+K QYL S+  HF SL T + KF
Sbjct  348  DFIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKF  407

Query  417  PNDFEFKDSFITKELYGRDKTKKKKTRYFLERLENFGTEEPVNTQECTIEHIMPQTLEEE  476
            P+D EFK+ FIT ++Y       K  +YF+ERLENF T EPVNT+ECTIEHIMP+TL EE
Sbjct  408  PKDSEFKNLFITIDFYNL-----KEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEE  462

Query  477  WERDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNKSFQEKRDMEKGFKQSPLRLNQSLKD  536
            WE+DLGENFQAIHDKYLHTIGNLTLTGYNQEYSN+SFQEKRDMEKGFKQSPLRLNQ+L+D
Sbjct  463  WEKDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRD  522

Query  537  LESFGEEQIKKRANDLVDWALKIWTYPKLDAETLe--kykpkkekkVYDLSSYNFGPDSR  594
            LESFGE +I KRANDL DWALKIWTYP+LDAETLE  K K K+EKK YDL+  +FG++ R
Sbjct  523  LESFGEKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLN--KFGSHLR  580

Query  595  ELFDILSKEIKALDERITENFMKHYITYKHGTIFVSIVPLKYELNLILNMDFSELQDEIE  654
            ELFDILSKEIKALDERITE+F ++YI+Y  +  FV IVPLK  L+L LNM F+ELQD   
Sbjct  581  ELFDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQD---  637

Query  655  EKLKIRNVSNIGCPCFGDMEVKLETKENIPYCLGLIKQVLEKQMDGKNRQ  704
            EK   R+++N G    GD+EVKLETKE+IPYCLGLIKQVLEKQM+GKNRQ
Sbjct  638  EKNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

22) HPV225_0508 in NC_017355


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  786 bits (2973),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 532/690 (78%), Positives = 608/690 (89%), Gaps = 11/690 (1%)

Query  1    MKAGATPLLKFIKDNQKNQLVIPIYQRVYSWEKEQCKQLWddiikiggddkmdgHFIGSI  60
            MKA A  LL FI  +Q +Q+VIPIYQRVYSWEKEQCKQLWDDIIK GG+D+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDGITHSD-NTLLIIDGQQRlttitllltalRDHWSD--KRKDIEDHYLINSDKDGD  117
            ++V DGI  ++ N LLIIDGQQRLTTITLL+ ALRDH +D  KRK+IEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  118  KKFRLILSDSDKDTLLYLIdkdrrkpskpsskIVQNFELFEEWINKNTNKLETIFKGLEK  177
            KK+RLILS+SD+DTLL LIDKD+RKPS  S KI++NF LFEEWI KNT+KLETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  178  LMIVEIALEKGKNDPQLIFESMNSKGMELAQTDLIRNYIVMETEIEKQEGFYNKYWRAME  237
            LMIV IAL K K+DPQLIFESMNSKG+EL+QTDLIRNYIVMETE+ KQE+FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  238  TEFEQNEKLFNKFVRHYLTIKTRETPNIKKVYVAFKDYQQKEGIAIEDLLKDLQKYCGYF  297
             +F QNE LFN+FVRHYLTIKT + PNI KVY AFK YQQ  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  298  CQIVFKKEADKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSKADFIPIIALIESYI  357
            C+IVFKKEADKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLSK DFIPIIALIESYI
Sbjct  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360

Query  358  CRRAVCGLGTNSLNKVFPSFTKHIQKNEYFESLKAHFGSL-TEKQRFPNNDEFKELFITI  416
             RRAVCGLGTNSLNK+F+SFTK I+K++Y+ES+KAHF SL T K +FP++ EFK+LFITI
Sbjct  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420

Query  417  DFYKVQKKRYFLERLEHFDTKEPVNTEKCTIEHIMPQELTEEWKRDLGENFQKIHDKYLH  476
            DFY+++ K+YF+ERLE+F+TKEPVNT  CTIEHIMP+ LTEEW +DLGENFQ IHDKYLH
Sbjct  421  DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH  480

Query  477  TIGNLTLTGYNSEYSNNSFQEKQGMEKGFKDSPLRLNQSLRDLESFGEEEIKKRANDLAD  536
            TIGNLTLTGYN EYSN SFQEK++MEKGFK+SPLRLNQ+LRDLESFGE EI KRANDLAD
Sbjct  481  TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD  540

Query  537  WALKIWTYPNLDAETLEkykpkkdkkekRVYDLSSYNFGSHSKELFDILSKEIKALDEKI  596
            WALKIWTYPNLDAETLE    +K+K+EK+ YDL+  +FGSH +ELFDILSKEIKALDE+I
Sbjct  541  WALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDERI  597

Query  597  VGKCNQNYISY----GFVAIKPLNKGLNLYLNMKFNELQDEKNLARDMTGKGNSANWKIE  652
              K NQ+YISY     FV I PL++GL+LYLNM FNELQDEKNLARDMT KG+ +N  IE
Sbjct  598  TEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIE  657

Query  653  VKLETKENIPYCLGLIKQALEKQMGGRNRQ  682
            VKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  658  VKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

23) HMPREF4655_21092 in NC_017360


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  783 bits (2962),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 537/691 (78%), Positives = 610/691 (89%), Gaps = 11/691 (1%)

Query  41   MKADVTPLLKFIKDNQENQLVIPIYQRVYSWEKEQCKQLWDDIIKVGGNDKMDGHFIGFI  100
            MKA+   LL FI  +QE+Q+VIPIYQRVYSWEKEQCKQLWDDIIK GGND+++GHFIG I
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  101  LYVLDDITHSD-NTLLINDGQQRlttitllltalRDHWSD--KREEIENHYLINSDKDGD  157
            ++V D+I  ++ N LLI DGQQRLTTITLL+ ALRDH +D  KR EIE+HYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  158  KKFRLILSESDKDTLLSLIDKDRRKPSEPSSKIVENFKLFEEWV-SNTDK-ETIFKGLEK  215
            KK+RLILSESD+DTLLSLIDKD+RKPSE S KI+ENFKLFEEW+  NTDK ETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  216  LMIVKIALEKKGKYDPQLIFESMNSKGMELTQTDLIRNYIVMETENEKQESFYNKYWRAM  275
            LMIV IAL KK K DPQLIFESMNSKG+ELTQTDLIRNYIVMETE  KQE FYN+YWRAM
Sbjct  181  LMIVWIAL-KKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAM  239

Query  276  EEEFKQNKEWFDRFVRHYLTIKT-KTPNINRVYVALKDYRQKEGIGIEDLLKDLQKYCGY  334
            EE+FKQN   F+RFVRHYLTIKT   PNI++VY A+K Y+Q  GI  E LL+DLQKYCG+
Sbjct  240  EEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGF  299

Query  335  FCRIVFKKEADKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSKADFIPIIALIESY  394
            FCRIVFKKEADKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLSK DFIPIIALIESY
Sbjct  300  FCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESY  359

Query  395  IFRRAVCGLGTNSLNKVFPSFTKHIQKDEYFKSLKAHFGYL-TEKQRFPNNDEFKDCFIT  453
            IFRRAVCGLGTNSLNK+F+SFTK I+KD+Y+ S+KAHF  L T K +FP++ EFK+ FIT
Sbjct  360  IFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFIT  419

Query  454  INfykfkkreyfferLENFDRKEPVNTKGLTVEHIMPQTLEEEWERDLGEDFQEIHNKYL  513
            I+FY++K + YFFERLENF+ KEPVNTK  T+EHIMP+TL EEWE+DLGE+FQ IH+KYL
Sbjct  420  IDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYL  479

Query  514  HTIGNLTLTGYNSTYSNKSFKEKQGMEKGFKDSPLRLNQSLRDLESFGEEEIKKRANDLA  573
            HTIGNLTLTGYN  YSN+SF+EK++MEKGFK+SPLRLNQ+LRDLESFGE EI KRANDLA
Sbjct  480  HTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLA  539

Query  574  DLALKIWTYPKLDTETLEkykpkkdkkekkVYDLSSYKFGSHSRELFDILSKGIKALDER  633
            D ALKIWTYP+LD+ETLE    +K+K+EKK YDL+  KFGSH RELFDILSK IKALDER
Sbjct  540  DWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDER  596

Query  634  ITENFNQDYISYRFSKNFVDIVVQNKDLKLYLNMKFNELQDEKNLARDMTNKGHLGNGDI  693
            ITE+FNQ+YISY F KNFVDIV  +++LKLYLNM FNELQDEKNLARDMTNKGHLGNGDI
Sbjct  597  ITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDI  656

Query  694  EVKLETKENIPYCLGLIKQALEKQMGGRNKQ  724
            EVKLETKE+IPYCLGLIKQ LEKQMGG+N+Q
Sbjct  657  EVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

24) jhp0462 in NC_000921


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  774 bits (2930),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 524/710 (74%), Positives = 595/710 (84%), Gaps = 27/710 (3%)

Query  1    MKAEATTLLGFFEENQNNQFVIPIYQRVYSWEKEQCEQLWddiikiggndkingHFIGSI  60
            MKA+A  LL+F+  +Q++QFVIPIYQRVYSWEKEQC QLWDDIIK GGND+I+GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDG--NTPSSPLLIIDGQQRLTTITLLCIALRSHLSDEVKREEIES-YLINSDKDGD  117
            ++V DG   T  + LLIIDGQQRLTTITLL IALR HL+DEVKR EIE  YLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  118  KKFRLILSESDKDTLLSLIDKNKRKPSEPSVKIMENFKLFEKWISKNTDKLETIFKGLEK  177
            KK+RLILSESD+DTLLSLIDK+KRKPSE S+KIMENFKLFE WI KNTDKLETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  178  LMIVYIALDKEKDDPQLIFESMNSKGIELTQTDLIRNYIIMETETEEKQKDFYNGYWRAM  237
            LMIV IAL KEKDDPQLIFESMNSKGIELTQTDLIRNYI+METE   KQ DFYN YWRAM
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVG-KQEDFYNQYWRAM  239

Query  238  EEDFKQNETLFNRFVRHYLTIKTGKIPNIKKVYGAFKDYQQKEGIEIEDLLKDLQKYCGY  297
            EEDFKQNETLFNRFVRHYLTIKTG IPNI KVY AFK YQQ  GIE E LL+DLQKYCG+
Sbjct  240  EEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGF  299

Query  298  FCQIAFKKEANKDLNKALSFLVDLEMDVVYPLLLELYSDYSDGVLSDQDFTTISTLTESY  357
            FC+I FKKEA+KDLNKALSFLVDLEMDV+YPLLLELYSDYSDGVLS QDF  I +L ESY
Sbjct  300  FCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESY  359

Query  358  LCRRAVCGLGTNSLNKIFPFFTKKIDKKQYLKSVEKHFGSL-KGKQRFPNNDEFKDSFIT  416
            + RRAVCGLGTNSLNKIF+ FTKKI+K QYL S+  HF SL   K +FP++ EFK+ FIT
Sbjct  360  IFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFIT  419

Query  417  IDFYKFKKNKYFLERLEKFDTNEPVDTQKCEIEHIMPQTLNPKWEGDLGENFEAIHEKYL  476
            IDFY++K +KYF+ERLE+F+T+EPV+T+ C IEHIMP+TL   WE DLGENF+AIH+KYL
Sbjct  420  IDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYL  479

Query  477  HTIGNLTLTGYNAKYSNKSFQEKRDMEKGFKQsslklnknlkDLEPFGEKEIEKRASDLV  536
            HTIGNLTLTGYN  YSN+SFQEKRDMEKGFKQS+L+LN+ L+DLE+FGEKEIEKRA+DL 
Sbjct  480  HTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLA  539

Query  537  DWALKIWTYPILEAETleeykpkkekkekkekkekeeyklkkekkVYDLSSYKFSPHSRE  596
            DWALKIWTYP L+AET                 EK   K K+EKK YDL+  KF++H RE
Sbjct  540  DWALKIWTYPNLDAET----------------LEKYKQKGKREKKAYDLN--KFGSHLRE  581

Query  597  LFDILRKEIKTLDERVTENFNSKYIAYKFFKINFVDIVVQNKVLKLYLKMEFNELQDEIK  656
            LFDIL KEIK+LDER+TE+FN  YI+Y F K NFVDIV  ++ LKLYL+M FNELQD   
Sbjct  582  LFDILSKEIKALDERITEKFNQEYISYMFDK-NFVDIVPLKNGLKLYLNMPFNELQD---  637

Query  657  EKLKIRDVSNIGCPCSEDMEVELETKENIPYCLGLIRQALEKQMGGRNRQ  706
            EK   RD++N G   + D+EV LETKE+IPYCLGLI+Q LEKQMGG+NRQ
Sbjct  638  EKNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

25) HPSH_04360 in NC_010698


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  770 bits (2914),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 536/692 (78%), Positives = 606/692 (88%), Gaps = 8/692 (1%)

Query  1    MEAKAMKLLDFIGKSQERQLVIPIYQRVYSWGNEQCKQLWDDIIKTGGNDQIKGHFIGSI  60
            M A+A+KLLDFIGKSQE+Q+VIPIYQRVYSW +EQCKQLWDDIIKTGGNDQI GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVHDGIYKIGHNKLLIIDGQQRlttitllltalRNHWSD--KRKEIEDHYLINSDKDGD  118
            ++VHDGIY    N LLIIDGQQRLTTITLL+ ALR+H +D  KRKEIEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  119  EKFRlilsdsdkdtllslidkdRRKPIKPSSKIMENFKLFEEWISKNTNKLETIFKGLEK  178
             K+RLILS+SD+DTLLSLIDKD+RKP   S KIMENFKLFEEWI KNT+KLETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  179  LMVVYIALEKGKGNPQLIFESMNSTGKDLTETDLIRNYIVMETEIEKQEYFYNKYWRDME  238
            LM+V IAL K K++PQLIFESMNS G +LT+TDLIRNYIVMETE+ KQE FYN+YWR ME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  239  EEFEQSEREDLFNKFVRHYLTIKTREIPNIKKVYAAFKDYRQKEGIGIEDLLKDLQKYCG  298
            E+F Q+E   LFN+FVRHYLTIKT +IPNI KVY AFK Y+Q  GI  E LL+DLQKYCG
Sbjct  241  EDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCG  298

Query  299  YFCQIAFKKEADKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSKDDFIRSIALIES  358
            +FC+I FKKEADKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLSK+DFI  IALIES
Sbjct  299  FFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIES  358

Query  359  YICRRAVCELGTNSLNKVFPSFTKHIQKDEYFKSLKAHFGCL-TEKQRFPNNDEFKDCFI  417
            YI RRAVC LGTNSLNK+F+SFTK I+KD+Y+ S+KAHF  L T K +FP++ EFK+ FI
Sbjct  359  YIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFI  418

Query  418  TIDfykfkknkyffERLENFDTKERVYTHEYTIEHIMPQTLTEQWKKDLGENFQEIHDKY  477
            TIDFY++K +KYFFERLENF+TKE V T E TIEHIMP+TLTE+W KDLGENFQ IHDKY
Sbjct  419  TIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKY  478

Query  478  LHTIGNLTLTAYNPEYSNKSFQEKRDMEKGFKDSPLRLNQSLRDLESFGEEEIKKRANDL  537
            LHTIGNLTLT+YN EYSN+SFQEKRDMEKGFK+SPLRLNQ+LRDLESFGE EI KRANDL
Sbjct  479  LHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDL  538

Query  538  ADLALKIWTYPNLDAETLEkykpkkdkkekkVYDLSSYNFSSHSRELFDILSKEIKALDE  597
            AD ALKIWTYPNLDAETLE    +K+K+EKK YDL+  +F+SH RELFDILSKEIKALDE
Sbjct  539  ADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDE  595

Query  598  KIVEKCHQNYISYGFSTNFVAIKPLNKGLKLYLNMKFNELQDEKNLARDTTGTGNPANWN  657
            +I EK +Q+YISY F  NFV I PL++GLKLYLNM FNELQDEKNLARD T  G+ +N +
Sbjct  596  RITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGD  655

Query  658  IEVKLETKENIPYCLGLIKQALEKQMGGRNRQ  689
            IEVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  656  IEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

26) HPF30_0811 in NC_017365


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  769 bits (2912),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 543/696 (79%), Positives = 617/696 (89%), Gaps = 12/696 (1%)

Query  1    MEADATTLLKFINDNQKNQLVIPIYQRVYSWEKEQCKQLWddiikiggddkmdgHFIGSI  60
            M A+A  LL FI  +Q +Q+VIPIYQRVYSWEKEQCKQLWDDIIK GG+D+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDRI-THSNNALLIIDSQQrlttitllltalrdrlNDEDEFLEKFSHQKIQNDYLIN  119
            ++V D I T + N LLIID+QQRLTTITLL+ ALRD+LNDE        ++ I+++YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDE------VKRKEIEDHYLIN  114

Query  120  SDKDGDKKFRLILSESDKDTLLSLIDKDRRKPSEPSSKIVENFKLFEEWIRKNTNQLETI  179
            S++DGDKK+RLILSESD+DTLLSLIDKD+RKPSE S KI+ENFKLFEEWIRKNT++LETI
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  180  FKGLEKLMIVEIALKKGKDDPQLIFESMNSKGIELTQTDLIRNYIIMETEVEKQEGFYNK  239
            FKGLEKLMIV IALKK KDDPQLIFESMNSKGIELTQTDLIRNYI+METEV KQE+FYN+
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  240  YWRTMEEEFKQNKKLFDRFVRHYLTIKT-RVPNINKVYVALKDYQQKEGIGIEDLLKDLQ  298
            YWR+MEE+FKQN  LF+RFVRHYLTIKT  +PNI+KVY A+K YQQ  GI  E LL+DLQ
Sbjct  235  YWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQ  294

Query  299  KYCGYFCQIAFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKDDFIPIIA  358
            KYCG+FC+I FKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSK+DFIPIIA
Sbjct  295  KYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIA  354

Query  359  LIESYICRRAVCGLGTNSLNKVFPSFARHIQKDEYFESLKAHFGSL-TEKQRFPNNDEFK  417
            LIESYI RRAVCGLGTNSLNK+F+SF++ I+KD+Y+ES+KAHF SL T K +FP++ EFK
Sbjct  355  LIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFK  414

Query  418  DCFITIDfykfqkkeyffeRLENFDTKEPVNTKGLTVEHIMPQKLTEEWERDLGENFQAI  477
            + FITIDFY+++ K YFFERLENF+TKEPVNTK  T+EHIMP+ LTEEWE+DLGENFQAI
Sbjct  415  NLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAI  474

Query  478  HDKYLYTIGNLTWTGYNYEYGNKSFQKKRGMEGGFKDSPLRLNQGLRDLKSFGEEEIKKR  537
            HDKYL TIGNLT TGYN EY+N+SFQ KR+ME GFK+SPLRLNQGLRDL SFGE EI KR
Sbjct  475  HDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKR  534

Query  538  ANDLADLALKIWTYPKLDAETLEkykpkkdkkekkVYDLSSYKFGSHSRELFDILSKEIK  597
            ANDLAD ALKIWTYP+LDAETLE    +K+K+EKK YDL+  KFGSH RELFDILSKEIK
Sbjct  535  ANDLADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIK  591

Query  598  ALDKRITENFNQDYISYKFDKNFVDIVVQTKDLKLYLNMKFNELQDEKNLVRDMTNKGHL  657
            ALD RITE+FNQ+YISY FDKNFVDIV   ++LKLYLNM FNELQDEKNL RDMTNKGHL
Sbjct  592  ALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHL  651

Query  658  GNGDIEVKLETKENIPYCLGLIKQALEKQMGGRNRQ  693
            GNGDIEVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  652  GNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

27) HPSH169_02630 in NC_017740


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  757 bits (2865),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 514/696 (74%), Positives = 592/696 (86%), Gaps = 16/696 (2%)

Query  1    MEAKAMKLLDFID-SKERQSVIPIYQRVYSWEKKQCEQLWddiikiggddkMDWHFIGSI  59
            M A+A+KLLDFI+ S+E+Q VIPIYQRVYSWEK QC QLWDDIIK GG+D+++ HFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  60   LYVSDT-YKIGYNKILIIDGQQRlttitllltalRNHWSD--KRKEIEDHYLINSDKDGD  116
            ++V D  Y   YN +LIIDGQQRLTTITLL+ ALR+H +D  KRKEIEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  117  EKFRLILSDSDKDTLLYLIDKNRREPSEPSSKIVKNFKLFEEWISKNPDKLETIFKGLEK  176
             K+RLILS+SD+DTLL LIDK++R PSE S KI+ NFKLFEEWI KN DKLETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  177  LMMVYIALEKGKGDPQLIFESMNSKGMELAQTDLIRNYIVMETEIEKQEGFYNKYWRAME  236
            LM+V IAL K K+DPQLIFESMNSKG+EL+QTDLIRNYIVMETE+ KQE+FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  237  EEFEQSKREDLFNKFVRHYLTIKTREIPNTNKVYVAFKDYRQKEGIAIEDLLKDLQKYCG  296
            E+F Q+  E LFN+FVRHYLTIKT +IPN +KVY AFK Y+Q  GI  E LL+DLQKYCG
Sbjct  241  EDFKQN--ETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCG  298

Query  297  YFCQIVFKKEADKDLNKALDFLVDLEMDVMYPLLLELYSDYNDGVLSKADFIPIIALIES  356
            +FC+IVFKKEADKDLNKAL FLVDLEMDV+YPLLLELYSDY+DGVLSK DFIPIIALIES
Sbjct  299  FFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIES  358

Query  357  YICRRAVCGLGTNSLNKVFPSFTKHIQKDEYFESLKVHFGYL-TKQQRFPNNDEFKDCFI  415
            YI RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ES+K HF  L T + +FP++ EFK+ FI
Sbjct  359  YIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFI  418

Query  416  TTDSCSLHKKKYFFERLENFDTKEPVNTEKCTIEHIMPQKLTEEWERDLGENFKEIHNKY  475
            T D  +L  KKYFFERLENF+TKEPVNT  CTIEHIMP+ LTEEWE+DLGENF+ IH+KY
Sbjct  419  TIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKY  478

Query  476  LHTIGNLTLTGYNPKYSNKSFKEKQSMEKGFKDSPLRLNQSLRDLESFGEEEIKKRANDL  535
            LHTIGNLTLTGYN  YSN+SF+EK+ MEKGFK+SPLRLNQ+LRDLESFGE EI KRANDL
Sbjct  479  LHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDL  538

Query  536  ADLALKIWTYPNLDAETLe--kykpkkekkVYDLSSYNFGSHSKELFDILSKEIKALDER  593
            AD ALKIWTYPNLDAETLE  K K K+EKK YDL+  +FGSH +ELFDILSKEIKALDER
Sbjct  539  ADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDER  596

Query  594  ITESFMKAYITYKFDTIFTSIVPSKNGLTLMLKIKFSelldeikeklkkTIRDVSNIGHA  653
            ITE F + YI+Y FD  F  IVP KNGL L L++ F+EL DE +       RD++N GH 
Sbjct  597  ITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNL-----ARDMTNKGHL  651

Query  654  CVGHIEVKLETKENIPYCLGLIKQALEKQMGGRNRQ  689
              G+IEVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  652  GNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

28) K747_06625 in NC_021215


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  754 bits (2854),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 501/651 (77%), Positives = 575/651 (89%), Gaps = 10/651 (1%)

Query  1    MEADKNTLLKFIKDNYKNQLVIPIYQRLYSWGKEQCKQLWDDIIKVGGNDKMDGHFIGSI  60
            M A+   LL FI  +  +Q+VIPIYQR+YSW KEQCKQLWDDIIK GGND+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLNKI-THSNNALLIIDGQQRlttitllltalRNHLSDEVKRKEIEDHYLINSDKDGD  119
            ++V + I T + N LLIIDGQQRLTTITLL+ ALR+HL+DEVKRKEIEDHYLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  120  KKFRLILSESDKDTLLSLIDKDRRKPSEPSLKIVENFKLFEEWV-SNTDELETIFKGLEK  178
            KK+RLILSESD+DTLLSLIDKD+RKPSE SLKI+ENFKLFEEW+  NTD LETIFKGLEK
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  179  LMIVEIALEKGKDDPQLIFESMNSKGMELTQTDLIRNYIVMETEIEKQEGFYNKYWRAME  238
            LMIV IAL K KDDPQLIFESMNSKG+ELTQTDLIRNYIVMETE+ KQE+FYN+YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  239  EEFKQNEKWFDRFIRHYLTIKTREIPNINKVYVALKDYRQKEGIGIEDLLKDLQKYCGYF  298
            E+FKQNE  F+RF+RHYLTIKT +IPNI+KVY A+K Y+Q  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  299  CRIVFKKEADKDFKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGILSKDDFIPIIALIE  358
            CRIVFKKEADKD   LNKAL+FLVDLEMDVIYPLLLELYSDYSDG+LSK+DFIPIIALIE
Sbjct  301  CRIVFKKEADKD---LNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIE  357

Query  359  SYICRRAVCGLGTNSLNKVFPSFTKHIQKDEYFKSLEAHFGYL-TNNQRFPKNDEFKDCF  417
            SYI RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ S+ AHF  L T + +FPK+ EFK+ F
Sbjct  358  SYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLF  417

Query  418  ITIDFYKFKKNRYFFERLENFDTKEPVNTKGLTVEHIMPQTLTEEWKRDLGENFQAIHDK  477
            ITIDFY++K ++YFFERLENF+TKEPVNTK  T+EHIMP+TLTEEW +DLGENFQAIHDK
Sbjct  418  ITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDK  477

Query  478  YLHTIGNLTLTGYNPEYSNRSFQEKQGMEKGFKNSPLRLNQGLRGLEPFGEEKIKKRAND  537
            YLHTIGNLTLTGYN EYSNRSFQEK++MEKGFK+SPLRLNQGLR+LE+FGE  I KRAND
Sbjct  478  YLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRAND  537

Query  538  LADLALKIWTYPKLDAETLEkykpkkdkkekkVYDLSSYKFSSHSRELFDILSKEIKALD  597
            LAD ALKIWTYP+LDAETLE    +K+K+EKK YDL+  KF+SH RELFDILSKEIKALD
Sbjct  538  LADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALD  594

Query  598  EKILEKFNKMCISYKFDTNFVSIVPLKNGGLNLYLNMPFYELQDEKKSGKE  648
            E+I EKFN+  ISY FD NFV IVPLKN GL+LYLNMPF ELQDEK+ +++
Sbjct  595  ERITEKFNQEYISYMFDKNFVDIVPLKN-GLKLYLNMPFNELQDEKNLARD  644

29) HPOK310_0815 in NC_020509


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  751 bits (2843),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 529/697 (76%), Positives = 606/697 (87%), Gaps = 14/697 (2%)

Query  1    MVAKATPLLKFIKDNQKNQLVIPIYQRLYSWEKEQCKELWddiikiggddkmdgHFIGSI  60
            M A+A  LL FI  +Q +Q+VIPIYQR+YSWEKEQCK+LWDDIIK GG+D+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDGITHSD-NALLIIDGQQRlttitllltalRDHLSDEDEFLEKFSHQKIQNDYLIN  119
            ++V DGI  ++ N LLIIDGQQRLTTITLL+ ALRDHL+DE        ++ I+++YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDE------VKRKEIEDHYLIN  114

Query  120  SDKDGDKKFRLILSESDKDTLLYLIDKDRRKPSEPSSKIVENFKLFGEWISKNTGKLETI  179
            S++DGDKK+RLILSESD+DTLL LIDKD+RKPSE S KI+ENFKLF EWI KNT+KLETI
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  180  FKGLEKLMIVKIALEKGKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEIEKQEGFYNK  239
            FKGLEKLMIV IAL K KDDPQLIFESMNSKGIELTQTDLIRNYIVMETE+ KQE+FYN+
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  240  YWRAMEEEFEQNEKLFNRFVRHYLTIKTGNTPNIKKVYVALKDYRQKERIGVEDLLKDLQ  299
            YWRAMEE+F QNE LFNRFVRHYLTIKTG+ PNI KVY A+K Y+Q   I  E LL+DLQ
Sbjct  235  YWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQ  294

Query  300  KYCWYFCRIAFKKEANKDLNKALGFLVDLEMDVIYPLLLELYSDYNDGVLSKNDFRSSIA  359
            KYC +FCRI FKKEA+KDLNKAL+FLVDLEMDVIYPLLLELYSDY+DGVLSK+DF + IA
Sbjct  295  KYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIA  354

Query  360  LIESYICRRAVCGLGTNSLNKVFPSFTKHIQKDEYFKSLKAHFDYL-TEKQRFPNNDEFK  418
            LIESYI RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ S+KAHF  L T K +FP++ EFK
Sbjct  355  LIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFK  414

Query  419  DCFITIDfykfkknkyffERLENFDTEEPVNTEGLTIEHIMPQELTEEWERDLGENFREI  478
            + FITIDFY++K +KYFFERLENF+T EPVNT   TIEHIMP+ LTEEWE+DLGENF+ I
Sbjct  415  NLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAI  474

Query  479  HDKYLHTIGNLTLTGYNQEYSNNSFQQKRGMEKGFKDSPLRLNQSLKGLESFGEEEIKKR  538
            HDKYLHTIGNLTLTGYNQEYSN SFQ+KR+MEKGFK+SPLRLNQ+L++LESFGE EI KR
Sbjct  475  HDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKR  534

Query  539  ANDLADLALKIWTYPNLNAETLEkykpkkdkkekkVYDLNSYKFGSHSRELFDILSKEIK  598
            ANDLAD ALKIWTYPNL+AETLE    +K+K+EKK YDLN  KFGSH RELFDILSKEIK
Sbjct  535  ANDLADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIK  591

Query  599  ALDEKIVEKFNKMCISYKFDTNFVSIVPLKNGGLNLYLNMPFYELQDEKNLAK--KAKGN  656
            ALDE+I EKFN+  ISY FD NFV IVPLKN GL+LYLNMPF ELQDEKNLA+    KG+
Sbjct  592  ALDERITEKFNQEYISYMFDKNFVDIVPLKN-GLKLYLNMPFNELQDEKNLARDMTNKGH  650

Query  657  YGNGNIEVKLETKENIPYCLGLIKQALEKQMGGRNRQ  693
             GNG+IEVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  651  LGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

30) HPAKL117_02560 in NC_019560


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  738 bits (2792),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 544/693 (79%), Positives = 615/693 (89%), Gaps = 9/693 (1%)

Query  1    MEAKATPLLKFIKDNQKNQLVIPIYQRVYSWEKEQCKELWddiikiggddkmdgHFIGSI  60
            M A+A  LL FI  +Q +Q+VIPIYQRVYSWEKEQCK+LWDDIIK GG+D+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDGITHSD-NTVLIIDGQQRlttitllltalRDHLSDEVKRKEDIEKHYLINSDKDG  119
            ++V DGI  ++ N +LIIDGQQRLTTITLL+ ALRDHL+DEVKRKE IE HYLINS++DG
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKE-IEDHYLINSGNDG  119

Query  120  DKKFRlilsdsdkdtllslidkdRRKPSEPSSKIVENFKFFEEWISKNTNKLETIFKGLE  179
            DKK+RLILS+SD+DTLLSLIDKD+RKPSE S KI+ENFK+FEEWI KNT+KLETIFKGLE
Sbjct  120  DKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLE  179

Query  180  KLMIVEIALKKGKDDPQLIFESMNSKGMELAQTDLIRNHIVMETEVEKREYFYNKYWRAM  239
            KLMIV IALKK KDDPQLIFESMNSKG+EL+QTDLIRN IVMETEV K+E FYN+YWRAM
Sbjct  180  KLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAM  239

Query  240  EEELKQNEKLFNQFVRHYLTIKTRENPPNIKKVYVAFKDYQQKEGIAIENLLKDLQKYCG  299
            EE++KQNE LFN+FVRHYLTIKT  + PNI KVY AFK YQQ  GI  E LL+DLQKYCG
Sbjct  240  EEDFKQNETLFNRFVRHYLTIKT-GDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCG  298

Query  300  YFCQIVFKKEADKDLNKALGFLVDLEMDVVYPLLLELYSDYSDGVLSKADFIPIIALIES  359
            +FC+IVFKKEADKDLNKAL+FLVDLEMDV+YPLLLELYSDYSDGVLSK DFIPIIALIES
Sbjct  299  FFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIES  358

Query  360  YICRRAVCNLGTNSLNKVFPSFTKHIQKNEYFESLKAHFGYL-TEKQRFPNNDEFKDCFI  418
            YI RRAVC LGTNSLNK+F+SFTK I+K++Y+ES+KAHF  L T K +FP++ EFK+ FI
Sbjct  359  YIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFI  418

Query  419  TIDfykfkkneyffeRLENFDTKEPVNTKGLTTEHIMPQTLTEEWERDLGENFQAIHDKY  478
            TIDFY++K + YFFERLENF+TKEPVNTK  T EHIMP+TLTEEWE+DLGENFQAIHDKY
Sbjct  419  TIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKY  478

Query  479  LNTIGNLTRTGYNHTYSNRSFQEKRDMEKGFKQSPLKLNQSLRDLESFGEEEIKKRANDL  538
            L+TIGNLT TGYN+ YSNRSFQEKRDMEKGFKQSPL+LNQ+LRDLESFGE EI KRANDL
Sbjct  479  LHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDL  538

Query  539  ADLALKIWTYPNLDAETLEkykpkkdkkekkVYDLSSYKFSSHSRELFDILSKEIKALDE  598
            AD ALKIWTYPNLDAETLE    +K+K+EKK YDL+  KF+SH RELFDILSKEIKALDE
Sbjct  539  ADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDE  595

Query  599  KIVENFNQDHISYKFDKNFVYIVVQKTKGLKLYLNMKFNELQDEKNLARDMTNKGRLNW-  657
            +I E+FNQ+ ISY FDKNFV IV  K  GLKLYLNM FNELQDEKNLARDMTNKG+L   
Sbjct  596  RITEKFNQEYISYMFDKNFVDIVPLKN-GLKLYLNMPFNELQDEKNLARDMTNKGHLGNG  654

Query  658  NIEVKLETKENIPYCLGLIKQALEKQMGGRNRQ  690
            +IEVKLETKE+IPYCLGLIKQ LEKQMGG+NRQ
Sbjct  655  DIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

31) C694_02640 in NC_018939


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  737 bits (2789),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 492/661 (75%), Positives = 561/661 (85%), Gaps = 28/661 (4%)

Query  1    MNGHFIGSILYVLDSN-THSNNTLLIIDGQQRlttitlllialRNHLSEEVEILEKFSRK  59
            ++GHFIGSI++V D+  T + N LLIIDGQQRLTTITLL+IALR+HL++EV       RK
Sbjct  52   IEGHFIGSIVFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV------KRK  105

Query  60   EIES-YLINSNKDGDKKFRLILSESDKDTLLSLIDKNKRKPSEPSVKIVENFELFEKWIS  118
            EIE  YLINS +DGDKK+RLILSESD+DTLLSLIDK+KRKPSE S+KI+ENF LFE WI 
Sbjct  106  EIEDHYLINSGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIR  165

Query  119  ENTDKLETIFKGLKKLMIVWISLDKGKDDPQLIFESMNSKDIELTQTDLIRNYIVMETEV  178
             NTDKLETIFKGL KLMIVWI+L K KDDPQLIFESMNSK+IELTQTDLIRNYIVMETEV
Sbjct  166  KNTDKLETIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEV  225

Query  179  EKQEDFYNQYWRAMEERFEQNETLFNRFVRHYLTIKIGKIPNEKRVYEAFKDYRQKKGIE  238
             KQEDFYNQYWRAMEE F QNETLFNRFVRHYLTIK G IPN  +VYEAFK Y+Q +GIE
Sbjct  226  GKQEDFYNQYWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE  285

Query  239  IEDLLKDLQKYCGYFCQIAFKKEDDKDLNKALSFLVNLEMDVIYPLLLELYSDYKDGVLS  298
             E LL+DLQKYCG+FC+I FKKE DKDLNKALSFLV+LEMDVIYPLLLELYSDY DGVLS
Sbjct  286  TEALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLS  345

Query  299  KQDFIPIIYLIESYICRRAVCGLGTNSLNKVFPSFTKHIQKDEYFKSLKAHFVCL-TEKQ  357
            KQDFIPII LIESYI RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ S+KAHF+ L T K 
Sbjct  346  KQDFIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKG  405

Query  358  RFPNNDEFKKLFITIDFYKFKKNKYFLERLENFDTKEPVDTQKCNIEHIMPQTLTPEWQR  417
            +FP++ EFK+LFITIDFY++K +KYF+ERLENF+TKEPV+T+ C IEHIMP+TLT EW++
Sbjct  406  KFPKDSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEK  465

Query  418  DLGENFQAIHEKYLHTIGNLTLTGYNSKYSNNSFQEKRDMEKGFKQSSLKLNQSLKDLES  477
            DLGENFQAIH+KYLHTIGNLTLTGYN  YSN SFQEKRDMEKGFKQS+L+LNQ+L+DLES
Sbjct  466  DLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLES  525

Query  478  FGEKEIEKRASDLADWALKIWTYPILEAETleeykpkkekkekkekeeyklkkekkVYDL  537
            FGEKEIEKRA+DLADWALKIWTYP L+AET              EK   K K+EKK YDL
Sbjct  526  FGEKEIEKRANDLADWALKIWTYPNLDAET-------------LEKYKQKGKREKKAYDL  572

Query  538  SSYKFSSDSRELFDILREKIKALDERITEKFNQKYIAYKFCKISFVDIVVQEKGLKLYLK  597
            +  KF+S+ RELFDIL   IKALDERITEKFNQ YI+Y F K +FVDIV   +GLKLYL+
Sbjct  573  N--KFGSHLRELFDILSKEIKALDERITEKFNQEYISYMFDK-NFVDIVPLKNGLKLYLN  629

Query  598  MNLNELQDEIKEKLKIRDVSNIGRPCVGNMEVELETKENIPYCLGLIKQALEKQMGGRNR  657
            M +NELQD   EK   RD++N G+   G++EV LETKE+IPYCLGLIKQ LEKQMGG+NR
Sbjct  630  MPFNELQD---EKNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNR  686

Query  658  Q  658
            Q
Sbjct  687  Q  687

32) HP0513 in NC_000915


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  737 bits (2789),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 492/661 (75%), Positives = 561/661 (85%), Gaps = 28/661 (4%)

Query  1    MNGHFIGSILYVLDSN-THSNNTLLIIDGQQRlttitlllialRNHLSEEVEILEKFSRK  59
            ++GHFIGSI++V D+  T + N LLIIDGQQRLTTITLL+IALR+HL++EV       RK
Sbjct  52   IEGHFIGSIVFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV------KRK  105

Query  60   EIES-YLINSNKDGDKKFRLILSESDKDTLLSLIDKNKRKPSEPSVKIVENFELFEKWIS  118
            EIE  YLINS +DGDKK+RLILSESD+DTLLSLIDK+KRKPSE S+KI+ENF LFE WI 
Sbjct  106  EIEDHYLINSGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIR  165

Query  119  ENTDKLETIFKGLKKLMIVWISLDKGKDDPQLIFESMNSKDIELTQTDLIRNYIVMETEV  178
             NTDKLETIFKGL KLMIVWI+L K KDDPQLIFESMNSK+IELTQTDLIRNYIVMETEV
Sbjct  166  KNTDKLETIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEV  225

Query  179  EKQEDFYNQYWRAMEERFEQNETLFNRFVRHYLTIKIGKIPNEKRVYEAFKDYRQKKGIE  238
             KQEDFYNQYWRAMEE F QNETLFNRFVRHYLTIK G IPN  +VYEAFK Y+Q +GIE
Sbjct  226  GKQEDFYNQYWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE  285

Query  239  IEDLLKDLQKYCGYFCQIAFKKEDDKDLNKALSFLVNLEMDVIYPLLLELYSDYKDGVLS  298
             E LL+DLQKYCG+FC+I FKKE DKDLNKALSFLV+LEMDVIYPLLLELYSDY DGVLS
Sbjct  286  TEALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLS  345

Query  299  KQDFIPIIYLIESYICRRAVCGLGTNSLNKVFPSFTKHIQKDEYFKSLKAHFVCL-TEKQ  357
            KQDFIPII LIESYI RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ S+KAHF+ L T K 
Sbjct  346  KQDFIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKG  405

Query  358  RFPNNDEFKKLFITIDFYKFKKNKYFLERLENFDTKEPVDTQKCNIEHIMPQTLTPEWQR  417
            +FP++ EFK+LFITIDFY++K +KYF+ERLENF+TKEPV+T+ C IEHIMP+TLT EW++
Sbjct  406  KFPKDSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEK  465

Query  418  DLGENFQAIHEKYLHTIGNLTLTGYNSKYSNNSFQEKRDMEKGFKQSSLKLNQSLKDLES  477
            DLGENFQAIH+KYLHTIGNLTLTGYN  YSN SFQEKRDMEKGFKQS+L+LNQ+L+DLES
Sbjct  466  DLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLES  525

Query  478  FGEKEIEKRASDLADWALKIWTYPILEAETleeykpkkekkekkekeeyklkkekkVYDL  537
            FGEKEIEKRA+DLADWALKIWTYP L+AET              EK   K K+EKK YDL
Sbjct  526  FGEKEIEKRANDLADWALKIWTYPNLDAET-------------LEKYKQKGKREKKAYDL  572

Query  538  SSYKFSSDSRELFDILREKIKALDERITEKFNQKYIAYKFCKISFVDIVVQEKGLKLYLK  597
            +  KF+S+ RELFDIL   IKALDERITEKFNQ YI+Y F K +FVDIV   +GLKLYL+
Sbjct  573  N--KFGSHLRELFDILSKEIKALDERITEKFNQEYISYMFDK-NFVDIVPLKNGLKLYLN  629

Query  598  MNLNELQDEIKEKLKIRDVSNIGRPCVGNMEVELETKENIPYCLGLIKQALEKQMGGRNR  657
            M +NELQD   EK   RD++N G+   G++EV LETKE+IPYCLGLIKQ LEKQMGG+NR
Sbjct  630  MPFNELQD---EKNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNR  686

Query  658  Q  658
            Q
Sbjct  687  Q  687

33) C695_02640 in NC_018937


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  737 bits (2789),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 492/661 (75%), Positives = 561/661 (85%), Gaps = 28/661 (4%)

Query  1    MNGHFIGSILYVLDSN-THSNNTLLIIDGQQRlttitlllialRNHLSEEVEILEKFSRK  59
            ++GHFIGSI++V D+  T + N LLIIDGQQRLTTITLL+IALR+HL++EV       RK
Sbjct  52   IEGHFIGSIVFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV------KRK  105

Query  60   EIES-YLINSNKDGDKKFRLILSESDKDTLLSLIDKNKRKPSEPSVKIVENFELFEKWIS  118
            EIE  YLINS +DGDKK+RLILSESD+DTLLSLIDK+KRKPSE S+KI+ENF LFE WI 
Sbjct  106  EIEDHYLINSGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIR  165

Query  119  ENTDKLETIFKGLKKLMIVWISLDKGKDDPQLIFESMNSKDIELTQTDLIRNYIVMETEV  178
             NTDKLETIFKGL KLMIVWI+L K KDDPQLIFESMNSK+IELTQTDLIRNYIVMETEV
Sbjct  166  KNTDKLETIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEV  225

Query  179  EKQEDFYNQYWRAMEERFEQNETLFNRFVRHYLTIKIGKIPNEKRVYEAFKDYRQKKGIE  238
             KQEDFYNQYWRAMEE F QNETLFNRFVRHYLTIK G IPN  +VYEAFK Y+Q +GIE
Sbjct  226  GKQEDFYNQYWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE  285

Query  239  IEDLLKDLQKYCGYFCQIAFKKEDDKDLNKALSFLVNLEMDVIYPLLLELYSDYKDGVLS  298
             E LL+DLQKYCG+FC+I FKKE DKDLNKALSFLV+LEMDVIYPLLLELYSDY DGVLS
Sbjct  286  TEALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLS  345

Query  299  KQDFIPIIYLIESYICRRAVCGLGTNSLNKVFPSFTKHIQKDEYFKSLKAHFVCL-TEKQ  357
            KQDFIPII LIESYI RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ S+KAHF+ L T K 
Sbjct  346  KQDFIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKG  405

Query  358  RFPNNDEFKKLFITIDFYKFKKNKYFLERLENFDTKEPVDTQKCNIEHIMPQTLTPEWQR  417
            +FP++ EFK+LFITIDFY++K +KYF+ERLENF+TKEPV+T+ C IEHIMP+TLT EW++
Sbjct  406  KFPKDSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEK  465

Query  418  DLGENFQAIHEKYLHTIGNLTLTGYNSKYSNNSFQEKRDMEKGFKQSSLKLNQSLKDLES  477
            DLGENFQAIH+KYLHTIGNLTLTGYN  YSN SFQEKRDMEKGFKQS+L+LNQ+L+DLES
Sbjct  466  DLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLES  525

Query  478  FGEKEIEKRASDLADWALKIWTYPILEAETleeykpkkekkekkekeeyklkkekkVYDL  537
            FGEKEIEKRA+DLADWALKIWTYP L+AET              EK   K K+EKK YDL
Sbjct  526  FGEKEIEKRANDLADWALKIWTYPNLDAET-------------LEKYKQKGKREKKAYDL  572

Query  538  SSYKFSSDSRELFDILREKIKALDERITEKFNQKYIAYKFCKISFVDIVVQEKGLKLYLK  597
            +  KF+S+ RELFDIL   IKALDERITEKFNQ YI+Y F K +FVDIV   +GLKLYL+
Sbjct  573  N--KFGSHLRELFDILSKEIKALDERITEKFNQEYISYMFDK-NFVDIVPLKNGLKLYLN  629

Query  598  MNLNELQDEIKEKLKIRDVSNIGRPCVGNMEVELETKENIPYCLGLIKQALEKQMGGRNR  657
            M +NELQD   EK   RD++N G+   G++EV LETKE+IPYCLGLIKQ LEKQMGG+NR
Sbjct  630  MPFNELQD---EKNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNR  686

Query  658  Q  658
            Q
Sbjct  687  Q  687

34) C730_02640 in NC_018938


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  737 bits (2789),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 492/661 (75%), Positives = 561/661 (85%), Gaps = 28/661 (4%)

Query  1    MNGHFIGSILYVLDSN-THSNNTLLIIDGQQRlttitlllialRNHLSEEVEILEKFSRK  59
            ++GHFIGSI++V D+  T + N LLIIDGQQRLTTITLL+IALR+HL++EV       RK
Sbjct  52   IEGHFIGSIVFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV------KRK  105

Query  60   EIES-YLINSNKDGDKKFRLILSESDKDTLLSLIDKNKRKPSEPSVKIVENFELFEKWIS  118
            EIE  YLINS +DGDKK+RLILSESD+DTLLSLIDK+KRKPSE S+KI+ENF LFE WI 
Sbjct  106  EIEDHYLINSGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIR  165

Query  119  ENTDKLETIFKGLKKLMIVWISLDKGKDDPQLIFESMNSKDIELTQTDLIRNYIVMETEV  178
             NTDKLETIFKGL KLMIVWI+L K KDDPQLIFESMNSK+IELTQTDLIRNYIVMETEV
Sbjct  166  KNTDKLETIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEV  225

Query  179  EKQEDFYNQYWRAMEERFEQNETLFNRFVRHYLTIKIGKIPNEKRVYEAFKDYRQKKGIE  238
             KQEDFYNQYWRAMEE F QNETLFNRFVRHYLTIK G IPN  +VYEAFK Y+Q +GIE
Sbjct  226  GKQEDFYNQYWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE  285

Query  239  IEDLLKDLQKYCGYFCQIAFKKEDDKDLNKALSFLVNLEMDVIYPLLLELYSDYKDGVLS  298
             E LL+DLQKYCG+FC+I FKKE DKDLNKALSFLV+LEMDVIYPLLLELYSDY DGVLS
Sbjct  286  TEALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLS  345

Query  299  KQDFIPIIYLIESYICRRAVCGLGTNSLNKVFPSFTKHIQKDEYFKSLKAHFVCL-TEKQ  357
            KQDFIPII LIESYI RRAVCGLGTNSLNK+F+SFTK I+KD+Y+ S+KAHF+ L T K 
Sbjct  346  KQDFIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKG  405

Query  358  RFPNNDEFKKLFITIDFYKFKKNKYFLERLENFDTKEPVDTQKCNIEHIMPQTLTPEWQR  417
            +FP++ EFK+LFITIDFY++K +KYF+ERLENF+TKEPV+T+ C IEHIMP+TLT EW++
Sbjct  406  KFPKDSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEK  465

Query  418  DLGENFQAIHEKYLHTIGNLTLTGYNSKYSNNSFQEKRDMEKGFKQSSLKLNQSLKDLES  477
            DLGENFQAIH+KYLHTIGNLTLTGYN  YSN SFQEKRDMEKGFKQS+L+LNQ+L+DLES
Sbjct  466  DLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLES  525

Query  478  FGEKEIEKRASDLADWALKIWTYPILEAETleeykpkkekkekkekeeyklkkekkVYDL  537
            FGEKEIEKRA+DLADWALKIWTYP L+AET              EK   K K+EKK YDL
Sbjct  526  FGEKEIEKRANDLADWALKIWTYPNLDAET-------------LEKYKQKGKREKKAYDL  572

Query  538  SSYKFSSDSRELFDILREKIKALDERITEKFNQKYIAYKFCKISFVDIVVQEKGLKLYLK  597
            +  KF+S+ RELFDIL   IKALDERITEKFNQ YI+Y F K +FVDIV   +GLKLYL+
Sbjct  573  N--KFGSHLRELFDILSKEIKALDERITEKFNQEYISYMFDK-NFVDIVPLKNGLKLYLN  629

Query  598  MNLNELQDEIKEKLKIRDVSNIGRPCVGNMEVELETKENIPYCLGLIKQALEKQMGGRNR  657
            M +NELQD   EK   RD++N G+   G++EV LETKE+IPYCLGLIKQ LEKQMGG+NR
Sbjct  630  MPFNELQD---EKNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNR  686

Query  658  Q  658
            Q
Sbjct  687  Q  687

35) HPPN135_02510 in NC_017379


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  731 bits (2766),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 532/693 (77%), Positives = 614/693 (89%), Gaps = 10/693 (1%)

Query  1    MKADSTPLLEFIKDNQKNRLVIPIYQRVYSWEKKQCKQLWddiikiggddkmdgHFIGSI  60
            MKA++  LL+FI  +Q +++VIPIYQRVYSWEK QCKQLWDDIIK GG+D+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDGITHSD-NTLLIIDGQQRlttitllltalRDHWSD--KRKEIEDDYLINSDKDGD  117
            ++V DGI  ++ N LLIIDGQQRLTTITLL+ ALRDH +D  KRKEIED+YLINS++DGD
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKEIEDHYLINSGNDGD  120

Query  118  KKFRlilsdsdkdallslidksrrkpskpsskIVENFKLFEEWISENTNKLETIFKGLKK  177
            KK+RLILS+SD+D+LLSLIDK +RKPS  S KI+ENFKLFEEWI  NT+KLETIFKGL K
Sbjct  121  KKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFKGLEK  180

Query  178  LMIVYIALEKGKGDPQLIFESMNSKGMELAQTDLIRNYIVMETEVEKQEGFYKKYWRAME  237
            LMIV IAL K K+DPQLIFESMNSKG+EL+QTDLIRNYIVMETEV KQE+FY++YWRAME
Sbjct  181  LMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAME  240

Query  238  EELKQNEKLFNQFVRHYLTIKTREIPNTNKVYAAFKDYRQKEGIAIEDLLKDLQKYCGYF  297
            E++KQNE LFN+FVRHYLTIKT +IPN +KVY AFK Y+Q  GI  E LL+DLQKYCG+F
Sbjct  241  EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFF  300

Query  298  CQIVFKKEADKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSKADFIPIIALIESYI  357
            C+IVFKKEADKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLSK DFIPIIALIESYI
Sbjct  301  CRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYI  360

Query  358  FRRAVCGLGTNSLNKVFPSFTKHIQKDEYFESLEAHFGYL-TKQQRFPNNDEFKDCFITK  416
            FRRAVCGLGTNSLNK+F+SFTK I+KD+Y+ES+ AHF  L T + +FP++ EFK+ FIT 
Sbjct  361  FRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITI  420

Query  417  DfykfqkkkyffERLENFDTKERVYTDEYTIEHIMPQTLTEEWKKDLGENFQKIHDNYLH  476
            DFY+++ KKYFFERLENF+TKE V T E TIEHIMP+TLTEEW KDLGENFQ IHD+YLH
Sbjct  421  DFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLH  480

Query  477  RIGNLTLTGYNPKYSNKSFQEKQGMEKGFKDSPLRLNQSLRDLESFGEEEIKKRTNDLAD  536
             IGNLTLTGYN  YSN+SFQEK++MEKGFK+SPLRLNQ+LRDLESFGE EI KR+NDLAD
Sbjct  481  TIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLAD  540

Query  537  LALKIWTYPKYLDAETLEkykpkkdkkekkVYDLSSYNFGSHSRELFDVLSKEIKALDEK  596
             ALKIWTYP+ LDAETLE    +K+K+EKK YDL+  +FGSH RELFD+LSKEIKALDE+
Sbjct  541  WALKIWTYPN-LDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDER  596

Query  597  IVIVEDFNKEYISYKFSKNFVDIIPLNKGLKLSLNMKFNELQDEKNLARDMTNKGHLGNG  656
              I E FN+EYISY F KNFVDI+PL++GLKL LNM FNELQDEKNLARDMTNKGHLGNG
Sbjct  597  --ITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNG  654

Query  657  DIEVKLETRENISYCLGLIKQALEKQMGGRNRQ  689
            DIEVKLET+E+I+YCLGLIKQ LEKQMGG+NRQ
Sbjct  655  DIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

36) HPAKL86_03890 in NC_019563


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  724 bits (2737),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 523/709 (74%), Positives = 601/709 (85%), Gaps = 24/709 (3%)

Query  1    MEAKATPLLKFIKDNQKNQLVIPIYQRVYSWEKEQCKELWddiikiggddkmdgHFIGSI  60
            M A+A  LL FI  +Q +Q+VIPIYQRVYSWEKEQCK+LWDDIIK GG+D+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVLDG-FTHSNNALLIIDGQQRlttitllltalRDHLNDEDEFLEKFSHQKIQNRYLIN  119
            ++V DG +T + N LLIIDGQQRLTTITLL+ ALRDHLNDE        ++ I+++YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDE------VKRKEIEDHYLIN  114

Query  120  SDKDGDKKFRlilsdsdkdtllslidkdkRKPSEPSSKIVENFKLFEELIRKNTNKLETI  179
            S++DGDKK+RLILS+SD+DTLLSLIDKDKRKPSE S KI+ENFKLFEE IRKNT+KLETI
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  180  FKGLEKLMIVEIALKKEKYDPQLIFESMNSKGMELAQTDLIRNYVVMETEVEKQEGFYNK  239
            FKGLEKLMIV IALKKEK DPQLIFESMNSKG+EL+QTDLIRNY+VMETEV KQE+FYN+
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  240  YWRAMEEEFEqnkqnkqnkqnkkLFDRFVRHYLTIKTRENPPNINKVYVAFKDYQQKEGI  299
            YWRAMEE+F QN           LF+RFVRHYLTIKT  + PNI+KVY AFK YQQ  GI
Sbjct  235  YWRAMEEDFKQNET---------LFNRFVRHYLTIKT-GDIPNISKVYEAFKRYQQERGI  284

Query  300  AIEDLLKDLQKYCGYFCQIVFKKEADKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVL  359
              E LL+DLQKYCG+FC+IVFKKEADKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVL
Sbjct  285  ETEALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVL  344

Query  360  SKADFIHIIALIESYICRRAVCDLGTNSLNKVFPSFTKHIQKDKYFESLKAHFGYL-TEK  418
            SK DFI IIALIESYI RRAVC+LGTNSLNK+F+SFTK I+KD+Y+ES+KAHF  L T K
Sbjct  345  SKQDFIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTK  404

Query  419  QRFPNNDEFKDRFITTNFYGLQKKEYFFERLENFDTKEPVNTKGLTTEHIMPKKLTEEWE  478
             +FP++ EFK+ FIT +FY L+ K YFFERLENF+TKEPVNTK  T EHIMPK LTEEWE
Sbjct  405  GKFPKDSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWE  464

Query  479  RDLGENFQEIHNKYLNTIGNLTLTGYNSKYSNNSFKEKQGMEKGFKDSPLRLNQGLKDLE  538
            +DLGENFQ IH+KYL+TIGNLTLTGYN  YSN SF+EK++MEKGFK+SPLRLNQGL+DLE
Sbjct  465  KDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLE  524

Query  539  SFGEEEIKKRADDLADLALEIWTYPNLDAETLEkykpkkdkkekkVYDLSSYNFGYHSRE  598
            SFGE EI KRA+DLAD AL IWTYPNLDAETLE    +K+K+EKK YDL+  +FG H RE
Sbjct  525  SFGEKEIEKRANDLADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRE  581

Query  599  LFDILSKEIKTLDERITEKFNQKYIAYKFSRNFVDIVVQDKGLRLYLNMKFNELQDEIKE  658
            LFDILSKEIK+LDERITEKFNQ YI+Y F +NFVDIV   +GL+LYLNM FNELQD   E
Sbjct  582  LFDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQD---E  638

Query  659  KLKVRDVSNIGRPCVGIMEVDLETKENIPYCLGLIKQALKKQMGGRNRQ  707
            K   RD++N G+   G +EV LETKE+IPYCLGLIKQ L KQMGG+NRQ
Sbjct  639  KNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

37) HPSA20_0557 in NC_022130


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  663 bits (2505),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 443/602 (74%), Positives = 521/602 (87%), Gaps = 14/602 (2%)

Query  1    MYAKDTTLLGFFEENQNNQFVIPIYQRLYSWEKKQCEQLWDDILKVGGNDKMNGHFIGSI  60
            M A+   LL+F+  +Q++QFVIPIYQR+YSWEK QC QLWDDI+K GGND+++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  61   LYVRDGI--THSSPLLIIDGQQRlttitlllialRNHSSDEVKILEKFSRKEIENRYLIN  118
            ++V+DGI  T+ + LLIIDGQQRLTTITLL+IALR+H +DEVK      RKEIE++YLIN
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLNDEVK------RKEIEDHYLIN  114

Query  119  SNRDGDKKFRLILSESDKDTLLFLIDENKRKPSEPSVKIVENFKLFEKWISENTDKLETI  178
            S  DGDKK+RLILSESD+DTLL LID +KRKPSE S+KI+ENFKLFE WI  NTDKLETI
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  179  VKGLEKLMIVWIALEKGKDNPQLIFESINSKGIELTQTDLIRNYIVMETEVEKKENFYKK  238
             KGLEKLMIVWIAL K KD+PQLIFES+NSKGIELTQTDLIRNYIVMETEV K+E+FY++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  239  YW-TMEKDFKQNKTLFDRFVRHYLTIKTGKIPNEKRVYEAFKDYQQKEGIETENLLKDLQ  297
            YW +ME DFKQN TLF+RFVRHYLTIKTG IPN  +VYEAFK YQQ  GIETE LL+DLQ
Sbjct  235  YWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQ  294

Query  298  KYCGYFCQIAFKKEEHKDLNKALSLLVDLEMDVVYPLLLELYSDYRDGVLSKQDFIRIIA  357
            KYCG+FC+I FKKE +KDLNKALS+LVDLEMDV+YPLLLELYSDY DGVLSKQDFI IIA
Sbjct  295  KYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIA  354

Query  358  LTESYLCRRAVCGLGTNSLNKIFPSFTKKIDKKQYLKSVEKHFGSLKGNQ-RFPNNDEFK  416
            L ESY+ RRAVCGLGTNSLNKIF+SFTKKI+K QYL S+  HF SL   + +FP++ EFK
Sbjct  355  LIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFK  414

Query  417  DLFITRDFYKLKKNRYFLERLESSFGTKEPVDTKECTIEHVMPQSLTPKWEEDLGENFET  476
            +LFIT DFY+LK ++YF+ERLE +F TKEPV+TKECTIEH+MP++LT  WE DLGENF++
Sbjct  415  NLFITIDFYNLKEKKYFFERLE-NFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQA  473

Query  477  IHEKYLHTIGNLTLTGYNSKYGNNSFQEKRDMEKGFkqsslqlnqslkklEPFGEKEILD  536
            IH+KYLHTIGNLTLTGYN  Y+N SFQEKRDMEKGFKQS+L+LNQ+L+ LE+FGEKEI  
Sbjct  474  IHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEK  533

Query  537  RASDLANLALKIWTYPKLDAETLEkykpkkdkkekkAYDLSSYNFGPDSRELFDTLRKEI  596
            RA+DLA+ ALKIWTYP+LDAETLE    +K+K+EKKAYDL+  +FG++ RELFD L KEI
Sbjct  534  RANDLADWALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEI  590

Query  597  KA  598
            KA
Sbjct  591  KA  592


 Score = 71.0 bits (250),  Expect = 3e-13, Method: Compositional matrix adjust.
 Identities = 40/67 (60%), Positives = 52/67 (78%), Gaps = 0/67 (0%)

Query  623  NFGPDSRELFDTLRKEIKALDERVTENFMKHYITYKADTIFASVVPLKCELNLILNMEFS  682
            +FG++ RELFD L KEIKALDER+TE+F ++YI+Y  D  F  +VPLK  L+L LNM F+
Sbjct  574  KFGSHLRELFDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFN  633

Query  683  ELQDGKK  689
            ELQD K+
Sbjct  634  ELQDEKN  640

38) HPF16_0841 in NC_017368


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  633 bits (2393),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 404/489 (83%), Positives = 441/489 (91%), Gaps = 4/489 (0%)

Query  1    MNSKGMELTKTDLIRNYIIMETEIEKQEGFYNKYWRAMEEEFKQNKKLFDRFVRHYLTIK  60
            MNSKG+ELT+TDLIRNYI+METE+ KQE+FYN+YWRAMEE+FKQN  LF+RFVRHYLTIK
Sbjct  202  MNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAMEEDFKQNETLFNRFVRHYLTIK  261

Query  61   T-KISNTNKVYAALKDYRQKEKIGIEDLLKDLQKYCGYFCRIVFKKEDDKDLNKALGFLV  119
            T  I+N +KVY A+K Y+Q   I  E LL+DLQKYCG+FCRIVFKKE DKDLNKAL+FLV
Sbjct  262  TGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLV  321

Query  120  DLEMDVIYPLLLELYSDYSDGVLSKDDFRRSIALIESYICRRAVCGLGTNGLNKIFASFT  179
            DLEMDVIYPLLLELYSDYSDGVLSK+DF   IALIESYI RRAVCGLGTN+LNKIFASFT
Sbjct  322  DLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYIFRRAVCGLGTNSLNKIFASFT  381

Query  180  KKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITIDFYNLKKKEYFFERLENFDRK  239
            KKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITIDFYNLK K YFFERLENF+ K
Sbjct  382  KKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITIDFYNLKEKKYFFERLENFNTK  441

Query  240  ERVYTHEYTIEHIMPQTLTEEWEKDLGENFQEIHNKYLHTIGNLTLTGYNPEYSNKSFQE  299
            E V T E TIEHIMP+TLTEEWEKDLGENFQ IH+KYLHTIGNLTLTGYN EYSN+SFQE
Sbjct  442  EPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQE  501

Query  300  KQGMEKGFKDSPLRLNQSLRDLKSFGEEEIKKRANDLAHLALKIWTYPKLDAETLEkykp  359
            K++MEKGFK+SPLRLNQ+LRDL SFGE EI KRANDLA+ ALKIWTYP+LDAETLE    
Sbjct  502  KRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLADWALKIWTYPNLDAETLE-KYK  560

Query  360  kkdkkekkVYDLSSYKFGSHSRELFDILSKEIKALDERITENFNQDYISYKFSKNFVDIV  419
            +K+K+EKK YDL+  KFGSH RELFDILSKEIKALDERITE+FNQ+YISY F KNFVDIV
Sbjct  561  QKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDERITEKFNQEYISYMFDKNFVDIV  618

Query  420  VQTKDLKLYLNMKFNELQDEKNLARDMTNKGHLGNGDIEVKLETKENIPYCLRLIKQALE  479
               ++LKLYLNM FNELQDEKNLARDMTNKGHLGNGDIEVKLETKE+IPYCL LIKQ LE
Sbjct  619  PLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLE  678

Query  480  KQMGGRNRQ  488
            KQMGG+NRQ
Sbjct  679  KQMGGKNRQ  687

39) HPOK113_0535 in NC_020508


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  621 bits (2347),  Expect = 3e-179, Method: Compositional matrix adjust.
 Identities = 398/509 (79%), Positives = 450/509 (89%), Gaps = 5/509 (0%)

Query  1    MIVEIALEKGKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEIEKQEGFYNKYWRAMEE  60
            MIV IAL K KDDPQLIFESMNSKGIELTQTDLIRNYIVMETE+ KQE+FYN+YWRAMEE
Sbjct  182  MIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYWRAMEE  241

Query  61   EFKQNKKLFDRFVRHYLTIKT-ETPKINKVYVALKDYRQKERIGIEDLLKDLQKYCGYFC  119
            +FKQN  LF+RFVRHYLTIKT + P+I+KVY A+K Y+Q   I  E LL+DLQKYCG+FC
Sbjct  242  DFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQDLQKYCGFFC  301

Query  120  QIVFKKEDDKDLNKALGFLVDLEMDVIYPLLLELYSDYSDGVLSEDDFKRSIALIESYIC  179
            +IVFKKE DKDLNKAL+FLVDLEMDVIYPLLLELYSDYSDGVLS +DF   IALIESYI 
Sbjct  302  RIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPIIALIESYIF  361

Query  180  RRMVCGLGTNSLNKVFPSFTRYIQKGEYFKSLEAHF-GFLTEKQRFPNNDEFKNSFITID  238
            RR VCGLGTNSLNK+F+SFT+ I+K++Y+ S+ AHF ++ T K +FP++ EFKN FITID
Sbjct  362  RRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSEFKNLFITID  421

Query  239  FYKFQKNRYFFERLENFDTEELVNTKELTTEHIMPKTLTEEWERDLGENFQEIHNKYLHT  298
            FY+++ ++YFFERLENF+T E VNTKE T EHIMPKTLTEEWE+DLGENFQ IH+KYLHT
Sbjct  422  FYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKTLTEEWEKDLGENFQAIHDKYLHT  481

Query  299  IGNLTLTGYNSTYSNKSFQEKYGMEKGFKDSPLRLNQSLRGLESFGEEEIKKRANDLADL  358
            IGNLTLTGYN  YSN+SFQEK +MEKGFK+SPLRLNQ+LR+LESFGE EI KRANDLAD 
Sbjct  482  IGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEKEIEKRANDLADW  541

Query  359  ALKIWTYPNLDAETLEkykpkkdkkekkVYDLSSYKFGSHSRELFDILSKEIKALDERIT  418
            ALKIWTYPNLDAETLE    +K+K+EKK YDL+  KFGSH RELFDILSKEIKALDERIT
Sbjct  542  ALKIWTYPNLDAETLE-KYKQKGKREKKAYDLN--KFGSHLRELFDILSKEIKALDERIT  598

Query  419  ENFNQDYISYKFSKNFVDIVVQTKDLKLYLNMKFNELQDEKNLARDMTNKGHLGNGDIEV  478
            E+FNQ+YISY F KNFVDIV   ++LKLYLNM FNELQDEKNLARDMTNKGHLGNGDIEV
Sbjct  599  EKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMTNKGHLGNGDIEV  658

Query  479  KLETKENIPYCLGLIKQALEKQMGGRNKQ  507
            KLETKE+IPYCLGLIKQ LEKQMGG+N+Q
Sbjct  659  KLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

40) MA2417 in NC_003552


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  563 bits (2125),  Expect = 2e-161, Method: Compositional matrix adjust.
 Identities = 336/705 (48%), Positives = 502/705 (72%), Gaps = 28/705 (3%)

Query  1    MKATEAKLLDFLRKSP--QFVIPIYQRTYSWTEKECKQLWDDILRTGSNDDISAHFIGSI  58
            MKA   KLLDF+ KS   QFVIPIYQR YSW   +CKQLWDDI++TG+ND+I +HFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEKGIYQVSSQSPLLVIDGQQRLTTVTLLIAALSRALDQLDEEKREPLDGFSPRKLRN  118
            V+++ GIY  ++ + LL+IDGQQRLTT+TLL+ AL   L+  DE KR  ++        +
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLN--DEVKRKEIE--------D  109

Query  119  YYLLNPEEEGERHYKLILSQTDKDSLTSIVG-SREQPKEYSLRVMENFKLFESWIAGCKD  177
             YL+N+ ++G++  +LILS++D+D+L S+++  + +P E SL++MENFKLFE WI    D
Sbjct  110  HYLINSGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTD  169

Query  178  DLMPLCKGLAKLVVVDIALNRDQDNPQLIFESMNSTGKELSQADLIRNYILMGLEPQLQT  237
             L  + KGL KL++V IAL++++D+PQLIFESMNS G EL+Q+DLIRNYI+M  E   Q 
Sbjct  170  KLETIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQE  229

Query  238  RLYEQFWRPMEVDFGQEAYSDQFDGFMRHYLTVKTGEIPRIGEVYEAFKVHASSTKTAYA  297
             +Y+Q+WR+ME DF Q+     F+ F+RHYLT+KTG+IP I+ VYEAFK           
Sbjct  230  DFYNQYWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE--  285

Query  298  GVEALVADIQTFSRYFCAMALGKEKDPNLKLAFNDLRELRVDVAYPFLLELYYDYATGIL  357
              EAL+ D+Q +  +FC + + KE D +L+ A++ L +L +DV YP+LLELY DY+ G+L
Sbjct  286  -TEALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVL  344

Query  358  SREDFVAAVRLIESYVFRRAICSIPTNSMNKTFATFSRYLKKDHYLKSIQVHFFQLPSYR  417
            S++DF++ + LIESY+FRRA+C++ TNS+NK FA+F++ ++KD+YL SI+ HF+ L + +
Sbjct  345  SKQDFIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTK  404

Query  418  -RFPNDEEFQRELKIRDIYNFRSRSYWIRRLENYGRKERVQVDEYTIEHIMPQNENLPTA  476
             +FP+D EF+  +   D+YN++ + Y + RLEN+  KE V+  E TIEHIMP+   L   
Sbjct  405  GKFPKDSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEE  462

Query  477  WETELGIEWKRIHETWLHTLGNLTLTGYNSEYSDRAFTEKRDIPGGFKESPLKLNKGLGQ  536
            WE +LG + + IH+  LHT+GNLTLTGYN EYS+R+F EKRD+  GFK+SPL+LN+GL +
Sbjct  463  WEKDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRD  522

Query  537  LDRWNEETIKERASRLAEIALNVWAMPKLTTDTLEAYRPKAT--ASGYTIEDHPYLLTGT  594
            L+   E  I  RA+ LA+ AL++W+ P+L ++TLE Y+ K+     +Y ++     + + 
Sbjct  523  LESFGEKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNK----FGSH  578

Query  595  VHELFEAFRKEVLALDPCVTEEYLKLYVAYKAETNFVDVVPQAKRLILSLNLPFSDINDP  654
            ++ELF+ + KE+ ALD  +TE + + Y++Y  + NFVD+VP  + L L LN+PF++++D 
Sbjct  579  LRELFDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDE  638

Query  655  RGLCKDVSDVGCWGNGDVKVGLGSLNELPYVIGLVRQSFEHQMGN  699
            + L +D+++ G  GNGD+ V L + +++PY +GL++Q +E QMG 
Sbjct  639  KNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

41) Pcryo_1606 in NC_007969


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  555 bits (2094),  Expect = 5e-159, Method: Compositional matrix adjust.
 Identities = 334/702 (48%), Positives = 491/702 (70%), Gaps = 23/702 (3%)

Query  1    MKATEAKLLDFLKKSP--QFIIPIYQRTYSWTEQQCRQLWDDIMRAGNNDAVGAHFIGSV  58
            MKA   KLLDF+ KS   QF+IPIYQR YSW  +QC+QLWDDI+++G ND + +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEKGLYQVSSQSPLLVIDGQQRLTTAMLLLEALSRHLGDTEPVEGFSAKKLRNYYLLN  118
            V+++ G+Y  ++ + LL+IDGQQRLTT  LL+ AL  HL D         K + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLND-----EVKRKEIEDHYLIN  114

Query  119  PLEDGERGYKLILTQTDKDSFLSLV-TQKSLPQKFSLRIKENFDFFDTQIAKLNGNLEQL  177
            + +DG++  +LIL+++D+D++LSL+  +K  P  +SL+I ENF +F+  I K  ++LE +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CRGLAKVIIVDIALSRDQDNPQLIFESMNSTGKALSQADLIRNFVLMGLEPDHQADLYYD  237
             +GL K++IV IAL +++D+PQLIFESMNS G  L+Q+DLIRN+++M  E + Q D+Y +
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  HWRPMEVEFGQESYGDYFDSFMRHYLTVKTGDIPRLDGVYEAFKQHAQRLEAKGSNVDQL  297
             WR+ME +F Q+     F+ F+RHYLT+KTGDIP +  VYEAFK+  Q    +G + + L
Sbjct  235  YWRAMEEDFKQN--ETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQ---ERGIETEAL  289

Query  298  VADIHSFAKYFCAMALDKETDKQLAVAFKDLRELKVDVAYPFLLELYHDYSLEQLSKDDF  357
            + D++ +  +FC + + KE+DK+L  A+  L +L +DV YP+LLELY DYS   LSK+DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  YNAVRLIESYVFRRAVCAIPTNSLNKTFATFHKALDKDRYLESIKAHLIGLRSYK-RFPN  416
               + LIESY+FRRAVC++ TNSLNK FA+F K ++KD+YLESIKAH+++L + K +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DDEFKRELVIRDLYNFRSRTYWLRRFENFERKEHVLVDEYTIEHIMPQNERLSKQWQEEL  476
            D EFK  ++  D+YN++ + Y + R+ENF+ KE V   E TIEHIMP+   L+ +W+ +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKT--LTEEWEKDL  467

Query  477  GADWQQVHATYLHTLGNLTLTGYNSEYSDRPFIEKRDMTGGFKNSPLVLNEDLRSCSVWN  536
            G + Q +H  YLHT+GNLTLTGYN EYS+R+F EKRDM  GFK+SPL LN++LR      
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  537  ESAISARARKLANRAIEVWVAPHLPESILQAYIDIPL-QHEGYTLADHVHLAEDAPMYDL  595
            E  I  RA  LA++A+ +W  P+L    L+ Y +    +  +Y L        ++ + +L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  596  FQQLRKEVMALDPSVTEDILKLYVAFKAETNFVDVVPLKSKLRLSINLRFHELNDPKEMA  655
            F+ L KE+ ALD  +TE + + Y+++  + NFVD+VPLK+ L+L +N+ F+EL+D K++A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  656  RDVSSLGRWGNGDAEIGLSDISDLPYVMGLIRQGLEKQMGES  697
            RD+++ G+ GNGD E+ L    D+PY +GLI+Q LEKQMG  
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGK  684

42) Dole_2238 in NC_009943


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  541 bits (2043),  Expect = 5e-155, Method: Compositional matrix adjust.
 Identities = 328/710 (47%), Positives = 499/710 (71%), Gaps = 29/710 (4%)

Query  1    MKATEAKFLDFIKKSP--QFVIPIYQRTYSWTERECRQLWDDILRTGSNDDVSAHFVGSI  58
            MKA   K+LDFI KS   QFVIPIYQR YSW   +C+QLWDDI++TG+ND++ +HF+GSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEKGLYQVMSQSPLLVIDGQQRLTTMALLIAALVKALESQPEEAREPVDGFSPRKLRN  118
            V+++ G+Y   + + LL+IDGQQRLTT++LL+ AL   L+ +             + + +
Sbjct  61   VFVHDGIYTT-NYNELLIIDGQQRLTTITLLFIALRDHLNDEV----------KRKEIED  109

Query  119  YYLINPEEEDARHYKLILSQTDRDSLIAIVS-EKEQPKEFSRRVTENYALFASWIKGFKG  177
             YLIN+ +++ +  +LILS++DRD+L++++  +K +P E+S ++ EN+ LF  WI+   +
Sbjct  110  HYLINSGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTD  169

Query  178  DLAPLCKGIAKLMVVDIALNRDQDNPQLIFESMNSTGRELTQADLIRNFILMGLEPELQT  237
             L  + KG+ KLM+V IAL++++D+PQLIFESMNS G ELTQ+DLIRN+I+M  E   Q 
Sbjct  170  KLETIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQE  229

Query  238  RLYEHYWRPMELDFGQEAYGTHFDGFMRHYLTVKTGDIPKLDAVYDAFKAHARSPKMAEA  297
             +Y++YWR+ME DF Q+   T F+ F+RHYLT+KTGDIP++  VY+AFK   R  +    
Sbjct  230  DFYNQYWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFK---RYQQERGI  284

Query  298  GVESLVSDIRIFSHYFCAMALGAEPDGELKRAFHDLRELKVDVSYPFLLELYHDYAEGVL  357
              E+L+ D++ +  +FC + +  E+D +L++A+  L +L +DV YP+LLELY DY++GVL
Sbjct  285  ETEALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVL  344

Query  358  SKQDFVTAVRLIEAYVFRRAICNIPTNSLNktfatftkalkkDRYLESIQAHLLTLPSYR  417
            SKQDF+  + LIE+Y+FRRA+C + TNSLNK FA+FTK ++KD+YLESI+AH+L+L + +
Sbjct  345  SKQDFIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTK  404

Query  418  -RFPNDDEFKRELQVRDLYNFRSRSYWLRRLENQGRKERVDVAEYTIEHILPQNENLSTA  476
             +FP+D EFK  +   D+YN++ + Y + RLEN   KE V+  E TIEHI+P+   L+  
Sbjct  405  GKFPKDSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEE  462

Query  477  WKEALGSEWERIRETWLHTLGNLTLTGYNSEYSDKSFIEKRDMQGGFKEIPLKLNQGLGQ  536
            W   LG + + I++  LHT+GNLTLTGYN EYS++SF EKRDM+ GFK+ PL+LNQGL +
Sbjct  463  WEKDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRD  522

Query  537  LEQWNEDTIKDRAQRLSEIAVSVWCTPHLAADVLDAYRPNAESA-SAYSIED-HPHLHNG  594
            LE   E  I  RA+ L++ A+ +W  P+L A+ L+ Y+ ++     AY ++   +HL   
Sbjct  523  LESFGEKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKFGSHL---  579

Query  595  VGRELFEAFRKEVMALNPVVSEEFLKLYVAYKAETNFVDVVPQAKRLRLSLNMPFADITD  654
              RELF+ + KE+ AL+  ++E F + Y++Y  + NFVD+VP  + L+L LNMPF ++ D
Sbjct  580  --RELFDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQD  637

Query  655  PRGICKDVSGLGRWGNGDVEVGFSSMEELPYLMGLVRQSFERQMDNGNVQ  704
             + + +D++  G+ GNGD+EV + + E++PY +GL++Q +E+QM+  N Q
Sbjct  638  EKNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKNRQ  687

43) c5421 in NC_004431


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  540 bits (2037),  Expect = 1e-154, Method: Compositional matrix adjust.
 Identities = 335/701 (48%), Positives = 487/701 (70%), Gaps = 25/701 (3%)

Query  43   MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  100
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  101  VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  160
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  161  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQIAKLGDDLIPL  219
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  220  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  279
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  280  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  339
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  340  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  399
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  400  LSIIRLIESYVFRRSVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  458
            ++II LIESY+FRR+VC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  459  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  516
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  517  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  576
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  577  EAAIHARADRLADLAVQVWQAPSLPEEVLAVYRGQPE-NKTSYSLSDYPFLADGSHSRVL  635
            E  I+ RA+ LAD A+++W  P+L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  636  FDHLRDEIMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  695
            FD L  EI  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  696  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  736
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

44) i14_4938 in NC_017652


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  540 bits (2037),  Expect = 1e-154, Method: Compositional matrix adjust.
 Identities = 335/701 (48%), Positives = 487/701 (70%), Gaps = 25/701 (3%)

Query  43   MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  100
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  101  VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  160
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  161  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQIAKLGDDLIPL  219
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  220  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  279
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  280  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  339
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  340  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  399
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  400  LSIIRLIESYVFRRSVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  458
            ++II LIESY+FRR+VC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  459  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  516
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  517  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  576
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  577  EAAIHARADRLADLAVQVWQAPSLPEEVLAVYRGQPE-NKTSYSLSDYPFLADGSHSRVL  635
            E  I+ RA+ LAD A+++W  P+L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  636  FDHLRDEIMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  695
            FD L  EI  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  696  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  736
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

45) i02_4938 in NC_017651


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  540 bits (2037),  Expect = 1e-154, Method: Compositional matrix adjust.
 Identities = 335/701 (48%), Positives = 487/701 (70%), Gaps = 25/701 (3%)

Query  43   MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  100
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  101  VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  160
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  161  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQIAKLGDDLIPL  219
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  220  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  279
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  280  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  339
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  340  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  399
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  400  LSIIRLIESYVFRRSVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  458
            ++II LIESY+FRR+VC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  459  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  516
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  517  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  576
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  577  EAAIHARADRLADLAVQVWQAPSLPEEVLAVYRGQPE-NKTSYSLSDYPFLADGSHSRVL  635
            E  I+ RA+ LAD A+++W  P+L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  636  FDHLRDEIMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  695
            FD L  EI  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  696  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  736
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

46) ECABU_c49760 in NC_017631


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  539 bits (2035),  Expect = 2e-154, Method: Compositional matrix adjust.
 Identities = 335/701 (48%), Positives = 487/701 (70%), Gaps = 25/701 (3%)

Query  37   MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  94
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  95   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  154
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  155  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQIAKLGDDLIPL  213
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  214  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  273
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  274  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  333
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  334  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  393
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  394  LSIIRLIESYVFRRSVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  452
            ++II LIESY+FRR+VC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  453  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  510
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  511  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  570
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  571  EAAIHARADRLADLAVQVWQAPSLPEEVLAVYRGQPE-NKTSYSLSDYPFLADGSHSRVL  629
            E  I+ RA+ LAD A+++W  P+L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  630  FDHLRDEIMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  689
            FD L  EI  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  690  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  730
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

47) EcolC_3721 in NC_010468


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  537 bits (2025),  Expect = 1e-153, Method: Compositional matrix adjust.
 Identities = 333/701 (48%), Positives = 486/701 (70%), Gaps = 25/701 (3%)

Query  1    MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  58
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  118
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  119  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQIAKLGDDLIPL  177
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  237
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  297
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  298  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLAFYHDYKNGDLSHEDF  357
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL +Y DY +G LS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKENYLESIQVHFLNLPSYR-RFPN  416
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  474
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  475  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  534
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  535  EAAIHARADRLADLAVQVWQAPSLPEEVLAVYRGQPE-NKTSYSLSDYPFLADGSHSRVL  593
            E  I+ RA+ LAD A+++W  P+L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  594  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  653
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  654  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  694
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

48) MCON_0083 in NC_015416


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  535 bits (2018),  Expect = 5e-153, Method: Compositional matrix adjust.
 Identities = 325/701 (47%), Positives = 486/701 (70%), Gaps = 23/701 (3%)

Query  1    MKATEAKLLDFLKKSP--QFVIPIYQRTYSWTERECLQLWDDILRTGSNDAIAAHFIGSI  58
            MKA   KLLDF+ KS   QFVIPIYQR YSW   +C QLWDDI++TG+ND I +HFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIQKGLYQISGMSPLLVIDGQQRLTTLMLIIEALARNLGETEPVDGFSAKKLRNYYLLN  118
            V+++ G+Y  +  + LL+IDGQQRLTT+ L++ AL  +L      D    K + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLN-----DEVKRKEIEDHYLIN  114

Query  119  PLEDGERAFKLLLGQTDKQSLLALLQ-QKPLPTEPSLRIQDNFAFFEEHVRALGLDLAPL  177
            + +DG++ ++L+L+++D+++LL+L++ +K  P+E SL+I +NF +FEE +R     L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CNGLAKLVVVDIALSRDKDNPQLIFESMNSTGRELSQADLIRNFILMGLEPADQTRLYLD  237
             +GL KL++V IAL ++KD+PQLIFESMNS G EL+Q+DLIRN+I+M  E + Q  +Y +
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  HWRPMEVAFGQEAYGIQFDSFMRHYLTFKTGEIPKVKAVYEAFKDHARDPKVQSAGVDSL  297
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP++  VYEAFK   ++  +++   ++L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIET---EAL  289

Query  298  VNDIHTFADYFCAMALGKEKDKHLAIAFQDLRELKVDVAYPFLLELYQDYANGILPKSDF  357
            ++D++ + ++FC + + KE DK+L  A+  L +L +DV YP+LLELY DY++G+L+K DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  IQAVRLVEAYVFRRVVCAIPTNSLNKTFATFGRALKKDHYLESIQAHLLNLPSYR-RLPG  416
            I  + L+E+Y+FRR VC++ TNSLNK FA+F + ++KD+YLESI+AH+L+L + + ++P 
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DEEFKRELMVRDLYNFRSRSYWLRRLENHGRNERVPVDEYTIEHIMPQNENLPVKWRESL  476
            D EFK  ++  D+YN++ + Y + RLEN   +E V   E TIEHIMP+   L   W   L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  477  GPDCQRVWETWLHTLGNLTLTGYNSRYSDHPFIEKRDMEGGFKESPLHLNKELGTLDGWN  536
            G + Q + +  LHT+GNLTLTGYN  YS+++F EKRDME GFK+SPL+LN+ L  L++  
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  537  ETKIKQRAERLAFLACDVWRAPNISSEVLASYRPSVPKP-EVYTIDDHIHLAENSPVRPL  595
            E  I +RA+ LA  A  +W  PN+ +E L  Y+    +    Y ++        S +R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  596  FDAFRKEVLALDPCVTEEFLKLYVAYKAETNFVDVVPQAKRLRLSLNLQFHELSDPKGLA  655
            FD + KE+ ALD  +TE F + Y++Y  + NFVD+VP  + L+L LN+ F+EL D K LA
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  656  KDVTNIGRWGNGDVEVGLVKLEELPYVMGLVRQAFEKQIGN  696
            +D+TN G+ GNGD+EV L   E++PY +GL++Q +EKQ+G 
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

49) join in NC_002655


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  532 bits (2008),  Expect = 3e-152, Method: Compositional matrix adjust.
 Identities = 332/701 (48%), Positives = 485/701 (70%), Gaps = 25/701 (3%)

Query  1    MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  58
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  118
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  119  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQIAKLGDDLIPL  177
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  237
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  HWRPMEVACGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  297
             WR+ME    Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  298  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNDDLSHEDF  357
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY ++ LS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  416
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  474
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  475  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  534
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  535  EAAIHARADRLAELAVQVWQAPSLPEEVLAVYRGQPE-NKTSYSLSDYPFLADGSHSRVL  593
            E  I+ RA+ LA+ A+++W  P+L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  594  FDHLRDEIMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  653
            FD L  EI  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  654  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  694
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

50) D782_3934 in NC_020063


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  528 bits (1991),  Expect = 6e-151, Method: Compositional matrix adjust.
 Identities = 319/701 (46%), Positives = 484/701 (70%), Gaps = 23/701 (3%)

Query  1    MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTLEQCRQLWEDVMRAGQRDDIPAHFIGSV  58
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  EQC+QLW+D++++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLLEALSRHLGENEVIDGFSAMKLRNYYLLN  118
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDE-----VKRKEIEDHYLIN  114

Query  119  PYESGERNYKLLLTQTDKESLLALI-RQKPLPENCSLRVRENFEYFYDQISKLHGDFMAL  177
            + + G+++ +L+L+++D+++LL+LI ++K  P + SL++ ENF  F + I K  + + ++
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CQGFSKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNYVLMGLEPEHQTQLYDD  237
             +G+ KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RNY++M  E   Q ++Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  YWRPMELAFGQKGYSDYFDSFMRNYLTVKTGEIPRIDDVYDAFKRYARKAAVMEAGMEAL  297
            YWR+ME  F Q+     F+ F+R+YLT+KTG+IP I  VY+AFKRY +  ++     EAL
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGI---ETEAL  289

Query  298  VADIRTYADYFCALTLNKESDKTLAMAFQDLRELKVDAAWPFLLVLYHDYKQGVLSSEDF  357
            + D++ Y ++FC + ++KE+DK L  A+  L +L +D   P+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LSATRLIESYIFRRAVCAIPTNSFTKTFATFYKVLDKTRYLESIQAHLLNLPSYRC-FPD  416
            ++   LIESYIFRRAVC++ TNS+ K FA+F K ++K +YLESI+AH+L+L + +  FP 
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  NWDFQYDLKRRDLYNFRNSSYWLRRLENYGRKERVSIDEYTIEHIMPQNKNLSAAWRKEL  476
            + +F+  +   D+YN+++  Y + RLEN+  KE V+  E TIEHIMP  K L+  W K+L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMP--KTLTEEWEKDL  467

Query  477  GEGWQRVHTKYLHTLGNLTLTGYNSRYSDNAFAKKRDIEGGFKESPLRLNAGLGQCEKWD  536
            GE  Q +H KYLHT+GNLTLTGYN  YS+ +F  KRD+E GFK+SPLRLN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  537  SAAIQKRANRLADLAIEVWAIPELPIEVLERYQLIAERG-TSFTLLDFPQLDEGSHARTL  595
               I+KRAN LAD A+ +W+ P+L  E LE+Y+  + R   ++ L  F     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  596  FDCLSDAVMALDAGIKREIFKLYIAFKAETHFVDVIPQKNRLILSLHLPLYELFDPTKMA  655
            FD LS  + ALD  I   + + YI++  + +FVD++P KN L L L++P+ EL D  ++A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  656  QEVSVSERHGYGDVEVGFSDLSELPYVMGLIRQAFEKQMDN  696
            ++++   + G GD+EV +    ++PY +GLI+Q +EKQM+ 
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

51) NRG857_21960 in NC_017634


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  527 bits (1988),  Expect = 1e-150, Method: Compositional matrix adjust.
 Identities = 335/701 (48%), Positives = 485/701 (70%), Gaps = 25/701 (3%)

Query  1    MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTGQQCRQLWDDIIRAGKRDDISAHFIGSV  58
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  118
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDE-----VKRKEIEDHYLIN  114

Query  119  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQITKLGDDLIPL  177
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  237
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  297
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  298  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  357
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  416
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  474
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  475  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  534
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  535  EaairaradrladlaVQVWQAPALPEEVLAVYRAQPE-NKTSYSLSDYPFLADGSHSRVL  593
            E  I  RA+ LAD A+++W  P L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  594  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  653
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  654  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  694
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

52) GTNG_0160 in NC_009328


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  527 bits (1987),  Expect = 1e-150, Method: Compositional matrix adjust.
 Identities = 326/695 (47%), Positives = 497/695 (72%), Gaps = 19/695 (2%)

Query  1    MKAVETNLLKFMQGT--KQFIIPIYQRKYSWTIKQCRQLWNDIVRVAEDEKIRGHFVGSI  58
            MKA   +LL F+  +  KQF+IPIYQR YSW   QC+QLW+DI++ + +++I GHF+GSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEQGLYQVSSVPQLLVIDGQQRlttltllllalGKAIEESGQTLDITKKKIMNYYLVN  118
            V++++G+Y  ++  +LL+IDGQQRLTT+TLL++AL   +++     ++ +K I + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLND-----EVKRKEIEDHYLIN  114

Query  119  SEEEGELYHKLILTESDKDTLINLV-LGKELPEEYSPRIYENYHFFVESIKNSGIDLNKL  177
            S ++G+   +LIL+ESD+DTL++L+  +K  P E S +I EN+ +F E I+++   L+ +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  YQGISKLIVVDISLDRDHDNPQLIFESLNSTGLDLSQADLIRNFVLMKLEPKEQAELYKE  237
            ++G+ KL++V I+L ++ D+PQLIFES+NS G++L+Q+DLIRN+++M  E   Q ++Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  YWYPMEKSFGNLTNSSLFDRFMRDYLTVKTGRIPNIREVYSSFKSYVFEQSEQDVQQIVA  297
            YW +ME  F +  N +LF+RF+R+YLT+KTG IPNI  VY +FK Y  ++   + + ++ 
Sbjct  235  YWRAMEEDFKQ--NETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQ-QERGIETEALLQ  291

Query  298  DIYRYSQYFVKLAFQKEKDKEINEVLTDINTLKVDVSYPFLLEVYDDYERQIISKSDFIE  357
            D+ +Y  +F ++ F+KE DK++N  L+ +  L +DV YP+LLE+Y DY   ++SK DFI 
Sbjct  292  DLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIP  351

Query  358  ILRLVEAYVFRRAVCGIPTNSLNKTFATLSKEIDKANYLESLQAAFL-LKDSYKRFPTDE  416
            I+ L+E+Y+FRRAVCG+ TNSLNK FA+++K I+K +YLES++A FL L  +  +FP D 
Sbjct  352  IIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDS  411

Query  417  EFKRELVIKDVYNFRNRNYLLRKLENFNRKEIIDIESYTIEHIMPQNPNLSYEWRRDLGP  476
            EFK  ++  D YN+++++Y++ +LENFN KE ++    TIEHIMP+   L+ EW +DLG 
Sbjct  412  EFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDLGE  469

Query  477  NWEEVHKTYLHTLGNLTLTRYNSELSDRPFKEKRDMEGGFADSPLRLNRGLARLETWNEE  536
            N + +H  YLHT+GNLTLT YN E S+R+F+EKRDME GF +SPLRLN+GL  LE+  E 
Sbjct  470  NFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEK  529

Query  537  EICKRAQFLADLALKVWKYPQLSDDILAKYRKKSSKSESVTYTIADYPKLQGDMLVLFNE  596
            EI KRA+ LAD ALK+W YP+L  + L KY++K +K E  +Y +  +    +++  LF+ 
Sbjct  530  EIEKRANDLADWALKIWTYPNLDAETLEKYKQK-GKREKKAYDLNKFG---SHLRELFDI  585

Query  597  LSKRICNLDSSVRMEFKKRYIAFKTSTNFVDIVPQESRLRLSLNMPFDEIQDLKGICRDV  656
            LSK I  LD  +   F++ YI++    NFVDIVP  + L+L LNMPF+E+QD K + RD+
Sbjct  586  LSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDM  645

Query  657  TNIGRLGNGDVEFHVSSVSEIEYAMFLIKQSYEKH  691
            TN G+LGNGD+E  + +  +I Y + LIKQ  EK+
Sbjct  646  TNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQ  680

53) ECP_4674 in NC_008253


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  526 bits (1983),  Expect = 3e-150, Method: Compositional matrix adjust.
 Identities = 335/701 (48%), Positives = 485/701 (70%), Gaps = 25/701 (3%)

Query  37   MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  94
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  95   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  154
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  155  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQITKLGDDLIPL  213
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  214  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  273
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  274  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  333
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  334  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  393
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  394  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  452
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  453  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  510
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  511  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  570
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  571  EaairaradrladlaVQVWQAPALPEEVLAVYRAQPE-NKTSYSLSDYPFLADGSHSRVL  629
            E  I  RA+ LAD A+++W  P L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  630  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  689
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  690  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  730
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

54) GAU_3574 in NC_012489


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  526 bits (1983),  Expect = 3e-150, Method: Compositional matrix adjust.
 Identities = 310/702 (45%), Positives = 481/702 (69%), Gaps = 24/702 (3%)

Query  1    MKATEAKLLTFLKKSP--QFVIPIYQRTYSWTITECQQLWDDIVRAGARDDVSVHFIGSI  58
            MKA   KLL F+ KS   QFVIPIYQR YSW   +C+QLWDDI+++G+ D++  HFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYVEEGLSQVTSHAPLLVIDGQQRLTTLTIVLANLARAVGDDEPVDGFSGRKITNYYLLN  118
            V+V++G+   T+   LL+IDGQQRLTT+T+++  L   + D+        + I + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  119  PEERGDRRYKLLLTQTDRPSLIALVD-GAPAPSDASLRVMENSEFFRKRIEECAGDFGPV  177
            + + GD++ +L+L+++DR +L++L+D +   PS+ SL++MEN  +F  +I   ++ +  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CKGLAKLVIVDIALSRDHDNPQLIFESMNSTGKELSQADLIRNFVLMGLEPRLQTELYEQ  237
             KGL KL+IV IAL ++ D+PQLIFESMNS G EL+Q+DLIRN+++M  E   Q ++Y+Q
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  YWHPMERAFGQRAYSSMFDGFMRHYLTVKTGEIPNLGDVYAAFKAYAMSAPVAHEKVEVL  297
            YW++ME  F Q    ++F+ F+RHYLT+KTG+IPN++ VY AFK Y     +     E L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  298  VADLNRWALRFCRIALGQEPDRDLREAFHDLRELKVDVAYPFLLELYADYDAGRLTRHDF  357
            + DL++    FCRI + +E+D+DL  A+  L +L +DV YP+LLELY+DY  G L+++DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LQAIRLLEAYVFRRAICAIPTNSLNKTFANLARGVRKERYLESIKAHLLLLRSYR-RFPD  416
            +  I L+E+Y+FRRA+C++ TNSLNK FA++++ + K++YLESIKAH+L L + + +FP 
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DVEFRRCFLTRELYLQKVRSYTLRKLENHQRKERVGPEEYTIEHILPQNENLSVAWRESL  476
            D EF+  F+T ++Y  K + Y + +LEN + KE V   E TIEHI+P+   L+  W   L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  477  GQDWQVIHQKWLHTIGNLTLTGYNTEYSDRPFPEKRDMPGGFRESPLRLNAGLGQVEVWN  536
            G++ Q IH+K LHTIGNLTLTGYN EYS+R+F EKRDM  GF++SPLRLN GL ++E   
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  537  EDAITHRGEQLVEKGVLVWAAPHLSPEVLEEYRATRTRE-VTYTIDDHHSLVSGKAAALF  595
            E  I  R+++L + ++ +W+ P+L +E LE Y+    RE  +Y ++      ++    LF
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNK----FGSHLRELF  583

Query  596  EAFRREVLELGSCVSEEFLKYYVAYKAETNFVDVYPQASRLRLILNLPFEELDDPENRCA  655
            + + +E+  L+  ++E F + Y++Y  + NFVD+ P  + L+L LN+PF+EL+D  N   
Sbjct  584  DILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLAR  643

Query  656  NVA--GYRLNGEVKVHIAELNELPYVMGLIRQSFERQVGGME  695
            +++  G   NG++ V +   +++PY +GLI+Q +E+Q+GG +
Sbjct  644  DMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKN  685

55) LF82_736 in NC_011993


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  525 bits (1982),  Expect = 4e-150, Method: Compositional matrix adjust.
 Identities = 335/701 (48%), Positives = 485/701 (70%), Gaps = 25/701 (3%)

Query  37   MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTGQQCRQLWDDIIRAGKRDDISAHFIGSV  94
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  95   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  154
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  155  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQITKLGDDLIPL  213
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  214  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  273
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  274  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  333
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  334  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  393
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  394  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  452
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  453  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  510
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  511  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  570
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  571  EaairaradrladlaVQVWQAPALPEEVLAVYRAQPE-NKTSYSLSDYPFLADGSHSRVL  629
            E  I  RA+ LAD A+++W  P L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  630  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  689
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  690  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  730
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

56) ECOK1_4852 in NC_017628


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  525 bits (1980),  Expect = 5e-150, Method: Compositional matrix adjust.
 Identities = 334/701 (48%), Positives = 484/701 (70%), Gaps = 25/701 (3%)

Query  1    MKATEARLLDFLKRSQ--QFVITIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  58
            MKA   +LLDF+ +SQ  QFVI IYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  118
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDE-----VKRKEIEDHYLIN  114

Query  119  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQITKLGDDLIPL  177
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  237
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  297
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  298  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  357
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  416
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  474
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  475  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  534
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  535  EaairaradrladlaVQVWQAPALPEEVLAVYRAQPE-NKTSYSLSDYPFLADGSHSRVL  593
            E  I  RA+ LAD A+++W  P L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  594  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  653
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  654  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  694
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

57) UM146_22465 in NC_017632


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  525 bits (1980),  Expect = 5e-150, Method: Compositional matrix adjust.
 Identities = 333/701 (48%), Positives = 484/701 (70%), Gaps = 25/701 (3%)

Query  1    MKATEARLLDFLKRSQ--QFVITIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  58
            MKA   +LLDF+ +SQ  QFVI IYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEQGLYQVSGISPLLVIEGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  118
            V++++G+Y  +  + LL+I+GQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDE-----VKRKEIEDHYLIN  114

Query  119  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQITKLGDDLIPL  177
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  237
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  297
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  298  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  357
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  416
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  474
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  475  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  534
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  535  EaairaradrladlaVQVWQAPALPEEVLAVYRAQPE-NKTSYSLSDYPFLADGSHSRVL  593
            E  I  RA+ LAD A+++W  P L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  594  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  653
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  654  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  694
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

58) ECOPMV1_04800 in NC_022370


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  525 bits (1979),  Expect = 6e-150, Method: Compositional matrix adjust.
 Identities = 334/701 (48%), Positives = 484/701 (70%), Gaps = 25/701 (3%)

Query  22   MKATEARLLDFLKRSQ--QFVITIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  79
            MKA   +LLDF+ +SQ  QFVI IYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  80   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  139
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  140  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQITKLGDDLIPL  198
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  199  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  258
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  259  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  318
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  319  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  378
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  379  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  437
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  438  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  495
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  496  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  555
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  556  EaairaradrladlaVQVWQAPALPEEVLAVYRAQPE-NKTSYSLSDYPFLADGSHSRVL  614
            E  I  RA+ LAD A+++W  P L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  615  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  674
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  675  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  715
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

59) APECO1_2080 in NC_008563


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  524 bits (1976),  Expect = 1e-149, Method: Compositional matrix adjust.
 Identities = 334/701 (48%), Positives = 484/701 (70%), Gaps = 25/701 (3%)

Query  37   MKATEARLLDFLKRSQ--QFVITIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  94
            MKA   +LLDF+ +SQ  QFVI IYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  95   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  154
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  155  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQITKLGDDLIPL  213
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  214  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  273
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  274  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  333
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  334  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  393
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  394  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  452
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  453  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  510
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  511  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  570
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  571  EaairaradrladlaVQVWQAPALPEEVLAVYRAQPE-NKTSYSLSDYPFLADGSHSRVL  629
            E  I  RA+ LAD A+++W  P L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  630  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  689
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  690  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  730
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

60) P12B_c4425 in NC_017663


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  524 bits (1976),  Expect = 1e-149, Method: Compositional matrix adjust.
 Identities = 332/701 (48%), Positives = 484/701 (70%), Gaps = 25/701 (3%)

Query  1    MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  58
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  118
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  119  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQIAKLGDDLIPL  177
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  237
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  297
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  298  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGDLPHEDF  357
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +G L+ +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  416
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  474
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  475  GSDWQRVHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  534
            G + Q +H   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  535  EaairaradrladlaVQVWQAPALPEEVLAVYRAQPE-NKTSYSLSDYPFLADGSHSRVL  593
            E  I  RA+ LAD A+++W  P L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  594  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  653
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  654  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  694
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

61) UTI89_C5048 in NC_007946


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  524 bits (1976),  Expect = 1e-149, Method: Compositional matrix adjust.
 Identities = 333/701 (48%), Positives = 484/701 (70%), Gaps = 25/701 (3%)

Query  43   MKATEARLLDFLKRSQ--QFVITIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  100
            MKA   +LLDF+ +SQ  QFVI IYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  101  VYIEQGLYQVSGISPLLVIEGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  160
            V++++G+Y  +  + LL+I+GQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  161  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQITKLGDDLIPL  219
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  220  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  279
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  280  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  339
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  340  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSHEDF  399
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  400  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  458
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  459  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  516
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  517  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  576
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  577  EaairaradrladlaVQVWQAPALPEEVLAVYRAQPE-NKTSYSLSDYPFLADGSHSRVL  635
            E  I  RA+ LAD A+++W  P L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  636  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  695
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  696  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  736
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

62) ECED1_5210 in NC_011745


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  523 bits (1972),  Expect = 2e-149, Method: Compositional matrix adjust.
 Identities = 333/701 (48%), Positives = 484/701 (70%), Gaps = 25/701 (3%)

Query  39   MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  96
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  97   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  156
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  157  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQITKLGDDLIPL  215
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  216  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  275
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  276  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDRL  335
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  336  VEDIHIYAEYYCAMALGKEIDKSLATAFQDLRELKVDVAYPFLLALYHDYKNSDLSHEDF  395
            ++D++ Y  ++C + + KE DK L  A+  L +L +DV YP+LL LY DY ++ LS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  396  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  454
            ++II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  455  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  512
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  513  GSDWQRIHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  572
            G + Q IH   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  573  EaairaradrladlaVQVWQAPALPEEVLAVYREQPE-NKTSYSLSDYPFLADGSHSRML  631
            E  I  RA+ LAD A+++W  P L  E L  Y+++   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  632  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  691
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  692  KDVTNVGRWGNGDVEIGFSDLAQLPYVMGLIRQAFEKQMES  732
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

63) EcSMS35_4888 in NC_010498


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  522 bits (1971),  Expect = 2e-149, Method: Compositional matrix adjust.
 Identities = 331/701 (48%), Positives = 483/701 (69%), Gaps = 25/701 (3%)

Query  1    MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTEQQCRQLWDDIIRAGKRDDISAHFIGSV  58
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEDEVFDGFSAMKLRNYYLLN  118
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL ++          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDE-----VKRKEIEDHYLIN  114

Query  119  PYESGEKGFKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQIAKLGDDLIPL  177
            + + G+K ++L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  237
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSQSVAEKGVDHL  297
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   + +++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  298  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGDLPHEDF  357
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +G L+ +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LSIIRLIESYVFRRAVCAIPTNSLNKTFATFYKVIIKEKYLESIQVHFLNLPSYR-RFPN  416
            ++II LIESY+FRRAVC++ TNSLNK FA+F K I K++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DDEFKRELKVRDLYNFRSRSYWLRRLENDKRRERVE--EFTIEHIMPQNENLSAKWREEL  474
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  475  GSDWQRVHKELLHTLGNLTLTRYNSRYSDRPFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  534
            G + Q +H   LHT+GNLTLT YN  YS+R+F EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  535  EaairaradrladlaVQVWQAPALPEEVLAVYRAQPE-NKTSYSLSDYPFLADGSHSRVL  593
            E  I  RA+ LAD A+++W  P L  E L  Y+ +   +K +Y L+ +     GSH R L
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  594  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  653
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  654  KDVTNVGRWGNGDVEIGFSDLAQLPYVMGLIRQAFEKQMES  694
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

64) TM1040_3538 in NC_008043


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  522 bits (1970),  Expect = 3e-149, Method: Compositional matrix adjust.
 Identities = 303/702 (44%), Positives = 484/702 (69%), Gaps = 22/702 (3%)

Query  1    MKATDANLLNFINSAP--QFVIPIYQRTYSWTERECRQLWEDIRRAGRSGHIPVHFLGSV  58
            MKA   +LL+FI  +   QFVIPIYQR YSW   +C+QLW+DI ++G +++I  HF+GS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEESLSNTSSRAPLLVIDGQQRltsvtlllsalsRKVADEEPVDGFSFKKIRNRYLMD  118
            V++++++  T+    LL+IDGQQRLT++TLL+ AL   + DE        K I ++YL++
Sbjct  61   VFVHDGIYTTNY-NELLIIDGQQRLTTITLLFIALRDHLNDEVKR-----KEIEDHYLIN  114

Query  119  PDESGERAFKLLLSKTDRTTLNAVVSGDD-LPEPQSMRVAENFKMFSRWLDQDDTAVSEV  177
            +++ G++ ++L+LS +DR TL +++  D   P   S+++ ENFK+F  W+ ++   +  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CSGLAKLMIVDVALSREHDNPQLIFESMNSTGKELSQADLIRNFVLMGLEPKLQTRLYEQ  237
              GL KLMIV +AL +E D+PQLIFESMNS G EL+Q+DLIRN+++M  E   Q  +Y+Q
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  YWRRMEEGFGQAAYASHFDGFMRNYLTVVTGSIPRLDDVYDAYKAYSQEQIGGGREVEDL  297
            YWR MEE+F Q    + F+ F+R+YLT+ TG IP +  VY+A+K Y QE+   G E E L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQER---GIETEAL  289

Query  298  VREVWEFSQYYGALVLGQEKDKALALGFRDLRELKVDVAYPFLLEVYKDYKTGALSADDF  357
            ++++  +  ++  +V+ +E DK L  ++  L +L +DV YP+LLE+Y DY  G LS +DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LEVVRLVEAYVFRRAICSVPTNSLNKTFATFGRELKKDRYLESVKAHMLNMKSYR-RFPR  416
            + ++ L+E+Y+FRRA+C++ TNSLNK FA+F + ++KD+YLES+KAH L++ + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DEEFVARIQDRDLYNFRSRTYWLRKFENFGRKERVEVDDYTIEHILPQNEKLSTEWQAAL  476
            D EF   +   D+YN++ + Y + ++ENF  KE V+  + TIEHI+P+   L+ EW+  L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKT--LTEEWEKDL  467

Query  477  GSDWAAVQEKWLHTLGNLTLTGYNSEYSDKSFAEKRDMAGGFKESPLRVNNGLGSLDAWN  536
            G +  A+++K LHT+GNLTLTGYN EYS++SF EKRDM  GFK+SPLR+N+GL  L++  
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  537  EAAIKSRAQRLAQQAAEVWAAPSLSAEILATYRTPTEMA-NGYTIEDHPHLTSGKMRDLF  595
            E  I  RA+ LA+ A  +W+ P+L AE L  Y+       ++Y ++      ++ +R+LF
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF----GSHLRELF  583

Query  596  EQFRREVMALDPSVSEQFLKIYVAYKAETNFADVVPQAKALRISINIEPYELHDPRGMAV  655
            + + +E+ ALD  ++E+F + Y++Y  + NF D+VP  ++L++ +N+   EL+D + +A 
Sbjct  584  DILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLAR  643

Query  656  DVTDVGRWGNGNTEVKLTDHEDLPYVLGLVRQALDRQLGADE  697
            D+T+ G+ GNG+ EVKL   ED+PY LGL++Q L++Q+G+ +
Sbjct  644  DMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKN  685

65) CE10_5085 in NC_017646


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  516 bits (1948),  Expect = 1e-147, Method: Compositional matrix adjust.
 Identities = 338/701 (49%), Positives = 485/701 (70%), Gaps = 24/701 (3%)

Query  1    MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTGQQCRQLWDDIIRAGKRDDISAHFIGSV  58
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEEEVFDGFSAMKLRNYYLLN  118
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL +E          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDE-----VKRKEIEDHYLIN  114

Query  119  PYESGEKGYKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQIAKLGDDLIPL  177
            + + G+K  +L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  237
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSPSVAEKGVDRL  297
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   +  ++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  298  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSQEDF  357
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS++DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LNIIRLIESYVFRRAVCAIQTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  416
            + II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DDEFKRELKVRDLYNFRSRSYWlrrlennkrrerVD-DEFTIEHIMPQNENLSVKWREEL  475
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  476  GSDWQRVHKELLHTLGNLTLTRYNSRYSDRSFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  535
            G + Q +H   LHT+GNLTLT YN  YS+RSF EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  536  EaairaradrladlaVQVWQAPSLPEEVLAVYRGKPE-NKTSYSLSDYPFLADGSHSREL  594
            E  I  RA+ LAD A+++W  P+L  E L  Y+ K   +K +Y L+ +     GSH REL
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  595  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  654
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  655  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  695
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

66) ECIAI39_4815 in NC_011750


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  516 bits (1947),  Expect = 2e-147, Method: Compositional matrix adjust.
 Identities = 338/701 (49%), Positives = 485/701 (70%), Gaps = 24/701 (3%)

Query  43   MKATEARLLDFLKRSQ--QFVIPIYQRTYSWTGQQCRQLWDDIIRAGKRDDISAHFIGSV  100
            MKA   +LLDF+ +SQ  QFVIPIYQR YSW  +QC+QLWDDII++G  D+I +HFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  101  VYIEQGLYQVSGISPLLVIDGQQRLTTAMLLIEALSRHLGEEEVFDGFSAMKLRNYYLLN  160
            V++++G+Y  +  + LL+IDGQQRLTT  LL+ AL  HL +E          + + YL+N
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIALRDHLNDE-----VKRKEIEDHYLIN  114

Query  161  PYESGEKGYKLLLTETDKDSLLALI-KQRPMPENYSHRIMENFTFFDEQIAKLGDDLIPL  219
            + + G+K  +L+L+E+D+D+LL+LI K++  P + S +IMENF +F+E I K  D L  +
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  220  CRGLAKLLIVDVALNRGQDNPQLIFESMNSTGKALSQADLVRNFILMGLEPEHQTRLYED  279
             +GL KL+IV +AL++ +D+PQLIFESMNS G  L+Q+DL+RN+I+M  E   Q  +Y++
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  280  HWRPMEVAFGQQGYSEYFDSFMRHYLTVKTGEIPRTDEVYEAFKLHARSPSVAEKGVDRL  339
             WR+ME  F Q+     F+ F+RHYLT+KTG+IP    VYEAFK   +  ++     + L
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIE---TEAL  289

Query  340  VEDIHIYAEYYCAMALGKESDKSLATAFQDLRELKVDVAYPFLLALYHDYKNGVLSQEDF  399
            ++D++ Y  ++C + + KE+DK L  A+  L +L +DV YP+LL LY DY +GVLS++DF
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  400  LNIIRLIESYVFRRAVCAIQTNSLNKTFATFYKVINKEKYLESIQVHFLNLPSYR-RFPN  458
            + II LIESY+FRRAVC++ TNSLNK FA+F K INK++YLESI+ HFL+L + + +FP+
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  459  DDEFKRELKVRDLYNFRSRSYWlrrlennkrrerVD-DEFTIEHIMPQNENLSVKWREEL  517
            D EFK  +   D+YN++ + Y + RLEN + +E V+  E TIEHIMP+   L+  W  +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  518  GSDWQRVHKELLHTLGNLTLTRYNSRYSDRSFAEKRDIEDGFKHSPLYLNIGLGQCEKWD  577
            G + Q +H   LHT+GNLTLT YN  YS+RSF EKRD+E GFK+SPL LN GL + E  +
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFG  527

Query  578  EaairaradrladlaVQVWQAPSLPEEVLAVYRGKPE-NKTSYSLSDYPFLADGSHSREL  636
            E  I  RA+ LAD A+++W  P+L  E L  Y+ K   +K +Y L+ +     GSH REL
Sbjct  528  EKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKF-----GSHLREL  582

Query  637  FDHLRDEVMRLDAGITQEVLKLYIAFKAETNFVDVVPQKSRLRLSLNMQFHELVDPKGIA  696
            FD L  E+  LD  IT+   + YI++  + NFVD+VP K+ L+L LNM F+EL D K +A
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  697  KDVTNVGRWGNGDVEIGFSDLAQLPYIMGLIRQAFEKQMES  737
            +D+TN G+ GNGD+E+ +    ++PY +GLI+Q +EKQM +
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

67) Pecwa_1674 in NC_013421


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  504 bits (1900),  Expect = 9e-144, Method: Compositional matrix adjust.
 Identities = 307/701 (44%), Positives = 482/701 (69%), Gaps = 24/701 (3%)

Query  1    MKAKEAKLLNFLQTAP--QLVIPIYQRLYSWSLKECEQLWEDIIRCGLDENNHGHFIGSV  58
            MKA+  KLL+F+  +   Q+VIPIYQR+YSW   +C QLW+DII+ G +++ +GHFIGS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYIEEGLYSVTSQSPLLIIDGQQRVTTVSLLIAALSEAVGEEEFIEGFNREQLRGFYLTN  118
            V++++G+Y+ T+ + LLIIDGQQR+TT++LL+ AL + + +E      +R ++ + YL N
Sbjct  61   VFVHDGIYT-TNYNELLIIDGQQRLTTITLLFIALRDHLNDEV-----KRKEIEDHYLIN  114

Query  119  PLLSGEKRYKLILSQVDNETLRAIINR-KAFPDEYSVRVKENFEFFQGKL-KDEAILETV  176
            +   G+K+ +LILS+ D +TL ++I++ K  P E S+++ ENF +F+  + K+   LET+
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  177  CKGLSKLIVVDVSLQRGNDNPQLIFESMNSTGKKLSQADLIRNYILMGLENDRQTILYND  236
             KGL KL++V ++L++ +D+PQLIFESMNS G  L+Q+DLIRNYI+M  E ++Q  +YN+
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  237  HWRKMELLFGQEAYSSQFDAFMRHYLTVKTGDIPKIDDIYEAFKKYFHSLSDTVESVVAD  296
             WR ME  F Q+   + F+ F+RHYLT+KTGDIP+I  +YEAFK+Y +  +   E+++ D
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQD  292

Query  297  IHQYAVYYCAVALGRERDKTLKEIFRNIRELRMEVAYPLMLELYADYQHQRLSLSDLAEA  356
            +++Y  ++C + + +E DK L+  +  + +L M+V YPL+LELY+DY +  LS  D+   
Sbjct  293  LQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPI  352

Query  357  LRLMESYVFRRAVCAIPANSMNKTFAGLSKSFDKDNYLESLKAAFLQLPSYR-RFPTDEE  415
            + L+ESY+FRRAVC++ +NS+NK FA+++K ++KD+YLES+KA FL L + + +FP D E
Sbjct  353  IALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDSE  412

Query  416  FKREIQSRDLYNFRSRSYWLRKLENHNHKEPIPVDEYTIEHIMPQCNSQPEKVPVAWRNA  475
            FK  + + D+YN++ + Y + +LEN N KEP+   E TIEHIMP+       +   W + 
Sbjct  413  FKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK------TLTEEWEKD  466

Query  476  LGDKWQQVWETRCHTLGNLTLTGYNSEYSNRSFAEKRDMEGGFKHSHLRLNEGLSSLDVW  535
            LG++ Q + +   HT+GNLTLTGYN EYSNRSF EKRDME GFK+S LRLN+GL  L+  
Sbjct  467  LGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESF  526

Query  536  NEETILARAKKMSEQASVAWPAPKLSAEAVKRY-QPESQASVTYGFEDHPHLAKEPVSSL  594
             E  I  RA+ +++ A   W  P+L AE++ +Y Q   +   +Y+++         +  L
Sbjct  527  GEKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKFG----SHLREL  582

Query  595  FEAFRTAAKELDPCVAEVFLKLYIAYKAEVNFVDVIPQAKRLLLILNIPFAEINDPRSLC  654
            F+ +    K LD  ++E F + YI+Y  + NFVD++P  + L L LN+PF E++D ++L 
Sbjct  583  FDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLA  642

Query  655  RNLTGIGRWGNGDVEVAFEKTEELPYIMSLVTQAFERQMDN  695
            R++T  G+ GNGD+EV +E  E++PY ++L+ Q +E+QM+ 
Sbjct  643  RDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGG  683

68) Vapar_4594 in NC_012791


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  497 bits (1875),  Expect = 9e-142, Method: Compositional matrix adjust.
 Identities = 308/709 (44%), Positives = 478/709 (68%), Gaps = 28/709 (3%)

Query  1    MKATEANLLKFLKKSP--QFVIPIYQRNYSWTAAQCRQLWADLMRAGRDDKVNAHFIGSI  58
            MKA   +LL F+ KS   QFVIPIYQR YSW   QC+QLW D++++G +D++++HFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYVERGLSSVTSQEALLVIDGQQRlttstlliaalaKHFESQGLGELLEAFSSKKLRNYF  118
            V+V+ G+ +   +E LL+IDGQQRLTT TLL+ AL  H++ +           K + + +
Sbjct  61   VFVHDGIYTTNYNE-LLIIDGQQRLTTITLLFIALRDHLNDEV--------KRKEIEDHY  111

Query  119  LLNPDEEGERHFKLILSETDKETLLAILQNA-PLPLEASSRISENYALFQELVALHQGEL  177
            L+N++++G++ ++LILSE+D++TLL+++++    P E S +I EN+ LF+E +  + + L
Sbjct  112  LINSGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKL  171

Query  178  PAICQGLAKLVIVDVSLDRAHDNPQLIFESMNSTGLELSQADLIRNYILMGLEPKLQTEL  237
             +I +GL KL+IV ++L +  D+PQLIFESMNS G+EL+Q+DLIRNYI+M  E   Q ++
Sbjct  172  ETIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDF  231

Query  238  YKTHWRPMERAFGQAAYVVHFDAFMRHYLTAKTGEIPNVREVYVAFKAFARSLKGDTRDL  297
            Y+  WR+ME  F Q      F+ F+RHYLT KTG+IPN+  VY AFK + +    +T  L
Sbjct  232  YNQYWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEAL  289

Query  298  VSDIHAYASYYCAMALNTEPEGALKQAFHDLRELKVDVAYPFLLDVYHDYQQGRLSSDEV  357
            + D++ Y +++C + ++ E++  L++A+  L +L +DV YP+LL++Y DY +G LS ++ 
Sbjct  290  LQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDF  349

Query  358  LQIVRLVESYVFRRAICAIPTNSLNKTFAGMGRTLKKDRYLESVQAAFLMLPSYR-RFPS  416
            + I+ L+ESY+FRRA+C++ TNSLNK FA+  + ++KD+YLES++A FL L + + +FP 
Sbjct  350  IPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPK  409

Query  417  DDEFQRDVKVRDLYNFRSRGYWLRRLENHGRKERVVVEDYTIEHILPQNEALSKEWQAEL  476
            D EF+      D+YN++ + Y + RLEN   KE V   + TIEHI+P+  +L+ EW+ +L
Sbjct  410  DSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDL  467

Query  477  GPDWQRVQQDWLHTLGNLTLTGYNSEYSDHPFAYKRDQVTDKDGHPVGFSHSPLKLNFGL  536
            G + Q +++  LHT+GNLTLTGYN EYS+++F  KRD          GF +SPL+LN GL
Sbjct  468  GENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEK-------GFKQSPLRLNQGL  520

Query  537  GRVTSWDEAAIKTRADRLAADAAKVWVAPQLLADVLEAYRPSSSKQGQQYSMTDHTNLAI  596
              + S +E  I  RA+ LA  A K+W  P+L A+ LE Y+  + ++ + Y +        
Sbjct  521  RDLESFGEKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKFG----  576

Query  597  GPMRDLFLALRKAVLSLDPCVSEEFLKLYVAYKAETNFVDIVPQTRRLLLVLNLGIADIE  656
            + +R+LF  L K + +LD  ++E F + Y++Y  + NFVDIVP    L L LN+ + +++
Sbjct  577  SHLRELFDILSKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQ  636

Query  657  DPKGLCRDISNIGRWGNGDVEVGLSTLEDLPYVIGLIRQSFDHQMGGPQ  705
            D K L RD++N G+ GNGD+EV L T ED+PY +GLI+Q ++ QMGG +
Sbjct  637  DEKNLARDMTNKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGKN  685

69) BF2893 in NC_003228


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  471 bits (1776),  Expect = 6e-134, Method: Compositional matrix adjust.
 Identities = 297/698 (43%), Positives = 494/698 (71%), Gaps = 21/698 (3%)

Query  1    MKASSNNLLSIIKGP--RQFVIPIYQRTYSWQLVQCNQLLNDILRISNDSAVQGHFIGSI  58
            MKA++ +LL +I  +  +QFVIPIYQR YSW+  QC+QL +DI++ + +  ++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYFQESIHTVSDVPKLLVIDGQQRLTTVSLLIAAIADFIKENAVEIDTSFTKLQNYYLIN  118
            V+ +++I T ++   LL+IDGQQRLTT++LL+ A+ D ++++    +     +++ YLIN
Sbjct  61   VFVHDGIYT-TNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKE-----IEDHYLIN  114

Query  119  PEEDNELRYKLLLTRRDKDTYINLL-KGIPRSEGMSQRIIENYDFFKSKINK--ENVVAI  175
            + +D + + +L+L+  D+DT ++L+ K+  ++  +S +I+EN+ +F   I K  +++ +I
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  176  YSGVQRLFVVDVALEKEKDNPQLIFESMNSTGLDLSQADLIRNYVLMGQEVHLQTSLYES  235
            + G+++L +V +AL KEKD+PQLIFESMNS G++L+Q+DLIRNY++M  EV  Q  +Y+ 
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  236  YWYPMEQGYGSEYAALFNSFMRDYLSVKTGTIPRIDMVYDAFKAYVIGGKAPDTISEVVK  295
            YW +ME+++  +  +LFN F+R+YL++KTG IP I  VY+AFK Y    ++ +T   +++
Sbjct  235  YWRAMEEDFKQN-ETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQ-QERGIET-EALLQ  291

Query  296  DIYTYSGYYVNMVLHKEPDKLLCGAFKRISQLRVDVSYPFLLPLYNDYVNEVISRDEFYE  355
            D+  Y G++  +V+ KE+DK L  A+  + +L +DV YP+LL LY+DY + V+S+++F  
Sbjct  292  DLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIP  351

Query  356  ALCLVENYVFRRAICGIPTNSLNKTFATLYKSFDKANYMDGLKAAFLLLDSYK-RFPNDT  414
             + L+E+Y+FRRA+CG+ TNSLNK FA++ K ++K +Y++++KA FL L++ K +FP+D+
Sbjct  352  IIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDS  411

Query  415  EFTTFLQTKDVynfrnrnyllnrlenfQRKEMVNISDYTIEHVMPQNPNLSHEWQEMLGE  474
            EF  ++ T D YN+++++Y+++RLENF+ KE VN  + TIEH+MP+   L++EW+  LGE
Sbjct  412  EFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDLGE  469

Query  475  GWVEVQGKYLHTLGNLTLTGYNSELSDRPFQEKKSMEGGFDDSPIRLNSYLRRISSWNEE  534
                +++KYLHT+GNLTLTGYN E S+R+FQEK+ ME GF +SP+RLN  LR + S  E 
Sbjct  470  NFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEK  529

Query  535  QILVRAGQLAEKAKEIWRFPLLSPETLEVYR-SAERDPAEYTLEHYEYLKGDILTLFQAL  593
            +I  RA +LA+ A  IW +P L +ETLE Y+  + R+   Y L+ +    +++  LF+ L
Sbjct  530  EIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKFG---SHLRELFDIL  586

Query  594  RRRIMNIDPSVKEELKKLYIAFKAYTNFVDVVPQKSRLRLSLNVAFADILDPKGLCKDVS  653
             + I  +D  + E +++ YI++    NFVD+VP K+ L+L LN++F ++ D K L +D++
Sbjct  587  SKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMT  646

Query  654  NLGRWGNGDVEVGISNMNELDDVMELIQQAFDKQMEAN  691
            N G+ GNGD+EV +   +++   + LI+Q ++KQM ++
Sbjct  647  NKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGK  684

70) BF638R_2900 in NC_016776


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  470 bits (1773),  Expect = 1e-133, Method: Compositional matrix adjust.
 Identities = 297/698 (43%), Positives = 494/698 (71%), Gaps = 21/698 (3%)

Query  1    MKASSNNLLSIIKGP--RQFVIPIYQRTYSWQLVQCNQLLNDILRISNDSAVQGHFIGSI  58
            MKA++ +LL +I  +  +QFVIPIYQR YSW+  QC+QL +DI++ + +  ++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYFQESIHTVSDVPKLLVIDGQQRLTTVSLLIAAIADFIKENAVEIDTSFTKLQNYYLIN  118
            V+ +++I T ++   LL+IDGQQRLTT++LL+ A+ D ++++    +     +++ YLIN
Sbjct  61   VFVHDGIYT-TNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKE-----IEDHYLIN  114

Query  119  PEEDNELRYKLLLTRRDKDTYINLL-KGIPRSEGMSQRIIENYDFFKSKINK--ENVVAI  175
            + +D + + +L+L+  D+DT ++L+ K+  ++  +S +I+EN+ +F   I K  +++ +I
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  176  YSGVQRLFVVDVALEKEKDNPQLIFESMNSTGLDLSQADLIRNYVLMGQEVRLQTSLYES  235
            + G+++L +V +AL KEKD+PQLIFESMNS G++L+Q+DLIRNY++M  EV  Q  +Y+ 
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  236  YWYPMEQGYGSEYAALFNSFMRDYLSVKTGTIPRIDMVYDAFKAYVIGGKAPDTISEVVK  295
            YW +ME+++  +  +LFN F+R+YL++KTG IP I  VY+AFK Y    ++ +T   +++
Sbjct  235  YWRAMEEDFKQN-ETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQ-QERGIET-EALLQ  291

Query  296  DIYTYSGYYVNMVLHKEPDKLLCGAFKRISQLRVDVSYPFLLPLYNDYVNEVISRDEFYE  355
            D+  Y G++  +V+ KE+DK L  A+  + +L +DV YP+LL LY+DY + V+S+++F  
Sbjct  292  DLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIP  351

Query  356  ALCLVENYVFRRAICGIPTNSLNKTFATLYKSFDKANYMDGLKAAFLLLDSYK-RFPNDT  414
             + L+E+Y+FRRA+CG+ TNSLNK FA++ K ++K +Y++++KA FL L++ K +FP+D+
Sbjct  352  IIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDS  411

Query  415  EFTTFLQTKDVynfrnrnyllnrlenfQRKEMVNISDYTIEHVMPQNPNLSHEWQEMLGE  474
            EF  ++ T D YN+++++Y+++RLENF+ KE VN  + TIEH+MP+   L++EW+  LGE
Sbjct  412  EFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDLGE  469

Query  475  GWVEVQGKYLHTLGNLTLTGYNSELSDRPFQEKKSMEGGFDDSPIRLNSYLRRISSWNEE  534
                +++KYLHT+GNLTLTGYN E S+R+FQEK+ ME GF +SP+RLN  LR + S  E 
Sbjct  470  NFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEK  529

Query  535  QILVRAGQLAEKAKEIWRFPLLSPETLEVYR-SAERDPAEYTLEHYEYLKGDILTLFQAL  593
            +I  RA +LA+ A  IW +P L +ETLE Y+  + R+   Y L+ +    +++  LF+ L
Sbjct  530  EIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKFG---SHLRELFDIL  586

Query  594  RRRIMNIDPSVKEELKKLYIAFKAYTNFVDVVPQKSRLRLSLNVAFADILDPKGLCKDVS  653
             + I  +D  + E +++ YI++    NFVD+VP K+ L+L LN++F ++ D K L +D++
Sbjct  587  SKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMT  646

Query  654  NLGRWGNGDVEVGISNMNELDDIMELIQQAFDKQMEAN  691
            N G+ GNGD+EV +   +++   + LI+Q ++KQM ++
Sbjct  647  NKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGK  684

71) BF3056 in NC_006347


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  470 bits (1772),  Expect = 1e-133, Method: Compositional matrix adjust.
 Identities = 297/698 (43%), Positives = 493/698 (71%), Gaps = 21/698 (3%)

Query  1    MKASSNNLLSIIKGP--RQFVIPIYQRTYSWQLVQCNQLLNDILRISNDSAVQGHFIGSI  58
            MKA++ +LL +I  +  +QFVIPIYQR YSW+  QC+QL +DI++ + +  ++GHFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYFQESIHTVSDVPKLLVIDGQQRLTTVSLLIAAIADFIKENAVEIDTSFTKLQNYYLIN  118
            V+ +++I T ++   LL+IDGQQRLTT++LL+ A+ D ++++    +     +++ YLIN
Sbjct  61   VFVHDGIYT-TNYNELLIIDGQQRLTTITLLFIALRDHLNDEVKRKE-----IEDHYLIN  114

Query  119  PEEDNELRYKLLLTRRDKDTYINLL-KGIPRSEGMSQRIIENYDFFKSKINK--ENVVAI  175
            + +D + + +L+L+  D+DT ++L+ K+  ++  +S +I+EN+ +F   I K  +++ +I
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  176  YSGVQRLFVVDVALEKEKDNPQLIFESMNSTGLDLSQADLIRNYVLMGQEVHLQTSLYES  235
            + G+++L +V +AL KEKD+PQLIFESMNS G++L+Q+DLIRNY++M  EV  Q  +Y+ 
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  236  YWYPMEQGYGSEYAALFNSFMRDYLSVKTGTIPRIDMVYDAFKAYVIGGKAPDTISEVVK  295
            YW +ME+++  +  +LFN F+R+YL++KTG IP I  VY+AFK Y    ++ +T   +++
Sbjct  235  YWRAMEEDFKQN-ETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQ-QERGIET-EALLQ  291

Query  296  DIYTYSGYYVNMVLHKEPDKLLCGAFKRISQLRVDVSYPFLLPLYNDYVNEVISRDEFYE  355
            D+  Y G++  +V+ KE+DK L  A+  + +L +DV YP+LL LY+DY + V+S+++F  
Sbjct  292  DLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIP  351

Query  356  ALCLVENYVFRRAICGIPTNSLNKTFATLYKSFDKANYMDGLKAAFLLLDSYK-RFPNDT  414
             + L+E+Y+FRRA+CG+ TNSLNK FA++ K ++K +Y++++KA FL L++ K +FP+D+
Sbjct  352  IIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDS  411

Query  415  EFTTFLQTKDVynfrnrnyllnrlenfQRKEMVNISDYTIEHVMPQNPNLSHEWQEMLGE  474
            EF  ++ T D YN+++++Y+++RLENF+ KE VN  + TIEH+MP+   L++EW+  LGE
Sbjct  412  EFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEWEKDLGE  469

Query  475  GWVEVQGKYLHTLGNLTLTGYNSELSDRPFQEKKSMEGGFDDSPIRLNSYLRRISSWNEE  534
                +++KYLHT+GNLTLTGYN E S+R+FQEK+ ME GF +SP+RLN  LR + S  E 
Sbjct  470  NFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEK  529

Query  535  QILVRAGQLAEKAKEIWRFPLLSPETLEVYR-SAERDPAEYTLEHYEYLKGDILTLFQAL  593
            +I  RA +LA+ A  IW +P L +ETLE Y+  + R+   Y L+ +    +++  LF+ L
Sbjct  530  EIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKKAYDLNKFG---SHLRELFDIL  586

Query  594  RRRIMNIDPSVKEELKKLYIAFKAYTNFVDVVPQKSRLHLSLNVAFADILDPKGLCKDVS  653
             + I  +D  + E +++ YI++    NFVD+VP K+ L L LN++F ++ D K L +D++
Sbjct  587  SKEIKALDERITEKFNQEYISYMFDKNFVDIVPLKNGLKLYLNMPFNELQDEKNLARDMT  646

Query  654  NLGRWGNGDVEVGISNMNELDDIMELIQQAFDKQMEAN  691
            N G+ GNGD+EV +   +++   + LI+Q ++KQM ++
Sbjct  647  NKGHLGNGDIEVKLETKEDIPYCLGLIKQVLEKQMGGK  684

72) Nit79A3_3354 in NC_015731


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  441 bits (1661),  Expect = 7e-125, Method: Compositional matrix adjust.
 Identities = 264/585 (46%), Positives = 407/585 (70%), Gaps = 21/585 (3%)

Query  1    MKATEAKLLDFLKKSP--QFVIPIYQRTYSWTEKECRQLWEDVVRCGRNDHIPVHFIGSI  58
            MKA   KLLDF+ KS   QFVIPIYQR YSW   +C+QLW+D+++ G ND+I  HFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYVESGLSQVTHQAPLLVIDGQQRlttvsllltalaeaVGETEPFEGFSQRKIRNYFLLN  118
            V+V+ G+     +  LL+IDGQQRLTT++LL+ AL + + +        ++ I + +L+N
Sbjct  61   VFVHDGIYTTNYNE-LLIIDGQQRLTTITLLFIALRDHLND-----EVKRKEIEDHYLIN  114

Query  119  PEEIGERHFKLLLSQTDKDTLTALVGKH-PQPDNHSLRVSENYAAFQKWIKSDVVNLPTL  177
            + + G++ ++L+LS++D+DTL +L++K+  +P + SL++ EN+  F+ WI+ +  +L T+
Sbjct  115  SGNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETI  174

Query  178  CKGLAKLVVVDIALNRDQDNPQLIFESMNSTGKELSQADLIRNFILMGLEPALQTRLYEQ  237
             KGL KL++V IAL++++D+PQLIFESMNS G EL+Q+DLIRN+I+M  E + Q  +Y+Q
Sbjct  175  FKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQ  234

Query  238  FWRPIEMDFGQEAYGTHFDGFMRHYLTVMSGEIPNTNAVYEAFKTHARETRAGAVSDDSH  297
            +WR++E DF Q+   T F+ F+RHYLT+ +G+IPN + VYEAFK   +E        + +
Sbjct  235  YWRAMEEDFKQNE--TLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQER-------GIE  285

Query  298  VEMLVSRIRDYSRYFCAMGLGKEIDHELSRAFHDLRELKVDVAYPFLLELYRDYATQYLS  357
             E L+  ++ Y  +FC + + KE D +L++A+  L +L +DV YP+LLELY DY+   LS
Sbjct  286  TEALLQDLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLS  345

Query  358  KSDFVSAVRWVEAYVFRRAVCAIPTNSMNKTFATFSKALKKDRYLESIAAHFMLLPSYR-  416
            K DF++ +  +E+Y+FRRAVC++ TNS+NK FA+F+K ++KD+YLESI AHF+ L + + 
Sbjct  346  KQDFIPIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKG  405

Query  417  RFPSDDEYVRDIQTRDLYNFRSRSYWLRRFENHGRKEVVPVDEYTVEHILPQNENLNTAW  476
            +FP D E+   + T D+YN++ + Y + R+EN   KE V   E T+EHI+P+   L   W
Sbjct  406  KFPKDSEFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPK--TLTEEW  463

Query  477  QESLGAEWKRIQQTWLHTLGNLTLTGYNSEYSDRPFIVKRDMDGGFRQSPLKVNQGLGQV  536
            +  LG + + I++  LHT+GNLTLTGYN EYS+R+F  KRDM+ GF+QSPL++NQGL ++
Sbjct  464  EKDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDL  523

Query  537  HVWDESAIIERAKRLAKLAVQVWESPKLDDAILAAYRPRAEPSSN  581
            +  +E  I  RA+ LA  A+++W  P+LD   L  Y+ ++    +
Sbjct  524  ESFGEKEIEKRANDLADWALKIWTYPNLDAETLEKYKQKGKREKK  568

73) Mpal_1333 in NC_011832


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  364 bits (1367),  Expect = 1e-101, Method: Compositional matrix adjust.
 Identities = 217/542 (41%), Positives = 370/542 (69%), Gaps = 15/542 (2%)

Query  1    MKAGETDLFTLFNGT--KQFIIPIYQRNYRWELPNCEELWNDIVRATTDPTRAGHFLGSI  58
            MKA    L+ ++  +  KQF+IPIYQR Y WE  +C +LW+DI+++  +    GHF+GSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   VYINNSKVSLTTWIPQFLVIDGQQRLTTISLFILALVRALQVQDPNATTQQLISEFLLNE  118
            V+++++    TT   ++L+IDGQQRLTTI+L+++AL   L   + +   +++  ++L+N 
Sbjct  61   VFVHDG--IYTTNYNELLIIDGQQRLTTITLLFIALRDHL---NDEVKRKEIEDHYLINS  115

Query  119  HYEGDLHNKLVLTRIDFETYHALLN-NRDLPRNASPRIVENYRFFEDRIRQSPFSPLELY  177
              +GD   +L+L+  D +T  +L++ ++  P + S +I+EN+++FE++IR++      ++
Sbjct  116  GNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIF  175

Query  178  DGIRHLFIVEIALDPDHDNPQRIFESLNSTGLDLSQTDQIRNFVLMDQDPHEQKVLYEDY  237
             G+  L IV IAL  + D+PQ IFES+NS G++L+QTD IRN+++M+ +   Q  +Y++Y
Sbjct  176  KGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQY  235

Query  238  WYPMELLFGKDNPEELFDRFMRDYLTVHRDGRIPKMGEVFREFKTYVRTQGESSVHDLVI  297
            W +ME  F   + E LF+RF+R+YLT+ + G IP+++ V+  FK Y + +G  + + L+ 
Sbjct  236  WRAMEEDF--KQNETLFNRFVRHYLTI-KTGDIPNISKVYEAFKRYQQERGIET-EALLQ  291

Query  298  DIHRFARYFVCMACGEEEDPAIAAAFNDLNFLKVDVAYPFLLQVYHDYRTGQITRDELVE  357
            D++++  +F  +    E D  +  A++ L  L +DV YP+LL++Y DY  G +++++++ 
Sbjct  292  DLQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIP  351

Query  358  VVRLAESYVFRRAICGIPTNSMNKTFAALGKEIRRDHYRESVKVALFMLDSYR-RFPDDA  416
            ++ L ESY+FRRA+CG+ TNS+NK FA++ K I +D+Y ES+K  ++ L++ + +FP D+
Sbjct  352  IIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKDS  411

Query  417  EFMREIERKDVYNSRICSYLLTKLENHGTKEPIAAANYTVEHIMPQNPRLSEAWQRELGD  476
            EF   +   D YN +   Y++ +LEN  TKEP+ + + T+EHIMP+   L+E W+++LG+
Sbjct  412  EFKNLFITIDFYNLKEKKYFFERLENFNTKEPVNTKECTIEHIMPKT--LTEEWEKDLGE  469

Query  477  DWQQVHQTYLHSLGNLTLTGYNSELSDRPFAEKRDMEGGLGRSPLRLSAGLGEVATWNEQ  536
            + Q +H+ YLH++GNLTLTGYN E S+R+F EKRDME G+ +SPLRL+ GL ++ +  E+
Sbjct  470  NFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQGLRDLESFGEK  529

Query  537  EI  538
            EI
Sbjct  530  EI  531

74) Cphamn1_1150 in NC_010831


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  335 bits (1259),  Expect = 4e-93, Method: Compositional matrix adjust.
 Identities = 233/572 (41%), Positives = 380/572 (67%), Gaps = 22/572 (3%)

Query  1    MKANETKVEDFLS-SNKTQFVIPVYQRNYDWSTGQCKQLLDDILEVGTNKKMNAHFIGSI  59
            MKAN  K+ DF++ S+  QFVIP+YQR Y W   QCKQL DDI+  G N ++++HFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  60   VYVHDDVYTASRIKELTVIDGQQRLTTLTLIYLVLHRLAKELKDEVLVNEISETYLINKF  119
            V+VHD++YT++  +EL +IDGQQRLTT+TL+++ L+    +L+DEV  +EI + YLIN  
Sbjct  61   VFVHDGIYTTN-YNELLIIDGQQRLTTITLLFIALR---DHLNDEVKRKEIEDHYLINSG  116

Query  120  APEEEKLKLRPTENNDKALKYLLRSDANEDFPDFS-KLIDNFNYFKGRITEENHQF--VL  176
               + K++L  +E++  +L  L+  D     +++S K+++NF+ F  +I  + +++  ++
Sbjct  117  NDGDKKIRLILSESDRDTLLSLIDKDKRKP-SELSLKIMENFKLFEEWIRKNTDKLETIF  175

Query  177  EGLSKLMFVEISLDREKDAPQRIFESLNSTGLELSQADLIRNYILMGLNRRDQNKIYQNY  236
             GL KLM+V I+L +EKD PQ IFES+NS G+EL+Q+DLIRNYI+M  +   Q+ +Y++Y
Sbjct  176  KGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQY  235

Query  237  WEVIEKLAKDEALNVSRVSDYIRDFLTFENKKIPNKGKVYIEFKAKYPTTTIDELENNLT  296
            W  +E   K++    +R   ++R++LT+    IPN +KVY  FK +Y      E E  L 
Sbjct  236  WRAMEEDFKQNETLFNR---FVRHYLTIKTGDIPNISKVYEAFK-RYQQERGIETEALLQ  291

Query  297  CIKGLVKHYNKLINPKNETDKDIKLQLEYINRLEINVVFPFLMKVYDDYVSSIIDKPTFI  356
             ++     + +++  K+E+DKD++  L ++  LE++V++P+L+ +Y DY  +++ K  FI
Sbjct  292  DLQKYCGFFCRIVF-KKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFI  350

Query  357  KLLDLIQSFTWRRFILGLPTNALNKIFMSLYEKVESGNYLYSIQKSLLQRSGVQ-RFPKN  415
             ++ LI+S+  RR + GL TN+LNKIF S+  K++ ++YL SI+  +L     + +FPK+
Sbjct  351  PIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKD  410

Query  416  AEVIDALKVKDVYNIKSKNKIYLLERLENYENIERVAIEGNPDITIEHIFPQNPDPKWKI  475
            +E  + +   D YN+K K+  Y++ERLEN++  E V      + TIEHI P+     W  
Sbjct  411  SEFKNLFITIDFYNLKEKK--YFFERLENFNTKEPV---NTKECTIEHIMPKTLTEEWEK  465

Query  476  ELGNDEYGFIKDNYLNTIGNLTLSGNNGKLGNKPFRDKRDLEGAGYKDSRLWMNKYLSSL  535
            +LG +++  I D+YL+TIGNLTL+G N   +N++F++KRD+E  G+K+S L++N+ L  L
Sbjct  466  DLG-ENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDME-KGFKQSPLRLNQGLRDL  523

Query  536  DKWDRTEIEKRFNLISARVLKIWEYPEIEIET  567
            +  +  EIEKR N ++ + LKIW YP+++ ET
Sbjct  524  ESFGEKEIEKRANDLADWALKIWTYPNLDAET  555

75) CDBI1_14785 in NC_017179


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  335 bits (1256),  Expect = 7e-93, Method: Compositional matrix adjust.
 Identities = 234/576 (41%), Positives = 381/576 (67%), Gaps = 34/576 (5%)

Query  1    MKAGEIEFLSYLE-GSNKSFVVPVYQRNYNWKKEQCKRLFDDLEDIIDSG-FRTHFLGSV  58
            MKA  I +L ++  + +K FV+P+YQR Y+W KEQCK+L DD+    +++ +  HF+GS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   V----SIYSMG-KEYLIIDGQQRVTTVSILLIAMCQIIKEFGESKGIITTEEQIKECYLI  113
            V    +IY+   +E LIIDGQQR+TT+++L+IA+ + +++            +I + YLI
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLND-------EVKRKEIEDHYLI  113

Query  114  NKHSRDKDGKIKLKPIAEDRKAYYELFEEEM--NTDRNSNIVSNYLYFYNRIKEDNISID  171
            N  + D D KI+L     DR +   L++ +    ++ + +I+ N+  F ++I+ +   ++
Sbjct  114  NS-GNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLE  172

Query  172  DLFDAIQKLTIVEIELKNGEDDPQLIFESLNSTGLDLSEADRVRNFVLMGRSSKLQEEFY  231
             +F +++KL IV I LK+  DDPQLIFES+NS G++L+++D +RN+++M      QE+FY
Sbjct  173  TIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFY  232

Query  232  NNYWYKIE---KNTSSNVSSFIRDYLTIKERSIPNKNKVYFSFKRYVSDNGidieillkd  288
            N+YW  +E   K+  +  + F+R+YLTIK   IPN +KVY +FKRY  + GI+ E LL+D
Sbjct  233  NQYWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQD  292

Query  289  llkFSNYYREISYSCTDDNDVNKVLKRINKLEIFVSYPFILELFNDYNEGIINKKVLVES  348
            L K+  ++  I +    D+D+NK L  +  LE+ V YP++LEL++DY++G+++K+ ++  
Sbjct  293  LQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPI  352

Query  349  LNLVECFILRRIVCDVPPNALNKVFMNLGREIKKFSDYKENYSNILRYIFIN-KKSSQRF  407
            + L+E +I+RR VC++  N+LNK+F ++ + I+     K++Y + ++  F++   +  +F
Sbjct  353  IALIESYIFRRAVCGLGTNSLNKIFASFTKKIN-----KDQYLESIKAHFLSLETTKGKF  407

Query  408  PTDSEFSNAFETKDIYNTKSKNKLYILERLENYNNKEIVDlenlinnnmlniehimPQTL  467
            P DSEF N F T D+YN K K+  Y++ERLEN+N KE V+       +   IEHIMP+TL
Sbjct  408  PKDSEFKNLFITIDFYNLKEKK--YFFERLENFNTKEPVN------TKECTIEHIMPKTL  459

Query  468  TNKWKESLGDNYKEIHDKYLHTIGNLTLTGYNSKLSNKTFEEKKEMEDGFKDSRLYLNKY  527
            T+ W   LG+N++ IHDKYLHTIGNLTLTGYN   SN++F+EK++ME GFK+S L LN+ 
Sbjct  460  TEEWEKDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQG  519

Query  528  ISSIDKWNEEEIKNRTKILLDRAVEIWKYPSVTYEP  563
            +  ++   E EI +R++ L D+A+ IW YP++  E 
Sbjct  520  LRDLESFGEKEIEKRANDLADWALKIWTYPNLDAET  555

76) CD196_2861 in NC_013315


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  335 bits (1256),  Expect = 7e-93, Method: Compositional matrix adjust.
 Identities = 234/576 (41%), Positives = 381/576 (67%), Gaps = 34/576 (5%)

Query  1    MKAGEIEFLSYLE-GSNKSFVVPVYQRNYNWKKEQCKRLFDDLEDIIDSG-FRTHFLGSV  58
            MKA  I +L ++  + +K FV+P+YQR Y+W KEQCK+L DD+    +++ +  HF+GS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   V----SIYSMG-KEYLIIDGQQRVTTVSILLIAMCQIIKEFGESKGIITTEEQIKECYLI  113
            V    +IY+   +E LIIDGQQR+TT+++L+IA+ + +++            +I + YLI
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLND-------EVKRKEIEDHYLI  113

Query  114  NKHSRDKDGKIKLKPIAEDRKAYYELFEEEM--NTDRNSNIVSNYLYFYNRIKEDNISID  171
            N  + D D KI+L     DR +   L++ +    ++ + +I+ N+  F ++I+ +   ++
Sbjct  114  NS-GNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLE  172

Query  172  DLFDAIQKLTIVEIELKNGEDDPQLIFESLNSTGLDLSEADRVRNFVLMGRSSKLQEEFY  231
             +F +++KL IV I LK+  DDPQLIFES+NS G++L+++D +RN+++M      QE+FY
Sbjct  173  TIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFY  232

Query  232  NNYWYKIE---KNTSSNVSSFIRDYLTIKERSIPNKNKVYFSFKRYVSDNGidieillkd  288
            N+YW  +E   K+  +  + F+R+YLTIK   IPN +KVY +FKRY  + GI+ E LL+D
Sbjct  233  NQYWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQD  292

Query  289  llkFSNYYREISYSCTDDNDVNKVLKRINKLEIFVSYPFILELFNDYNEGIINKKVLVES  348
            L K+  ++  I +    D+D+NK L  +  LE+ V YP++LEL++DY++G+++K+ ++  
Sbjct  293  LQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPI  352

Query  349  LNLVECFILRRIVCDVPPNALNKVFMNLGREIKKFSDYKENYSNILRYIFIN-KKSSQRF  407
            + L+E +I+RR VC++  N+LNK+F ++ + I+     K++Y + ++  F++   +  +F
Sbjct  353  IALIESYIFRRAVCGLGTNSLNKIFASFTKKIN-----KDQYLESIKAHFLSLETTKGKF  407

Query  408  PTDSEFSNAFETKDIYNTKSKNKLYILERLENYNNKEIVDlenlinnnmlniehimPQTL  467
            P DSEF N F T D+YN K K+  Y++ERLEN+N KE V+       +   IEHIMP+TL
Sbjct  408  PKDSEFKNLFITIDFYNLKEKK--YFFERLENFNTKEPVN------TKECTIEHIMPKTL  459

Query  468  TNKWKESLGDNYKEIHDKYLHTIGNLTLTGYNSKLSNKTFEEKKEMEDGFKDSRLYLNKY  527
            T+ W   LG+N++ IHDKYLHTIGNLTLTGYN   SN++F+EK++ME GFK+S L LN+ 
Sbjct  460  TEEWEKDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQG  519

Query  528  ISSIDKWNEEEIKNRTKILLDRAVEIWKYPSVTYEP  563
            +  ++   E EI +R++ L D+A+ IW YP++  E 
Sbjct  520  LRDLESFGEKEIEKRANDLADWALKIWTYPNLDAET  555

77) CDR20291_2908 in NC_013316


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  335 bits (1256),  Expect = 7e-93, Method: Compositional matrix adjust.
 Identities = 234/576 (41%), Positives = 381/576 (67%), Gaps = 34/576 (5%)

Query  1    MKAGEIEFLSYLE-GSNKSFVVPVYQRNYNWKKEQCKRLFDDLEDIIDSG-FRTHFLGSV  58
            MKA  I +L ++  + +K FV+P+YQR Y+W KEQCK+L DD+    +++ +  HF+GS+
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  59   V----SIYSMG-KEYLIIDGQQRVTTVSILLIAMCQIIKEFGESKGIITTEEQIKECYLI  113
            V    +IY+   +E LIIDGQQR+TT+++L+IA+ + +++            +I + YLI
Sbjct  61   VFVHDGIYTTNYNELLIIDGQQRLTTITLLFIALRDHLND-------EVKRKEIEDHYLI  113

Query  114  NKHSRDKDGKIKLKPIAEDRKAYYELFEEEM--NTDRNSNIVSNYLYFYNRIKEDNISID  171
            N  + D D KI+L     DR +   L++ +    ++ + +I+ N+  F ++I+ +   ++
Sbjct  114  NS-GNDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLE  172

Query  172  DLFDAIQKLTIVEIELKNGEDDPQLIFESLNSTGLDLSEADRVRNFVLMGRSSKLQEEFY  231
             +F +++KL IV I LK+  DDPQLIFES+NS G++L+++D +RN+++M      QE+FY
Sbjct  173  TIFKGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFY  232

Query  232  NNYWYKIE---KNTSSNVSSFIRDYLTIKERSIPNKNKVYFSFKRYVSDNGidieillkd  288
            N+YW  +E   K+  +  + F+R+YLTIK   IPN +KVY +FKRY  + GI+ E LL+D
Sbjct  233  NQYWRAMEEDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFKRYQQERGIETEALLQD  292

Query  289  llkFSNYYREISYSCTDDNDVNKVLKRINKLEIFVSYPFILELFNDYNEGIINKKVLVES  348
            L K+  ++  I +    D+D+NK L  +  LE+ V YP++LEL++DY++G+++K+ ++  
Sbjct  293  LQKYCGFFCRIVFKKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFIPI  352

Query  349  LNLVECFILRRIVCDVPPNALNKVFMNLGREIKKFSDYKENYSNILRYIFIN-KKSSQRF  407
            + L+E +I+RR VC++  N+LNK+F ++ + I+     K++Y + ++  F++   +  +F
Sbjct  353  IALIESYIFRRAVCGLGTNSLNKIFASFTKKIN-----KDQYLESIKAHFLSLETTKGKF  407

Query  408  PTDSEFSNAFETKDIYNTKSKNKLYILERLENYNNKEIVDlenlinnnmlniehimPQTL  467
            P DSEF N F T D+YN K K+  Y++ERLEN+N KE V+       +   IEHIMP+TL
Sbjct  408  PKDSEFKNLFITIDFYNLKEKK--YFFERLENFNTKEPVN------TKECTIEHIMPKTL  459

Query  468  TNKWKESLGDNYKEIHDKYLHTIGNLTLTGYNSKLSNKTFEEKKEMEDGFKDSRLYLNKY  527
            T+ W   LG+N++ IHDKYLHTIGNLTLTGYN   SN++F+EK++ME GFK+S L LN+ 
Sbjct  460  TEEWEKDLGENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEKGFKQSPLRLNQG  519

Query  528  ISSIDKWNEEEIKNRTKILLDRAVEIWKYPSVTYEP  563
            +  ++   E EI +R++ L D+A+ IW YP++  E 
Sbjct  520  LRDLESFGEKEIEKRANDLADWALKIWTYPNLDAET  555

78) Cyast_1284 in NC_019778


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  325 bits (1220),  Expect = 5e-90, Method: Compositional matrix adjust.
 Identities = 233/569 (41%), Positives = 388/569 (69%), Gaps = 22/569 (3%)

Query  1    MKANETKIIQFLQQTR-IQFVIPVYQRNYDWSIPECKQilndildignnnniTTHFIGGI  59
            MKAN  K+++F+ +++  QFVIP+YQR Y W   +CKQ+ +DI+  G N++I  HFIG+I
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  60   VYIHDDIYVSTDVRELTIIDGQQRLTTITLIYLAIYHLAKKLDIEIANEILNTYILNQFI  119
            V++HD+IY +T+  EL IIDGQQRLTTITL+++A   L   L+ E+    ++   L +  
Sbjct  61   VFVHDGIY-TTNYNELLIIDGQQRLTTITLLFIA---LRDHLNDEVKRKEIEDHYLINSG  116

Query  120  KQDEQKVKLKLTSENDRALKYLIRGDRTEEITSYSKIIDNFNYFEKNI--NQDNYGVVLK  177
            +++++K++L L+  +  +L  LI  D+        KI++NF+ FE  I  N D+   ++K
Sbjct  117  NDGDKKIRLILSESDRDTLLSLIDKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIFK  176

Query  178  GLEKLIFVEISLERGKDDPQRIFESLNSTGLDLSQADLIRNYILMDLNLDEQQRIYQDYW  237
            GLEKL++V I+L + KDDPQ IFES+NS G++L+Q+DLIRNYI+M+ +++ Q+ +Y++YW
Sbjct  177  GLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQYW  236

Query  238  LMIENLARDEIKNISKV-SDFIRDYLTLTHKNIPNKSKVYEEFKNKYPDK--VNLEEVLK  294
              +E    +++K+   + + F+R+YLT+   +IPN SKVYE FK +Y +   ++ E +L+
Sbjct  237  RAME----EDFKQNETLFNRFVRHYLTIKTGDIPNISKVYEAFK-RYQQERGIETEALLQ  291

Query  295  TIKRFAKYYNKLINPKNEKDIDIRKELEYINRLEINVAYPFLMQVYFDFEEKIIDKHTLI  354
             ++++  ++ +++  K+E D D+ K L ++  LE++V YP+L+++Y D+ + ++ K+ +I
Sbjct  292  DLQKYCGFFCRIVF-KKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFI  350

Query  355  HILLVVQSFVWRRFIIGLSTNSLNKIFMNLYEKIDTDNYLFSLQKALLQ-KKGSQRFPKN  413
             I+ +++S++ RR + GL+TNSLNKIF ++  KI+ D+YL S++  +L       +FPK+
Sbjct  351  PIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKGKFPKD  410

Query  414  QEVLDALKVKDVYNIKAKNRIYLLERLEYYQNFEPVILDSKITIEHIFPQNPDPQWLKDL  473
             E  + +   D YN+K K+  Y++ERLE ++  EPV      TIEHI P+    +W KDL
Sbjct  411  SEFKNLFITIDFYNLKEKK--YFFERLENFNTKEPVN-TKECTIEHIMPKTLTEEWEKDL  467

Query  474  GKEEFDYIKNNYLHTLANLTLSGVNAQLKNKSFLEKRDLKDYGYKYSNFNLNRYLKDFDK  533
            G E+F+ I ++YLHT++NLTL+G N +  N+SF EKRD+   G+K S + LN+ L+D++ 
Sbjct  468  G-ENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDMEK-GFKQSPLRLNQGLRDLES  525

Query  534  WDKSEIQKRFNDLAEQFLKIWSYPDIDIN  562
             +  EI+KR NDLA+  LKIW+YP++D +
Sbjct  526  FGEKEIEKRANDLADWALKIWTYPNLDAE  554

79) CLOST_0735 in NC_014614


> NC_014256_P1|34|G34|298736224|YP_003728750.1|Helicobacter_pylori_B8|+|35287..37350|-|HPB8_729|hypothetical 
protein
Length=687

 Score =  308 bits (1156),  Expect = 6e-85, Method: Compositional matrix adjust.
 Identities = 234/570 (42%), Positives = 376/570 (66%), Gaps = 26/570 (4%)

Query  1    MKATETKVEDFLS-ANKTQFVIPVYQRNYDWSTSECKQLLDDILEVGSNKDMNTHFIGSI  59
            MKA   K+ DF++ ++  QFVIP+YQR Y W   +CKQL DDI+  G+N +++ HFIGSI
Sbjct  1    MKANAIKLLDFIGKSQEKQFVIPIYQRVYSWEKEQCKQLWDDIIKTGGNDQIEGHFIGSI  60

Query  60   VYIHDDVYTSSKVKELTIIDGQQRlttltliyltiFNLAKMLNDEELANEMNETYLINKY  119
            V++HD++YT++  +EL IIDGQQRLTT+TL++   + L   LNDE   +E+++ YLIN  
Sbjct  61   VFVHDGIYTTN-YNELLIIDGQQRLTTITLLF---IALRDHLNDEVKRKEIEDHYLINSG  116

Query  120  ASEDEKLKLKPTENNDKAIQFLMRDIENEDFKEFS-KIIDNYNYFKGRI--LEENYEYVL  176
               D K++L  +E++  ++  L+ D ++    E+S KI++N++ F  +I    ++ E ++
Sbjct  117  NDGDKKIRLILSESDRDTLLSLI-DKDKRKPSELSLKIMENFKLFEEWIRKNTDKLETIF  175

Query  177  EGLSKLMFVEISLDREKDDPQRIFESLNSTGLELSQADLIRNYILMGLSRADQAKIYNKY  236
             GL KLM+V I+L +EKDDPQ IFES+NS G+EL+Q+DLIRNYI+M    + Q  +YN+Y
Sbjct  176  KGLEKLMIVWIALKKEKDDPQLIFESMNSKGIELTQTDLIRNYIVMETEVGKQEDFYNQY  235

Query  237  WEIIEKYAKDESTNVSKVSEYIRDYLTLENKKIPNKNKVYNEFKLKYPTNTMEDLEAVLI  296
            W  +E   K++ T  ++   ++R+YLT+    IPN +KVY+ FK +Y  +   + EA+L 
Sbjct  236  WRAMEEDFKQNETLFNR---FVRHYLTIKTGDIPNISKVYEAFK-RYQQERGIETEALLQ  291

Query  297  KIRNWVYHYNKLLNPQNEQDKDIRIQLEYINRLEINVAFPFLLKVYDDYVTKIIDKATFI  356
             +++    + +++  ++E DKD+   L ++  LE++V +P+LL +Y DY   ++ K  FI
Sbjct  292  DLQKYCGFFCRIVF-KKEADKDLNKALSFLVDLEMDVIYPLLLELYSDYSDGVLSKQDFI  350

Query  357  DILEFIQSYTWRRFIVGLPTNALNKIFMGLYDKVNQSNYLESVQ---LTLVSKSGIQRFP  413
             I+ +I+SY  RR + GL TN+LNKIF ++  K+N+ +YLES++   L+L +  G  +FP
Sbjct  351  PIIALIESYIFRRAVCGLGTNSLNKIFASFTKKINKDQYLESIKAHFLSLETTKG--KFP  408

Query  414  KDLEVVEALKVKDVYGIKSKNRVYLLERLENHNNKERVQIENNTDITIEHIFPQNPDVKW  473
            KD E  + +   D Y +K K+  Y++ERLEN N KE V   N  + TIEHI P+     W
Sbjct  409  KDSEFKNLFITIDFYNLKEKK--YFFERLENFNTKEPV---NTKECTIEHIMPKTLTEEW  463

Query  474  KQELANDEFVYIKENLTNTISNLTLSGNNGKLGNKIFKEKRDMKDAGYKESRLWLNKDLA  533
             ++L+ ++F  I ++  +TI+NLTL+G N   +N+ F+EKRDM + G+K+S L+LN++L 
Sbjct  464  EKDLG-ENFQAIHDKYLHTIGNLTLTGYNQEYSNRSFQEKRDM-EKGFKQSPLRLNQGLR  521

Query  534  NYDKWGKTEIEKRFERLSKRFLEIWKFPEI  563
            + +  G  EIEKR + L+ + L IW +P++
Sbjct  522  DLESFGEKEIEKRANDLADWALKIWTYPNL  551