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Homologs of acfC gene of AF325734

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

1) CJJ81176_0315
( YP_001000003.1 )

major antigenic peptide PEB3

NC_008787
(Campylobacter jejuni 81-176)

1e-57

2) C8J_0268
( YP_001481844.1 )

major antigenic peptide PEB3

NC_009839
(Campylobacter jejuni 81116)

1e-57

3) peb3
( YP_005655632.1 )

major antigenic peptide PEB3

NC_017279
(Campylobacter jejuni IA3902)

1e-57

4) ICDCCJ07001_266
( YP_004065869.1 )

major antigenic peptide PEB3

NC_014802
(Campylobacter jejuni ICDCCJ07001)

1e-57

5) peb3
( YP_005657249.1 )

Major antigenic peptide PEB3

NC_017280
(Campylobacter jejuni M1)

1e-57

6) peb3
( YP_002343730.1 )

major antigenic peptide PEB3

NC_002163
(Campylobacter jejuni NCTC 11168)

1e-57

7) peb3
( YP_006632479.1 )

major antigenic peptide PEB3

NC_018521
(Campylobacter jejuni NCTC 11168-BN148)

1e-57

8) A911_01395
( YP_006857379.1 )

major antigenic peptide PEB3

NC_018709
(Campylobacter jejuni PT14)

1e-57

9) CJE0337
( YP_178357.1 )

major antigenic peptide PEB3

NC_003912
(Campylobacter jejuni RM1221)

1e-57

10) CJS3_0278
( YP_005658878.1 )

Major antigenic peptide PEB3

NC_017281
(Campylobacter jejuni S3)

1e-57

11) peb3
( YP_008561623.1 )

major antigenic peptide PEB3

NC_022362
(jejuni jejuni 00-2425)

1e-57

12) peb3
( YP_008539901.1 )

major antigenic peptide PEB3

NC_022352
(jejuni jejuni 00-2426)

1e-57

13) peb3
( YP_008538184.1 )

major antigenic peptide PEB3

NC_022351
(jejuni jejuni 00-2538)

1e-57

14) peb3
( YP_008541636.1 )

major antigenic peptide PEB3

NC_022353
(jejuni jejuni 00-2544)

1e-57

15) ETAE_0900
( YP_003294956.1 )

porcine attaching-effacing associated protein

NC_013508
(Edwardsiella tarda EIB202)

3e-57

16) M635_05735
( YP_008294060.1 )

ABC transporter ATPase

NC_021834
(Campylobacter jejuni 32488)

3e-57

17) ETAC_04305
( YP_007628352.1 )

porcine attaching-effacing associated protein

NC_020796
(Edwardsiella tarda C07-087)

6e-57

18) paa
( YP_003499113.1 )

hypothetical protein

NC_013941
(Escherichia coli CB9615)

1e-55

19) Z2053
( NP_287515.1 )

intestinal colonization factor encoded by prophage CP-933O

NC_002655
(Escherichia coli EDL933)

1e-55

20) ECs1772
( NP_309799.1 )

colonization factor

NC_002695
(Escherichia coli Sakai)

1e-55

21) CDCO157_1702
( YP_006312569.1 )

putative colonization factor

NC_017906
(Escherichia coli Xuzhou21)

1e-55

22) ECO103_1701
( YP_003221646.1 )

porcine attaching-effacing associated protein Paa/adherence factor AdfO

NC_013353
(Escherichia coli 12009)

1e-55

23) ECO111_1963
( YP_003234403.1 )

porcine attaching-effacing associated protein Paa/adherence factor AdfO

NC_013364
(Escherichia coli 11128)

3e-55

24) ECO26_1788
( YP_003228824.1 )

porcine attaching-effacing associated protein Paa/adherence factor AdfO

NC_013361
(Escherichia coli 11368)

3e-55

25) ECH74115_1760
( YP_002270202.1 )

porcine attaching-effacing associated protein

NC_011353
(Escherichia coli EC4115)

3e-55

26) ECO55CA74_07520
( YP_006158657.1 )

porcine attaching-effacing associated protein Paa/adherence factor AdfO

NC_017656
(Escherichia coli RM12579)

3e-55

27) ECSP_1663
( YP_003077577.1 )

colonization factor

NC_013008
(Escherichia coli TW14359)

3e-55

28) peb3
( YP_002575947.1 )

hypothetical protein

NC_012039
(Campylobacter lari RM2100)

5e-54

29) BN406_00138
( YP_006839009.1 )

hypothetical protein

NC_018700
(Sinorhizobium meliloti Rm41)

3e-44

30) BDGL_002848
( YP_004997116.1 )

ABC transporter substrate-binding protein

NC_016603
(Acinetobacter calcoaceticus PHEA-2)

9e-41

31) TOL_0782
( YP_007681459.1 )

hypothetical protein

NC_020888
(Thalassolituus oleivorans MIL-1)

4e-39

32) SMc02156
( NP_384596.1 )

hypothetical protein

NC_003047
(Sinorhizobium meliloti 1021)

2e-36

33) SM2011_c02156
( YP_007573756.1 )

hypothetical protein

NC_020528
(Sinorhizobium meliloti 2011)

2e-36

34) SinmeB_0125
( YP_005712314.1 )

extracellular solute-binding protein

NC_017322
(Sinorhizobium meliloti BL225C)

2e-36

35) C770_GR4Chr0500
( YP_007189074.1 )

Accessory colonization factor AcfC, contains ABC-type periplasmic domain

NC_019845
(Sinorhizobium meliloti GR4)

2e-36

36) SM11_chr0130
( YP_005718678.1 )

putative major antigenic peptide PEB

NC_017325
(Sinorhizobium meliloti SM11)

2e-36

37) Nwat_0735
( YP_003760011.1 )

AcfC-like protein

NC_014315
(Nitrosococcus watsonii C-113)

9e-35

• Sequence Alignments

1) O3Y_03915 in NC_016944


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  374 bits (1407),  Expect = 2e-105, Method: Compositional matrix adjust.
 Identities = 253/253 (100%), Positives = 253/253 (100%), Gaps = 0/253 (0%)

Query  1    MKSKNRfllisllsfstsvfADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  60
            MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW
Sbjct  1    MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  60

Query  61   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  120
            NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD
Sbjct  61   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  120

Query  121  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  180
            LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV
Sbjct  121  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  180

Query  181  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  240
            DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK
Sbjct  181  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  240

Query  241  DAEAIFQHYGWFK  253
            DAEAIFQHYGWFK
Sbjct  241  DAEAIFQHYGWFK  253

2) acfC in NC_012578


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  373 bits (1402),  Expect = 4e-105, Method: Compositional matrix adjust.
 Identities = 253/253 (100%), Positives = 253/253 (100%), Gaps = 0/253 (0%)

Query  4    MKSKNRfllisllsfstsvfADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  63
            MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW
Sbjct  1    MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  60

Query  64   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  123
            NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD
Sbjct  61   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  120

Query  124  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  183
            LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV
Sbjct  121  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  180

Query  184  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  243
            DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK
Sbjct  181  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  240

Query  244  DAEAIFQHYGWFK  256
            DAEAIFQHYGWFK
Sbjct  241  DAEAIFQHYGWFK  253

3) VCD_003487 in NC_012668


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  373 bits (1402),  Expect = 4e-105, Method: Compositional matrix adjust.
 Identities = 253/253 (100%), Positives = 253/253 (100%), Gaps = 0/253 (0%)

Query  4    MKSKNRfllisllsfstsvfADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  63
            MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW
Sbjct  1    MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  60

Query  64   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  123
            NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD
Sbjct  61   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  120

Query  124  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  183
            LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV
Sbjct  121  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  180

Query  184  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  243
            DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK
Sbjct  181  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  240

Query  244  DAEAIFQHYGWFK  256
            DAEAIFQHYGWFK
Sbjct  241  DAEAIFQHYGWFK  253

4) VC0841 in NC_002505


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  373 bits (1402),  Expect = 4e-105, Method: Compositional matrix adjust.
 Identities = 253/253 (100%), Positives = 253/253 (100%), Gaps = 0/253 (0%)

Query  4    MKSKNRfllisllsfstsvfADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  63
            MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW
Sbjct  1    MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  60

Query  64   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  123
            NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD
Sbjct  61   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  120

Query  124  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  183
            LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV
Sbjct  121  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  180

Query  184  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  243
            DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK
Sbjct  181  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  240

Query  244  DAEAIFQHYGWFK  256
            DAEAIFQHYGWFK
Sbjct  241  DAEAIFQHYGWFK  253

5) acfC in NC_012582


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  373 bits (1402),  Expect = 4e-105, Method: Compositional matrix adjust.
 Identities = 253/253 (100%), Positives = 253/253 (100%), Gaps = 0/253 (0%)

Query  4    MKSKNRfllisllsfstsvfADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  63
            MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW
Sbjct  1    MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  60

Query  64   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  123
            NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD
Sbjct  61   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  120

Query  124  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  183
            LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV
Sbjct  121  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  180

Query  184  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  243
            DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK
Sbjct  181  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  240

Query  244  DAEAIFQHYGWFK  256
            DAEAIFQHYGWFK
Sbjct  241  DAEAIFQHYGWFK  253

6) acfC in NC_009457


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  373 bits (1402),  Expect = 4e-105, Method: Compositional matrix adjust.
 Identities = 253/253 (100%), Positives = 253/253 (100%), Gaps = 0/253 (0%)

Query  4    MKSKNRfllisllsfstsvfADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  63
            MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW
Sbjct  1    MKSKNRFLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATW  60

Query  64   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  123
            NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD
Sbjct  61   NDKAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMAD  120

Query  124  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  183
            LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV
Sbjct  121  LLKPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFV  180

Query  184  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  243
            DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK
Sbjct  181  DGEDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSK  240

Query  244  DAEAIFQHYGWFK  256
            DAEAIFQHYGWFK
Sbjct  241  DAEAIFQHYGWFK  253

7) peb3 in NC_022362


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (801),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 128/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVIAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNV+    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

8) peb3 in NC_022352


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (801),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 128/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVIAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNV+    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

9) peb3 in NC_022351


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (801),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 128/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVIAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNV+    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

10) peb3 in NC_022353


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (801),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 128/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVIAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNV+    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

11) C8J_0268 in NC_009839


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (800),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 129/241 (54%), Positives = 175/241 (73%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIASKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A  +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVVAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNVV    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

12) CJJ81176_0315 in NC_008787


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (800),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 129/241 (54%), Positives = 175/241 (73%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIASKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A  +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVVAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNVV    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

13) peb3 in NC_017279


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (801),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 128/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSIAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVIAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNV+    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

14) ICDCCJ07001_266 in NC_014802


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (802),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 129/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVVAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNVV    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

15) peb3 in NC_017280


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (802),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 129/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVVAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNVV    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

16) peb3 in NC_002163


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (801),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 128/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVIAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNV+    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

17) peb3 in NC_018521


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (801),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 128/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVIAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNV+    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

18) A911_01395 in NC_018709


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (801),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 128/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVIAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNV+    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

19) CJE0337 in NC_003912


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (802),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 129/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVVAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNVV    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

20) CJS3_0278 in NC_017281


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  215 bits (802),  Expect = 1e-57, Method: Compositional matrix adjust.
 Identities = 129/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKGNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +KGNP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVVAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNVV    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

21) ETAE_0900 in NC_013508


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  214 bits (796),  Expect = 3e-57, Method: Compositional matrix adjust.
 Identities = 127/232 (55%), Positives = 177/232 (77%), Gaps = 1/232 (0%)

Query  19   DIHLYGPGGPHVALQAAAAQYTQKTGVPITVHYGPQATWNDAAKKNADILFGASEQSALA  78
            D++LYGPGGPHV+L   A  + +  +  + + +GPQATWND AKKNADILFGASE+SALA
Sbjct  22   DVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALA  81

Query  79   IVRDHQNNFSEKDIQPLYLRQSILLVKKGNPKNIKGVEDLSRPGIGIIVNDgggtsntsg  138
            I  +H + FS  +I+P+++R++I+LVKKGNPKNIKG+ DL +PGIGI+VNDG+G SNTSG
Sbjct  82   IAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSG  141

Query  139  tgVWEDIAGRKGDIKTVIGIRQNIILFAPNSGSARKALEEQPQADVWITWADWAISNPGI  198
            T+VWED  GR  ++  + ++R NI +FAPNSGSARKA+ +  + D WITW DWAI+NP I
Sbjct  142  TAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTI  201

Query  199  GDVVKIEPDYIIWRDMNITVRKDSDEETRQFAAWL-RSDEALPIFIKYGWLR  249
            GD+V++E +Y I RD N+ + K++  E+ +F   L +S +A +IF  YGW++
Sbjct  202  GDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

22) M635_05735 in NC_021834


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  214 bits (796),  Expect = 3e-57, Method: Compositional matrix adjust.
 Identities = 128/241 (54%), Positives = 176/241 (74%), Gaps = 3/241 (1%)

Query  11   CALAFSMAN-ADVNLYGPGGPHTALKDIANKYSEKTGVKVNVNFGPQATWFEKAKKDADI  69
              L+FS +  ADVNLYGPGGPH +L  +A+ +    + +VN+ FGPQATW +KAKK+ADI
Sbjct  11   SLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADI  70

Query  70   LFGASDQSALAIASDFGKDFNVSKIKPLYFREAIILTQKDNPLKIKGLKDLANKKVRIVV  129
            LFGAS++SALAIA + +  F+  +I P++ REAIIL +K+NP +IKG+ DL +  + IVV
Sbjct  71   LFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVV  130

Query  130  PEGAGKSNTSGTGVWEDMIGRTQDIKTIQNFRNNIVAFVPNSGSARKLFAQ-DQADAWIT  188
             +GAG SNTSGT+VWED +GR +++  +Q FR+NI  F PNSGSARK F + ++ DAWIT
Sbjct  131  NDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWIT  190

Query  189  WIDWSKSNPDIGTAVAIEKDLVVYRTFNVVAKEGASKETQDFIAYLS-SKEAKEIFKKYG  247
            W+DW+ +NP IG  V +E +  +YR FNVV    +S E+ DF+ YL+ SK+A  IF+ YG
Sbjct  191  WVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

Query  248  W  248
            W
Sbjct  251  W  251

23) ETAC_04305 in NC_020796


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  213 bits (792),  Expect = 6e-57, Method: Compositional matrix adjust.
 Identities = 127/232 (55%), Positives = 177/232 (77%), Gaps = 1/232 (0%)

Query  19   DIHLYGPGGPHVALQAAAAQYTQKTGVPITVHYGPQATWNDAAKKNADILFGASEQSALA  78
            D++LYGPGGPHV+L   A  + +  +  + + +GPQATWND AKKNADILFGASE+SALA
Sbjct  22   DVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALA  81

Query  79   IVRDHQNNFSEKDIEPLYLRQSILLVKKGNPKNIKGVEDLSRPGIGIIVNDgggtsntsg  138
            I  +H + FS  +I+P+++R++I+LVKKGNPKNIKG+ DL +PGIGI+VNDG+G SNTSG
Sbjct  82   IAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSG  141

Query  139  tgVWEDIAGRKGDIKTVIGIRQNIILFAPNSGSARKALEEQPQADVWITWADWAISNPGI  198
            T+VWED  GR  ++  + ++R NI +FAPNSGSARKA+ +  + D WITW DWAI+NP I
Sbjct  142  TAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTI  201

Query  199  GDVVKIEPDYIIWRDMNITVRKDSDEETRQFAAWL-RSDEALPIFIKYGWLR  249
            GD+V++E +Y I RD N+ + K++  E+ +F   L +S +A +IF  YGW++
Sbjct  202  GDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

24) Z2053 in NC_002655


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  209 bits (776),  Expect = 1e-55, Method: Compositional matrix adjust.
 Identities = 124/249 (50%), Positives = 184/249 (74%), Gaps = 2/249 (0%)

Query  2    RNIMAGFLIFLSSAAYADINLYGPGGPHTALLDAAKLYAEKTGIIVNVHYGPQNKWNEDA  61
            R ++ ++L F S++ +AD+NLYGPGGPH +L+  A  +    +  VN+ +GPQ  WN+ A
Sbjct  6    RFLLISLLSF-STSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKA  64

Query  62   KKNADILFGASEQSALAIIRDHKDSFSEKDIQPLYLRKSILLVKKGNPKNIRSIDDLTRP  121
            KKNADILFGASE+SALAI  +H + FS  +I+P+++R +I+LVKKGNPKNI+++ DL +P
Sbjct  65   KKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKP  124

Query  122  GIGVIVNDgggtsntsgtgVWEDIAGRKGNIETVAAIRKNIILYAPNSGTARKALENQPG  181
            GIG++VNDG+G SNTSGT+VWED  GR  N+E + A+R NI ++APNSG+ARKA+ +  +
Sbjct  125  GIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGED  184

Query  182  ADVWITWADWAASNPEIGDVVEIAPDYVIWRDMNITVRQDANDETRRFAEWL-QTDEAAP  240
             D WITW DWA +NP IGD+V +  +Y I RD N+ + ++++ E+  F + L ++ +A +
Sbjct  185  IDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEA  244

Query  241  AFKKYGWTR  249
             F+ YGW +
Sbjct  245  IFQHYGWFK  253

25) ECs1772 in NC_002695


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  209 bits (776),  Expect = 1e-55, Method: Compositional matrix adjust.
 Identities = 124/249 (50%), Positives = 184/249 (74%), Gaps = 2/249 (0%)

Query  2    RNIMAGFLIFLSSAAYADINLYGPGGPHTALLDAAKLYAEKTGIIVNVHYGPQNKWNEDA  61
            R ++ ++L F S++ +AD+NLYGPGGPH +L+  A  +    +  VN+ +GPQ  WN+ A
Sbjct  6    RFLLISLLSF-STSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKA  64

Query  62   KKNADILFGASEQSALAIIRDHKDSFSEKDIQPLYLRKSILLVKKGNPKNIRSIDDLTRP  121
            KKNADILFGASE+SALAI  +H + FS  +I+P+++R +I+LVKKGNPKNI+++ DL +P
Sbjct  65   KKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKP  124

Query  122  GIGVIVNDgggtsntsgtgVWEDIAGRKGNIETVAAIRKNIILYAPNSGTARKALENQPG  181
            GIG++VNDG+G SNTSGT+VWED  GR  N+E + A+R NI ++APNSG+ARKA+ +  +
Sbjct  125  GIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGED  184

Query  182  ADVWITWADWAASNPEIGDVVEIAPDYVIWRDMNITVRQDANDETRRFAEWL-QTDEAAP  240
             D WITW DWA +NP IGD+V +  +Y I RD N+ + ++++ E+  F + L ++ +A +
Sbjct  185  IDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEA  244

Query  241  AFKKYGWTR  249
             F+ YGW +
Sbjct  245  IFQHYGWFK  253

26) paa in NC_013941


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  209 bits (776),  Expect = 1e-55, Method: Compositional matrix adjust.
 Identities = 124/249 (50%), Positives = 184/249 (74%), Gaps = 2/249 (0%)

Query  2    RNIMAGFLIFLSSAAYADINLYGPGGPHTALLDAAKLYAEKTGIIVNVHYGPQNKWNEDA  61
            R ++ ++L F S++ +AD+NLYGPGGPH +L+  A  +    +  VN+ +GPQ  WN+ A
Sbjct  6    RFLLISLLSF-STSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKA  64

Query  62   KKNADILFGASEQSALAIIRDHKDSFSEKDIQPLYLRKSILLVKKGNPKNIRSIDDLTRP  121
            KKNADILFGASE+SALAI  +H + FS  +I+P+++R +I+LVKKGNPKNI+++ DL +P
Sbjct  65   KKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKP  124

Query  122  GIGVIVNDgggtsntsgtgVWEDIAGRKGNIETVAAIRKNIILYAPNSGTARKALENQPG  181
            GIG++VNDG+G SNTSGT+VWED  GR  N+E + A+R NI ++APNSG+ARKA+ +  +
Sbjct  125  GIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGED  184

Query  182  ADVWITWADWAASNPEIGDVVEIAPDYVIWRDMNITVRQDANDETRRFAEWL-QTDEAAP  240
             D WITW DWA +NP IGD+V +  +Y I RD N+ + ++++ E+  F + L ++ +A +
Sbjct  185  IDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEA  244

Query  241  AFKKYGWTR  249
             F+ YGW +
Sbjct  245  IFQHYGWFK  253

27) CDCO157_1702 in NC_017906


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  209 bits (776),  Expect = 1e-55, Method: Compositional matrix adjust.
 Identities = 124/249 (50%), Positives = 184/249 (74%), Gaps = 2/249 (0%)

Query  2    RNIMAGFLIFLSSAAYADINLYGPGGPHTALLDAAKLYAEKTGIIVNVHYGPQNKWNEDA  61
            R ++ ++L F S++ +AD+NLYGPGGPH +L+  A  +    +  VN+ +GPQ  WN+ A
Sbjct  6    RFLLISLLSF-STSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKA  64

Query  62   KKNADILFGASEQSALAIIRDHKDSFSEKDIQPLYLRKSILLVKKGNPKNIRSIDDLTRP  121
            KKNADILFGASE+SALAI  +H + FS  +I+P+++R +I+LVKKGNPKNI+++ DL +P
Sbjct  65   KKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKP  124

Query  122  GIGVIVNDgggtsntsgtgVWEDIAGRKGNIETVAAIRKNIILYAPNSGTARKALENQPG  181
            GIG++VNDG+G SNTSGT+VWED  GR  N+E + A+R NI ++APNSG+ARKA+ +  +
Sbjct  125  GIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGED  184

Query  182  ADVWITWADWAASNPEIGDVVEIAPDYVIWRDMNITVRQDANDETRRFAEWL-QTDEAAP  240
             D WITW DWA +NP IGD+V +  +Y I RD N+ + ++++ E+  F + L ++ +A +
Sbjct  185  IDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEA  244

Query  241  AFKKYGWTR  249
             F+ YGW +
Sbjct  245  IFQHYGWFK  253

28) ECO103_1701 in NC_013353


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  208 bits (775),  Expect = 1e-55, Method: Compositional matrix adjust.
 Identities = 122/242 (51%), Positives = 180/242 (75%), Gaps = 1/242 (0%)

Query  5    LIFLSSAAYADINLYGPGGPHTALLDAAKLYAEKTGIIVNVHYGPQNKWNEDAKKNADIL  64
            L+ +S++ +AD+NLYGPGGPH +L+  A  +    +  VN+ +GPQ  WN+ AKKNADIL
Sbjct  12   LLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADIL  71

Query  65   FGASEQSALAIIRDHKDSFSEKDIQPLYLRKSILLVKKGNPKNIRSIDDLTRPGIGVIVN  124
            FGASE+SALAI  +H + FS  +I+P+++R +I+LVKKGNPKNI+++ DL +PGIG++VN
Sbjct  72   FGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVN  131

Query  125  DgggtsntsgtgVWEDIAGRKGNIETVAAIRKNIILYAPNSGTARKALENQPEADVWITW  184
            DG+G SNTSGT+VWED  GR  N+E + A+R NI ++APNSG+ARKA+ +  + D WITW
Sbjct  132  DGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITW  191

Query  185  ADWAASNPEIGDVVEIAPDYVIWRDMNITVRQDANDETRRFAEWL-QTDEAAPAFKKYGW  243
             DWA +NP IGD+V +  +Y I RD N+ + ++++ E+  F + L ++ +A + F+ YGW
Sbjct  192  VDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

Query  244  TR  245
             +
Sbjct  252  FK  253

29) ECO111_1963 in NC_013364


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  207 bits (770),  Expect = 3e-55, Method: Compositional matrix adjust.
 Identities = 122/242 (51%), Positives = 180/242 (75%), Gaps = 1/242 (0%)

Query  5    LIFLSSAAYADINLYGPGGPHTALLDAAKLYAEKTGIIVNVHYGPQNKWNEDAKKNADIL  64
            L+ +S++ +AD+NLYGPGGPH +L+  A  +    +  VN+ +GPQ  WN+ AKKNADIL
Sbjct  12   LLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADIL  71

Query  65   FGASEQSALAIIRDHKDSFSEKDIQPLYLRKSILLVKKGNPKNIRSIDDLTRPGIGVIVN  124
            FGASE+SALAI  +H + FS  +I+P+++R +I+LVKKGNPKNI+++ DL +PGIG++VN
Sbjct  72   FGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVN  131

Query  125  DgggtsntsgtgVWEDIAGRKGNIETVAAIRKNIILYAPNSGTARKALENQPGADVWITW  184
            DG+G SNTSGT+VWED  GR  N+E + A+R NI ++APNSG+ARKA+ +  + D WITW
Sbjct  132  DGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITW  191

Query  185  ADWAASNPEIGDVVEIAPDYVIWRDMNITVRQDANDETRRFAEWL-QTDEAAPAFKKYGW  243
             DWA +NP IGD+V +  +Y I RD N+ + ++++ E+  F + L ++ +A + F+ YGW
Sbjct  192  VDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

Query  244  TR  245
             +
Sbjct  252  FK  253

30) ECH74115_1760 in NC_011353


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  207 bits (770),  Expect = 3e-55, Method: Compositional matrix adjust.
 Identities = 122/242 (51%), Positives = 180/242 (75%), Gaps = 1/242 (0%)

Query  5    LIFLSSAAYADINLYGPGGPHTALLDAAKLYAEKTGIIVNVHYGPQNKWNEDAKKNADIL  64
            L+ +S++ +AD+NLYGPGGPH +L+  A  +    +  VN+ +GPQ  WN+ AKKNADIL
Sbjct  12   LLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADIL  71

Query  65   FGASEQSALAIIRDHKDSFSEKDIQPLYLRKSILLVKKGNPKNIRSIDDLTRPGIGVIVN  124
            FGASE+SALAI  +H + FS  +I+P+++R +I+LVKKGNPKNI+++ DL +PGIG++VN
Sbjct  72   FGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVN  131

Query  125  DgggtsntsgtgVWEDIAGRKGNIETVAAIRKNIILYAPNSGTARKALENQPGADVWITW  184
            DG+G SNTSGT+VWED  GR  N+E + A+R NI ++APNSG+ARKA+ +  + D WITW
Sbjct  132  DGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITW  191

Query  185  ADWAASNPEIGDVVEIAPDYVIWRDMNITVRQDANDETRRFAEWL-QTDEAAPAFKKYGW  243
             DWA +NP IGD+V +  +Y I RD N+ + ++++ E+  F + L ++ +A + F+ YGW
Sbjct  192  VDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

Query  244  TR  245
             +
Sbjct  252  FK  253

31) ECSP_1663 in NC_013008


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  207 bits (770),  Expect = 3e-55, Method: Compositional matrix adjust.
 Identities = 122/242 (51%), Positives = 180/242 (75%), Gaps = 1/242 (0%)

Query  5    LIFLSSAAYADINLYGPGGPHTALLDAAKLYAEKTGIIVNVHYGPQNKWNEDAKKNADIL  64
            L+ +S++ +AD+NLYGPGGPH +L+  A  +    +  VN+ +GPQ  WN+ AKKNADIL
Sbjct  12   LLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADIL  71

Query  65   FGASEQSALAIIRDHKDSFSEKDIQPLYLRKSILLVKKGNPKNIRSIDDLTRPGIGVIVN  124
            FGASE+SALAI  +H + FS  +I+P+++R +I+LVKKGNPKNI+++ DL +PGIG++VN
Sbjct  72   FGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVN  131

Query  125  DgggtsntsgtgVWEDIAGRKGNIETVAAIRKNIILYAPNSGTARKALENQPGADVWITW  184
            DG+G SNTSGT+VWED  GR  N+E + A+R NI ++APNSG+ARKA+ +  + D WITW
Sbjct  132  DGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITW  191

Query  185  ADWAASNPEIGDVVEIAPDYVIWRDMNITVRQDANDETRRFAEWL-QTDEAAPAFKKYGW  243
             DWA +NP IGD+V +  +Y I RD N+ + ++++ E+  F + L ++ +A + F+ YGW
Sbjct  192  VDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

Query  244  TR  245
             +
Sbjct  252  FK  253

32) ECO26_1788 in NC_013361


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  207 bits (770),  Expect = 3e-55, Method: Compositional matrix adjust.
 Identities = 122/242 (51%), Positives = 180/242 (75%), Gaps = 1/242 (0%)

Query  5    LIFLSSAAYADINLYGPGGPHTALLDAAKLYAEKTGIIVNVHYGPQNKWNEDAKKNADIL  64
            L+ +S++ +AD+NLYGPGGPH +L+  A  +    +  VN+ +GPQ  WN+ AKKNADIL
Sbjct  12   LLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADIL  71

Query  65   FGASEQSALAIIRDHKDSFSEKDIQPLYLRKSILLVKKGNPKNIRSIDDLTRPGIGVIVN  124
            FGASE+SALAI  +H + FS  +I+P+++R +I+LVKKGNPKNI+++ DL +PGIG++VN
Sbjct  72   FGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVN  131

Query  125  DgggtsntsgtgVWEDIAGRKGNIETVAAIRKNIILYAPNSGTARKALENQPGADVWITW  184
            DG+G SNTSGT+VWED  GR  N+E + A+R NI ++APNSG+ARKA+ +  + D WITW
Sbjct  132  DGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITW  191

Query  185  ADWAASNPEIGDVVEIAPDYVIWRDMNITVRQDANDETRRFAEWL-QTDEAAPAFKKYGW  243
             DWA +NP IGD+V +  +Y I RD N+ + ++++ E+  F + L ++ +A + F+ YGW
Sbjct  192  VDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

Query  244  TR  245
             +
Sbjct  252  FK  253

33) ECO55CA74_07520 in NC_017656


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  207 bits (770),  Expect = 3e-55, Method: Compositional matrix adjust.
 Identities = 122/242 (51%), Positives = 180/242 (75%), Gaps = 1/242 (0%)

Query  5    LIFLSSAAYADINLYGPGGPHTALLDAAKLYAEKTGIIVNVHYGPQNKWNEDAKKNADIL  64
            L+ +S++ +AD+NLYGPGGPH +L+  A  +    +  VN+ +GPQ  WN+ AKKNADIL
Sbjct  12   LLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADIL  71

Query  65   FGASEQSALAIIRDHKDSFSEKDIQPLYLRKSILLVKKGNPKNIRSIDDLTRPGIGVIVN  124
            FGASE+SALAI  +H + FS  +I+P+++R +I+LVKKGNPKNI+++ DL +PGIG++VN
Sbjct  72   FGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVN  131

Query  125  DgggtsntsgtgVWEDIAGRKGNIETVAAIRKNIILYAPNSGTARKALENQPGADVWITW  184
            DG+G SNTSGT+VWED  GR  N+E + A+R NI ++APNSG+ARKA+ +  + D WITW
Sbjct  132  DGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITW  191

Query  185  ADWAASNPEIGDVVEIAPDYVIWRDMNITVRQDANDETRRFAEWL-QTDEAAPAFKKYGW  243
             DWA +NP IGD+V +  +Y I RD N+ + ++++ E+  F + L ++ +A + F+ YGW
Sbjct  192  VDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

Query  244  TR  245
             +
Sbjct  252  FK  253

34) peb3 in NC_012039


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  203 bits (755),  Expect = 5e-54, Method: Compositional matrix adjust.
 Identities = 122/236 (52%), Positives = 176/236 (75%), Gaps = 3/236 (1%)

Query  14   FASMSFADINMYGPGGPHFALKEVAKVYEDKTGVKVNVNFGPQATWFEKAKKDADILFGA  73
            F++  FAD+N+YGPGGPH +L  VA  +E   + +VN+ FGPQATW +KAKK+ADILFGA
Sbjct  15   FSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGA  74

Query  74   SDQSALAIATDF-DSFDPKKIQPLYFREAVILTQKGNPLKIKGLKDLANKNVKVVVPEGA  132
            S++SALAIA +  + F   +I+P++ REA+IL +KGNP +IKG+ DL +  + +VV +GA
Sbjct  75   SEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGA  134

Query  133  GKSNTSGTGVWEDMIGRTKNIDTIKKFRNNIVAFTPNSGGARKLFLD-QKADAWITWSDW  191
            G SNTSGT+VWED +GR KN++ ++ FR+NI  F+PNSG+ARK F+D +  DAWITW DW
Sbjct  135  GVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDW  194

Query  192  VKANPDFGDVVSIEKDLVVYRTINVVAKNDSDKQTQDFIKFL-QTDDAYKIFKKYG  246
              ANP +GD+V +E +  +YR +NVV  +++  ++ DF+ +L ++ DA  IF+ YG
Sbjct  195  AIANPTIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYG  250

35) BN406_00138 in NC_018700


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  171 bits (632),  Expect = 3e-44, Method: Compositional matrix adjust.
 Identities = 103/231 (45%), Positives = 155/231 (68%), Gaps = 3/231 (1%)

Query  38   IRLYGAGGPHTAIRKVADVWTKETGRKVEITAGPEKTWSKKAQGDADVIWGTSEQAMTAF  97
            + LYG+GGPH ++ KVA+   K  +++V+IT GP+ TW+ KA+ +AD++ G+SE++  A+
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  98   LETYKG-FSSDQVEPIYLRPAVIAVKAGNPKGIMKFEDLLAEGTKIVVTEGAGVANTSGT  156
             E     FS  +++P+++R A+I VK GNPK I    DLL  G  IVV +GAGV+NTSGT
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  157  GVWEDIAGRLGRLEDVAAFRSNIVAFEQGSGASLKAF-KALDADAWITWPNWPLSNPDTL  215
            +VWED  GR+  +E + AFRSNI  F   SG++ KAF  + D DAWITW +W+++NP   
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  216  EAVPLSSDRAIWRDLSVALAPDADPEAKAFLDYLI-SDEAQKIMSREGWVR  265
            + V +  +  I RD++V LA ++ +EA  F+DYL  S +A+ I  + GW +
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

36) MYA_3422 in NC_017921


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  165 bits (611),  Expect = 2e-42, Method: Compositional matrix adjust.
 Identities = 102/231 (45%), Positives = 156/231 (68%), Gaps = 3/231 (1%)

Query  41   VRLYGAGGPDTAFAKVAKVFTDETGIKVAVTGGPEPTWSRKAQADADILWGTSEEDMAGL  100
            V LYG+GGP+ ++ KVA  F    + +V +T GP++TW+ KA+ +ADIL G+SE+   ++
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  101  LETYTV-FRWCDVTPIYVRPAVIAVKKGNPKHIRGFDDLLADGMRIVVTEGAGVANTSGT  159
             E  +  F   ++ P+++R A+I VKKGNPK+I+G  DLL  G+ IVV +GAGV+NTSGT
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  160  GTWEDIAGRMGRLDDVRRFRRNIVGFGKGSGPSFRMFVD-KDADAWITWPDWPITHPDQA  218
            + WED  GRM  ++ ++ FR NI  F+  SG++ + FVD  D DAWITW DW+I++P  +
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  219  DYVSLSANRAIWRDVNVALAPDADPQAKQFLDFLNSDRGA-AIMKTEGWVR  268
            D V +  +  I RD NV LA ++ ++A +F+D+L   ++A AI +  GW +
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

37) Bcep1808_3765 in NC_009255


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  163 bits (601),  Expect = 9e-42, Method: Compositional matrix adjust.
 Identities = 102/231 (45%), Positives = 155/231 (68%), Gaps = 3/231 (1%)

Query  31   VRLYGAGGPDTAFAKVAKVFTDETGIKVAVTGGPEPTWSRKAQADADILWGTSEEDMAGL  90
            V LYG+GGP+ ++ KVA  F    + +V +T GP++TW+ KA+ +ADIL G+SE+   ++
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  91   LETYTV-FRWGDVTPIYVRPAVIAVKKGNPKHIHGFDDLLADGMRIVVTEGAGVANTSGT  149
             E  +  F   ++ P+++R A+I VKKGNPK+I G  DLL  G+ IVV +GAGV+NTSGT
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  150  GTWEDIAGRMGRLDDVRRFRRNIVGFGKGSGPSFRMFVD-KDADAWITWPDWPITHPDQA  208
            + WED  GRM  ++ ++ FR NI  F+  SG++ + FVD  D DAWITW DW+I++P  +
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  209  DYVSLSANRAIWRDVNVALAPDADPQAKQFLDFLNSDRGA-AIMKTEGWVR  258
            D V +  +  I RD NV LA ++ ++A +F+D+L   ++A AI +  GW +
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

38) M892_10035 in NC_022269


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  161 bits (593),  Expect = 4e-41, Method: Compositional matrix adjust.
 Identities = 98/232 (43%), Positives = 159/232 (69%), Gaps = 5/232 (2%)

Query  36   GEINVYGPGGPDTALRHAAEAFSKKSKVTVNVIAGPESKWTKDAQKNADLIFGSAEQSMS  95
            +++N+YGPGGP+ +L   AE+F K     VN+  GP++ W   A+KNAD++FG++E+S  
Sbjct  21   ADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSAL  80

Query  96   AFVETYP--FITDQDVEPVYLRRAVIAVPKGNPKNINGIKDLLEKPARIVVTEGLGVYNT  153
            A+ E  +  F +  +++PV++R A+I V KGNPKNI+G+ DLL     IVV +G GV NT
Sbjct  81   AIAEGHSERF-SKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNT  139

Query  154  SGTGVWEDVAGRTGSLADVQNFRKKIIAYAKGSGASFKAF-QQQKADAWITWIHWPLNHA  212
            SGT+VWED  GR  ++  +Q FR +I  +A  SG++ KAF + +  DAWITW++W++ ++
Sbjct  140  SGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANP  199

Query  213  DKVDYVQIEPERRIYRDLTLAKAKGADPQTQAFIDFV-NSSEGETFFTREGW  263
               D V++E E RIYRD+ +  AK + +++  F+D++ +S ++E++F + GW
Sbjct  200  TIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

39) VIBHAR_00556 in NC_009783


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  161 bits (593),  Expect = 4e-41, Method: Compositional matrix adjust.
 Identities = 98/232 (43%), Positives = 159/232 (69%), Gaps = 5/232 (2%)

Query  36   GEINVYGPGGPDTALRHAAEAFSKKSKVTVNVIAGPESKWTKDAQKNADLIFGSAEQSMS  95
            +++N+YGPGGP+ +L   AE+F K     VN+  GP++ W   A+KNAD++FG++E+S  
Sbjct  21   ADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSAL  80

Query  96   AFVETYP--FITDQDVEPVYLRRAVIAVPKGNPKNINGIKDLLEKPARIVVTEGLGVYNT  153
            A+ E  +  F +  +++PV++R A+I V KGNPKNI+G+ DLL     IVV +G GV NT
Sbjct  81   AIAEGHSERF-SKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNT  139

Query  154  SGTGVWEDVAGRTGSLADVQNFRKKIIAYAKGSGASFKAF-QQQKADAWITWIHWPLNHA  212
            SGT+VWED  GR  ++  +Q FR +I  +A  SG++ KAF + +  DAWITW++W++ ++
Sbjct  140  SGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANP  199

Query  213  DKVDYVQIEPERRIYRDLTLAKAKGADPQTQAFIDFV-NSSEGETFFTREGW  263
               D V++E E RIYRD+ +  AK + +++  F+D++ +S ++E++F + GW
Sbjct  200  TIGDMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

40) BDGL_002848 in NC_016603


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  159 bits (588),  Expect = 9e-41, Method: Compositional matrix adjust.
 Identities = 100/249 (41%), Positives = 166/249 (67%), Gaps = 10/249 (4%)

Query  12   FLILGSLSIHS--FADVQVYGPGGPAPAMKEAAKQFTNKTGIAVHVTSGPTTQWSEKAKL  69
            FL+++ LS+ +  FADV++YGPGGP  ++   A  F +  +  V++T GP + W++KAK 
Sbjct  7    FLLISLLSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKK  66

Query  70   DADVIYSGSEAMMSDFENTFSEQIIKDSVEPLYLRPAAILVRKGNPKNIKGFKDLAKSGI  129
            +AD+++++SE     + +  SE++ K +++P+++R A ILV+KGNPKNIKG  DL K+GI
Sbjct  67   NADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGI  126

Query  130  KVLVTHGAG-----QVGMWEDIAGRTGNIQLTKAFRKNIATYAANTGIAKKNWEENTSYD  184
             ++V +GAG       ++WED  GR  N++  +AFR NI  +A+N+G A+K   +    D
Sbjct  127  GIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDID  186

Query  185  AWLVFNIWGISNPDIGQIIPIEPELVVYRDTGVALTKHSLKDDEAKRFVDFLS-SQQGNT  243
            AW+    W+I+NP IG+++ +E E  +YRD  V L+K++    EA  F D+L+ S+++++
Sbjct  187  AWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLAKNP--SSEAIDFFDYLTKSKDAEA  244

Query  244  IFKKYGWTK  252
            IF+ YGW K
Sbjct  245  IFQHYGWFK  253

41) N175_09700 in NC_022223


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  157 bits (578),  Expect = 6e-40, Method: Compositional matrix adjust.
 Identities = 94/229 (42%), Positives = 160/229 (70%), Gaps = 3/229 (1%)

Query  38   INIYGPGGPDSALRHAANAFSQQNGVVINVIAGPESKWTKQAQSNADLFFGSSEQSMSAF  97
            +N+YGPGGP+ +L   A++F + ++  +N+  GP++ W  +A+ NAD++FG+SE+S  A+
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  98   VETYPFITDK-DVDPVYLRRAVIAVAKGNPKQIQGVNDLLDKPARIVVTEGLGVYNTSGS  156
             E  +    K +++PV++R A+I V KGNPK+I+G+ DLL     IVV +G GV NTSG+
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  157  GVWEDIAGRTGSLQDVQNFRSKIIAYAKGSGASFKAF-QERNADAWITWIHWPLNHADQV  215
            +VWED  GR  +++ +Q FRS+I  +A  SG++ KAF +  + DAWITW++W++ ++   
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  216  DYVEIEPERRIYRDLTVAKTENADPQTQAFIDFI-RSKEGKPFFEREGW  263
            D V +E E RIYRD+ V  + N+ +++  F+D++ +SK++ ++F++ GW
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

42) VAA_02237 in NC_015633


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  157 bits (578),  Expect = 6e-40, Method: Compositional matrix adjust.
 Identities = 94/229 (42%), Positives = 160/229 (70%), Gaps = 3/229 (1%)

Query  38   INIYGPGGPDSALRHAANAFSQQNGVVINVIAGPESKWTKQAQSNADLFFGSSEQSMSAF  97
            +N+YGPGGP+ +L   A++F + ++  +N+  GP++ W  +A+ NAD++FG+SE+S  A+
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  98   VETYPFITDK-DVDPVYLRRAVIAVAKGNPKQIQGVNDLLDKPARIVVTEGLGVYNTSGS  156
             E  +    K +++PV++R A+I V KGNPK+I+G+ DLL     IVV +G GV NTSG+
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  157  GVWEDIAGRTGSLQDVQNFRSKIIAYAKGSGASFKAF-QERNADAWITWIHWPLNHADQV  215
            +VWED  GR  +++ +Q FRS+I  +A  SG++ KAF +  + DAWITW++W++ ++   
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  216  DYVEIEPERRIYRDLTVAKTENADPQTQAFIDFI-RSKEGKPFFEREGW  263
            D V +E E RIYRD+ V  + N+ +++  F+D++ +SK++ ++F++ GW
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

43) TOL_0782 in NC_020888


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  154 bits (567),  Expect = 4e-39, Method: Compositional matrix adjust.
 Identities = 94/229 (42%), Positives = 153/229 (67%), Gaps = 3/229 (1%)

Query  38   VKLYGAGGPNTAFKKVAEVWENRSGTKVEIIAGPESRWSADAQADADILWGTSEQSMTAF  97
            V+LYG+GGP+ ++ KVAE  E+  + +V+I  GP++ W+  A+ +ADIL G+SE+S  A+
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  98   LLTYKT-FDPSKVEPIYIRPTVIAVKAGNPKNIQGFDALLVEGMKIVVTEGKGIYNTSGT  156
                   F   +++P+++R ++I VK GNPKNI+G   LL  G+ IVV +G G+ NTSGT
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  157  GTWEDVAGRMGSLNDVAQFRKNIVSYSLGSGASFNAFKE-LDADAWITWPNWPITHPDVL  215
            + WED  GRM +++ +  FR NI  ++  SG++ +AF +  D DAWITW +W+I++P + 
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  216  ELVRLDEGRTIWRDVNVVISPDADREAQMFLDFLV-TEEAQKIMATEGW  263
            ++VR+++   I RD NVV++ ++  EA  F+D+L  + +A+ I    GW
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGW  251

44) SMc02156 in NC_003047


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  145 bits (534),  Expect = 2e-36, Method: Compositional matrix adjust.
 Identities = 101/231 (44%), Positives = 155/231 (68%), Gaps = 3/231 (1%)

Query  38   IRLYGAGGPDTAIRKVADVWTKETGRKVEITAGPEKTWSKKAQGDADVIWGTSEQAMTAF  97
            + LYG+GGP+ ++ KVA+   K  +++V+IT GP+ TW+ KA+ +AD++ G+SE++  A+
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  98   LETYKG-FSSDQVEPIYLRPAVIAVKAGNPKGIMKFEDLLAEGTKIVVTEGAGVANTSGT  156
             E     FS  +++P+++R A+I VK GNPK I    DLL  G  IVV +GAGV+NTSGT
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  157  GVWEDIAGRLGRLEDVAAFRSNIVAFEQGSGASFKAF-KALDADAWITWPNWPLSNPDTL  215
            +VWED  GR+  +E + AFRSNI  F   SG++ KAF  + D DAWITW +W+++NP   
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  216  EAVPLSSDRAIWRdlsvalapdadpdakafldYLI-SDEAQKIMSREGWVR  265
            + V +  +  I RD++V LA ++ ++A  F+DYL  S +A+ I  + GW +
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

45) SM2011_c02156 in NC_020528


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  145 bits (534),  Expect = 2e-36, Method: Compositional matrix adjust.
 Identities = 101/231 (44%), Positives = 155/231 (68%), Gaps = 3/231 (1%)

Query  38   IRLYGAGGPDTAIRKVADVWTKETGRKVEITAGPEKTWSKKAQGDADVIWGTSEQAMTAF  97
            + LYG+GGP+ ++ KVA+   K  +++V+IT GP+ TW+ KA+ +AD++ G+SE++  A+
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  98   LETYKG-FSSDQVEPIYLRPAVIAVKAGNPKGIMKFEDLLAEGTKIVVTEGAGVANTSGT  156
             E     FS  +++P+++R A+I VK GNPK I    DLL  G  IVV +GAGV+NTSGT
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  157  GVWEDIAGRLGRLEDVAAFRSNIVAFEQGSGASFKAF-KALDADAWITWPNWPLSNPDTL  215
            +VWED  GR+  +E + AFRSNI  F   SG++ KAF  + D DAWITW +W+++NP   
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  216  EAVPLSSDRAIWRdlsvalapdadpdakafldYLI-SDEAQKIMSREGWVR  265
            + V +  +  I RD++V LA ++ ++A  F+DYL  S +A+ I  + GW +
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

46) SinmeB_0125 in NC_017322


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  145 bits (534),  Expect = 2e-36, Method: Compositional matrix adjust.
 Identities = 101/231 (44%), Positives = 155/231 (68%), Gaps = 3/231 (1%)

Query  38   IRLYGAGGPDTAIRKVADVWTKETGRKVEITAGPEKTWSKKAQGDADVIWGTSEQAMTAF  97
            + LYG+GGP+ ++ KVA+   K  +++V+IT GP+ TW+ KA+ +AD++ G+SE++  A+
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  98   LETYKG-FSSDQVEPIYLRPAVIAVKAGNPKGIMKFEDLLAEGTKIVVTEGAGVANTSGT  156
             E     FS  +++P+++R A+I VK GNPK I    DLL  G  IVV +GAGV+NTSGT
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  157  GVWEDIAGRLGRLEDVAAFRSNIVAFEQGSGASFKAF-KALDADAWITWPNWPLSNPDTL  215
            +VWED  GR+  +E + AFRSNI  F   SG++ KAF  + D DAWITW +W+++NP   
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  216  EAVPLSSDRAIWRdlsvalapdadpdakafldYLI-SDEAQKIMSREGWVR  265
            + V +  +  I RD++V LA ++ ++A  F+DYL  S +A+ I  + GW +
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

47) C770_GR4Chr0500 in NC_019845


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  145 bits (534),  Expect = 2e-36, Method: Compositional matrix adjust.
 Identities = 101/231 (44%), Positives = 155/231 (68%), Gaps = 3/231 (1%)

Query  38   IRLYGAGGPDTAIRKVADVWTKETGRKVEITAGPEKTWSKKAQGDADVIWGTSEQAMTAF  97
            + LYG+GGP+ ++ KVA+   K  +++V+IT GP+ TW+ KA+ +AD++ G+SE++  A+
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  98   LETYKG-FSSDQVEPIYLRPAVIAVKAGNPKGIMKFEDLLAEGTKIVVTEGAGVANTSGT  156
             E     FS  +++P+++R A+I VK GNPK I    DLL  G  IVV +GAGV+NTSGT
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  157  GVWEDIAGRLGRLEDVAAFRSNIVAFEQGSGASFKAF-KALDADAWITWPNWPLSNPDTL  215
            +VWED  GR+  +E + AFRSNI  F   SG++ KAF  + D DAWITW +W+++NP   
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  216  EAVPLSSDRAIWRdlsvalapdadpdakafldYLI-SDEAQKIMSREGWVR  265
            + V +  +  I RD++V LA ++ ++A  F+DYL  S +A+ I  + GW +
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

48) SM11_chr0130 in NC_017325


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  145 bits (535),  Expect = 2e-36, Method: Compositional matrix adjust.
 Identities = 101/231 (44%), Positives = 155/231 (68%), Gaps = 3/231 (1%)

Query  51   IRLYGAGGPDTAIRKVADVWTKETGRKVEITAGPEKTWSKKAQGDADVIWGTSEQAMTAF  110
            + LYG+GGP+ ++ KVA+   K  +++V+IT GP+ TW+ KA+ +AD++ G+SE++  A+
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  111  LETYKG-FSSDQVEPIYLRPAVIAVKAGNPKGIMKFEDLLAEGTKIVVTEGAGVANTSGT  169
             E     FS  +++P+++R A+I VK GNPK I    DLL  G  IVV +GAGV+NTSGT
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  170  GVWEDIAGRLGRLEDVAAFRSNIVAFEQGSGASFKAF-KALDADAWITWPNWPLSNPDTL  228
            +VWED  GR+  +E + AFRSNI  F   SG++ KAF  + D DAWITW +W+++NP   
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  229  EAVPLSSDRAIWRdlsvalapdadpdakafldYLI-SDEAQKIMSREGWVR  278
            + V +  +  I RD++V LA ++ ++A  F+DYL  S +A+ I  + GW +
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

49) BamMC406_4641 in NC_010552


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  144 bits (530),  Expect = 4e-36, Method: Compositional matrix adjust.
 Identities = 100/231 (44%), Positives = 155/231 (68%), Gaps = 3/231 (1%)

Query  31   VRLYGAGGPDTAFAKVAKVFTDETGIKVEVTGGPEPTWSRKAQADADILWGTSEEDMAGL  90
            V LYG+GGP+ ++ KVA  F    + +V++T GP++TW+ KA+ +ADIL G+SE+   ++
Sbjct  23   VNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWNDKAKKNADILFGASEHSALAI  82

Query  91   LETY-QVFRWSDVTPIYIRPAVIAVKKGNPKHIRGFDDLLADGVRIVVtegagaantsgt  149
             E   + F   ++ P+++R A+I VKKGNPK+I+G  DLL  G+ IVV +GAG +NTSGT
Sbjct  83   AEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLLKPGIGIVVNDGAGVSNTSGT  142

Query  150  gtWEDIAGRMGRLDDVRRFRKNIVGSGKGSGPSFRMFVD-KDADAWITWPDWPITHADKA  208
            + WED  GRM  ++ ++ FR NI   +  SG++ + FVD  D DAWITW DW+I+++  +
Sbjct  143  AVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDGEDIDAWITWVDWAIANPTIG  202

Query  209  DYVSLPANRAIWRDVNVALAPDADPEATQFLDFLNSDRGA-AIMKTEGWVR  258
            D V +  +  I RD NV LA ++ +EA +F+D+L   ++A AI +  GW +
Sbjct  203  DMVRMEDEYRIYRDFNVVLAKNPSSEAIDFFDYLTKSKDAEAIFQHYGWFK  253

50) Nwat_0735 in NC_014315


> AF325734|24|G24|13377563|AAK20798.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|30371..31132|acfC|-|accessory 
colonization 
factor AcfC
Length=253

 Score =  139 bits (512),  Expect = 9e-35, Method: Compositional matrix adjust.
 Identities = 103/253 (41%), Positives = 163/253 (65%), Gaps = 12/253 (4%)

Query  2    KFLSLIVMWALAFSAHG-VDLYVYgpggpapamkaaaaaFEKASGTKVVVTAGPTPTWIE  60
            +FL LI +  L+FS+    D+ +YGPGGP  ++   A +FEK+ + +V +T GP +TW +
Sbjct  6    RFL-LISL--LSFSTSVFADVNLYGPGGPHVPLIKVAESFEKSQSKRVNITFGPQATWND  62

Query  61   AARGNADLLYSGSEHMMSDFLVMLGSMLAADTVRPMYLRPAAILVRPGNPAGIGGLVDLL  120
             A+ NAD+L+++SEH    +    +  ++   ++P+++R A ILV+ GNP  I G+ DLL
Sbjct  63   KAKKNADILFGASEHSALAIAEGHSERFSKFNIHPVFMREAIILVKKGNPKNIKGMADLL  122

Query  121  KPGHRILVVHGAG-----QVGLWEDIVGRDGDITTLRALRSNIVHYATNTGAAKERWLTD  175
            KPG  I+V +GAG       ++WED VGR  ++  L+A+RSNI  +A N+G+A+   + +
Sbjct  123  KPGIGIVVNDGAGVSNTSGTAVWEDSVGRMKNVEKLQAFRSNIHVFAPNSGSARKAFVDG  182

Query  176  PKIDAWIVYNIWAIANPGIADVVPLEPHYRIYRDCGIVLTERSRAKPEAQAFTRFL-ESD  234
              IDAWI    WAIANP I+D+V +E +YRIYRD  +VL+    + +EA  F  +L  S 
Sbjct  183  EDIDAWITWVDWAIANPTIGDMVRMEDEYRIYRDFNVVLA--KNPSSEAIDFFDYLTKSK  240

Query  235  QGRAIFERFGWVR  247
            ++ AIF+++GW +
Sbjct  241  DAEAIFQHYGWFK  253