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Homologs of tagA gene of FJ208995

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

• Sequence Alignments

1) tagA in NC_012578


> FJ208995|2|G2|218158589|ACK75578.1|Vibrio_cholerae_M1098|+|1243..4284|tagA|-|ToxR-activated 
A protein
Length=1013

 Score = 1506 bits (5718),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 951/1013 (94%), Positives = 990/1013 (98%), Gaps = 0/1013 (0%)

Query  1     MIFSKNVYEELVVVRYSLLMKVSFAILIFLVGCNENATSSNDQYLTDPDISEQTKKPSRP  60
             MIFSKNVYEELVVV Y  L+KVSFAILIFLVGCNEN+TSSNDQYLTDPDISE+TKKPSRP
Sbjct  1     MIFSKNVYEELVVVLYLSLIKVSFAILIFLVGCNENSTSSNDQYLTDPDISEETKKPSRP  60

Query  61    IIDEKNKGVTDTSVTIEWDKIECEKNFSHYNVIVYRKDRIEDVITIRTRNNSVFIDDLKP  120
             IIDEKNKGVTDTSVTIEW+KIE EKNFSHYNVIVYRKDR+EDVITI+TRNNSVFIDDLKP
Sbjct  61    IIDEKNKGVTDTSVTIEWNKIEYEKNFSHYNVIVYRKDRLEDVITIKTRNNSVFIDDLKP  120

Query  121   NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP  180
             NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP
Sbjct  121   NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP  180

Query  181   EGRKNEPEIITGRDALILFKPSIKNSSSILMKIYSEDGLTSKVVMKSPSMLPKTDQPIDI  240
             EG K+EPEIITGRDALILFKP IK SSSILMKIYSEDGLTSKVVMKSPS+LPK DQPI I
Sbjct  181   EGSKDEPEIITGRDALILFKPLIKISSSILMKIYSEDGLTSKVVMKSPSVLPKNDQPIAI  240

Query  241   DENNKVVSYSNSYWSAEIPWNKMKSGMSLHFEDENGNLGIIESERIKFSAPSELIIQNID  300
             DENNKVVSYSNSYWSAEIPW+KMKSGMSLHFEDENGNLGIIESERIKFS+PSELIIQNID
Sbjct  241   DENNKVVSYSNSYWSAEIPWDKMKSGMSLHFEDENGNLGIIESERIKFSGPSELIIQNID  300

Query  301   LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD  360
             LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD
Sbjct  301   LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD  360

Query  361   IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNigyynngvv  420
             IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIG YNNGVV
Sbjct  361   IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIGHYNNGVV  420

Query  421   vhggsggggivTLENTLHNEWSHELGHNYGLGHYVAGGTSHGPDTSWGWDGYYKRFIANF  480
             VHGGSGGGGIVTLENTL NEWSHELGHNYGLGHYV+GGTSHGPDTSWGWDGYYKRFIANF
Sbjct  421   VHGGSGGGGIVTLENTLYNEWSHELGHNYGLGHYVTGGTSHGPDTSWGWDGYYKRFIANF  480

Query  481   DWKRSPQSNIRPDNQEVVKPFMDKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW  540
             DWKRSPQSNIRPDNQEVVKPFM+KYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW
Sbjct  481   DWKRSPQSNIRPDNQEVVKPFMGKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW  540

Query  541   LKNGAVVINNDYMVWDELKNIYVYKGTNFKVPIKKGVPVVTILGVYDPDKINPSQLYPPT  600
             LKNGAVV N+ YMVWDELKNIYVYK TNFKVP KKGVPVVTILGVYDP+K+NPSQLYPPT
Sbjct  541   LKNGAVVKNDYYMVWDELKNIYVYKETNFKVPEKKGVPVVTILGVYDPEKVNPSQLYPPT  600

Query  601   YSNYGNIFDLEKPRSESSLKGWQYVKDVNYLDRVNTHWHTMLVNRKEEKICRFSYLSPKG  660
             YSNYGN+FDLEKPRSESSL+GWQYVK++N LDRVNTHWHTMLVNRKEEKICRFSYLSPKG
Sbjct  601   YSNYGNVFDLEKPRSESSLRGWQYVKNINNLDRVNTHWHTMLVNRKEEKICRFSYLSPKG  660

Query  661   KKFEFLGYEDIENKICTGGRSIHYLEDGKKNPIESKYNDYFLLSIDGDGEISYVPDSTIG  720
             KKFEFLGYED ENKICTGGRSIHYLEDGK+N+IESK+NDY+LLS DGDGE++YVPD+TIG
Sbjct  661   KKFEFLGYEDTENKICTGGRSIHYLEDGKRNSIESKFNDYYLLSEDGDGELTYVPDPTIG  720

Query  721   ESKICSLKMSGTVYGAGFIKGNSCRQIDGVFMNGFQWAFTLNQSGVNSTYTWSNECVLKI  780
             ESKICSLK+SGTVYGAGFIKGNSCRQIDGVF+NG QWAFT+NQSGVNSTYTWSNECVLKI
Sbjct  721   ESKICSLKVSGTVYGAGFIKGNSCRQIDGVFINGVQWAFTINQSGVNSTYTWSNECVLKI  780

Query  781   KDKDNNIESISIPNYRIEKNQSNKIHLNISREKPIIDINVYCGEHELTSIKVSDNPDIKL  840
             KDKDNNIESISIPNYRIEKNQSNKIHLN+SREK I +INVYCGE ELTSIKVSDNPDIKL
Sbjct  781   KDKDNNIESISIPNYRIEKNQSNKIHLNLSREKTITEINVYCGEYELTSIKVSDNPDIKL  840

Query  841   LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFNFSD  900
             LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRF+FSD
Sbjct  841   LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFDFSD  900

Query  901   SDREMKFVGYVSQLSESKYICTGGSEIYYKKNEINIELSSKENDFEWLSVRDKNLVGSKI  960
             S+RE+KFVGYVS+LSESKYICTGGSEIYYKKN+I+IELSSKENDFEWLSVRDKNLVGSKI
Sbjct  901   SNREIKFVGYVSKLSESKYICTGGSEIYYKKNDIKIELSSKENDFEWLSVRDKNLVGSKI  960

Query  961   EFDNNKTLCVLDNRSFYGAGYLDENNRCTQDRQIHWSNGKQWLFSTYKTMTYH  1013
             EFDNNKTLCVLDNR FYGAGYLDENNRCTQDR+IHWSNGKQW+FSTYKTMTYH
Sbjct  961   EFDNNKTLCVLDNRQFYGAGYLDENNRCTQDRKIHWSNGKQWIFSTYKTMTYH  1013

2) VCD_003507 in NC_012668


> FJ208995|2|G2|218158589|ACK75578.1|Vibrio_cholerae_M1098|+|1243..4284|tagA|-|ToxR-activated 
A protein
Length=1013

 Score = 1506 bits (5718),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 951/1013 (94%), Positives = 990/1013 (98%), Gaps = 0/1013 (0%)

Query  1     MIFSKNVYEELVVVRYSLLMKVSFAILIFLVGCNENATSSNDQYLTDPDISEQTKKPSRP  60
             MIFSKNVYEELVVV Y  L+KVSFAILIFLVGCNEN+TSSNDQYLTDPDISE+TKKPSRP
Sbjct  1     MIFSKNVYEELVVVLYLSLIKVSFAILIFLVGCNENSTSSNDQYLTDPDISEETKKPSRP  60

Query  61    IIDEKNKGVTDTSVTIEWDKIECEKNFSHYNVIVYRKDRIEDVITIRTRNNSVFIDDLKP  120
             IIDEKNKGVTDTSVTIEW+KIE EKNFSHYNVIVYRKDR+EDVITI+TRNNSVFIDDLKP
Sbjct  61    IIDEKNKGVTDTSVTIEWNKIEYEKNFSHYNVIVYRKDRLEDVITIKTRNNSVFIDDLKP  120

Query  121   NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP  180
             NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP
Sbjct  121   NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP  180

Query  181   EGRKNEPEIITGRDALILFKPSIKNSSSILMKIYSEDGLTSKVVMKSPSMLPKTDQPIDI  240
             EG K+EPEIITGRDALILFKP IK SSSILMKIYSEDGLTSKVVMKSPS+LPK DQPI I
Sbjct  181   EGSKDEPEIITGRDALILFKPLIKISSSILMKIYSEDGLTSKVVMKSPSVLPKNDQPIAI  240

Query  241   DENNKVVSYSNSYWSAEIPWNKMKSGMSLHFEDENGNLGIIESERIKFSAPSELIIQNID  300
             DENNKVVSYSNSYWSAEIPW+KMKSGMSLHFEDENGNLGIIESERIKFS+PSELIIQNID
Sbjct  241   DENNKVVSYSNSYWSAEIPWDKMKSGMSLHFEDENGNLGIIESERIKFSGPSELIIQNID  300

Query  301   LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD  360
             LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD
Sbjct  301   LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD  360

Query  361   IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNigyynngvv  420
             IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIG YNNGVV
Sbjct  361   IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIGHYNNGVV  420

Query  421   vhggsggggivTLENTLHNEWSHELGHNYGLGHYVAGGTSHGPDTSWGWDGYYKRFIANF  480
             VHGGSGGGGIVTLENTL NEWSHELGHNYGLGHYV+GGTSHGPDTSWGWDGYYKRFIANF
Sbjct  421   VHGGSGGGGIVTLENTLYNEWSHELGHNYGLGHYVTGGTSHGPDTSWGWDGYYKRFIANF  480

Query  481   DWKRSPQSNIRPDNQEVVKPFMDKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW  540
             DWKRSPQSNIRPDNQEVVKPFM+KYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW
Sbjct  481   DWKRSPQSNIRPDNQEVVKPFMGKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW  540

Query  541   LKNGAVVINNDYMVWDELKNIYVYKGTNFKVPIKKGVPVVTILGVYDPDKINPSQLYPPT  600
             LKNGAVV N+ YMVWDELKNIYVYK TNFKVP KKGVPVVTILGVYDP+K+NPSQLYPPT
Sbjct  541   LKNGAVVKNDYYMVWDELKNIYVYKETNFKVPEKKGVPVVTILGVYDPEKVNPSQLYPPT  600

Query  601   YSNYGNIFDLEKPRSESSLKGWQYVKDVNYLDRVNTHWHTMLVNRKEEKICRFSYLSPKG  660
             YSNYGN+FDLEKPRSESSL+GWQYVK++N LDRVNTHWHTMLVNRKEEKICRFSYLSPKG
Sbjct  601   YSNYGNVFDLEKPRSESSLRGWQYVKNINNLDRVNTHWHTMLVNRKEEKICRFSYLSPKG  660

Query  661   KKFEFLGYEDIENKICTGGRSIHYLEDGKKNPIESKYNDYFLLSIDGDGEISYVPDSTIG  720
             KKFEFLGYED ENKICTGGRSIHYLEDGK+N+IESK+NDY+LLS DGDGE++YVPD+TIG
Sbjct  661   KKFEFLGYEDTENKICTGGRSIHYLEDGKRNSIESKFNDYYLLSEDGDGELTYVPDPTIG  720

Query  721   ESKICSLKMSGTVYGAGFIKGNSCRQIDGVFMNGFQWAFTLNQSGVNSTYTWSNECVLKI  780
             ESKICSLK+SGTVYGAGFIKGNSCRQIDGVF+NG QWAFT+NQSGVNSTYTWSNECVLKI
Sbjct  721   ESKICSLKVSGTVYGAGFIKGNSCRQIDGVFINGVQWAFTINQSGVNSTYTWSNECVLKI  780

Query  781   KDKDNNIESISIPNYRIEKNQSNKIHLNISREKPIIDINVYCGEHELTSIKVSDNPDIKL  840
             KDKDNNIESISIPNYRIEKNQSNKIHLN+SREK I +INVYCGE ELTSIKVSDNPDIKL
Sbjct  781   KDKDNNIESISIPNYRIEKNQSNKIHLNLSREKTITEINVYCGEYELTSIKVSDNPDIKL  840

Query  841   LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFNFSD  900
             LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRF+FSD
Sbjct  841   LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFDFSD  900

Query  901   SDREMKFVGYVSQLSESKYICTGGSEIYYKKNEINIELSSKENDFEWLSVRDKNLVGSKI  960
             S+RE+KFVGYVS+LSESKYICTGGSEIYYKKN+I+IELSSKENDFEWLSVRDKNLVGSKI
Sbjct  901   SNREIKFVGYVSKLSESKYICTGGSEIYYKKNDIKIELSSKENDFEWLSVRDKNLVGSKI  960

Query  961   EFDNNKTLCVLDNRSFYGAGYLDENNRCTQDRQIHWSNGKQWLFSTYKTMTYH  1013
             EFDNNKTLCVLDNR FYGAGYLDENNRCTQDR+IHWSNGKQW+FSTYKTMTYH
Sbjct  961   EFDNNKTLCVLDNRQFYGAGYLDENNRCTQDRKIHWSNGKQWIFSTYKTMTYH  1013

3) VC0820 in NC_002505


> FJ208995|2|G2|218158589|ACK75578.1|Vibrio_cholerae_M1098|+|1243..4284|tagA|-|ToxR-activated 
A protein
Length=1013

 Score = 1506 bits (5718),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 951/1013 (94%), Positives = 990/1013 (98%), Gaps = 0/1013 (0%)

Query  1     MIFSKNVYEELVVVRYSLLMKVSFAILIFLVGCNENATSSNDQYLTDPDISEQTKKPSRP  60
             MIFSKNVYEELVVV Y  L+KVSFAILIFLVGCNEN+TSSNDQYLTDPDISE+TKKPSRP
Sbjct  1     MIFSKNVYEELVVVLYLSLIKVSFAILIFLVGCNENSTSSNDQYLTDPDISEETKKPSRP  60

Query  61    IIDEKNKGVTDTSVTIEWDKIECEKNFSHYNVIVYRKDRIEDVITIRTRNNSVFIDDLKP  120
             IIDEKNKGVTDTSVTIEW+KIE EKNFSHYNVIVYRKDR+EDVITI+TRNNSVFIDDLKP
Sbjct  61    IIDEKNKGVTDTSVTIEWNKIEYEKNFSHYNVIVYRKDRLEDVITIKTRNNSVFIDDLKP  120

Query  121   NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP  180
             NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP
Sbjct  121   NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP  180

Query  181   EGRKNEPEIITGRDALILFKPSIKNSSSILMKIYSEDGLTSKVVMKSPSMLPKTDQPIDI  240
             EG K+EPEIITGRDALILFKP IK SSSILMKIYSEDGLTSKVVMKSPS+LPK DQPI I
Sbjct  181   EGSKDEPEIITGRDALILFKPLIKISSSILMKIYSEDGLTSKVVMKSPSVLPKNDQPIAI  240

Query  241   DENNKVVSYSNSYWSAEIPWNKMKSGMSLHFEDENGNLGIIESERIKFSAPSELIIQNID  300
             DENNKVVSYSNSYWSAEIPW+KMKSGMSLHFEDENGNLGIIESERIKFS+PSELIIQNID
Sbjct  241   DENNKVVSYSNSYWSAEIPWDKMKSGMSLHFEDENGNLGIIESERIKFSGPSELIIQNID  300

Query  301   LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD  360
             LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD
Sbjct  301   LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD  360

Query  361   IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNigyynngvv  420
             IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIG YNNGVV
Sbjct  361   IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIGHYNNGVV  420

Query  421   vhggsggggivTLENTLHNEWSHELGHNYGLGHYVAGGTSHGPDTSWGWDGYYKRFIANF  480
             VHGGSGGGGIVTLENTL NEWSHELGHNYGLGHYV+GGTSHGPDTSWGWDGYYKRFIANF
Sbjct  421   VHGGSGGGGIVTLENTLYNEWSHELGHNYGLGHYVTGGTSHGPDTSWGWDGYYKRFIANF  480

Query  481   DWKRSPQSNIRPDNQEVVKPFMDKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW  540
             DWKRSPQSNIRPDNQEVVKPFM+KYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW
Sbjct  481   DWKRSPQSNIRPDNQEVVKPFMGKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW  540

Query  541   LKNGAVVINNDYMVWDELKNIYVYKGTNFKVPIKKGVPVVTILGVYDPDKINPSQLYPPT  600
             LKNGAVV N+ YMVWDELKNIYVYK TNFKVP KKGVPVVTILGVYDP+K+NPSQLYPPT
Sbjct  541   LKNGAVVKNDYYMVWDELKNIYVYKETNFKVPEKKGVPVVTILGVYDPEKVNPSQLYPPT  600

Query  601   YSNYGNIFDLEKPRSESSLKGWQYVKDVNYLDRVNTHWHTMLVNRKEEKICRFSYLSPKG  660
             YSNYGN+FDLEKPRSESSL+GWQYVK++N LDRVNTHWHTMLVNRKEEKICRFSYLSPKG
Sbjct  601   YSNYGNVFDLEKPRSESSLRGWQYVKNINNLDRVNTHWHTMLVNRKEEKICRFSYLSPKG  660

Query  661   KKFEFLGYEDIENKICTGGRSIHYLEDGKKNPIESKYNDYFLLSIDGDGEISYVPDSTIG  720
             KKFEFLGYED ENKICTGGRSIHYLEDGK+N+IESK+NDY+LLS DGDGE++YVPD+TIG
Sbjct  661   KKFEFLGYEDTENKICTGGRSIHYLEDGKRNSIESKFNDYYLLSEDGDGELTYVPDPTIG  720

Query  721   ESKICSLKMSGTVYGAGFIKGNSCRQIDGVFMNGFQWAFTLNQSGVNSTYTWSNECVLKI  780
             ESKICSLK+SGTVYGAGFIKGNSCRQIDGVF+NG QWAFT+NQSGVNSTYTWSNECVLKI
Sbjct  721   ESKICSLKVSGTVYGAGFIKGNSCRQIDGVFINGVQWAFTINQSGVNSTYTWSNECVLKI  780

Query  781   KDKDNNIESISIPNYRIEKNQSNKIHLNISREKPIIDINVYCGEHELTSIKVSDNPDIKL  840
             KDKDNNIESISIPNYRIEKNQSNKIHLN+SREK I +INVYCGE ELTSIKVSDNPDIKL
Sbjct  781   KDKDNNIESISIPNYRIEKNQSNKIHLNLSREKTITEINVYCGEYELTSIKVSDNPDIKL  840

Query  841   LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFNFSD  900
             LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRF+FSD
Sbjct  841   LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFDFSD  900

Query  901   SDREMKFVGYVSQLSESKYICTGGSEIYYKKNEINIELSSKENDFEWLSVRDKNLVGSKI  960
             S+RE+KFVGYVS+LSESKYICTGGSEIYYKKN+I+IELSSKENDFEWLSVRDKNLVGSKI
Sbjct  901   SNREIKFVGYVSKLSESKYICTGGSEIYYKKNDIKIELSSKENDFEWLSVRDKNLVGSKI  960

Query  961   EFDNNKTLCVLDNRSFYGAGYLDENNRCTQDRQIHWSNGKQWLFSTYKTMTYH  1013
             EFDNNKTLCVLDNR FYGAGYLDENNRCTQDR+IHWSNGKQW+FSTYKTMTYH
Sbjct  961   EFDNNKTLCVLDNRQFYGAGYLDENNRCTQDRKIHWSNGKQWIFSTYKTMTYH  1013

4) tagA in NC_012582


> FJ208995|2|G2|218158589|ACK75578.1|Vibrio_cholerae_M1098|+|1243..4284|tagA|-|ToxR-activated 
A protein
Length=1013

 Score = 1505 bits (5713),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 949/1013 (94%), Positives = 990/1013 (98%), Gaps = 0/1013 (0%)

Query  1     MIFSKNVYEELVVVRYSLLMKVSFAILIFLVGCNENATSSNDQYLTDPDISEQTKKPSRP  60
             MIFSKNVYEELVVV Y  L+KVSFAILIFLVGCNEN+TSSNDQYLTDPDISE+TKKPSRP
Sbjct  1     MIFSKNVYEELVVVLYLSLIKVSFAILIFLVGCNENSTSSNDQYLTDPDISEETKKPSRP  60

Query  61    IIDEKNKGVTDTSVTIEWDKIECEKNFSHYNVIVYRKDRIEDVITIRTRNNSVFIDDLKP  120
             IIDEKNKGVTDTSVTIEW+KIE EKNFSHYNVIVYRKDR+EDVITI+TRNNSVFIDDLKP
Sbjct  61    IIDEKNKGVTDTSVTIEWNKIEYEKNFSHYNVIVYRKDRLEDVITIKTRNNSVFIDDLKP  120

Query  121   NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP  180
             NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP
Sbjct  121   NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP  180

Query  181   EGRKNEPEIITGRDALILFKPSIKNSSSILMKIYSEDGLTSKVVMKSPSMLPKTDQPIDI  240
             EG K+EPEIITGRDALILFKP IK SSSILMKIYSEDGLTSKVVMKSPS+LPK DQPI I
Sbjct  181   EGSKDEPEIITGRDALILFKPLIKISSSILMKIYSEDGLTSKVVMKSPSVLPKNDQPIAI  240

Query  241   DENNKVVSYSNSYWSAEIPWNKMKSGMSLHFEDENGNLGIIESERIKFSAPSELIIQNID  300
             DENNKVVSYSNSYWSAEIPW+KMKSGMSLHFEDENGNLGIIESERIKFS+PSELIIQNID
Sbjct  241   DENNKVVSYSNSYWSAEIPWDKMKSGMSLHFEDENGNLGIIESERIKFSGPSELIIQNID  300

Query  301   LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGSVYTEKSAD  360
             LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNG+VYTEKSAD
Sbjct  301   LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD  360

Query  361   IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNigyynngvv  420
             IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIG YNNGVV
Sbjct  361   IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIGHYNNGVV  420

Query  421   vhggsggggivTLENTLHNEWSHELGHNYGLGHYVAGGTSHGPDTSWGWDGYYKRFIANF  480
             VHGGSGGGGIVTLENTL NEWSHELGHNYGLGHYV+GGTSHGPDTSWGWDGYYKRFIANF
Sbjct  421   VHGGSGGGGIVTLENTLYNEWSHELGHNYGLGHYVTGGTSHGPDTSWGWDGYYKRFIANF  480

Query  481   DWKRSPQSNIRPDNQEVVKPFMDKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW  540
             DWKRSPQSNIRPDNQEVVKPFM+KYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW
Sbjct  481   DWKRSPQSNIRPDNQEVVKPFMGKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW  540

Query  541   LKNGAVVINNDYMVWDELKNIYVYKGTNFKVPIKKGVPVVTILGVYDPDKINPSQLYPPT  600
             LKNGAVV N+ YMVWDELKNIYVYK TNFKVP KKGVPVVTILGVYDP+K+NPSQLYPPT
Sbjct  541   LKNGAVVKNDYYMVWDELKNIYVYKETNFKVPEKKGVPVVTILGVYDPEKVNPSQLYPPT  600

Query  601   YSNYGNIFDLEKPRSESSLKGWQYVKDVNYLDRVNTHWHTMLVNRKEEKICRFSYLSPKG  660
             YSNYGN+FDLEKPRSESSL+GWQYVK++N LDRVNTHWHTMLVNRKEEKICRFSYLSPKG
Sbjct  601   YSNYGNVFDLEKPRSESSLRGWQYVKNINNLDRVNTHWHTMLVNRKEEKICRFSYLSPKG  660

Query  661   KKFEFLGYEDIENKICTGSRSIHYLEDGKKNPIESKYNDYFLLSIDGDGEISYVPDSTIG  720
             KKFEFLGYED ENKICTG+RSIHYLEDGK+N+IESK+NDY+LLS DGDGE++YVPD+TIG
Sbjct  661   KKFEFLGYEDTENKICTGGRSIHYLEDGKRNSIESKFNDYYLLSEDGDGELTYVPDPTIG  720

Query  721   ESKICSLKMSGTVYGAGFIKGNSCRQIDGVFMNGFQWAFTLNQSGVNSTYTWSNECVLKI  780
             ESKICSLK+SGTVYGAGFIKGNSCRQIDGVF+NG QWAFT+NQSGVNSTYTWSNECVLKI
Sbjct  721   ESKICSLKVSGTVYGAGFIKGNSCRQIDGVFINGVQWAFTINQSGVNSTYTWSNECVLKI  780

Query  781   KDKDNNIESISIPNYRIEKNQSNKIHLNISREKPIIDINVYCGEHELTSIKVSDNPDIKL  840
             KDKDNNIESISIPNYRIEKNQSNKIHLN+SREK I +INVYCGE ELTSIKVSDNPDIKL
Sbjct  781   KDKDNNIESISIPNYRIEKNQSNKIHLNLSREKTITEINVYCGEYELTSIKVSDNPDIKL  840

Query  841   LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFNFSD  900
             LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRF+FSD
Sbjct  841   LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFDFSD  900

Query  901   SDREMKFVGYVSQLSESKYICTGGSEIYYKKNDINIELSSKENDFEWLSVRDKNLIGSKI  960
             S+RE+KFVGYVS+LSESKYICTGGSEIYYKKNDI+IELSSKENDFEWLSVRDKNL+GSKI
Sbjct  901   SNREIKFVGYVSKLSESKYICTGGSEIYYKKNDIKIELSSKENDFEWLSVRDKNLVGSKI  960

Query  961   EFDNNKTLCVLDNRSFYGAGYLDENNRCTQDRQIHWSNGKQWLFSTYKTMTYH  1013
             EFDNNKTLCVLDNR FYGAGYLDENNRCTQDR+IHWSNGKQW+FSTYKTMTYH
Sbjct  961   EFDNNKTLCVLDNRQFYGAGYLDENNRCTQDRKIHWSNGKQWIFSTYKTMTYH  1013

5) tagA in NC_009457


> FJ208995|2|G2|218158589|ACK75578.1|Vibrio_cholerae_M1098|+|1243..4284|tagA|-|ToxR-activated 
A protein
Length=1013

 Score = 1505 bits (5713),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 949/1013 (94%), Positives = 990/1013 (98%), Gaps = 0/1013 (0%)

Query  1     MIFSKNVYEELVVVRYSLLMKVSFAILIFLVGCNENATSSNDQYLTDPDISEQTKKPSRP  60
             MIFSKNVYEELVVV Y  L+KVSFAILIFLVGCNEN+TSSNDQYLTDPDISE+TKKPSRP
Sbjct  1     MIFSKNVYEELVVVLYLSLIKVSFAILIFLVGCNENSTSSNDQYLTDPDISEETKKPSRP  60

Query  61    IIDEKNKGVTDTSVTIEWDKIECEKNFSHYNVIVYRKDRIEDVITIRTRNNSVFIDDLKP  120
             IIDEKNKGVTDTSVTIEW+KIE EKNFSHYNVIVYRKDR+EDVITI+TRNNSVFIDDLKP
Sbjct  61    IIDEKNKGVTDTSVTIEWNKIEYEKNFSHYNVIVYRKDRLEDVITIKTRNNSVFIDDLKP  120

Query  121   NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP  180
             NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP
Sbjct  121   NSQYSIDVSSCLHSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISP  180

Query  181   EGRKNEPEIITGRDALILFKPSIKNSSSILMKIYSEDGLTSKVVMKSPSMLPKTDQPIDI  240
             EG K+EPEIITGRDALILFKP IK SSSILMKIYSEDGLTSKVVMKSPS+LPK DQPI I
Sbjct  181   EGSKDEPEIITGRDALILFKPLIKISSSILMKIYSEDGLTSKVVMKSPSVLPKNDQPIAI  240

Query  241   DENNKVVSYSNSYWSAEIPWNKMKSGMSLHFEDENGNLGIIESERIKFSAPSELIIQNID  300
             DENNKVVSYSNSYWSAEIPW+KMKSGMSLHFEDENGNLGIIESERIKFS+PSELIIQNID
Sbjct  241   DENNKVVSYSNSYWSAEIPWDKMKSGMSLHFEDENGNLGIIESERIKFSGPSELIIQNID  300

Query  301   LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGSVYTEKSAD  360
             LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNG+VYTEKSAD
Sbjct  301   LGMLYKPRGRNIVIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSAD  360

Query  361   IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNigyynngvv  420
             IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIG YNNGVV
Sbjct  361   IGGWHQGDMREAVGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIGHYNNGVV  420

Query  421   vhggsggggivTLENTLHNEWSHELGHNYGLGHYVAGGTSHGPDTSWGWDGYYKRFIANF  480
             VHGGSGGGGIVTLENTL NEWSHELGHNYGLGHYV+GGTSHGPDTSWGWDGYYKRFIANF
Sbjct  421   VHGGSGGGGIVTLENTLYNEWSHELGHNYGLGHYVTGGTSHGPDTSWGWDGYYKRFIANF  480

Query  481   DWKRSPQSNIRPDNQEVVKPFMDKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW  540
             DWKRSPQSNIRPDNQEVVKPFM+KYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW
Sbjct  481   DWKRSPQSNIRPDNQEVVKPFMGKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDW  540

Query  541   LKNGAVVINNDYMVWDELKNIYVYKGTNFKVPIKKGVPVVTILGVYDPDKINPSQLYPPT  600
             LKNGAVV N+ YMVWDELKNIYVYK TNFKVP KKGVPVVTILGVYDP+K+NPSQLYPPT
Sbjct  541   LKNGAVVKNDYYMVWDELKNIYVYKETNFKVPEKKGVPVVTILGVYDPEKVNPSQLYPPT  600

Query  601   YSNYGNIFDLEKPRSESSLKGWQYVKDVNYLDRVNTHWHTMLVNRKEEKICRFSYLSPKG  660
             YSNYGN+FDLEKPRSESSL+GWQYVK++N LDRVNTHWHTMLVNRKEEKICRFSYLSPKG
Sbjct  601   YSNYGNVFDLEKPRSESSLRGWQYVKNINNLDRVNTHWHTMLVNRKEEKICRFSYLSPKG  660

Query  661   KKFEFLGYEDIENKICTGSRSIHYLEDGKKNPIESKYNDYFLLSIDGDGEISYVPDSTIG  720
             KKFEFLGYED ENKICTG+RSIHYLEDGK+N+IESK+NDY+LLS DGDGE++YVPD+TIG
Sbjct  661   KKFEFLGYEDTENKICTGGRSIHYLEDGKRNSIESKFNDYYLLSEDGDGELTYVPDPTIG  720

Query  721   ESKICSLKMSGTVYGAGFIKGNSCRQIDGVFMNGFQWAFTLNQSGVNSTYTWSNECVLKI  780
             ESKICSLK+SGTVYGAGFIKGNSCRQIDGVF+NG QWAFT+NQSGVNSTYTWSNECVLKI
Sbjct  721   ESKICSLKVSGTVYGAGFIKGNSCRQIDGVFINGVQWAFTINQSGVNSTYTWSNECVLKI  780

Query  781   KDKDNNIESISIPNYRIEKNQSNKIHLNISREKPIIDINVYCGEHELTSIKVSDNPDIKL  840
             KDKDNNIESISIPNYRIEKNQSNKIHLN+SREK I +INVYCGE ELTSIKVSDNPDIKL
Sbjct  781   KDKDNNIESISIPNYRIEKNQSNKIHLNLSREKTITEINVYCGEYELTSIKVSDNPDIKL  840

Query  841   LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFNFSD  900
             LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRF+FSD
Sbjct  841   LKGPIIVGQEHGYTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFDFSD  900

Query  901   SDREMKFVGYVSQLSESKYICTGGSEIYYKKNDINIELSSKENDFEWLSVRDKNLIGSKI  960
             S+RE+KFVGYVS+LSESKYICTGGSEIYYKKNDI+IELSSKENDFEWLSVRDKNL+GSKI
Sbjct  901   SNREIKFVGYVSKLSESKYICTGGSEIYYKKNDIKIELSSKENDFEWLSVRDKNLVGSKI  960

Query  961   EFDNNKTLCVLDNRSFYGAGYLDENNRCTQDRQIHWSNGKQWLFSTYKTMTYH  1013
             EFDNNKTLCVLDNR FYGAGYLDENNRCTQDR+IHWSNGKQW+FSTYKTMTYH
Sbjct  961   EFDNNKTLCVLDNRQFYGAGYLDENNRCTQDRKIHWSNGKQWIFSTYKTMTYH  1013

6) O3Y_03815 in NC_016944


> FJ208995|2|G2|218158589|ACK75578.1|Vibrio_cholerae_M1098|+|1243..4284|tagA|-|ToxR-activated 
A protein
Length=1013

 Score = 1488 bits (5647),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 938/1001 (94%), Positives = 978/1001 (98%), Gaps = 0/1001 (0%)

Query  1     MVRYSLLMKVSFAILIFLVGCNENATSSNDQYLTDPDISEQTKKPSRPIIDEKNKGVTDT  60
             +V Y  L+KVSFAILIFLVGCNEN+TSSNDQYLTDPDISE+TKKPSRPIIDEKNKGVTDT
Sbjct  13    VVLYLSLIKVSFAILIFLVGCNENSTSSNDQYLTDPDISEETKKPSRPIIDEKNKGVTDT  72

Query  61    SVTIEWDKIECEKNFSHYNVIVYRKDRIEDVITIRTRNNSVFIDDLKPNSQYSIDVSSCL  120
             SVTIEW+KIE EKNFSHYNVIVYRKDR+EDVITI+TRNNSVFIDDLKPNSQYSIDVSSCL
Sbjct  73    SVTIEWNKIEYEKNFSHYNVIVYRKDRLEDVITIKTRNNSVFIDDLKPNSQYSIDVSSCL  132

Query  121   HSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISPEGRKNEPEIITG  180
             HSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISPEG K+EPEIITG
Sbjct  133   HSACSESAKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISPEGSKDEPEIITG  192

Query  181   RDALILFKPSIKNSSSILMKIYSEDGLTSKVVMKSPSMLPKTDQPIDIDENNKVVSYSNS  240
             RDALILFKP IK SSSILMKIYSEDGLTSKVVMKSPS+LPK DQPI IDENNKVVSYSNS
Sbjct  193   RDALILFKPLIKISSSILMKIYSEDGLTSKVVMKSPSVLPKNDQPIAIDENNKVVSYSNS  252

Query  241   YWSAEIPWNKMKSGMSLHFEDENGNLGIIESERIKFSAPSELIIQNIDLGMLYKPRGRNI  300
             YWSAEIPW+KMKSGMSLHFEDENGNLGIIESERIKFS+PSELIIQNIDLGMLYKPRGRNI
Sbjct  253   YWSAEIPWDKMKSGMSLHFEDENGNLGIIESERIKFSGPSELIIQNIDLGMLYKPRGRNI  312

Query  301   VIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSADIGGWHQGDMREA  360
             VIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSADIGGWHQGDMREA
Sbjct  313   VIKELERTAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSADIGGWHQGDMREA  372

Query  361   VGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNigyynngvvvhggsggggivT  420
             VGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIG YNNGVVVHGGSGGGGIVT
Sbjct  373   VGKALVSTGINNANLGIVASSGYSQQYNRLTNHITAHTNIGHYNNGVVVHGGSGGGGIVT  432

Query  421   LENTLHNEWSHELGHNYGLGHYVAGGTSHGPDTSWGWDGYYKRFIANFDWKRSPQSNIRP  480
             LENTL NEWSHELGHNYGLGHYV+GGTSHGPDTSWGWDGYYKRFIANFDWKRSPQSNIRP
Sbjct  433   LENTLYNEWSHELGHNYGLGHYVTGGTSHGPDTSWGWDGYYKRFIANFDWKRSPQSNIRP  492

Query  481   DNQEVVKPFMDKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDWLKNGAVVINNDY  540
             DNQEVVKPFM+KYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDWLKNGAVV N+ Y
Sbjct  493   DNQEVVKPFMGKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDWLKNGAVVKNDYY  552

Query  541   MVWDELKNIYVYKGTNFKVPIKKGVPVVTILGVYDPDKINPSQLYPPTYSNYGNIFDLEK  600
             MVWDELKNIYVYK TNFKVP KKGVPVVTILGVYDP+K+NPSQLYPPTYSNYGN+FDLEK
Sbjct  553   MVWDELKNIYVYKETNFKVPEKKGVPVVTILGVYDPEKVNPSQLYPPTYSNYGNVFDLEK  612

Query  601   PRSESSLKGWQYVKDVNYLDRVNTHWHTMLVNRKEEKICRFSYLSPKGKKFEFLGYEDIE  660
             PRSESSL+GWQYVK++N LDRVNTHWHTMLVNRKEEKICRFSYLSPKGKKFEFLGYED E
Sbjct  613   PRSESSLRGWQYVKNINNLDRVNTHWHTMLVNRKEEKICRFSYLSPKGKKFEFLGYEDTE  672

Query  661   NKICTGGRSIHYLEDGKKNPIESKYNDYFLLSIDGDGEISYVPDSTIGESKICSLKMSGT  720
             NKICTGGRSIHYLEDGK+N+IESK+NDY+LLS DGDGE++YVPD+TIGESKICSLK+SGT
Sbjct  673   NKICTGGRSIHYLEDGKRNSIESKFNDYYLLSEDGDGELTYVPDPTIGESKICSLKVSGT  732

Query  721   VYGAGFIKGNSCRQIDGVFMNGFQWAFTLNQSGVNSTYTWSNECVLKIKDKDNNIESISI  780
             VYGAGFIKGNSCRQIDGVF+NG QWAFT+NQSGVNSTYTWSNECVLKIKDKDNNIESISI
Sbjct  733   VYGAGFIKGNSCRQIDGVFINGVQWAFTINQSGVNSTYTWSNECVLKIKDKDNNIESISI  792

Query  781   PNYRIEKNQSNKIHLNISREKPIIDINVYCGEHELTSIKVSDNPDIKLLKGPIIVGQEHG  840
             PNYRIEKNQSNKIHLN+SREK I +INVYCGE ELTSIKVSDNPDIKLLKGPIIVGQEHG
Sbjct  793   PNYRIEKNQSNKIHLNLSREKTITEINVYCGEYELTSIKVSDNPDIKLLKGPIIVGQEHG  852

Query  841   YTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFNFSDSDREMKFVGYVS  900
             YTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRF+FSDS+RE+KFVGYVS
Sbjct  853   YTSYEPKLPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFDFSDSNREIKFVGYVS  912

Query  901   QLSESKYICTGGSEIYYKKNEINIELSSKENDFEWLSVRDKNLVGSKIEFDNNKTLCVLD  960
             +LSESKYICTGGSEIYYKKN+I+IELSSKENDFEWLSVRDKNLVGSKIEFDNNKTLCVLD
Sbjct  913   KLSESKYICTGGSEIYYKKNDIKIELSSKENDFEWLSVRDKNLVGSKIEFDNNKTLCVLD  972

Query  961   NRSFYGAGYLDENNRCTQDRQIHWSNGKQWLFSTYKTMTYH  1001
             NR FYGAGYLDENNRCTQDR+IHWSNGKQW+FSTYKTMTYH
Sbjct  973   NRQFYGAGYLDENNRCTQDRKIHWSNGKQWIFSTYKTMTYH  1013