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Homologs of VC0184 gene of NC_002505_P1

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

1) amad1_21483
( YP_006979085.1 )

hypothetical protein

NC_019394
(Alteromonas macleodii AltDE1)

5e-136

2) I607_20197
( YP_008174028.1 )

hypothetical protein

NC_021711
(Alteromonas macleodii Ionian Sea U4)

5e-136

3) I635_21489
( YP_008198443.1 )

hypothetical protein

NC_021718
(Alteromonas macleodii Ionian Sea UM7)

5e-136

• Sequence Alignments

1) O3Y_00845 in NC_016944


> NC_002505_P1|10|G10|15640214|NP_229841.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|11139..12827|-|VC0184|hypothetical 
protein
Length=562

 Score =  894 bits (3385),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 562/562 (100%), Positives = 562/562 (100%), Gaps = 0/562 (0%)

Query  1    MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET  60
            MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET
Sbjct  1    MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET  60

Query  61   NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI  120
            NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI
Sbjct  61   NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI  120

Query  121  SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN  180
            SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN
Sbjct  121  SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN  180

Query  181  PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK  240
            PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK
Sbjct  181  PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK  240

Query  241  IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEqllqlsslissDPHLLWQ  300
            IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQ
Sbjct  241  IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQ  300

Query  301  TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET  360
            TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET
Sbjct  301  TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET  360

Query  361  ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP  420
            ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP
Sbjct  361  ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP  420

Query  421  YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC  480
            YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC
Sbjct  421  YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC  480

Query  481  ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL  540
            ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL
Sbjct  481  ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL  540

Query  541  AEKKLQNEGRHPLWPEGINIDF  562
            AEKKLQNEGRHPLWPEGINIDF
Sbjct  541  AEKKLQNEGRHPLWPEGINIDF  562

2) VCD_000623 in NC_012667


> NC_002505_P1|10|G10|15640214|NP_229841.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|11139..12827|-|VC0184|hypothetical 
protein
Length=562

 Score =  894 bits (3385),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 562/562 (100%), Positives = 562/562 (100%), Gaps = 0/562 (0%)

Query  1    MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET  60
            MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET
Sbjct  1    MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET  60

Query  61   NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI  120
            NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI
Sbjct  61   NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI  120

Query  121  SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN  180
            SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN
Sbjct  121  SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN  180

Query  181  PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK  240
            PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK
Sbjct  181  PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK  240

Query  241  IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEqllqlsslissDPHLLWQ  300
            IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQ
Sbjct  241  IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQ  300

Query  301  TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET  360
            TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET
Sbjct  301  TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET  360

Query  361  ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP  420
            ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP
Sbjct  361  ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP  420

Query  421  YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC  480
            YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC
Sbjct  421  YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC  480

Query  481  ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL  540
            ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL
Sbjct  481  ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL  540

Query  541  AEKKLQNEGRHPLWPEGINIDF  562
            AEKKLQNEGRHPLWPEGINIDF
Sbjct  541  AEKKLQNEGRHPLWPEGINIDF  562

3) VCD_001429 in NC_012668


> NC_002505_P1|10|G10|15640214|NP_229841.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|11139..12827|-|VC0184|hypothetical 
protein
Length=562

 Score =  894 bits (3385),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 562/562 (100%), Positives = 562/562 (100%), Gaps = 0/562 (0%)

Query  1    MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET  60
            MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET
Sbjct  1    MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET  60

Query  61   NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI  120
            NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI
Sbjct  61   NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI  120

Query  121  SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN  180
            SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN
Sbjct  121  SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN  180

Query  181  PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK  240
            PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK
Sbjct  181  PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK  240

Query  241  IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEqllqlsslissDPHLLWQ  300
            IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQ
Sbjct  241  IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQ  300

Query  301  TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET  360
            TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET
Sbjct  301  TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET  360

Query  361  ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP  420
            ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP
Sbjct  361  ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP  420

Query  421  YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC  480
            YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC
Sbjct  421  YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC  480

Query  481  ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL  540
            ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL
Sbjct  481  ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL  540

Query  541  AEKKLQNEGRHPLWPEGINIDF  562
            AEKKLQNEGRHPLWPEGINIDF
Sbjct  541  AEKKLQNEGRHPLWPEGINIDF  562

4) Vch1786_I2467 in NC_016445


> NC_002505_P1|10|G10|15640214|NP_229841.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|11139..12827|-|VC0184|hypothetical 
protein
Length=562

 Score =  894 bits (3385),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 562/562 (100%), Positives = 562/562 (100%), Gaps = 0/562 (0%)

Query  1    MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET  60
            MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET
Sbjct  1    MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET  60

Query  61   NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI  120
            NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI
Sbjct  61   NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI  120

Query  121  SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN  180
            SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN
Sbjct  121  SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN  180

Query  181  PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK  240
            PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK
Sbjct  181  PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK  240

Query  241  IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEqllqlsslissDPHLLWQ  300
            IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQ
Sbjct  241  IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQ  300

Query  301  TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET  360
            TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET
Sbjct  301  TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET  360

Query  361  ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP  420
            ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP
Sbjct  361  ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP  420

Query  421  YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC  480
            YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC
Sbjct  421  YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC  480

Query  481  ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL  540
            ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL
Sbjct  481  ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL  540

Query  541  AEKKLQNEGRHPLWPEGINIDF  562
            AEKKLQNEGRHPLWPEGINIDF
Sbjct  541  AEKKLQNEGRHPLWPEGINIDF  562

5) VC0184 in NC_002505


> NC_002505_P1|10|G10|15640214|NP_229841.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|11139..12827|-|VC0184|hypothetical 
protein
Length=562

 Score =  894 bits (3385),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 562/562 (100%), Positives = 562/562 (100%), Gaps = 0/562 (0%)

Query  1    MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET  60
            MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET
Sbjct  1    MTYTPPKLTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTET  60

Query  61   NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI  120
            NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI
Sbjct  61   NEYSDLTKQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMI  120

Query  121  SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN  180
            SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN
Sbjct  121  SCSKKCLEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMEN  180

Query  181  PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK  240
            PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK
Sbjct  181  PSIHLNASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEK  240

Query  241  IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEqllqlsslissDPHLLWQ  300
            IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQ
Sbjct  241  IFDGGKWFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQ  300

Query  301  TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET  360
            TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET
Sbjct  301  TKRDHIAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTET  360

Query  361  ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP  420
            ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP
Sbjct  361  ALLLGNTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLP  420

Query  421  YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC  480
            YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC
Sbjct  421  YEEFLAKYADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDC  480

Query  481  ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL  540
            ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL
Sbjct  481  ENQVIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRL  540

Query  541  AEKKLQNEGRHPLWPEGINIDF  562
            AEKKLQNEGRHPLWPEGINIDF
Sbjct  541  AEKKLQNEGRHPLWPEGINIDF  562

6) N175_01720 in NC_022223


> NC_002505_P1|10|G10|15640214|NP_229841.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|11139..12827|-|VC0184|hypothetical 
protein
Length=562

 Score =  667 bits (2520),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 421/434 (98%), Positives = 429/434 (99%), Gaps = 0/434 (0%)

Query  29   MLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQIYKQIMTNPSIHLNAS  88
            MLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQ+ KQIM NPSIHLNAS
Sbjct  129  MLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMENPSIHLNAS  188

Query  89   TNKRTATFTYNNHTHGIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEKIFEGGKWF  148
            TNKRTATFTYNNHTH IASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEKIF+GGKWF
Sbjct  189  TNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEKIFDGGKWF  248

Query  149  EQSVLKPRANKYVSISIGDNGTFHVPKIALGFFEqllqlsslissDPHLLWQTKRGHIAP  208
            EQSVLKPRANKYVSISIGDNGTFHVPKIAL FFEQLLQLSSLISSDPHLLWQTKR+HIAP
Sbjct  249  EQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQTKRDHIAP  308

Query  209  LEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSYRYLAKTGNATETALLLGNTP  268
            LEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGS RYLAKTGN+TETALLLGNTP
Sbjct  309  LEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTETALLLGNTP  368

Query  269  YTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINAAKEFAKKELGVEVLPYEEFLAKY  328
            YTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDIN+AKEFAKKELGVEVLPYEEFLAKY
Sbjct  369  YTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLPYEEFLAKY  428

Query  329  ADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFNCENQVIIES  388
            ADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCF+CENQVIIES
Sbjct  429  ADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDCENQVIIES  488

Query  389  IEDIWCLLSYRESIIDSKVHHLSEQHFNKNYSDLLNSINRIVFTIHPKVKRLAEKKLQNE  448
            +EDIWCLLSYRESIIDSKVHHL+EQHFNKNYSDLLNSINRIVFTIHPKVKRLAEKKLQNE
Sbjct  489  VEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRLAEKKLQNE  548

Query  449  GRHPLWPEGINIDF  462
            GRHPLWPEGINIDF
Sbjct  549  GRHPLWPEGINIDF  562

7) VAA_02406 in NC_015633


> NC_002505_P1|10|G10|15640214|NP_229841.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|11139..12827|-|VC0184|hypothetical 
protein
Length=562

 Score =  667 bits (2520),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 421/434 (98%), Positives = 429/434 (99%), Gaps = 0/434 (0%)

Query  29   MLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQIYKQIMTNPSIHLNAS  88
            MLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQ+ KQIM NPSIHLNAS
Sbjct  129  MLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMENPSIHLNAS  188

Query  89   TNKRTATFTYNNHTHGIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEKIFEGGKWF  148
            TNKRTATFTYNNHTH IASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEKIF+GGKWF
Sbjct  189  TNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEKIFDGGKWF  248

Query  149  EQSVLKPRANKYVSISIGDNGTFHVPKIALGFFEqllqlsslissDPHLLWQTKRGHIAP  208
            EQSVLKPRANKYVSISIGDNGTFHVPKIAL FFEQLLQLSSLISSDPHLLWQTKR+HIAP
Sbjct  249  EQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQLLQLSSLISSDPHLLWQTKRDHIAP  308

Query  209  LEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSYRYLAKTGNATETALLLGNTP  268
            LEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGS RYLAKTGN+TETALLLGNTP
Sbjct  309  LEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTETALLLGNTP  368

Query  269  YTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINAAKEFAKKELGVEVLPYEEFLAKY  328
            YTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDIN+AKEFAKKELGVEVLPYEEFLAKY
Sbjct  369  YTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLPYEEFLAKY  428

Query  329  ADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFNCENQVIIES  388
            ADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCF+CENQVIIES
Sbjct  429  ADKHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDCENQVIIES  488

Query  389  IEDIWCLLSYRESIIDSKVHHLSEQHFNKNYSDLLNSINRIVFTIHPKVKRLAEKKLQNE  448
            +EDIWCLLSYRESIIDSKVHHL+EQHFNKNYSDLLNSINRIVFTIHPKVKRLAEKKLQNE
Sbjct  489  VEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRLAEKKLQNE  548

Query  449  GRHPLWPEGINIDF  462
            GRHPLWPEGINIDF
Sbjct  549  GRHPLWPEGINIDF  562

8) amad1_21483 in NC_019394


> NC_002505_P1|10|G10|15640214|NP_229841.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|11139..12827|-|VC0184|hypothetical 
protein
Length=562

 Score =  478 bits (1802),  Expect = 5e-136, Method: Compositional matrix adjust.
 Identities = 277/559 (50%), Positives = 408/559 (73%), Gaps = 5/559 (0%)

Query  10   LIMSLKVGIARFQEFDFNRFRYFNVPLKKDLTGGKYANRDELVRRWFTALHDDKSYSDRT  69
            L + L+ GI +   +DF RF Y  V++K+DL  +  A+RD  V RW+  + + + YSD T
Sbjct  8    LTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTETNEYSDLT  67

Query  70   KFGYVNDLVRYVKFVDSSNLDLETHDSIIAWERHQVEKVRLGSLNVNTARKRTS-SIKCM  128
            K +Y+ D+ +YV+F D+  L+ E+  ++ +WERH +E+VR++S+NVN+ARK  S S KC 
Sbjct  68   KQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMISCSKKC-  126

Query  129  LTIVGLPCKDWFSPRGLFRRELNPTEGYSDSELKSLLKPIYSTFNKLFEQILSTPESHLY  188
            L ++G P  +WFSP GLFR E NPT+GYSD EL SL+K I S F ++  QI+  P  HL 
Sbjct  127  LEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMENPSIHLN  186

Query  189  TEPTVATAEIAFGSRKIKVAGAITKCFSLGYFLMSYFTWGNMTSLLSMKKFKESNFNEER  248
            +     TA +++ ++   +A++ITKCFS +YF++SY+TWGN T LL+M K KE  F+  +
Sbjct  187  ASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEKIFDGGK  246

Query  249  IYSQSVLKARANKYVTISIGENNRQNVPKHSLRFIKKILQLSHAIAPNNEHLFFMSCRGK  308
             + QSVLK+RANKYV+ISIG+N   +VPK +LRF+ ++     ++ +++ HL+  + R+ 
Sbjct  247  WFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQL-LQLSSLISSDPHLLWQTKRDH  305

Query  309  LQPLEPSHLRSTSTWLQSTFNLFTDDNLPLRPMAKRFRATGSARYIDLTGDYAGASILLG  368
            + PLE +H+++ S WL  TF+L +DD  PLRPMA +FRA+GS RY+  TG+ + +++LLG
Sbjct  306  IAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTETALLLG  365

Query  369  NTPNTLRQHYTSGNPIENKKQLQAATHTLEAVARCSDLAQAKSYAKSKLNVEVLPYEQFL  428
            NTP TL +HY+SGN +EN+KQL AATHT+E+ ARCSD+  AK +AK  L VEVLPYE+FL
Sbjct  366  NTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLPYEEFL  425

Query  429  AKYGDSNKRSQKTAIGSGCISPFGKQASVYRRKMNLSPMHFDVDHLACADILNCFDCPYQ  488
            AKY+D  K+++KT IG+GC + ++ QA  YRR+ ++SP +F+VDHLAC+DI NCFDC  Q
Sbjct  426  AKYAD--KHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDCENQ  483

Query  489  VIIEEVEDIWCLMSFREVVEESITDHKSHSQFVRNFAVLLEKIDLCIFSVDPKVRRKATK  548
            VIIE VEDIWCL+S+RE + +S  +H ++ +F +N++ LL+ I+  +F+++PKV+R A K
Sbjct  484  VIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRLAEK  543

Query  549  KLKDEGRHPIWPEGINYNF  567
            KL++EGRHP+WPEGIN +F
Sbjct  544  KLQNEGRHPLWPEGINIDF  562

9) I607_20197 in NC_021711


> NC_002505_P1|10|G10|15640214|NP_229841.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|11139..12827|-|VC0184|hypothetical 
protein
Length=562

 Score =  478 bits (1802),  Expect = 5e-136, Method: Compositional matrix adjust.
 Identities = 277/559 (50%), Positives = 408/559 (73%), Gaps = 5/559 (0%)

Query  10   LIMSLKVGIARFQEFDFNRFRYFNVPLKKDLTGGKYANRDELVRRWFTALHDDKSYSDRT  69
            L + L+ GI +   +DF RF Y  V++K+DL  +  A+RD  V RW+  + + + YSD T
Sbjct  8    LTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTETNEYSDLT  67

Query  70   KFGYVNDLVRYVKFVDSSNLDLETHDSIIAWERHQVEKVRLGSLNVNTARKRTS-SIKCM  128
            K +Y+ D+ +YV+F D+  L+ E+  ++ +WERH +E+VR++S+NVN+ARK  S S KC 
Sbjct  68   KQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMISCSKKC-  126

Query  129  LTIVGLPCKDWFSPRGLFRRELNPTEGYSDSELKSLLKPIYSTFNKLFEQILSTPESHLY  188
            L ++G P  +WFSP GLFR E NPT+GYSD EL SL+K I S F ++  QI+  P  HL 
Sbjct  127  LEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMENPSIHLN  186

Query  189  TEPTVATAEIAFGSRKIKVAGAITKCFSLGYFLMSYFTWGNMTSLLSMKKFKESNFNEER  248
            +     TA +++ ++   +A++ITKCFS +YF++SY+TWGN T LL+M K KE  F+  +
Sbjct  187  ASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEKIFDGGK  246

Query  249  IYSQSVLKARANKYVTISIGENNRQNVPKHSLRFIKKILQLSHAIAPNNEHLFFMSCRGK  308
             + QSVLK+RANKYV+ISIG+N   +VPK +LRF+ ++     ++ +++ HL+  + R+ 
Sbjct  247  WFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQL-LQLSSLISSDPHLLWQTKRDH  305

Query  309  LQPLEPSHLRSTSTWLQSTFNLFTDDNLPLRPMAKRFRATGSARYIDLTGDYAGASILLG  368
            + PLE +H+++ S WL  TF+L +DD  PLRPMA +FRA+GS RY+  TG+ + +++LLG
Sbjct  306  IAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTETALLLG  365

Query  369  NTPNTLRQHYTSGNPIENKKQLQAATHTLEAVARCSDLAQAKSYAKSKLNVEVLPYEQFL  428
            NTP TL +HY+SGN +EN+KQL AATHT+E+ ARCSD+  AK +AK  L VEVLPYE+FL
Sbjct  366  NTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLPYEEFL  425

Query  429  AKYGDSNKRSQKTAIGSGCISPFGKQASVYRRKMNLSPMHFDVDHLACADILNCFDCPYQ  488
            AKY+D  K+++KT IG+GC + ++ QA  YRR+ ++SP +F+VDHLAC+DI NCFDC  Q
Sbjct  426  AKYAD--KHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDCENQ  483

Query  489  VIIEEVEDIWCLMSFREVVEESITDHKSHSQFVRNFAVLLEKIDLCIFSVDPKVRRKATK  548
            VIIE VEDIWCL+S+RE + +S  +H ++ +F +N++ LL+ I+  +F+++PKV+R A K
Sbjct  484  VIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRLAEK  543

Query  549  KLKDEGRHPIWPEGINYNF  567
            KL++EGRHP+WPEGIN +F
Sbjct  544  KLQNEGRHPLWPEGINIDF  562

10) I635_21489 in NC_021718


> NC_002505_P1|10|G10|15640214|NP_229841.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|11139..12827|-|VC0184|hypothetical 
protein
Length=562

 Score =  478 bits (1802),  Expect = 5e-136, Method: Compositional matrix adjust.
 Identities = 277/559 (50%), Positives = 408/559 (73%), Gaps = 5/559 (0%)

Query  10   LIMSLKVGIARFQEFDFNRFRYFNVPLKKDLTGGKYANRDELVRRWFTALHDDKSYSDRT  69
            L + L+ GI +   +DF RF Y  V++K+DL  +  A+RD  V RW+  + + + YSD T
Sbjct  8    LTIKLRTGIKQTFTYDFTRFFYKGVAFKRDLQRAEPAHRDADVLRWYRIFTETNEYSDLT  67

Query  70   KFGYVNDLVRYVKFVDSSNLDLETHDSIIAWERHQVEKVRLGSLNVNTARKRTS-SIKCM  128
            K +Y+ D+ +YV+F D+  L+ E+  ++ +WERH +E+VR++S+NVN+ARK  S S KC 
Sbjct  68   KQSYLRDFAKYVRFCDTKRLNPESSAAVESWERHLIEQVRISSMNVNSARKMISCSKKC-  126

Query  129  LTIVGLPCKDWFSPRGLFRRELNPTEGYSDSELKSLLKPIYSTFNKLFEQILSTPESHLY  188
            L ++G P  +WFSP GLFR E NPT+GYSD EL SL+K I S F ++  QI+  P  HL 
Sbjct  127  LEMLGNPSSEWFSPYGLFRSEPNPTQGYSDRELSSLIKIINSFFRQVSKQIMENPSIHLN  186

Query  189  TEPTVATAEIAFGSRKIKVAGAITKCFSLGYFLMSYFTWGNMTSLLSMKKFKESNFNEER  248
            +     TA +++ ++   +A++ITKCFS +YF++SY+TWGN T LL+M K KE  F+  +
Sbjct  187  ASTNKRTATFTYNNHTHEIASPITKCFSAAYFMLSYYTWGNTTVLLNMTKPKEKIFDGGK  246

Query  249  IYSQSVLKARANKYVTISIGENNRQNVPKHSLRFIKKILQLSHAIAPNNEHLFFMSCRGK  308
             + QSVLK+RANKYV+ISIG+N   +VPK +LRF+ ++     ++ +++ HL+  + R+ 
Sbjct  247  WFEQSVLKPRANKYVSISIGDNGTFHVPKIALRFFEQL-LQLSSLISSDPHLLWQTKRDH  305

Query  309  LQPLEPSHLRSTSTWLQSTFNLFTDDNLPLRPMAKRFRATGSARYIDLTGDYAGASILLG  368
            + PLE +H+++ S WL  TF+L +DD  PLRPMA +FRA+GS RY+  TG+ + +++LLG
Sbjct  306  IAPLEQGHIQTFSKWLYETFDLKSDDGEPLRPMASKFRASGSCRYLAKTGNTTETALLLG  365

Query  369  NTPNTLRQHYTSGNPIENKKQLQAATHTLEAVARCSDLAQAKSYAKSKLNVEVLPYEQFL  428
            NTP TL +HY+SGN +EN+KQL AATHT+E+ ARCSD+  AK +AK  L VEVLPYE+FL
Sbjct  366  NTPYTLSKHYSSGNQVENQKQLLAATHTIEGAARCSDINSAKEFAKKELGVEVLPYEEFL  425

Query  429  AKYGDSNKRSQKTAIGSGCISPFGKQASVYRRKMNLSPMHFDVDHLACADILNCFDCPYQ  488
            AKY+D  K+++KT IG+GC + ++ QA  YRR+ ++SP +F+VDHLAC+DI NCFDC  Q
Sbjct  426  AKYAD--KHGEKTIIGTGCKNVYSSQADKYRRRNHFSPKDFNVDHLACSDIHNCFDCENQ  483

Query  489  VIIEEVEDIWCLMSFREVVEESITDHKSHSQFVRNFAVLLEKIDLCIFSVDPKVRRKATK  548
            VIIE VEDIWCL+S+RE + +S  +H ++ +F +N++ LL+ I+  +F+++PKV+R A K
Sbjct  484  VIIESVEDIWCLLSYRESIIDSKVHHLNEQHFNKNYSDLLNSINRIVFTIHPKVKRLAEK  543

Query  549  KLKDEGRHPIWPEGINYNF  567
            KL++EGRHP+WPEGIN +F
Sbjct  544  KLQNEGRHPLWPEGINIDF  562