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Homologs of VC1772 gene of NC_002505_P5

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

1) Spea_1262
( YP_001501124.1 )

hypothetical protein

NC_009901
(Shewanella pealeana ATCC 700345)

1e-105

2) B5T_03118
( YP_006821728.1 )

hypothetical protein

NC_018691
(Alcanivorax dieselolei B5)

2e-73

3) PP4_19610
( YP_008112998.1 )

putative transcriptional regulator

NC_021505
(Pseudomonas putida NBRC 14164)

2e-71

4) MARHY0100
( YP_005428027.1 )

hypothetical protein

NC_017067
(Marinobacter hydrocarbonoclasticus ATCC 49840)

3e-71

5) HP15_3819
( YP_005887511.1 )

transcriptional regulator, DeoR

NC_017506
(Marinobacter adhaerens HP15)

7e-71

6) Maqu_0111
( YP_957405.1 )

hypothetical protein

NC_008740
(Marinobacter aquaeolei VT8)

1e-70

7) ABO_1834
( YP_693554.1 )

hypothetical protein

NC_008260
(Alcanivorax borkumensis SK2)

4e-70

8) B479_10495
( YP_007228944.1 )

transcriptional regulator-like protein

NC_019905
(Pseudomonas putida PC9)

5e-69

9) T1E_0680
( YP_006531329.1 )

transcriptional regulator-like protein

NC_018220
(Pseudomonas putida DOT-T1E)

1e-67

10) PputUW4_00652
( YP_007027664.1 )

transcriptional regulator

NC_019670
(Pseudomonas sp. UW4)

1e-67

11) PFLU3057
( YP_002872636.1 )

hypothetical protein

NC_012660
(Pseudomonas fluorescens SBW25)

2e-67

12) Pput_4623
( YP_001269927.1 )

transcriptional regulator-like protein

NC_009512
(Pseudomonas putida F1)

2e-67

13) YSA_03592
( YP_006385820.1 )

transcriptional regulator-like protein

NC_017986
(Pseudomonas putida ND6)

2e-67

14) B479_23140
( YP_007231460.1 )

transcriptional regulator

NC_019905
(Pseudomonas putida PC9)

3e-67

15) PputGB1_4760
( YP_001670982.1 )

transcriptional regulator

NC_010322
(Pseudomonas putida GB-1)

5e-67

16) PST_0849
( YP_001171388.1 )

transcriptional regulator

NC_009434
(Pseudomonas stutzeri A1501)

1e-66

17) PSTAA_0790
( YP_005937442.1 )

transcriptional regulator

NC_017532
(Pseudomonas stutzeri DSM 4166)

1e-66

18) PSTAB_0741
( YP_004713111.1 )

transcriptional regulator

NC_015740
(Pseudomonas stutzeri ATCC 17588)

4e-66

19) Psest_3537
( YP_007241656.1 )

hypothetical protein

NC_019936
(Pseudomonas stutzeri RCH2)

1e-65

20) A458_17585
( YP_006459165.1 )

transcriptional regulator

NC_018028
(Pseudomonas stutzeri CCUG 29243)

4e-65

21) MRBBS_0118
( YP_006556469.1 )

hypothetical protein

NC_018268
(Marinobacter sp. BSs20148)

2e-63

22) PputW619_2063
( YP_001748932.1 )

transcriptional regulator

NC_010501
(Pseudomonas putida W619)

4e-63

23) Ping_2478
( YP_943806.1 )

hypothetical protein

NC_008709
(Psychromonas ingrahamii 37)

9e-63

24) B5T_03079
( YP_006821689.1 )

transcriptional regulator

NC_018691
(Alcanivorax dieselolei B5)

5e-62

25) Ping_2465
( YP_943795.1 )

hypothetical protein

NC_008709
(Psychromonas ingrahamii 37)

1e-61

26) HELO_4290
( YP_003899359.1 )

hypothetical protein

NC_014532
(Halomonas elongata DSM 2581)

4e-55

27) PSTAB_3402
( YP_004715772.1 )

hypothetical protein

NC_015740
(Pseudomonas stutzeri ATCC 17588)

1e-54

28) PST_3451
( YP_001173921.1 )

hypothetical protein

NC_009434
(Pseudomonas stutzeri A1501)

8e-55

29) Mmwyl1_3550
( YP_001342387.1 )

hypothetical protein

NC_009654
(Marinomonas sp. MWYL1)

3e-46

• Sequence Alignments

1) O3Y_08580 in NC_016944


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  470 bits (1770),  Expect = 5e-134, Method: Compositional matrix adjust.
 Identities = 286/286 (100%), Positives = 286/286 (100%), Gaps = 0/286 (0%)

Query  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60
            MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120
            YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180
            SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240
            DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286
            RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286

2) VCM66_1710 in NC_012578


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  470 bits (1770),  Expect = 5e-134, Method: Compositional matrix adjust.
 Identities = 286/286 (100%), Positives = 286/286 (100%), Gaps = 0/286 (0%)

Query  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60
            MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120
            YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180
            SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240
            DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286
            RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286

3) VCD_002598 in NC_012668


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  470 bits (1770),  Expect = 5e-134, Method: Compositional matrix adjust.
 Identities = 286/286 (100%), Positives = 286/286 (100%), Gaps = 0/286 (0%)

Query  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60
            MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120
            YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180
            SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240
            DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286
            RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286

4) Vch1786_I1266 in NC_016445


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  470 bits (1770),  Expect = 5e-134, Method: Compositional matrix adjust.
 Identities = 286/286 (100%), Positives = 286/286 (100%), Gaps = 0/286 (0%)

Query  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60
            MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120
            YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180
            SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240
            DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286
            RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286

5) VC1772 in NC_002505


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  470 bits (1770),  Expect = 5e-134, Method: Compositional matrix adjust.
 Identities = 286/286 (100%), Positives = 286/286 (100%), Gaps = 0/286 (0%)

Query  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60
            MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120
            YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180
            SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240
            DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286
            RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286

6) VC395_1886 in NC_012582


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  470 bits (1770),  Expect = 5e-134, Method: Compositional matrix adjust.
 Identities = 286/286 (100%), Positives = 286/286 (100%), Gaps = 0/286 (0%)

Query  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60
            MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120
            YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180
            SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240
            DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286
            RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286

7) VC0395_A1370 in NC_009457


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  470 bits (1770),  Expect = 5e-134, Method: Compositional matrix adjust.
 Identities = 286/286 (100%), Positives = 286/286 (100%), Gaps = 0/286 (0%)

Query  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60
            MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120
            YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180
            SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240
            DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286
            RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286

8) VEA_003231 in NC_013456


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  418 bits (1574),  Expect = 2e-118, Method: Compositional matrix adjust.
 Identities = 239/284 (85%), Positives = 266/284 (94%), Gaps = 0/284 (0%)

Query  1    MSAWPIRWDLLFRYRMIEIIALWEGRLNTNHLIQSFGIGRQQASKDINTYLVDVAPGNLI  60
            MSAWPIRWDLLFRYRMIEIIALWEGRL TNHLIQSFGIGRQQASKDINTYL D+APGNL+
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKRLKGYKPSDSFVPKLTSGHADEYLHILSRSEDMAVTFADLNMGFENTTMVRPVTRSI  120
            YDK+LKGYKPSDSF PKLTSGHADEYLHILSRSEDM+VTF +L+MGFE++TMVRPVTR+I
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPEILRPLVQAIREKKRVDICYTSLKDGECSGRIISPHTLVCTPLRWHVRAYCEHAGGFR  180
            SP++LRPLVQAIREKKRVDICYTSLKDGE S RIISPHTLVCTPLRWHVRAYCE+AGG+R
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIHGIPDINEQATYDKHADELWITKVNVDIVPDPRLNEKQKKVIEKDYAMSDGVL  240
            DFVLSRI+GIPDIN++A  +K+ D LW TKVNV+++PD RLNEKQ+ VIEKDYAMSDGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  SIATNASLIRYVLDAYSIDIHTQKSNPQGQQIVLGNLSELTNYL  284
             IATNASL+RYVLD+Y+IDIH QKSNPQGQQIVLGN  EL +Y+
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYV  284

9) VEJY3_09600 in NC_016613


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  417 bits (1568),  Expect = 5e-118, Method: Compositional matrix adjust.
 Identities = 237/284 (84%), Positives = 265/284 (94%), Gaps = 0/284 (0%)

Query  1    MTKWPIRWDLLFRYRMIEIVALWEGRLNTNHLIQSFGIGRQQASKDINTYLVDIAPGNLI  60
            M+ WPIRWDLLFRYRMIEI+ALWEGRL TNHLIQSFGIGRQQASKDINTYL DIAPGNL+
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKQLKGYKPSDSFVPKLTSGHADEYLHILSRNEDMTVTFADLNMGFENTTMVRPVTRNI  120
            YDK+LKGYKPSDSF PKLTSGHADEYLHILSR+EDMTVTF +L+MGFE++TMVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKQRVDICYTSLKDGECSGRIISPHNLVCTPLRWHVRAYCEHAGGFR  180
            SPQVLRPLVQAIREK+RVDICYTSLKDGE S RIISPH LVCTPLRWHVRAYCE+AGG+R
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIHGIPDINDQATYDKHADKLWSTKVNVDIVPDPRLNEQQKKVIEKDYAMSDGVL  240
            DFVLSRI+GIPDIN++A  +K+ D LW+TKVNV+++PD RLNE+Q+ VIEKDYAMSDGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  SIATNASLIRYVLDAYSIDIHTQKSNPQGQQIVLGNLSELTNYL  284
             IATNASL+RYVLD+Y+IDIH QKSNPQGQQIVLGN  EL +Y+
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYV  284

10) PBPRA2543 in NC_006370


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  413 bits (1555),  Expect = 5e-117, Method: Compositional matrix adjust.
 Identities = 233/284 (83%), Positives = 268/284 (95%), Gaps = 0/284 (0%)

Query  1    MNKWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINSYLTDIAPGNLV  60
            M+ WPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDIN+YL+DIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKSLKGYKPSDSFVPQLTSGHADEYLHILSRSEDMTVTFNELDMGFEHTAMVRPVTRNI  120
            YDK LKGYKPSDSF P+LTSGHADEYLHILSRSEDMTVTFNELDMGFEH++MVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  APEILRSLVQAIREKKRVDICYTPLKDGEKVDRIISPHTLVCTPLRWHVRGYCEHAKDYR  180
            +P++LR+LVQAIREKKRVDICYT+LKDGE+ +RIISPHTLVCTPLRWHVR+YCE+A +YR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIHGIPDLNDHAVHGKQGDKLWNAAVAVELSPDSRFSEKQKSVIEKDFAMVDGVL  240
            DFVLSRI+GIPD+N++A+HGK++D LWN+ V VEL PD R++EKQ++VIEKD+AM DGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  SISTNASLIRYVLDSYNIDIHVQKSNPQVQQIVVRNMDELLRYL  284
             I+TNASL+RYVLD+YNIDIHVQKSNPQ QQIV+ N DEL+ Y+
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYV  284

11) M892_04715 in NC_022269


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  399 bits (1502),  Expect = 7e-113, Method: Compositional matrix adjust.
 Identities = 229/284 (81%), Positives = 264/284 (93%), Gaps = 0/284 (0%)

Query  1    MSKWPLRWDLLARYRMIEIVALWEGRLNTGHLMQSFGIGRQQASKDINTYLADVAPDNLI  60
            MS WP+RWDLL RYRMIEI+ALWEGRL T HL+QSFGIGRQQASKDINTYLAD+AP+NL+
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKQLKGYKPSDSFIPQLTSGHTDEYLHILARSEDITVTFDELDMGFENVAMVRPVTRNI  120
            YDK+LKGYKPSDSF P+LTSGH+DEYLHIL+RSED+TVTF+ELDMGFE+ +MVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKKRVDIYYTPLKDGEEVERIISPHTLVCTPIRWHVRAYCEHAGDYR  180
            SPQVLRPLVQAIREKKRVDI YT+LKDGE+ ERIISPHTLVCTP+RWHVRAYCE+AG+YR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIQGIPDLNDSASFKKHGDPLWNQSVNVELVADQRFSEKQKAVIEKDYAMNDGVL  240
            DFVLSRIQGIPD+N++A   K++D LWN  VNVEL++D R++EKQ+AVIEKDYAM+DGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  TIPTNASLVRYVLDAYNIDIHTQKSNPRGQQIVLRNADELMKYL  284
             I+TNASLVRYVLD+YNIDIH QKSNP+GQQIVL N DEL+ Y+
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYV  284

12) VIBHAR_01687 in NC_009783


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  399 bits (1502),  Expect = 7e-113, Method: Compositional matrix adjust.
 Identities = 229/284 (81%), Positives = 264/284 (93%), Gaps = 0/284 (0%)

Query  1    MSKWPLRWDLLARYRMIEIVALWEGRLNTGHLMQSFGIGRQQASKDINTYLADVAPDNLI  60
            MS WP+RWDLL RYRMIEI+ALWEGRL T HL+QSFGIGRQQASKDINTYLAD+AP+NL+
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKQLKGYKPSDSFIPQLTSGHTDEYLHILARSEDITVTFDELDMGFENVAMVRPVTRNI  120
            YDK+LKGYKPSDSF P+LTSGH+DEYLHIL+RSED+TVTF+ELDMGFE+ +MVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKKRVDIYYTPLKDGEEVERIISPHTLVCTPIRWHVRAYCEHAGDYR  180
            SPQVLRPLVQAIREKKRVDI YT+LKDGE+ ERIISPHTLVCTP+RWHVRAYCE+AG+YR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIQGIPDLNDSASFKKHGDPLWNQSVNVELVADQRFSEKQKAVIEKDYAMNDGVL  240
            DFVLSRIQGIPD+N++A   K++D LWN  VNVEL++D R++EKQ+AVIEKDYAM+DGVL
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  TIPTNASLVRYVLDAYNIDIHTQKSNPRGQQIVLRNADELMKYL  284
             I+TNASLVRYVLD+YNIDIH QKSNP+GQQIVL N DEL+ Y+
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYV  284

13) VV2241 in NC_005139


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  388 bits (1461),  Expect = 1e-109, Method: Compositional matrix adjust.
 Identities = 233/239 (98%), Positives = 235/239 (99%), Gaps = 0/239 (0%)

Query  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLLQSFGIGRQQASKDINTYLAEIAPGNLV  60
            MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHL+QSFGIGRQQASKDINTYLA+IAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKYLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120
            YDK LKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180
            SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIQGIHDINNNAIHGKRADVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGA  239
            DFVLSRIQGI DINNNAIHGKR DVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDG 
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGV  239

14) M636_02955 in NC_021822


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  386 bits (1451),  Expect = 9e-109, Method: Compositional matrix adjust.
 Identities = 217/285 (77%), Positives = 256/285 (90%), Gaps = 0/285 (0%)

Query  1    MSKWPIRWDLLFRYRMIEVIALWEGRLTTNHLIKSFGIGRQQASKDINTYLTDIAPGNLV  60
            MS WPIRWDLLFRYRMIE+IALWEGRLTTNHLI+SFGIGRQQASKDINTYL+DIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKQLKGYKPSDSFSPQVTKGHADEYLHILSRSEDMTITFKELNMGFENTMMVRPVTRNI  120
            YDK+LKGYKPSDSFSP++T GHADEYLHILSRSEDMT+TF+EL+MGFE++ MVRPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPEILRPLVQAIKDKKRVDISYTSLKDGIEVERIISPHTLVCTPLRWHVRAYCEHAKGYR  180
            SP++LRPLVQAI++KKRVDI YTSLKDG + ERIISPHTLVCTPLRWHVRAYCE+A GYR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIRGIPSLEDKKVMGKGSDELWNTVLRVELKPDPRLTEAQASVIAHDYGMKGNIL  240
            DFVLSRI+GIP ++++ + GK  D LWNT + VEL PD RL E Q +VI  DY+M + +L
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  QIQTNAALVRYVLDAYNIDINVLDSNPQGQQIIIGNFEDLKPYLF  285
            +I TNA+LVRYVLD+YNIDI+V  SNPQGQQI++GN ++L +Y++
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVL  285

15) VV2215 in NC_005139


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  380 bits (1427),  Expect = 7e-107, Method: Compositional matrix adjust.
 Identities = 217/284 (77%), Positives = 252/284 (89%), Gaps = 0/284 (0%)

Query  2    MSKWPIRWDLLFRYRMIEVIALWEGRLTTNHLIKSFGIGRQQASKDINTYLADIAPGNLV  61
            MS WPIRWDLLFRYRMIE+IALWEGRLTTNHLI+SFGIGRQQASKDINTYLADIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  62   YDKQLKGYKPSDSFIPQVTKGHADEYLHILSRSEDMTITFKELDMGFENVSMIRPVTRNI  121
            YDK+LKGYKPSDSF P++T GHADEYLHILSRSEDMT+TF+ELDMGFE+ +M+RPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  122  SPQVLRPLVQAIREKKRVDISYTSLKDGIEVERIISPHTLVCTPLRWHVRAYCEHANDYR  181
            SPQVLRPLVQAIREKKRVDI YTSLKDG + ERIISPHTLVCTPLRWHVRAYCE+A +YR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  182  DFVLSRIRGIPCLEAKRVKAREHDELWNTPLTVDLKPDPRLTEVQANVVEHDYGMEKGTL  241
            DFVLSRI+GIP ++ + + ++ +D LWNT + V+L PD RL E Q  V+E DY+M  G L
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  242  TIPTNAALVRYVLDAYNIDINVLDSNPKGQQIIVANFEELKQYL  285
             I+TNA+LVRYVLD+YNIDI+V  SNP+GQQI+++N +EL  Y+
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYV  284

16) Spea_1262 in NC_009901


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  376 bits (1412),  Expect = 1e-105, Method: Compositional matrix adjust.
 Identities = 208/284 (74%), Positives = 250/284 (89%), Gaps = 0/284 (0%)

Query  1    MNKWPIRWDLLFRYRMIEIIALWEGRLTTNHLIKNFGIGRQQASKDINTYLADIAPGNLV  60
            M+ WPIRWDLLFRYRMIEIIALWEGRLTTNHLI++FGIGRQQASKDINTYLADIAPGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  61   YDKYLKGYKPSSTFTPSLTSGHADEYLHILSRSEDMNVTFADLNMGFDNTSMIRPVTRNI  120
            YDK LKGYKPS +F+P LTSGHADEYLHILSRSEDM VTF +L+MGF++++M+RPVTRNI
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  121  SPQVLHPLIQAIREKKRVDISYTSLKDGQEVERIISPHSLVCTALRWHVRAYCEYANDYR  180
            SPQVL+PL+QAIREKKRVDI YTSLKDG++ ERIISPH+LVCT+LRWHVRAYCE A +YR
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  181  DFVLSRIRGIPDINDKLVMSKAQDKLWSTHITVKLAPDSRLTVNQAAVISNDYGMKEDEL  240
            DFVLSRI+GIPDIN++ + +K +D LW+T + V L PD RL  +Q AVI +DY+M ++ L
Sbjct  181  DFVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVL  240

Query  241  EISTNAALIRYVLDAYNIDIHTLDSNPLGQQIIVKNFNDIKRYL  284
             I+TNA+L+RYVLD+YNIDIH   SNP GQQI++ N +++  Y+
Sbjct  241  RIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYV  284

17) B5T_03118 in NC_018691


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  269 bits (1004),  Expect = 2e-73, Method: Compositional matrix adjust.
 Identities = 145/283 (52%), Positives = 216/283 (77%), Gaps = 1/283 (0%)

Query  10   GKWPLRWDLLLRYRLIEVIALWEGRLTTNHLQRAFGIGRQQASKDINQYLSEHAPENLVY  69
            + WP+RWDLL+RYR+IE+IALWEGRLTTNHL ++FGIGRQQASKDIN YL++ AP NLVY
Sbjct  2    SAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVY  61

Query  70   DRSLKGYKPSPDFEPRFTRGVADEYLQMMHAREDLSCAFEALDVRELNTEVLLPPRRDLR  129
            D+ LKGYKPS  F P++T G ADEYL+++   ED++ +F+ LD+   ++ ++ P  R++ 
Sbjct  62   DKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNIS  121

Query  130  PAVLRPILQACREGLRVEIRYASLRNPVPEERVIQPHTVVHSGLRWHVRAWCEKNSAYRD  189
            P VLRP++QA RE  RV+I Y+SL++    ER+I PHT+V + LRWHVRA CE+ ++YRD
Sbjct  122  PQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRD  181

Query  190  FVLSRIEDDPEPVTEGWQGADEDEDWQTRLTLEVVPDPRLDARQQAMIARDYAMEDGRLL  249
            FVLSRI++ P+   ++ +G  +D  W+T++ +E++PD RL+ +Q+A+I +DYAM DG L 
Sbjct  182  FVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLR  241

Query  250  IPCRAALVNYVVQLLHLDV-ADNRAPEAQQIALGNREAVAAWL  291
            I+  A+LV YV++  ++D+  ++  P++QQI LGNR+ + + +
Sbjct  242  IATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYV  284

18) PP4_19610 in NC_021505


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  262 bits (980),  Expect = 2e-71, Method: Compositional matrix adjust.
 Identities = 138/275 (51%), Positives = 210/275 (77%), Gaps = 1/275 (0%)

Query  11   RWDLALRYRLIETVVWWEGRLTTNHLIQSFGISRQQASKDINTYINDYASKNLVYDKQIK  70
            RWDL +RYR+IE +  WEGRLTTNHLIQSFGI+RQQASKDINTY+ D A+ NLVYDK++K
Sbjct  7    RWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHLK  66

Query  71   GYVPTRQFKPLFIDDSASAYLDLLNQNNERAPHIEGLALAYAHTEVLKVPDRSVKPEVLR  130
            GY P+  F P +  + A  YL++L+++++ +  ++ L +++ H+ +++   R++ P+VLR
Sbjct  67   GYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVLR  126

Query  131  PLLKACREKRRLDIDYVSFNTPELEGRIIAPHTLVYTGMRWHVRAYCEKNRMYRDFVLSR  190
            PL++A REK+R+DI Y S++  E   RII+PHTLV T +RWHVRAYCE+   YRDFVLSR
Sbjct  127  PLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLSR  186

Query  191  FRGVPDVHEEETENGIDQDVEWNTPVDVIFKPDERLTPAQRAIIEVDYGMTDGQLVVGSS  250
            ++G+PD++++   +G  +DV WNT V+V + PD RL   QRA+IE DY+M+DG L ++++
Sbjct  187  IQGIPDINNNAI-HGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  251  QALVKYVVKRFGVNPNMHDARPEAQQLVLANRAEL  285
             +LV+YV+  + ++ +++ + P++QQ+VL+NR EL
Sbjct  246  ASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDEL  280

19) MARHY0100 in NC_017067


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  261 bits (976),  Expect = 3e-71, Method: Compositional matrix adjust.
 Identities = 136/281 (49%), Positives = 203/281 (73%), Gaps = 1/281 (0%)

Query  3    KTDWPIRWDLLLRYRLIEIIALWEGRLTTNHICHSFGIGRQQASKDINTYLRELAPGNLV  62
             + WPIRWDLL+RYR+IEIIALWEGRLTTNH+ +SFGIGRQQASKDINTYL ++APGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  63   YDRHLKGYVPSDNFKPVVTRGAVSEYQDLLARQQNLSDTFSDLELGLPGNAVIPEAARHI  122
            YD+HLKGY PSD+F P +T G   EY ++L+R ++++ TF++L++G+  ++++   +R+I
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  123  EPEVMRAVVTATRYHRQLKASYVSLSRPEAAESVLEPHALVCSGNSWHVRAWCSANREFR  182
             P+V+R++V A R  +++   Y SL   E +E ++ PH+LVC+   WHVRA C     +R
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  183  DFALSRFHGRIEALRQKARHNAQQDDDWQRQVTLEITPDQRLTEAQQKIIARDYGMTNGL  242
            DF LSR++G I  + ++A H  ++D  W+ +V +E+ PD RL E Q+ +I +DY+M++G+
Sbjct  181  DFVLSRIQG-IPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGV  239

Query  243  LHIETRAALAPYVLSRLGITYENSHPDPLVQQLELANPDQL  283
            L+I T A+L  YVL    I  +   ++P  QQ+ L+N D+L
Sbjct  240  LRIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDEL  280

20) HP15_3819 in NC_017506


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  260 bits (972),  Expect = 7e-71, Method: Compositional matrix adjust.
 Identities = 137/281 (49%), Positives = 201/281 (72%), Gaps = 1/281 (0%)

Query  16   KTDWPIRWDLLLRYRLIETIALWEGRLTTNHICHSFGIGRQQASKDINTYLRELAPGNLV  75
             + WPIRWDLL+RYR+IE IALWEGRLTTNH+ +SFGIGRQQASKDINTYL ++APGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  76   YDRHLKGYVPADRFRPVVTRGVVNEYLDLLARQQNLSTTFESLNIGLPDSTVVQGPNRVI  135
            YD+HLKGY P+D F P +T G  +EYL++L+R ++++ TF+ L++G+ +ST+V+   R I
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  136  APETMRAVVTATRQGRQLRASYASLSRPEAVESILEPHTLVCAGDSWHLRAWCDSNREFR  195
            +P+ +R++V A R+ +++   Y+SL   E  E I+ PHTLVC+   WH+RA C+    +R
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  196  DFALSRFRTSPEALRQRARHNRDQDEHWNREVTLVVTPDQRLTQAQQEIIARDYGMEQGR  255
            DF LSR++  P+ + + A H + +D  WN  V + + PD RL + Q+ +I +DY+M +G 
Sbjct  181  DFVLSRIQGIPD-INNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGV  239

Query  256  LEVATRAALAPYVLSRLGITFDNQHPDPLVQQLELANPDQL  296
            L +AT A+L  YVL    I ++ Q ++P  QQ+ L+N D+L
Sbjct  240  LRIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDEL  280

21) Maqu_0111 in NC_008740


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  259 bits (969),  Expect = 1e-70, Method: Compositional matrix adjust.
 Identities = 135/281 (49%), Positives = 202/281 (72%), Gaps = 1/281 (0%)

Query  29   KTDWPIRWDLLLRYRLIEIIALWEGRLTTNHICHSFGIGRQQASKDINTYLRELAPGNLV  88
             + WPIRWDLL+RYR+IEIIALWEGRLTTNH+ +SFGIGRQQASKDINTYL ++APGNLV
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  89   YDRHLKGYVPSANFKPVVTRGAVSEYQDLLARQQNLSDTFSDLELGLPGNAVIPEAARHI  148
            YD+HLKGY PS +F P +T G   EY ++L+R ++++ TF++L++G+  ++++   +R+I
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  149  EPEVMRAVVTATRYHRQLKASYVSLSRPEAAESVLEPHALVCSGNSWHVRAWCSANREFR  208
             P+V+R++V A R  +++   Y SL   E +E ++ PH+LVC+   WHVRA C     +R
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  209  DFALSRFHGRIEALRQKARHNAQQDDDWQRQVTLEITPDQRLTEAQQKIIARDYGMTNGL  268
            DF LSR++G I  + ++A H  ++D  W+ +V +E+ PD RL E Q+ +I +DY+M++G+
Sbjct  181  DFVLSRIQG-IPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGV  239

Query  269  LHIETRAALAPYVLSRLGITYENSHPDPLVQQLELANPDQL  309
            L+I T A+L  YVL    I  +   ++P  QQ+ L+N D+L
Sbjct  240  LRIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDEL  280

22) ABO_1834 in NC_008260


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  258 bits (963),  Expect = 4e-70, Method: Compositional matrix adjust.
 Identities = 140/283 (50%), Positives = 212/283 (75%), Gaps = 1/283 (0%)

Query  10   ADWPLRWDLLLRYRLIEVIALWEGRLTTNHLQRAFGIGRQQASKDINHYLAEYAPGNLDY  69
            + WP+RWDLL+RYR+IE+IALWEGRLTTNHL ++FGIGRQQASKDIN YLA+ APGNL Y
Sbjct  2    SAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVY  61

Query  70   DRSLKGYKPASTFKPVFTRGVADEYLQMMHAREDLSCAFETLDVRELNTEVLLPPSRDLR  129
            D+ LKGYKP+ +F P +T G ADEYL+++   ED++ +F+ LD+   ++ ++ P +R++ 
Sbjct  62   DKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNIS  121

Query  130  PSVLRPILQACRDNLRVEIQYASLSNPEPEYRVIQPHTVVHSGMRWHVRAWCEKNSDYRD  189
            P VLRP++QA R++ RV+I Y+SL + E   R+I PHT+V + +RWHVRA CE+ ++YRD
Sbjct  122  PQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRD  181

Query  190  FVLSRIQDEPELTLPGEHHAEQDDAWQERLTLQVTPDPRLSPAQQAVIALDYGMTDGALT  249
            FVLSRIQ+ P++   + H   +D  W+ ++ +++ PD RL+  Q+AVI  DY+M+DG L 
Sbjct  182  FVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLR  241

Query  250  IECRAAMANYIVQLLRLDGPQHR-DPEAQQVVLANRDEVKGWL  291
            I   A++  Y+++   +D   ++ +P++QQ+VL+NRDE+ + +
Sbjct  242  IATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYV  284

23) B479_10495 in NC_019905


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  254 bits (948),  Expect = 5e-69, Method: Compositional matrix adjust.
 Identities = 133/275 (49%), Positives = 205/275 (75%), Gaps = 0/275 (0%)

Query  10   VRWDLALRYRLIETVAWWEGRLTTGHLMQSFGISRQQASKDINTYISEHASRNLTYDKRI  69
            +RWDL +RYR+IE +A WEGRLTT HL+QSFGI+RQQASKDINTY+++ A+ NL YDK++
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYVPTPHFKPRFIDLSASAYLDMLAQNNERAPHIEGLKLAYAHTLMLQVPDRSIQPEVL  129
            KGY P+  F P++    A  YL++L+++++ +  ++ L +++ H+ M++   R+I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPLLRACREGLRLEVEYVSLANPEPEIRLIEPHTLIHTGMRWHVRAYCEKNSAYRDFVLS  189
            RPL++A RE  R+++ Y SL + E   R+I PHTL+ T +RWHVRAYCE+ ++YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RMRGKPDLLDGNGNGIEGDTIWNTDVSVILEPDPRLDAAQKAIIEGDYGMLNGRLEIPSR  249
            R++G PD+ +   +G  +D +WNT V+V L PD RL+  Q+A+IE DY+M +G L I++ 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  QALVKYVLQRYQIDPKNLDPKPEAQQVVIANLNAL  284
             +LV+YVL+ Y+ID     ++P++QQ+V++N + L
Sbjct  246  ASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDEL  280

24) T1E_0680 in NC_018220


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  249 bits (931),  Expect = 1e-67, Method: Compositional matrix adjust.
 Identities = 133/281 (48%), Positives = 203/281 (73%), Gaps = 0/281 (0%)

Query  10   VRWDLALRYRLIETVAWWEGRLTTGHLMQSFGISRQQASKDINTYITEHAPENLTYDKQI  69
            +RWDL +RYR+IE +A WEGRLTT HL+QSFGI+RQQASKDINTY+++ AP NL YDK++
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYVPSEQFEPRFIDNSASAYLHLLYQNNERAPHIDGLALAYAHTRVLEVPDRPIRPEVL  129
            KGY PS+ F P++    A  YLH+L ++++ +  ++ L +++ H+ ++    R I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPLLKACREGLRLETEYVSFNTPNVEVRLIAPHTLVYTGMRWHVRAYCEKNGQYRDFVLS  189
            RPL++A RE  R++  Y S++  +   R+I+PHTLV T +RWHVRAYCE+ G YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RLRGQPDLLDASPNTREQDEDWNVEVPVIFEPDGRLNAAQKAIIETDFGMTDGQLVVPSR  249
            R++G PD+ + + + + +D  WN  V V + PD RLN  Q+A+IE D++M+DG L +++ 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  RALVKYVLQRYQIDHRNMAILPEAQQLVVSNLKELKQWLMN  290
             +LV+YVL+ Y+ID +     P++QQ+V++N  EL   +++
Sbjct  246  ASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286

25) PputUW4_00652 in NC_019670


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  249 bits (931),  Expect = 1e-67, Method: Compositional matrix adjust.
 Identities = 134/281 (48%), Positives = 205/281 (73%), Gaps = 0/281 (0%)

Query  10   VRWDLALRYRLIETVAWWEGRLTTGHLIQSFGISRQQASKDINTYITEHAPKNLTYDKKI  69
            +RWDL +RYR+IE +A WEGRLTT HLIQSFGI+RQQASKDINTY+++ AP NL YDK +
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYIPSKTFTPLFIDDSASAYLHLLYQNNERAPHIDGLALAYAHTKVLEVPDRPIRPEVL  129
            KGY PS +F+P +  + A  YLH+L ++++ +  ++ L +++ H+ ++    R I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPLLKACRDGLRLETEYVSLNTPNVEIRLIAPHTLVYTGMRWHVRAYCEKNGQYRDFVLS  189
            RPL++A R+  R++  Y SL+  +   R+I+PHTLV T +RWHVRAYCE+ G YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RLRGQPDLLDESPNTRELDEDWNTEIPVIFAADGRLNTAQKSIIETDFGMVDGQLEVPSR  249
            R++G PD+ +++ + +  D  WNT + V + +D RLN  Q+++IE D++M DG L +++ 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  RALVKYVLQRYQIDPRNLTTNPEAQQIVVTNLKELKPWLMN  290
             +LV+YVL+ Y+ID +   +NP++QQIV+ N  EL + +++
Sbjct  246  ASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVLE  286

26) PFLU3057 in NC_012660


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  249 bits (928),  Expect = 2e-67, Method: Compositional matrix adjust.
 Identities = 134/277 (49%), Positives = 201/277 (73%), Gaps = 1/277 (0%)

Query  9    AVRWDLALRYKLIETVAWWEGRLTTGHLMQSFGISRQQASKDINTYIDEHAPRNLSYDKH  68
            ++RWDL +RY++IE +A WEGRLTT HL+QSFGI+RQQASKDINTY+ + AP NL YDKH
Sbjct  5    PIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKH  64

Query  69   LKGYVPTKHFKPLFMKESASAYLHLLNQNHERAPHIEGLTLAYAHIDILDVQDRSIRPEV  128
            LKGY P+  F P +    A  YLH+L+++++ +  ++ L +++ H  ++    R+I P+V
Sbjct  65   LKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQV  124

Query  129  LRPLLKACREGQRLECEYASFKTPDGETRLIAPHTLIHTGMRWHVRAYCEKNGEYRDFVL  188
            LRPL++A RE +R++  Y+S+K  +   R+I+PHTL+ T +RWHVRAYCE+ G YRDFVL
Sbjct  125  LRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVL  184

Query  189  SRFRGTPELMNDFTEHSRQLDPGWTTPATVILEADSRLKAGQRAILEADYGMENGQLMIE  248
            SR++G P++ N+ + H+++ D  W T   V L +D RL+  QRA++E DY+M +G L I 
Sbjct  185  SRIQGIPDINNN-AIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIA  243

Query  249  TRGALVQYVLNRYQIDTAKMHMKPSAQQLIVANLDEL  285
            T ++LV+YVL+ Y+ID      +P +QQ++++N DEL
Sbjct  244  TNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDEL  280

27) YSA_03592 in NC_017986


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  249 bits (928),  Expect = 2e-67, Method: Compositional matrix adjust.
 Identities = 132/280 (48%), Positives = 204/280 (73%), Gaps = 0/280 (0%)

Query  10   VRWDLALRYRLIETVAWWEGRLTTGHLMQSFGISRQQASKDINTYITEHAPENLTYDKQI  69
            +RWDL +RYR+IE +A WEGRLTT HL+QSFGI+RQQASKDINTY+++ AP NL YDK++
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYVPSEQFEPRFIDNSASAYLHLLYQNNERAPHIDGLALAYAHTRVLEVPDRPIRPEVL  129
            KGY PS+ F P++    A  YLH+L ++++ +  ++ L +++ H+ ++    R I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPLLKACREGLRLETEYVSFNTPNVEVRLIAPHTLVYTGMRWHVRAYCEKNSQYRDFVLS  189
            RPL++A RE  R++  Y S++  +   R+I+PHTLV T +RWHVRAYCE+ + YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RLRGQPDLLDASPNTREQDEDWNVEVPVIFEPDGRLNAAQKAIIETDFGMTDGQLVVPSR  249
            R++G PD+ + + + + +D  WN  V V + PD RLN  Q+A+IE D++M+DG L +++ 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  RALVKYVLQRYQIDHRNMAILPEAQQLVVSNLQELQPWLM  289
             +LV+YVL+ Y+ID +     P++QQ+V++N +EL + ++
Sbjct  246  ASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVL  285

28) Pput_4623 in NC_009512


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  249 bits (928),  Expect = 2e-67, Method: Compositional matrix adjust.
 Identities = 132/280 (48%), Positives = 204/280 (73%), Gaps = 0/280 (0%)

Query  10   VRWDLALRYRLIETVAWWEGRLTTGHLMQSFGISRQQASKDINTYITEHAPENLTYDKQI  69
            +RWDL +RYR+IE +A WEGRLTT HL+QSFGI+RQQASKDINTY+++ AP NL YDK++
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYVPSEQFEPRFIDNSASAYLHLLYQNNERAPHIDGLALAYAHTRVLEVPDRPIRPEVL  129
            KGY PS+ F P++    A  YLH+L ++++ +  ++ L +++ H+ ++    R I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPLLKACREGLRLETEYVSFNTPNVEVRLIAPHTLVYTGMRWHVRAYCEKNSQYRDFVLS  189
            RPL++A RE  R++  Y S++  +   R+I+PHTLV T +RWHVRAYCE+ + YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RLRGQPDLLDASPNTREQDEDWNVEVPVIFEPDGRLNAAQKAIIETDFGMTDGQLVVPSR  249
            R++G PD+ + + + + +D  WN  V V + PD RLN  Q+A+IE D++M+DG L +++ 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  RALVKYVLQRYQIDHRNMAILPEAQQLVVSNLQELQPWLM  289
             +LV+YVL+ Y+ID +     P++QQ+V++N +EL + ++
Sbjct  246  ASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVL  285

29) B479_23140 in NC_019905


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  248 bits (926),  Expect = 3e-67, Method: Compositional matrix adjust.
 Identities = 137/276 (50%), Positives = 202/276 (74%), Gaps = 1/276 (0%)

Query  10   VRWDLALRYRLIETVAWWEGRLTTGHLIQSFGISRQQASKDINTYIAEHAPKNLTYDKQI  69
            +RWDL +RYR+IE +A WEGRLTT HLIQSFGI+RQQASKDINTY+A+ AP NL YDK++
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYVPSKTFKPLFIDDSASAYLHLLYQNNARAPHVEGLALAYAHTKVLEVPDRSIKAEVL  129
            KGY PS +F P +  + A  YLH+L +++  +   + L +++ H+ ++    R+I ++VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPLLKACRDHLRLDIDYVSLNSPEPEGRTIAPHTLVYTGMRWHVRAYCEKNRQYRDFVLS  189
            RPL++A R+  R+DI Y SL+  E   R I+PHTLV T +RWHVRAYCE+   YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RLRGVPDLRDEETENGIAEDDDWNTEAPVIIKPDERLDKAQRMIIEVDFGMTDGRLVVPS  249
            R++G+PD+ ++++ +G  +D  WNT   V + PD RL+  QR +IE D++M+DG L +++
Sbjct  186  RIQGIPDI-NNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIAT  244

Query  250  RRALVKYVLQRFQIDPKNLNPNPEAQQIVVANLKEL  285
              +LV+YVL+ ++ID    ++NP++QQIV++N  EL
Sbjct  245  NASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDEL  280

30) PputGB1_4760 in NC_010322


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  247 bits (923),  Expect = 5e-67, Method: Compositional matrix adjust.
 Identities = 133/280 (48%), Positives = 203/280 (73%), Gaps = 0/280 (0%)

Query  10   VRWDLALRYRLIETVAWWEGRLTTGHLMQSFGISRQQASKDINTYITEHAPENLTYDKQI  69
            +RWDL +RYR+IE +A WEGRLTT HL+QSFGI+RQQASKDINTY+++ AP NL YDK++
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYVPSEQFEPLFIDNSASAYLHLLYQNNERAPHIDGLALAYAHTRVLEVPDRPIRPEVL  129
            KGY PS+ F P +    A  YLH+L ++++ +  ++ L +++ H+ ++    R I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPLLKACREGLRLETEYVSFNTPNVEVRLIAPHTLVYTGMRWHVRAYCEKNGQYRDFVLS  189
            RPL++A RE  R++  Y S++  +   R+I+PHTLV T +RWHVRAYCE+ G YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RLRGQPDLLDASPNTREQDEDWNVEVPVIFAPDGRLNTAQQAIIETDFGMTDGQLVVPSR  249
            R++G PD+ + + + + +D  WN  V V + PD RLN  Q+A+IE D++M+DG L +++ 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  RALVKYVLQRYQIDHRNMAILPEAQQLVVSNLQELQPWLM  289
             +LV+YVL+ Y+ID +     P++QQ+V++N +EL + ++
Sbjct  246  ASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVL  285

31) PST_0849 in NC_009434


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  246 bits (917),  Expect = 1e-66, Method: Compositional matrix adjust.
 Identities = 134/254 (53%), Positives = 187/254 (74%), Gaps = 0/254 (0%)

Query  10   IRWDLALRYRLIETIAWWEGRLTTGHLMQSFGISRQQASKDINTYLNEHAPKNLTYDRHL  69
            IRWDL +RYR+IE IA WEGRLTT HL+QSFGI+RQQASKDINTYL + AP NL YD+HL
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYKPSKAFQPLFIDGSASAYLHLLDQNRVRAPHIEGLALAYAHTEVLQVPDRSIRPEVL  129
            KGYKPS +F P +  G A  YLH+L ++   +  ++ L +++ H+ +++   R+I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPILQACREGLRLESEYVSLANPEVEIRVMAPHTLVFTGMRWHVRAYCEKNRAYRDFVLS  189
            RP++QA RE  R++  Y SL + E   R+++PHTLV T +RWHVRAYCE+  +YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RFRGEPDLMDESEHTREQDEAWNTPVTVLIEPDARLSPAQKAIIEVDYGMLDGQLPVETR  249
            R++G PD+ +++ H + +D  WNT V V + PD RL+  Q+A+IE DY+M DG L + T 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  GALVQYVLQRFGID  263
            ++LV+YVL+ + ID
Sbjct  246  ASLVRYVLDTYNID  259

32) PSTAA_0790 in NC_017532


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  246 bits (917),  Expect = 1e-66, Method: Compositional matrix adjust.
 Identities = 134/254 (53%), Positives = 187/254 (74%), Gaps = 0/254 (0%)

Query  10   IRWDLALRYRLIETIAWWEGRLTTGHLMQSFGISRQQASKDINTYLNEHAPKNLTYDRHL  69
            IRWDL +RYR+IE IA WEGRLTT HL+QSFGI+RQQASKDINTYL + AP NL YD+HL
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYKPSKAFQPLFIDGSASAYLHLLDQNRVRAPHIEGLALAYAHTEVLQVPDRSIRPEVL  129
            KGYKPS +F P +  G A  YLH+L ++   +  ++ L +++ H+ +++   R+I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPILQACREGLRLESEYVSLANPEVEIRVMAPHTLVFTGMRWHVRAYCEKNRAYRDFVLS  189
            RP++QA RE  R++  Y SL + E   R+++PHTLV T +RWHVRAYCE+  +YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RFRGEPDLMDESEHTREQDEAWNTPVTVLIEPDARLSPAQKAIIEVDYGMLDGQLPVETR  249
            R++G PD+ +++ H + +D  WNT V V + PD RL+  Q+A+IE DY+M DG L + T 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  GALVQYVLQRFGID  263
            ++LV+YVL+ + ID
Sbjct  246  ASLVRYVLDTYNID  259

33) PSTAB_0741 in NC_015740


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  244 bits (911),  Expect = 4e-66, Method: Compositional matrix adjust.
 Identities = 131/254 (52%), Positives = 185/254 (73%), Gaps = 0/254 (0%)

Query  10   IRWDLALRYRLIETIAWWEGRLTTGHLMQSFGISRQQASKDINTYLNEHAPRNLTYDRHL  69
            IRWDL +RYR+IE IA WEGRLTT HL+QSFGI+RQQASKDINTYL + AP NL YD+HL
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYKPTKGFQPLFIDGSASAYLHLLDQNRVRAPHIEGLALAYAHTEVLQVPDRSIRPEVL  129
            KGYKP+ +F P +  G A  YLH+L ++   +  ++ L +++ H+ +++   R+I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPILQACREGLRLESEYVSLANPEVEIRVMAPHTLVFTGMRWHVRAYCEKNREYRDFVLS  189
            RP++QA RE  R++  Y SL + E   R+++PHTLV T +RWHVRAYCE+   YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RFRGEPDLMDASEHTREQDEAWNTPVTVLIEPDARLSPAQKAIIEVDFGMVEGQLPVETR  249
            R++G PD+ + + H + +D  WNT V V + PD RL+  Q+A+IE D++M +G L + T 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  GALVQYVLQRFGID  263
            ++LV+YVL+ + ID
Sbjct  246  ASLVRYVLDTYNID  259

34) Psest_3537 in NC_019936


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  243 bits (905),  Expect = 1e-65, Method: Compositional matrix adjust.
 Identities = 132/254 (52%), Positives = 184/254 (73%), Gaps = 0/254 (0%)

Query  10   IRWDLALRYRLIETIAWWEGRLTTGHLMQSFGISRQQASKDINTYLNEHAPKNLTYDRHL  69
            IRWDL +RYR+IE IA WEGRLTT HL+QSFGI+RQQASKDINTYL + AP NL YD+HL
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYKPTKVFQPLFIDGSASAYLHLLDQNRVRAPHIEGLALAYAHTEVLQVPDRSIRPEVL  129
            KGYKP+  F P +  G A  YLH+L ++   +  ++ L +++ H+ +++   R+I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPILQACREGLRLESEYVSLANPEVEIRVMAPHTLVFTGMRWHVRAYCEKNREYRDFVLS  189
            RP++QA RE  R++  Y SL + E   R+++PHTLV T +RWHVRAYCE+   YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RFRGEPDLMDASDHTREQDDAWNTPVTVLIEPDARLSPAQKAIIEVDFGMLDGHLPVETR  249
            R++G PD+ + + H + +D  WNT V V + PD RL+  Q+A+IE D++M DG L + T 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  GALVQYVLQRFGID  263
            ++LV+YVL+ + ID
Sbjct  246  ASLVRYVLDTYNID  259

35) A458_17585 in NC_018028


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  241 bits (899),  Expect = 4e-65, Method: Compositional matrix adjust.
 Identities = 130/254 (52%), Positives = 184/254 (73%), Gaps = 0/254 (0%)

Query  10   IRWDLALRYRLIETIAWWEGRLTTGHLMQSFGISRQQASKDINTYLNEHAPKNLTYDRHL  69
            IRWDL +RYR+IE IA WEGRLTT HL+QSFGI+RQQASKDINTYL + AP NL YD+HL
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYKPTKGFQPLFIDGSASAYLHLLDQNRVRAPHIEGLALAYAHTEVLQVPDRSIRPEVL  129
            KGYKP+ +F P +  G A  YLH+L ++   +  ++ L +++ H+ +++   R+I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPILLACREGLRLESEYVSLANPEVEIRVMAPHTLVFTGMRWHVRAYCEKNREYRDFVLS  189
            RP++ A RE  R++  Y SL + E   R+++PHTLV T +RWHVRAYCE+   YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RFRGEPDLMDASEHTREQDEAWNTPVTVLIEPDARLSPAQKAIIELDFGMLEGQLPVETR  249
            R++G PD+ + + H + +D  WNT V V + PD RL+  Q+A+IE D++M +G L + T 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  GALVQYVLQRFGID  263
            ++LV+YVL+ + ID
Sbjct  246  ASLVRYVLDTYNID  259

36) MRBBS_0118 in NC_018268


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  236 bits (879),  Expect = 2e-63, Method: Compositional matrix adjust.
 Identities = 125/281 (45%), Positives = 189/281 (68%), Gaps = 1/281 (0%)

Query  3    KTEWPIRWDLLVRYRLIEAVALWEGRLTTNHICYSFGIGRQQASKDINTYLRELAPGNLE  62
             + WPIRWDLL RYR+IE +ALWEGRLTTNH+  SFGIGRQQASKDINTYL ++APGNL 
Sbjct  1    MSAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLV  60

Query  63   YDRHLKGYVPASHFKPVVTRGEISEYQDLVASQQQLSSVFASLEVRLPGSHSVASPGRVI  122
            YD+HLKGY P+  F P +T G+  EY ++++  ++++  F  L++ +  S  V +  R I
Sbjct  61   YDKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNI  120

Query  123  DPATMRTVISAIRGGRQLQASYVSLSRPEAIHSVLEPHTIVCAGNQWHVRAWCEANREFR  182
             P  +R ++ AIR  ++++  Y SL   E  + ++ PHT+VC+  +WHVRA CE    +R
Sbjct  121  SPQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYR  180

Query  183  DFAISRLRSVPELLRQKVRHSVSQDDDWNRQVTLEVAPDQRLSQPQQLIIANDYDMQHGK  242
            DF +SR++++P++  + + H+  +D  WN +V +E+ PD RL++ Q+ +I +DY M +G 
Sbjct  181  DFVLSRIQGIPDINNNAI-HGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGV  239

Query  243  LTVTSRAALAPYVLAQLGITINTQHPDPLVQQLELINPDSL  283
            L +++ A+L  YVL    I I+ Q ++P  QQ+ L N D L
Sbjct  240  LRIATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDEL  280

37) PputW619_2063 in NC_010501


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  234 bits (873),  Expect = 4e-63, Method: Compositional matrix adjust.
 Identities = 131/275 (48%), Positives = 193/275 (71%), Gaps = 0/275 (0%)

Query  10   VRWDLALRYRLIETVAWWEGRLTTGHLMQSFGISRQQASKDINTYISEHAPKNLTYDKQL  69
            +RWDL +RYR+IE +A WEGRLTT HL+QSFGI+RQQASKDINTY+++ AP NL YDK+L
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYVPGKQFKPLFIDDSANAYLQLLNQTHSRAPHVEGLALAYAHTKVLEVPDRTIRPDVL  129
            KGY P+  F P +  + A+ YL++L++++  +   + L +++ H+ ++    R I P+VL
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RPLLKACRNSEVLSIEYVSLANPVPETRLISPHTLVYTGMRWHVRAYCEKNRKYRDFVLS  189
            RPL++A R+   + I Y SL +     R+ISPHTLV T +RWHVRAYCE+   YRDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RFRGVPEFERMSENLIDDDEEWNTMIDVVIEPDSRLKPAQKAIIEIDLGMQAGELVIPTR  249
            R++G+P+++  + +   DD  WNT ++V + PD RL+  Q+A+IE D +M  G L I+T 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  CALVGYVLQRYQIDPKKLEPKASAQQIVVKNLEAL  284
             +LV YVL+ Y+ID     +++ +QQIV+ N + L
Sbjct  246  ASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDEL  280

38) Ping_2478 in NC_008709


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  233 bits (869),  Expect = 9e-63, Method: Compositional matrix adjust.
 Identities = 130/280 (47%), Positives = 194/280 (70%), Gaps = 3/280 (1%)

Query  8    TIRWEVLLRYQLIEIIALWEGRIITNHLCSAFGIGRQQASKDINAY-RSCCLENLSYDKR  66
             IRW++L+RY++IEIIALWEGR+ TNHL  +FGIGRQQASKDIN+Y       NL YDK+
Sbjct  5    PIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKH  64

Query  67   AKGYVPGDKFKPYFTQGTANEYLHLLNANKALASVFESSDFPVSYTEVMEVPNRIITPEI  126
             KGY P+D F P +T G A+EYLH+L+ +  ++  F+  D     + ++    R I+P++
Sbjct  65   LKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQV  124

Query  127  LRPITKACREKLRLDITYCSMTSPEGEDRIISPHTLVYSGVRWHVRAYCEKHKDYRDFVI  186
            LRP+ +A REK R+DI Y S+   E  +RIISPHTLV + +RWHVRAYCE+  +YRDFV+
Sbjct  125  LRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVL  184

Query  187  NRIKSIDDTLGKSIENSTTDTRWHNFVNVQLIPNPQFTISQQSLIARDYAMLDNLLTLNV  246
            +RI++I D   ++I+    D  W+  VNV+LIP+ ++   Q+++I +DYAM D +L +  
Sbjct  185  SRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIAT  244

Query  247  RSSLVQYTLD--QLNVATQADEQASANLVLQNRDELKAFL  284
             +SLV+Y LD  ++++  Q  +  + ++VL NRDEL +++
Sbjct  245  NASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYV  284

39) B5T_03079 in NC_018691


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  231 bits (860),  Expect = 5e-62, Method: Compositional matrix adjust.
 Identities = 138/278 (50%), Positives = 205/278 (74%), Gaps = 1/278 (0%)

Query  10   GDWPLRWDLLLRYRLIEIIALWEGRLTTNHLMRAFGIGRQQASKDINLYLKQYAPGNLVY  69
            + WP+RWDLL+RYR+IEIIALWEGRLTTNHL+++FGIGRQQASKDIN YL + APGNLVY
Sbjct  2    SAWPIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVY  61

Query  70   DRSLKGYRPGPGFTPRFTLGAADEYLQMVRTREDLACSFEQLAVRELNIDVLPVPNRGLR  129
            D+ LKGY+P+ +F+P++T G ADEYL+++   ED++ +F++L +   +  ++    R + 
Sbjct  62   DKHLKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNIS  121

Query  130  PEVLRALIQACRERLRLEIDYASLAHPEPEPRVIQPHTVVFSGYRWHVRGWCEKNHDYRD  189
            P+VLR+L+QA RE+ R++I Y+SL + E   R+I PHT+V +  RWHVR+ CE+  +YRD
Sbjct  122  PQVLRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRD  181

Query  190  FVLSRIGDGARQLTPADRDARQDRAWQKVITVRLAADPRldqaqqaliaadYGMDNGELA  249
            FVLSRI + +     A ++ R+D  W+  + V L +D RL++ Q+A+I  DY+M +G L 
Sbjct  182  FVLSRIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLR  241

Query  250  LPTRAALVGYLLQWLRLEPTCPRP-PEAQQIVLLNRDE  286
            ++T A+LV Y+L+   ++    ++ P++QQIVL NRDE
Sbjct  242  IATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDE  279

40) PSHAa2990 in NC_007481


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  230 bits (858),  Expect = 6e-62, Method: Compositional matrix adjust.
 Identities = 124/280 (45%), Positives = 200/280 (72%), Gaps = 2/280 (0%)

Query  9    IRWQQLLRYQLIEIMALWEGRLITNHLTGAFGIGRQQASKDINAY-KELYPTNLTYDKKV  67
            IRW+ L+RY++IEI+ALWEGRL TNHL  +FGIGRQQASKDIN+Y  ++ P NL YDK +
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  68   KGYVPTSEFQVHFAQGAANEYLHLLNGNEALRRVFEKSEMPSSYTEILGVPDRTISPDIL  127
            KGY P+  F   ++ G A+EYLH+L+ +E +   F+  +M    + ++    R ISP++L
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  128  RPIIKACREKLRLDITYCSMTNPYGEDRIISPHSLVFSGVRWHVRAYCEKHRSYRDFVIN  187
            RP+++A REK R+DI Y S+ +    +RIISPH+LV + +RWHVRAYCE+  +YRDFV++
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  188  RIMSVDDEMGGAIEDDKNDDIWYRYVDIEIVPNPNFNSAQQSLIARDYNMHNGVMKLSCR  247
            RI ++ D    AI++ ++D +W   V++E++P+  +N  Q+++I +DY M +GV++++  
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  248  AALVQYLLDNSRV-FFGEVTSQTYDHLVLKNRGNLLRYIL  286
            A+LV+Y+LD   + +  + ++   +++VL NR++L+ Y+L
Sbjct  246  ASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVL  285

41) Ping_2465 in NC_008709


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  229 bits (855),  Expect = 1e-61, Method: Compositional matrix adjust.
 Identities = 131/268 (49%), Positives = 197/268 (74%), Gaps = 0/268 (0%)

Query  19   RYQLIEIIAYWEGRLTTNHLCKGFDIGRQQASRFINAYLSEIAPDNLIYDTQLRGYKPAD  78
            RY++IEIIA WEGRLTTNHL ++F+IGRQQAS+ IN+YL++IAP+NL+YD +L+GYKP+D
Sbjct  13   RYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHLKGYKPSD  72

Query  79   DFRPRVTNGHIEEYLNLLRFNHNLVSKNNHVTLGLRDICSVTPPPRYIEPVVIRGIVRAI  138
             F P++T+GH +EYL++L  ++++    N++ +G+ +   V P  R I P V+R +V+AI
Sbjct  73   SFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVLRPLVQAI  132

Query  139  TEKRRVEIEYLSFENPEPEIRVIAPHSLVESPLRWHVRAYCEKNKDYRDFVLSRFINKPD  198
             EK+RV+I Y S+ + E   R+I+PH+LV +PLRWHVRAYCE+  +YRDFVLSR+   PD
Sbjct  133  REKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLSRIQGIPD  192

Query  199  LIDSTINTLEYDNNWCTPMNIILQPDPRLKTHQKALVERDYDMSKGQLVIPTRLALVNYM  258
            + +++I+    D  W T +N+ L PD RL+  Q+A++E+DY MS G L I+T  +LV Y+
Sbjct  193  INNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATNASLVRYV  252

Query  259  LSSLGLDLFSVKSQPNFQQVSIKNLTEI  286
            L +  +D+   KS+P+ QQ+ + N  E+
Sbjct  253  LDTYNIDIHVQKSNPQGQQIVLGNRDEL  280

42) VV1_2183 in NC_004459


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  208 bits (775),  Expect = 2e-55, Method: Compositional matrix adjust.
 Identities = 121/270 (45%), Positives = 185/270 (69%), Gaps = 2/270 (0%)

Query  10   IKWDQQVRFRLIEIIALWEGRLTTNHLCDAFHIGRQQASRDINKYISLTNQGQLILDRTI  69
            I+WD   R+R+IEIIALWEGRLTTNHL ++F IGRQQAS+DIN Y++    G+L+ D+ +
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  70   KGYRPADNFKPLFTQGTAHEYLLMLHQQYNQEETFEFFNWGEAQSTILNVPERTISPNIV  129
            KGY+P+D+F P +T G A+EYL +L +  +   TF+ ++ G  +ST++    R ISP+++
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  130  RGLIAAARANLRVDIDYVSLSTPEVRGRIIAPHSLVYDGIRWHVRAYCEEKHEFRDFVLS  189
            R L+ A R + RVDI Y SL   E   RII+PH+LV   +RWHVRAYCE+   +RDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  190  RFRNEPDLMDKSSKTREHDDSWNHQVKLTITPNPYLSEQQRVVVADDYAMEDSKLEITTR  249
            R++  PD+ +++   + +D  WN +V++ + P+  L+E+QR V+  DYAM D+ L I+T 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  250  RALVHYFLRRMGSTQDEKLLRAQPEAHQLT  279
             +LV+Y L       D  + +++P+++Q+ 
Sbjct  246  ASLVRYVLD--TYNIDIHVQKSNPQGQQIV  273

43) VVMO6_01049 in NC_014965


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  208 bits (774),  Expect = 3e-55, Method: Compositional matrix adjust.
 Identities = 118/248 (48%), Positives = 174/248 (71%), Gaps = 0/248 (0%)

Query  6    IKWDQQVRFRLIEIIALWEGRLTTNHLCDAFHIGRQQASRDINKYISLTNQGQLILDRTI  65
            I+WD   R+R+IEIIALWEGRLTTNHL ++F IGRQQAS+DIN Y++    G+L+ D+ +
Sbjct  6    IRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHL  65

Query  66   KGYRPADNFKPLFTQGTAHEYLLMLHQQYNQEETFEFFNWGEAQSTILNVPERTISPNIV  125
            KGY+P+D+F P +T G A+EYL +L +  +   TF+ ++ G  +ST++    R ISP+++
Sbjct  66   KGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVL  125

Query  126  RGLIAAARANLRVDIDYVSLSTPEVRGRIIAPHSLVYDGIRWHVRAYCEEKHEFRDFVLS  185
            R L+ A R + RVDI Y SL   E   RII+PH+LV   +RWHVRAYCE+   +RDFVLS
Sbjct  126  RPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLS  185

Query  186  RFRNEPDLMDKSSKTREHDDSWNHQVKLTITPNPYLSEQQRVVVADDYAMEDSKLEITTR  245
            R++  PD+ +++   + +D  WN +V++ + P+  L+E+QR V+  DYAM D+ L I+T 
Sbjct  186  RIQGIPDINNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATN  245

Query  246  RALVHYFL  253
             +LV+Y L
Sbjct  246  ASLVRYVL  253

44) HELO_4290 in NC_014532


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  208 bits (772),  Expect = 4e-55, Method: Compositional matrix adjust.
 Identities = 125/283 (45%), Positives = 194/283 (69%), Gaps = 3/283 (1%)

Query  6    PLAWDTLARYRLIEILSLWEGRVAASQIGEAFGVGRQQAQKVLRRY-RDLAPENLHYDET  64
            P+ WD L RYR+IEI++LWEGR++++++ ++FG+GRQQA K +  Y  D+AP NL YD  
Sbjct  5    PIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKH  64

Query  65   RHGFLPSPDFLPRFTQGRADEYLHLLNAHDTLNSPFAGLSMGAANTESLPMPNRSISPQv  124
              G+ PS  F P++T G+ADEYLH+L+  + +   F  L MG  ++  +    R+ISPQV
Sbjct  65   LKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQV  124

Query  125  vrevvkaarerrrlevTYASFSNPEGQDRILVPHTLVFAAGRWHVRAYCEKHRNYRDFVL  184
            +R +V+A RE++R+++ Y+S+ + E  +RI+ PHTLV ++ RWHVRAYCE+   YRDFVL
Sbjct  125  LRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVL  184

Query  185  SRFRGVPEDAGPMLGRHDAEHDERWQTRVAVRLIPDRRLPQAERDLLALDYAMHDGELEL  244
            SR++G+P+     +  H+  +D  W+T+V V LIPD RL + +R ++  DYAM DG L +
Sbjct  185  SRIQGIPDINNNAI--HGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRI  242

Query  245  YCRGPLVRYALRELGVNPHHAEANPRAQQIEIANRESLAAWIL  287
               ++LVRY L    ++ H   +NP++QQI ++NR+ L + +L
Sbjct  243  ATNASLVRYVLDTYNIDIHVQKSNPQGQQIVLGNRDELISYVL  285

45) PSTAB_3402 in NC_015740


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  206 bits (766),  Expect = 1e-54, Method: Compositional matrix adjust.
 Identities = 108/224 (49%), Positives = 166/224 (75%), Gaps = 1/224 (0%)

Query  9    SVRWDLALRYRLIETVAWWEGRLTTGHLMQSFGISRQQASKDINSYISEYAPQNLEYDKH  68
            ++RWDL +RYR+IE +A WEGRLTT HL+QSFGI+RQQASKDIN+Y+++ AP NL YDKH
Sbjct  5    PIRWDLLFRYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKH  64

Query  69   LKGYVPSCHFKPLFIGDSASAYLHLLNQNHDRAPHIEGLALAYAHTEVLQVPDRTVRPDL  128
            LKGY PS  F P + ++ A  YLH+L++++D +  ++ L +++ H+ +++   R + P++
Sbjct  65   LKGYKPSDSFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQV  124

Query  129  LRPLLRACREGLRLECEYVSFTTPDAETRLIAPHTLIYTGMRWHVRAYCEKNRDYRDFVL  188
            LRPL++A RE  R++  Y S+   +   R+I+PHTL+ T +RWHVRAYCE+  +YRDFVL
Sbjct  125  LRPLVQAIREKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVL  184

Query  189  SRFRGVPELMDDKTENTREQDPGWTTQVQVIIEPDSRLKPEQQA  232
            SR++G+P++ ++  +  R+ D  W T+V+V + PD RL+  Q+A
Sbjct  185  SRIQGIPDINNNAIHGKRD-DVLWNTKVNVELIPDLRLNEKQRA  227

46) PST_3451 in NC_009434


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  206 bits (767),  Expect = 8e-55, Method: Compositional matrix adjust.
 Identities = 113/249 (46%), Positives = 177/249 (72%), Gaps = 1/249 (0%)

Query  1    MQSYGISRQQASKDINSYINEHAPQNLEYDKHLKGYVPSKQFAPLFIDDSASAYLHLLNQ  60
            +QS+GI+RQQASKDIN+Y+ + AP NL YDKHLKGY PS  F+P +  + A  YLH+L++
Sbjct  33   IQSFGIGRQQASKDINTYLADIAPGNLVYDKHLKGYKPSDSFSPKLTSGHADEYLHILSR  92

Query  61   NHDRAPHVEGLALAYAHTEVLQVPDRTVRPELLRPLLRACREGLRFECEYVSFTTPEAET  120
            ++D +   + L +++ H+ +++   R + P++LRPL++A RE  R +  Y S+   E   
Sbjct  93   SEDMTVTFNELDMGFEHSTMVRPVTRNISPQVLRPLVQAIREKKRVDICYTSLKDGEQSE  152

Query  121  RLIAPHTLIYTGMRWHVRAYCEKNKDYRDFVLSRFRGVPELMDDETENTREQDPGWNSQV  180
            R+I+PHTL+ T +RWHVRAYCE+  +YRDFVLSR++G+P++ ++  +  R+ D  WN++V
Sbjct  153  RIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLSRIQGIPDINNNAIHGKRD-DVLWNTKV  211

Query  181  QVIIEPDSRLKPEQQAIIETDYGMQGGRLVIKTRGALVQYVLQRYQIDTTKVHAKATAQQ  240
            +V + PD RL+  Q+A+IE DY+M +G L I T ++LV+YVL+ Y+ID     +++ +QQ
Sbjct  212  NVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATNASLVRYVLDTYNIDIHVQKSNPQGQQ  271

Query  241  IVVVNLDKL  249
            IV+ N D L
Sbjct  272  IVLGNRDEL  280

47) Mmwyl1_3550 in NC_009654


> NC_002505_P5|15|G12|15641775|NP_231407.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|26194..27054|-|VC1772|hypothetical 
protein
Length=286

 Score =  178 bits (660),  Expect = 3e-46, Method: Compositional matrix adjust.
 Identities = 105/261 (41%), Positives = 177/261 (68%), Gaps = 4/261 (1%)

Query  6    RYWMLELIAFWEGQINTKPLMSALGITRQSVSQLLKQYQTDF-PNSLDYDAKRKAYQITD  64
            RY+M+E+IA+WEG++ T+ L+ ++GI RQ  S+ ++ Y +D+ P +L YD   K+Y+ +D
Sbjct  13   RYRMIEIIALWEGRLTTNHLIQSFGIGRQQASKDINTYLADIAPGNLVYDKHLKGYKPSD  72

Query  65   LFKPHYIDQTVDEYFDWLNYG--KIPTFSNITSESTQHR-IEALARFVSPQVMRPLLKAV  121
             F P       DEY++ L+ +     TF+++     +   + +++R +SPQV+RPL++A+
Sbjct  73   SFSPKLTSGHADEYLHILSRSEDMTVTFNELDMGFEHSTMVRPVTRNISPQVLRPLVQAI  132

Query  122  KDKTAVDCEYLSVSSSDPQGRLIYPHSFVKTAGRWHVRAYCDMRKQFLDFVLSRFQSVDY  181
            ++K  VD  Y S+  ++   R+I PH++V T+ RWHVRAYC+    + DFVLSR+Q++  
Sbjct  133  REKKRVDICYTSLKDGEQSERIISPHTLVCTPLRWHVRAYCEQAGGYRDFVLSRIQGIPD  192

Query  182  DGKASEHTEQQDTLWNTQVSLILAPDSRLTDKQKRVLENDYGMTDSQLHIATRAALVKYT  241
              + + H  ++D LWNT+V++ L PD RL +KQ+ V+E+DY+M+D+ L+IAT A+LV+Y 
Sbjct  193  INNNAIHGKRDDVLWNTKVNVELIPDLRLNEKQRAVIEKDYAMSDGVLRIATNASLVRYV  252

Query  242  LDDLQIKTKMLEANPQAQQLV  262
            LD  +I   +  +NPQ+QQ+V
Sbjct  253  LDTYNIDIHVQKSNPQGQQIV  273