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Homologs of VC0489 gene of NC_002505_P2

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

1) Marme_0402
( YP_004311538.1 )

phospholipid/glycerol acyltransferase

NC_015276
(Marinomonas mediterranea MMB-1)

4e-161

2) Mmwyl1_1504
( YP_001340367.1 )

phospholipid/glycerol acyltransferase

NC_009654
(Marinomonas sp. MWYL1)

4e-154

3) Mar181_0347
( YP_004480331.1 )

phospholipid/glycerol acyltransferase

NC_015559
(Marinomonas posidonica IVIA-Po-181)

2e-153

4) Mmc1_2481
( YP_866387.1 )

phospholipid/glycerol acyltransferase

NC_008576
(Magnetococcus marinus MC-1)

2e-103

5) Caka_1134
( YP_003548325.1 )

phospholipid/glycerol acyltransferase

NC_014008
(Coraliomargarita akajimensis DSM 45221)

1e-99

6) Daes_2599
( YP_004122343.1 )

phospholipid/glycerol acyltransferase

NC_014844
(Desulfovibrio aespoeensis Aspo-2)

5e-99

7) Desac_0201
( YP_004369275.1 )

phospholipid/glycerol acyltransferase

NC_015388
(Desulfobacca acetoxidans DSM 11109)

8e-96

8) DMR_43680
( YP_002955745.1 )

hypothetical protein

NC_012796
(Desulfovibrio magneticus RS-1)

5e-94

9) Pcar_2307
( YP_006718064.1 )

lysophospholipid acyltransferase superfamily protein

NC_007498
(Pelobacter carbinolicus DSM 2380)

5e-90

• Sequence Alignments

1) VCM66_0474 in NC_012578


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  936 bits (3547),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 586/586 (100%), Positives = 586/586 (100%), Gaps = 0/586 (0%)

Query  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60
            MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120
            VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180
            IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240
            SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300
            HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300

Query  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360
            DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW
Sbjct  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360

Query  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420
            DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ
Sbjct  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420

Query  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480
            KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL
Sbjct  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480

Query  481  VMATNPLPTGQAQWNAslltsladlqllsRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540
            VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV
Sbjct  481  VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540

Query  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586
            DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI
Sbjct  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586

2) VCD_001116 in NC_012668


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  936 bits (3547),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 586/586 (100%), Positives = 586/586 (100%), Gaps = 0/586 (0%)

Query  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60
            MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120
            VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180
            IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240
            SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300
            HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300

Query  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360
            DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW
Sbjct  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360

Query  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420
            DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ
Sbjct  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420

Query  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480
            KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL
Sbjct  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480

Query  481  VMATNPLPTGQAQWNAslltsladlqllsRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540
            VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV
Sbjct  481  VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540

Query  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586
            DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI
Sbjct  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586

3) Vch1786_I2811 in NC_016445


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  936 bits (3547),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 586/586 (100%), Positives = 586/586 (100%), Gaps = 0/586 (0%)

Query  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60
            MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120
            VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180
            IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240
            SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300
            HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300

Query  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360
            DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW
Sbjct  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360

Query  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420
            DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ
Sbjct  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420

Query  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480
            KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL
Sbjct  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480

Query  481  VMATNPLPTGQAQWNAslltsladlqllsRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540
            VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV
Sbjct  481  VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540

Query  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586
            DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI
Sbjct  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586

4) VC0489 in NC_002505


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  936 bits (3547),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 586/586 (100%), Positives = 586/586 (100%), Gaps = 0/586 (0%)

Query  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60
            MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120
            VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180
            IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240
            SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300
            HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300

Query  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360
            DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW
Sbjct  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360

Query  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420
            DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ
Sbjct  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420

Query  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480
            KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL
Sbjct  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480

Query  481  VMATNPLPTGQAQWNAslltsladlqllsRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540
            VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV
Sbjct  481  VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540

Query  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586
            DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI
Sbjct  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586

5) VC395_0533 in NC_012582


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  936 bits (3547),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 586/586 (100%), Positives = 586/586 (100%), Gaps = 0/586 (0%)

Query  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60
            MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120
            VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180
            IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240
            SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300
            HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300

Query  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360
            DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW
Sbjct  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360

Query  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420
            DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ
Sbjct  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420

Query  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480
            KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL
Sbjct  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480

Query  481  VMATNPLPTGQAQWNAslltsladlqllsRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540
            VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV
Sbjct  481  VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540

Query  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586
            DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI
Sbjct  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586

6) VC0395_A0042 in NC_009457


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  936 bits (3547),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 586/586 (100%), Positives = 586/586 (100%), Gaps = 0/586 (0%)

Query  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60
            MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120
            VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180
            IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240
            SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300
            HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300

Query  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360
            DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW
Sbjct  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360

Query  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420
            DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ
Sbjct  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420

Query  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480
            KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL
Sbjct  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480

Query  481  VMATNPLPTGQAQWNAslltsladlqllsRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540
            VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV
Sbjct  481  VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540

Query  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586
            DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI
Sbjct  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586

7) VCLMA_A0446 in NC_017270


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  935 bits (3543),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 583/586 (99%), Positives = 586/586 (100%), Gaps = 0/586 (0%)

Query  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60
            MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VVRGKLTHVPAQGATVVVANHPLGCVEGVILAELLLCIRSDVKILANQYLKLVPELASLF  120
            VVRGKLTHVPAQGAT+VVANHPLGCVEGVILAELLLC+RSDVKILANQYLKLVPEL+SLF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180
            IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240
            SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300
            HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300

Query  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360
            DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW
Sbjct  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360

Query  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420
            DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ
Sbjct  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420

Query  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480
            KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL
Sbjct  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480

Query  481  VMATNPLPTGQAQWNAslltsladlqllsRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540
            VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV
Sbjct  481  VMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540

Query  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586
            DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI
Sbjct  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQYFSDI  586

8) N175_13445 in NC_022223


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  732 bits (2770),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 425/581 (74%), Positives = 524/581 (91%), Gaps = 1/581 (0%)

Query  1    MLTISPFRLPRKTPFGLGEHFTEWATGLTRLDKFYAQRPPHCDTATFLRFTLEVLGIDYQ  60
            ML+ SPF LPRKTPFGLGEH++EWATGL RL++FYAQRP+  DT +FLRFTL+VLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VVKGSLAQVPTQGATVVVANHPLGCVEGVILAEMLLSIRSDVQILANHYLKTVPELDSLF  120
            VV+G L++VP+QGAT+VVANHPLGCVEGVILAE+LL +RSDV+ILAN+YLK VPEL SLF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEDKAAQKANMQALRAANKHLAQGGLLLMFPAGEVSQLVDSKTQKLEDKQWSRSV  180
            IGVDVFE+  A KAN++ALR A+KHL QGGLLLMFPAGEVSQLVDSK  +LEDK+WS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SRLIQKHQATALPVFINGQNSKRFYMAGKIHPllrtlmlgrellNKKHQRIEIAIGDAIN  240
            SRL++KHQA ++PV+I+G+NS  FY+AGKIHP+LRTLMLGRELLNK+H +I IAIG++I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  HKEIQHLCDETLVSYLRLNTYLLSHITPTKRNKTNDEPLQPIAQRLPLSALLHDIEQLSF  300
            H E+QHLCD+ LV+YLRLNTYLL + +P + + ++D +L P+A+RLPL+ LL+DI QL++
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLL-QSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  301  SDHLLRHNEFDVYCTSAENIPSLLHEIGRVREHNFRLVGEGTGTELDIDQYDRNYLHLFI  360
            +DH+LRHN+FDVYCT+A+NIPSL+HEIGR+RE NFR VGEGTG  LDID++DR+YLHLFI
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  361  WDREAQKLVGAYRLGLVDRIVPISGIAGLYSRTLFQYDHRFLNTIGNAIEMGRSVVDIEY  420
            WDRE ++LVGAYRLGLVD+++   GI+GLYS TLF+YD+RFLN +GNAIEMGRSV+D +Y
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  421  QKSMAPLLLLWKGIATYVHRNPHYTHLFGPVSISNDYSESARRLLADTMTQHYYNNQHAH  480
            QKSMA+LLLLWKGI+TYV+R+P+YTHLFGPVSISNDYSE ARRLLADTMT HYY++++A+
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  481  LVEASNPLPKQQAPWNAGllsaladlqllsKVIARLDEGKSVPVLLRQYLGLNGKLVSFN  540
            LV A+NPLP  QA WNA+LL++LADLQLLS+VIAR+DEGK++PVLLRQYLGLNGKLVSFN
Sbjct  480  LVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  541  VDPDFNDSLDGLIVVDLRNVPVRSLSRYMGTKEAYEYLTHH  581
            VDP FN++LDGLIVVDLRNVP ++L+RYMG  EA  YL+ H
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

9) VAA_00294 in NC_015633


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  732 bits (2770),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 425/581 (74%), Positives = 524/581 (91%), Gaps = 1/581 (0%)

Query  1    MLTISPFRLPRKTPFGLGEHFTEWATGLTRLDKFYAQRPPHCDTATFLRFTLEVLGIDYQ  60
            ML+ SPF LPRKTPFGLGEH++EWATGL RL++FYAQRP+  DT +FLRFTL+VLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VVKGSLAQVPTQGATVVVANHPLGCVEGVILAEMLLSIRSDVQILANHYLKTVPELDSLF  120
            VV+G L++VP+QGAT+VVANHPLGCVEGVILAE+LL +RSDV+ILAN+YLK VPEL SLF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEDKAAQKANMQALRAANKHLAQGGLLLMFPAGEVSQLVDSKTQKLEDKQWSRSV  180
            IGVDVFE+  A KAN++ALR A+KHL QGGLLLMFPAGEVSQLVDSK  +LEDK+WS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SRLIQKHQATALPVFINGQNSKRFYMAGKIHPllrtlmlgrellNKKHQRIEIAIGDAIN  240
            SRL++KHQA ++PV+I+G+NS  FY+AGKIHP+LRTLMLGRELLNK+H +I IAIG++I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  HKEIQHLCDETLVSYLRLNTYLLSHITPTKRNKTNDEPLQPIAQRLPLSALLHDIEQLSF  300
            H E+QHLCD+ LV+YLRLNTYLL + +P + + ++D +L P+A+RLPL+ LL+DI QL++
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLL-QSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  301  SDHLLRHNEFDVYCTSAENIPSLLHEIGRVREHNFRLVGEGTGTELDIDQYDRNYLHLFI  360
            +DH+LRHN+FDVYCT+A+NIPSL+HEIGR+RE NFR VGEGTG  LDID++DR+YLHLFI
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  361  WDREAQKLVGAYRLGLVDRIVPISGIAGLYSRTLFQYDHRFLNTIGNAIEMGRSVVDIEY  420
            WDRE ++LVGAYRLGLVD+++   GI+GLYS TLF+YD+RFLN +GNAIEMGRSV+D +Y
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  421  QKSMAPLLLLWKGIATYVHRNPHYTHLFGPVSISNDYSESARRLLADTMTQHYYNNQHAH  480
            QKSMA+LLLLWKGI+TYV+R+P+YTHLFGPVSISNDYSE ARRLLADTMT HYY++++A+
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  481  LVEASNPLPKQQAPWNAGllsaladlqllsKVIARLDEGKSVPVLLRQYLGLNGKLVSFN  540
            LV A+NPLP  QA WNA+LL++LADLQLLS+VIAR+DEGK++PVLLRQYLGLNGKLVSFN
Sbjct  480  LVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  541  VDPDFNDSLDGLIVVDLRNVPVRSLSRYMGTKEAYEYLTHH  581
            VDP FN++LDGLIVVDLRNVP ++L+RYMG  EA  YL+ H
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

10) vfu_A03022 in NC_016602


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  729 bits (2758),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 454/582 (79%), Positives = 517/582 (89%), Gaps = 2/582 (0%)

Query  1    MLSTSPFKLPRKTPFGLGEHIAEWATGLHQLDKFYAQRPAGCDTAQFLRFTLEVLGIDYQ  60
            MLSTSPF LPRKTPFGLGEH+AEWATGL +L++FYAQRPA+ DT  FLRFTL+VLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VVKGALGQVPQTGATVVVANHPLGCVEGVILAELLLTRRTDIKILANHYLKTVPELDELF  120
            VV+G L +VP  GAT+VVANHPLGCVEGVILAELLL  R+D+KILAN+YLK VPEL  LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFETSKAHKANLLALRQAHKHLEQGGLLLMFPAGEVSQWVDSKQRRLEDKEWSQSV  180
            IGVDVFE + A KANL ALRQAHKHLEQGGLLLMFPAGEVSQ VDSKQ RLEDKEWSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SRLIKKHKAKSVPVYIDGQNSKRFYMAGKIHPllrtlmlgrellNKKQHCIDIAIGETIH  240
            SRL+KKH+A +VPVYIDG+NS  FY+AGKIHP+LRTLMLGRELLNK++  I+IAIGE I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  YKEVNDLCDQQLVNYLRLNTYLLHNPATITRNKTAQDSSLVPIEARLPLDDLRRDIARLS  300
              EV++LCDQQLVNYLRLNTYLL++++   RNKTA D SL P+  RLPL DL  DIA+L+
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPV--RNKTASDRSLPPVAERLPLADLLEDIAQLP  298

Query  301  FSDHLLRHNELDVYCTRAENIPAILHEIGRVRERNFRQVGEGTGLSLDIDEFDRDYLHLF  360
            ++DH+LRHN++DVYCT A+NIP+++HEIGR+RE NFR+VGEGTG +LDID FDRDYLHLF
Sbjct  299  YADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLF  358

Query  361  IWDRDQEVLVGAYRLGLVDELLASRGLDGLYSSTLFQYDPRFLHNMGKAIEMGRSVIDEA  420
            IWDR+++ LVGAYRLGLVD L+  +G+ GLYSSTLF+YD RFL+NMG+AIEMGRSVID  
Sbjct  359  IWDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQ  418

Query  421  YQKSMASLLLLWKGIATYVQRHPDYTHLFGPVSISSDYSDQARRLLADTMTLHYYDQAQA  480
            YQKSMA+LLLLWKGI+TYV+RHP+YTHLFGPVSIS+DYS+QARRLLADTMTLHYYD  QA
Sbjct  419  YQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQA  478

Query  481  ELVEATNPLPVGQNLWNAslltsladlqllsRVIARIDEGKGIPVLLRQYLGLNGKLVSF  540
            ELV ATNPLP GQ  WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF
Sbjct  479  ELVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  541  NIDPDFNDALDGLIVVDLRHVPQRTLARYMGSDEAQHYLDHH  582
            N+DP FN+ALDGLIVVDLR+VP +TLARYMG  EA +YL  H
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

11) VV1_0636 in NC_004459


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  661 bits (2499),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 398/584 (69%), Positives = 494/584 (85%), Gaps = 3/584 (0%)

Query  1    MAINSPFRLPRKTPFGIGENVAEWMTGLSKLDKFYAQRPPHCDTQTFLRYTLEVLGIDYQ  60
            M   SPF LPRKTPFG+GE++AEW TGL +L++FYAQRP+  DTQ+FLR+TL+VLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   IVKGSLANVPQIGPTVVVANHPLGCVEGVILAELLLMMREDVQILANQYLKTVPELDTLF  120
            +V+G L++VP  G+T+VVANHPLGCVEGVILAELLL +R DV+ILANQYLK VPEL +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFDSQQAAKSNMKALRDANKHLAQGGLLLVFPAGEVSQLVDRKQKRLEDKEWSRSV  180
            IGVDVF++ +AAK+N+ ALR+A+KHL QGGLLL+FPAGEVSQLVD KQ RLEDKEWS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SALIRRHKAHALPVFIDGQNSQRFYLAGKIHPllrtlmlgrellNkkqqaipiaigqpik  240
            S L+++H+AH++PV+IDG+NS  FYLAGKIHP+LRTLMLGRELLNK++  I IAIG+ I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKEVQHLTDEQLVSYLRLNTYLLSAEPPLHPPMDHDTNPPLAPIAEPLEKQKWLLDLAML  300
              EVQHL D+QLV+YLRLNTYLL + P  +      ++ +L+P+AE L     L D+A L
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKT---ASDRSLPPVAERLPLADLLEDIAQL  297

Query  301  PEDALLLRQGNFSVYCTTAKYIPSILHEIGRQREINFRAVGEGTGYAIDIDRFDHHYHHL  360
            P    +LR+ +F VYCTTA  IPS++HEIGR RE+NFR VGEGTG A+DIDRFD++Y HL
Sbjct  298  PYADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHL  357

Query  361  FVWDDENQHLVGAYRLGLVDKLLEKSGLDGLYSRTLFDYDAPFLTQLGQSIEMGRSVITS  420
            F+WD E+++LVGAYRLGLVDKL+E  G+ GLYS TLF+YD  FL ++G++IEMGRSVI S
Sbjct  358  FIWDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDS  417

Query  421  PYQRSMNALLLLWKGIATFVSQHPQYTHLFGPVSISNDYSPTARQLLAQSMTLHHYDAAS  480
             YQ+SM ALLLLWKGI+T+V +HPQYTHLFGPVSISNDYS  AR+LLA++MTLH YD+  
Sbjct  418  QYQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQ  477

Query  481  AELVKPLNPIPDHHPKWNTSMLTALGDLQLLSRVISRIDEGKGVPVLLRQYLGLNGKLVC  540
            AELV + NP+P  +++WN+S+LT+L+DLQLLSRVI+RIDEGKG+PVLLRQYLGLNGKLV 
Sbjct  478  AELVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVS  537

Query  541  FNVDPAFNNALDGMIVVDLRDVPEKTLGKYMTPAKARHYLSLHQ  584
            FNVDPAFNNALDG+IVVDLR+VP KTL++YM  + A +YL+ HQ
Sbjct  538  FNVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQ  581

12) VV0508 in NC_005139


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  661 bits (2497),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 397/584 (68%), Positives = 494/584 (85%), Gaps = 3/584 (0%)

Query  1    MAINSPFRLPRKTPFGIGENVAEWMTGLSKLDKFYAQRPPHCDTQTFLRYTLEVLGIDYQ  60
            M   SPF LPRKTPFG+GE++AEW TGL +L++FYAQRP+  DTQ+FLR+TL+VLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   IVKGSLANVPQIGPTVVVANHPLGCVEGVILAELLLMMREDVQILANQYLKTVPELDTLF  120
            +V+G L++VP  G+T+VVANHPLGCVEGVILAELLL +R DV+ILANQYLK VPEL +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFDSQQAAKSNMKALRDANKHLAQGGLLLVFPAGEVSQLVDRKQKRLEDKEWSRSV  180
            IGVDVF++ +AAK+N+ ALR+A+KHL QGGLLL+FPAGEVSQLVD KQ RLEDKEWS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SALIRRHKAHALPVFIDGQNSQRFYLAGKIHPllrtlmlgrellNkkqqaipiaigqpik  240
            S L+++H+AH++PV+IDG+NS  FYLAGKIHP+LRTLMLGRELLNK++  I IAIG+ I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKEVQHLTDEQLVSYLRLNTYLLSAEPPLHPPMDHDTNPPLAPITEPLDKQKWLLDLAML  300
              EVQHL D+QLV+YLRLNTYLL + P  +      ++ +L+P++E L     L D+A L
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKT---ASDRSLPPVAERLPLADLLEDIAQL  297

Query  301  PEDALLLRQGNFSVYCTTAKYIPSILHEIGRQREINFRAVGEGTGYAIDIDRFDHHYHHL  360
            P    +LR+ +F VYCTTA  IPS++HEIGR RE+NFR VGEGTG A+DIDRFD++Y HL
Sbjct  298  PYADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHL  357

Query  361  FVWDDENQHLVGAYRLGLVDKLLEKSGLDGLYSRTLFDYDAPFLTQLGQSIEMGRSVITS  420
            F+WD E+++LVGAYRLGLVDKL+E  G+ GLYS TLF+YD  FL ++G++IEMGRSVI S
Sbjct  358  FIWDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDS  417

Query  421  PYQRSMNALLLLWKGIATFVSQHPQYTHLFGPVSISNDYSPTARQLLAQSMTLHHYDAAS  480
             YQ+SM ALLLLWKGI+T+V +HPQYTHLFGPVSISNDYS  AR+LLA++MTLH YD+  
Sbjct  418  QYQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQ  477

Query  481  AELVKPLNPIPDHHPKWNTSMLTALGDLQLLSRVISRIDEGKGVPVLLRQYLGLNGKLVC  540
            AELV + NP+P  +++WN+S+LT+L+DLQLLSRVI+RIDEGKG+PVLLRQYLGLNGKLV 
Sbjct  478  AELVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVS  537

Query  541  FNVDPAFNNALDGMIVVDLRDVPEKTLGKYMTPAKARHYLSLHQ  584
            FNVDPAFNNALDG+IVVDLR+VP KTL++YM  + A +YL+ HQ
Sbjct  538  FNVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQ  581

13) M636_19910 in NC_021848


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  657 bits (2482),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 396/582 (69%), Positives = 507/582 (88%), Gaps = 1/582 (0%)

Query  1    MDSSTPFRLPRKTPFGIGENVAEWATGLSQLDKFYAQRPANADTKTFLRFTLDILGIDYR  60
            M S++PF LPRKTPFG+GE++AEWATGL +L++FYAQRPA++DT++FLRFTLD+LGIDY+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   IAHGSLGSVPKQGATVIVANHPLGCVEGVILAELLLMVRDDIQILANQYLKTVPELDQLF  120
            + +G L  VP QGAT++VANHPLGCVEGVILAELLL VR D++ILANQYLK VPEL  LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGKDAVKSNMKALRAANKHLANGGLLLVFPAGEVSKLVDAKQQRLEDKEWSRSV  180
            IGVDVFEG DA K+N+ ALR A+KHL +GGLLL+FPAGEVS+LVD+KQ RLEDKEWS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SALIRKNKAVTVPVFIRGQNSKRFYMAGKIHPllrtlmlgrellNKSAKTIELSFGQAIK  240
            S L++K++A TVPV+I G+NS  FY+AGKIHP+LRTLMLGRELLNK    I +++G++I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKELNNLNDDQIVnylrlntyllnrDVSATQQTVSDNDLLPIPAGLPIGQLLEELHSLPA  300
              E+++L D+Q+VNYLRLNTYLL+   +  ++T SD  L P++  LP+++LLE++  LP 
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSS-PVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  301  ETQLLQNGEFDVYCASAQQIPSLLHEIGRLREHNFRQVGEGTGQAIDIDHFDHDYLHLFV  360
              ++L++ +FDVYC++A++IPSL+HEIGR+RE NFR+VGEGTG A+DID+FD+DYLHLF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  361  WDRENQCMVGAYRLGLVDQLLAKYGVEGLYSRTLFNYDQRFLDQMGKSIEMGRSVIAEQY  420
            WDRE++ +VGAYRLGLVD+L+   G+ GLYS TLF+YDQRFL++MG++IEMGRSVI  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  421  QKSMSALLLLWKGIATFVHQHPEYTHLFGPVSISNDYSHTARQLLAQSMTLHHYDNDCAE  480
            QKSM+ALLLLWKGI+T+V++HP+YTHLFGPVSISNDYS+ AR+LLA++MTLH YD++ AE
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  481  YVTPSNPLPETNLNWNTSMLTALGDLQLLSRVIARIDEGKGVPVLLRQYLSLNGKLVCFN  540
             V ++NPLP  + +WN+S+LT+L+DLQLLSRVIARIDEGKG+PVLLRQYL+LNGKLV FN
Sbjct  480  LVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  541  VDPAFNNALDGLIMVDLRDVPEKTLARYMGSENAREYLAMNN  582
            VDPAFNNALDGLI+VDLR+VP KTLARYMG  +A  YLA ++
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQ  581

14) VP0372 in NC_004603


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  657 bits (2485),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 397/582 (69%), Positives = 506/582 (87%), Gaps = 1/582 (0%)

Query  1    MDSSTPFRLPRKTPFGIGENVAEWATGLSQLDKFYAQRPVNADTKTFLRFTLDILGIDYR  60
            M S++PF LPRKTPFG+GE++AEWATGL +L++FYAQRP ++DT++FLRFTLD+LGIDY+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   IAHGSLGSVPKQGATVIVANHPLGCVEGVILAELLLMVRDDIQILANQYLKTVPELDQLF  120
            + +G L  VP QGAT++VANHPLGCVEGVILAELLL VR D++ILANQYLK VPEL  LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGKDAVKSNMKALRAANKHLANGGLLLVFPAGEVSQLVDAKQQRLEDKEWSRSV  180
            IGVDVFEG DA K+N+ ALR A+KHL +GGLLL+FPAGEVSQLVD+KQ RLEDKEWS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SALIRKNKAVTVPVFIRGQNSKRFYMAGKIHPllrtlmlgrellNKSAKTIELSFGQAIK  240
            S L++K++A TVPV+I G+NS  FY+AGKIHP+LRTLMLGRELLNK    I +++G++I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKELNNLNDDQIVnylrlntyllnrDVSATQQTVSDNDLLPIAAGLPIGQLLEELHSLPA  300
              E+++L D+Q+VNYLRLNTYLL+   +  ++T SD  L P+A  LP+++LLE++  LP 
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSS-PVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  301  ETQLLQNGEFDVYCASAQQIPSLLHEIGRLREHNFRQVGEGTGQAIDIDHFDHDYLHLFV  360
              ++L++ +FDVYC++A++IPSL+HEIGR+RE NFR+VGEGTG A+DID+FD+DYLHLF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  361  WDRENQCMVGAYRLGLVDQLLAKYGVEGLYSRTLFNYDQRFLDQMGKSIEMGRSVIAEQY  420
            WDRE++ +VGAYRLGLVD+L+   G+ GLYS TLF+YDQRFL++MG++IEMGRSVI  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  421  QKSMSALLLLWKGIATFVHQHPEYTHLFGPVSISNDYSHTARQLLAQSMTLHHYDNDCAE  480
            QKSM+ALLLLWKGI+T+V++HP+YTHLFGPVSISNDYS+ AR+LLA++MTLH YD++ AE
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  481  YVTPSNPLPETNLNWNTSMLTALGDLQLLSRVIARIDEGKGVPVLLRQYLSLNGKLVCFN  540
             V ++NPLP  + +WN+S+LT+L+DLQLLSRVIARIDEGKG+PVLLRQYL+LNGKLV FN
Sbjct  480  LVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  541  VDPAFNNALDGLIMVDLRDVPEKTLARYMGSENAREYLAMNN  582
            VDPAFNNALDGLI+VDLR+VP KTLARYMG  +A  YLA ++
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQ  581

15) VEJY3_01775 in NC_016613


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  656 bits (2481),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 394/581 (68%), Positives = 500/581 (87%), Gaps = 1/581 (0%)

Query  1    MDSTTPFRLPRKTPFGIGENVAEWATGLSQLDKFYAQRPVNADIQTFLRFTLSILGIDYR  60
            M ST+PF LPRKTPFG+GE++AEWATGL +L++FYAQRP ++D Q+FLRFTL +LGIDY+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   IAHGSLDAVPKQGPTVIVANHPLGCVEGVILAELLLMVRDDIQILANQYLKTVPELDQLF  120
            + +G L  VP QG+T++VANHPLGCVEGVILAELLL VR D++ILANQYLK VPEL  LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGKDAVKSNMKALRAANRHLANGGLLLVFPAGEVSQLVDPKQQRLEDKEWSRSV  180
            IGVDVFEG DA K+N+ ALR A++HL +GGLLL+FPAGEVSQLVD+KQ RLEDKEWS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  STLIRKNKATTVPVFINGQNSKRFYMAGKIHPllrtlmlgrellNKNAQTIELSFGQAIK  240
            S L++K++A TVPV+I+G+NS  FY+AGKIHP+LRTLMLGRELLNK+   I +++G++I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKELNNLSDDQVVnylrlntyllnrEPSTPGQTTSMNALLPIAAGLPISQLLDELHSLPA  300
              E+++L D+Q+VNYLRLNTYLL+  P    +T+S  +L P+A  LP+++LL+++  LP 
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSP-VRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  301  EAKLLESGEFEVYCTSAYQIPSLLHEIGRLREYNFRQVGEGTGQAIDIDHFDHDYLHLFV  360
               +L   +F+VYCT+A +IPSL+HEIGR+RE NFR+VGEGTG A+DID+FD+DYLHLF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  361  WDRENQCMVGAYRLGLVDKLMRKHGVEGLYSRTLFNYDQRFIDKMGKSIEMGRSVIAEQY  420
            WDRE++ +VGAYRLGLVDKL+   G+ GLYS TLF+YDQRF+++MG++IEMGRSVI  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  421  QKSMSALLLLWKGIATFVHRNPEYTHLFGPVSISNDYSQTARQLLAQSMTLHHYDNACAE  480
            QKSM+ALLLLWKGI+T+V+R+P+YTHLFGPVSISNDYS+ AR+LLA++MTLH YD+  AE
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  481  HVTPSNPLPETNLNWNTSMLTALGDLQLLSRVIARIDEGKGVPVLLRQYLSLNGKLVCFN  540
             V ++NPLP  + +WN+S+LT+L+DLQLLSRVIARIDEGKG+PVLLRQYL+LNGKLV FN
Sbjct  480  LVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  541  VDPAFNNALDGLIMVDLRDVPEKTLARYMGLENTRTYLAQH  581
            VDPAFNNALDGLI+VDLR+VP KTLARYMG  ++  YLA H
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

16) VVMO6_02631 in NC_014965


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  655 bits (2476),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 397/584 (68%), Positives = 492/584 (85%), Gaps = 3/584 (0%)

Query  1    MAINSPFRLPRKTPFGIGENVAEWMTGLSKLDKFYAQRPPHCDTQTFLRYTLEVLGIDYQ  60
            M   SPF LPRKTPFG+GE++AEW TGL +L++FYAQRP+  DTQ+FLR+TL+VLGIDYQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   IVKGSLANVPQIGPTVVVANHPLGCVEGVILAELLLMMREDVQILANQYLKTVPELDTLF  120
            +V+G L++VP  G+T+VVANHPLGCVEGVILAELLL +R DV+ILANQYLK VPEL +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFDSQQAAKSNMKALRDANKHLAQGGLLLVFPAGEVSQLVDRKQKRLEDKEWSRSV  180
            IGVDVF++ +AAK+N+ ALR+A+KHL QGGLLL+FPAGEVSQLVD KQ RLEDKEWS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SALIRRHKAHALPVFIDGQNSQRFYLAGKIHPllrtlmlgrellNkkqqaipiaigqpik  240
            S L+++H+AH++PV+IDG+NS  FYLAGKIHP+LRTLMLGRELLNK++  I IAIG+ I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKEVQHLTDEQLVSYLRLNTYLLSAEPPLHPPMDHDTNPPLAPIAEPLEKQKWLLDLAML  300
              EVQHL D+QLV+YLRLNTYLL + P  +      ++ +L+P+AE L     L D+A L
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKT---ASDRSLPPVAERLPLADLLEDIAQL  297

Query  301  PEDALLLRQGNFSVYCTTAKYIPSILHEIGRQREINFRAVGEGTGYAIDIDRFDHHYHHL  360
            P    +LR+ +F VYCTTA  IPS++HEIGR RE+NFR VGEGTG A+DIDRFD++Y HL
Sbjct  298  PYADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHL  357

Query  361  FVWDDENQYLVGAYRLGLVDKLLEKSGLDGLYSRTLFDYDAPFLTQLGPSIEMGRSVITS  420
            F+WD E++ LVGAYRLGLVDKL+E  G+ GLYS TLF+YD  FL ++G +IEMGRSVI S
Sbjct  358  FIWDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDS  417

Query  421  PYQRSINALLLLWKGIATFVSQHPQYTHLFGPVSISNDYSPTARQLLAQSMTLHHYDAAS  480
             YQ+S+ ALLLLWKGI+T+V +HPQYTHLFGPVSISNDYS  AR+LLA++MTLH YD+  
Sbjct  418  QYQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQ  477

Query  481  AELVKPLNPIPDHHPKWNTSMLTALGDLQLLSRVISRIDEGKGVPVLLRQYLGLNGKLVC  540
            AELV + NP+P  +++WN+S+LT+L+DLQLLSRVI+RIDEGKG+PVLLRQYLGLNGKLV 
Sbjct  478  AELVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVS  537

Query  541  FNVDPAFNNALDGMIVVDLRDVPEKTLGKYMTPAKARHYLSLHQ  584
            FNVDPAFNNALDG+IVVDLR+VP KTL++YM  + A +YL+ HQ
Sbjct  538  FNVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQ  581

17) VPBB_0379 in NC_019955


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  654 bits (2473),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 397/582 (69%), Positives = 505/582 (87%), Gaps = 1/582 (0%)

Query  1    MDSSTPFRLPRKTPFGIGENVAEWATGLSQLDKFYAQRPVNTDTKTFLRFTLDILGIDYR  60
            M S++PF LPRKTPFG+GE++AEWATGL +L++FYAQRP + DT++FLRFTLD+LGIDY+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   IAHGSLDAVPKQGATVIVANHPLGCVEGVILAELLLMVRDDIQILANQYLKTVPELDQLF  120
            + +G L  VP QGAT++VANHPLGCVEGVILAELLL VR D++ILANQYLK VPEL  LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGKDAVKSNMKALRAANKHLANDGLLLVFPAGEVSQLVDAKQQRLEDKEWSRSV  180
            IGVDVFEG DA K+N+ ALR A+KHL ++GLLL+FPAGEVSQLVD+KQ RLEDKEWS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SALIRKNKAATVPVFICGQNSKRFYMAGKIHPllrtlmlgrellNKSAKTIELSFGEAIK  240
            S L++K++A TVPV+I G+NS  FY+AGKIHP+LRTLMLGRELLNK    I +++GE+I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKELNNLNDDQIVnylrlntyllnrDVSATQQTVSDNDLLPIAAGLPIGQLLEELHNLPA  300
              E+++L D+Q+VNYLRLNTYLL+   +  ++T SD  L P+A  LP+++LLE++ +LP 
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSS-PVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  301  ETQLLQSGEFDVYCASAQQIPSLLHEIGRLREHNFRQVGEGTGQAIDIDHFDHDYLHLFV  360
              ++L+  +FDVYC++A++IPSL+HEIGR+RE NFR+VGEGTG A+DID+FD+DYLHLF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  361  WDRENQCMVGAYRLGLVDQLLAKYGVEGLYSRTLFNYDQRFLDQMGKSIEMGRSVIAEQY  420
            WDRE++ +VGAYRLGLVD+L+   G+ GLYS TLF+YDQRFL++MG++IEMGRSVI  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  421  QKSMSALLLLWKGIATFVHQHPEYTHLFGPVSISNDYSHTARQLLAQSMTLHHYDNDCAE  480
            QKSM+ALLLLWKGI+T+V++HP+YTHLFGPVSISNDYS+ AR+LLA++MTLH YD++ AE
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  481  YVTPSNPLPETNLNWNTSMLTALGDLQLLSRVIARIDEGKGVPVLLRQYLSLNGKLVCFN  540
             V ++NPLP  + +WN+S+LT+L+DLQLLSRVIARIDEGKG+PVLLRQYL+LNGKLV FN
Sbjct  480  LVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  541  VDPAFNNALDGLIMVDLRDVPEKTLARYMGSENAREYLAMNN  582
            VDPAFNNALDGLI+VDLR+VP KTLARYMG  +A  YLA ++
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQ  581

18) VEA_001630 in NC_013456


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  654 bits (2471),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 395/582 (68%), Positives = 505/582 (87%), Gaps = 1/582 (0%)

Query  1    MDSSTPFRLPRKTPFGIGENVAEWATGLSQLDKFYAQRPVNADTKTFLRFTLDILGIDYR  60
            M S++PF LPRKTPFG+GE++AEWATGL +L++FYAQRP ++DT++FLRFTLD+LGIDY+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   IAHGSLDAVPKQGATVIVANHPLGCVEGVILAELLLMIRDDIQILANQYLKTVPELDQLF  120
            + +G L  VP QGAT++VANHPLGCVEGVILAELLL +R D++ILANQYLK VPEL  LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGKDAVKSNMKALRAANKHLANGGLLLVFPAGEVSQLVDAKQQRLEDKEWSRSV  180
            IGVDVFEG DA K+N+ ALR A+KHL +GGLLL+FPAGEVSQLVD+KQ RLEDKEWS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SALIRKNKAATVPVFIRGQNSKRFYMAGKIHPllrtlmlgrellNKSAKTIELSFGQAIK  240
            S L++K++A TVPV+I G+NS  FY+AGKIHP+LRTLMLGRELLNK    I +++G++I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKELNNLNDDQIVnylrlntyllnrDVSATQQTVSDNDLLPIAAGLPIGQLLEELHSLPT  300
              E+++L D+Q+VNYLRLNTYLL+   +  ++T SD  L P+A  LP+++LLE++  LP 
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSS-PVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  301  ETQLLQSGEFDVYCASAQQIPSLLHEIGRLREHNFRQVGEGTGQAIDIDHFDHDYLHLFV  360
              ++L+  +FDVYC++A++IPSL+HEIGR+RE NFR+VGEGTG A+DID+FD+DYLHLF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  361  WDRENQCMVGAYRLGLVDQLLAKYGVEGLYSRTLFNYDQGFLDQMGKSIEMGRSVIAEQY  420
            WDRE++ +VGAYRLGLVD+L+   G+ GLYS TLF+YDQ FL++MG++IEMGRSVI  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  421  QKSMSALLLLWKGIATFVHQHPEYTHLFGPVSISNDYSHTARQLLAQSMTLHHYDNDCAE  480
            QKSM+ALLLLWKGI+T+V++HP+YTHLFGPVSISNDYS+ AR+LLA++MTLH YD++ AE
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  481  YVTPSNPLPETNLNWNTSMLTALGDLQLLSRVIARIDEGKGVPVLLRQYLSLNGKLVCFN  540
             V ++NPLP  + +WN+S+LT+L+DLQLLSRVIARIDEGKG+PVLLRQYL+LNGKLV FN
Sbjct  480  LVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  541  VDPAFNNALDGLIMVDLRDVPEKTLARYMGSGNAREYLALNH  582
            VDPAFNNALDGLI+VDLR+VP KTLARYMG ++A  YLA ++
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQ  581

19) M634_03830 in NC_021847


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  652 bits (2465),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 395/582 (68%), Positives = 504/582 (87%), Gaps = 1/582 (0%)

Query  1    MDSSTPFRLPRKTPFGIGENVAEWATGLSQLDKFYAQRPVNADTKTFLRFTLDILGIDYR  60
            M S++PF LPRKTPFG+GE++AEWATGL +L++FYAQRP ++DT++FLRFTLD+LGIDY+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   IAHGSLGSVPKQGATVIVANHPLGCVEGVILAELLLMVRDDIQILANQYLKTVPELDQLF  120
            + +G L  VP QGAT++VANHPLGCVEGVILAELLL VR D++ILANQYLK VPEL  LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGKDAVKSNMKALRAANKHLANGGLLLVFPAGEVSQLVDAKQQRLEDKEWSRSV  180
            IGVDVFEG DA K+N+ ALR A+KHL +GGLLL+FPAGEVSQLVD+KQ RLEDKEWS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SALIRKNKAATVPVFICGQNSKRFYMAGKIHPllrtlmlgrellNKSAKTIELSFGQAIK  240
            S L++K++A TVPV+I G+NS  FY+AGKIHP+LRTLMLGRELLNK    I +++G++I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKELNNLNDDQIVnylrlntyllnrDVSATQQTVPDNDLLPIAAGLPIGQLLEELHSLPA  300
              E+++L D+Q+VNYLRLNTYLL+   +  ++T +D  L P+A  LP+++LLE++  LP 
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSS-PVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  301  ETQLLQSGEFDVYCASAQQIPSLLHEIGRLREHNFRQVGEGTGQAIDIDHFDHDYLHLFV  360
              ++L+  +FDVYC++A++IPSL+HEIGR+RE NFR+VGEGTG A+DID+FD+DYLHLF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  361  WDRENQCMVGAYRLGLVDQLLAKYGVEGLYSRTLFNYDQRFLDQMGKSIEMGRSVIAEQY  420
            WDRE++ +VGAYRLGLVD+L+   G+ GLYS TLF+YDQRFL++MG++IEMGRSVI  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  421  QKSMSALLLLWKGIATFVHQHPEHTHLFGPVSISNDYSHTARQLLAQSMTLHHYDNDCAE  480
            QKSM+ALLLLWKGI+T+V++HP+ THLFGPVSISNDYS+ AR+LLA++MTLH YD++ AE
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  481  YVTPSNPLPETNLNWNTSMLTALGDLQLLSRVIARIDEGKGVPVLLRQYLSLNGKLVCFN  540
             V ++NPLP  + +WN+S+LT+L+DLQLLSRVIARIDEGKG+PVLLRQYL+LNGKLV FN
Sbjct  480  LVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  541  VDPAFNNALDGLIMVDLRDVPEKTLARYMGSENAREYLAMNN  582
            VDPAFNNALDGLI+VDLR+VP KTLARYMG  +A  YLA ++
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQ  581

20) M892_08705 in NC_022269


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  642 bits (2426),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 394/581 (68%), Positives = 503/581 (87%), Gaps = 1/581 (0%)

Query  1    MDSSTPFRLPRKTPFGIGENVAEWATGLNQLDKFYAQRPVNADTKTFLRFTLDILGIDYR  60
            M S++PF LPRKTPFG+GE++AEWATGL++L++FYAQRP ++DT++FLRFTLD+LGIDY+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   ITHGSLDSVPKQGATVIVANHPLGCVEGVILAELLLMVRDDIQILANQYLKTVPELDQLF  120
            + +G L  VP QGAT++VANHPLGCVEGVILAELLL VR D++ILANQYLK VPEL  LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGKDAVKSNMKALRAANKHLASGGLLLVFPAGEVSQLVDAKQQRLQDKDWSRSV  180
            IGVDVFEG DA K+N+ ALR A+KHL  GGLLL+FPAGEVSQLVD+KQ RL+DK+WS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SSLIRKNKATTVPVFISGQNSKRFYMAGKIHPllrtlllgrellNKHAQTINLSFGQAIK  240
            S L++K++A TVPV+I G+NS  FY+AGKIHP+LRTL+LGRELLNK+   I +++G++I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKELNTLSDDQVVnylrlntyllnrETQSVKpssssellspIAAGLPVGelleelnnlPQ  300
              E++ L D+Q+VNYLRLNTYLL+      K +S   L + +A  LP+++LLE++ +LP 
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPP-VAERLPLADLLEDIAQLPY  299

Query  301  ESKLLTNGEFDVYCTESQNIPSLLHEIGRLRELNFRQVGEGTGLAIDIDHFDHDYLHLFV  360
               +L + +FDVYCT ++NIPSL+HEIGR+RELNFR+VGEGTG A+DID+FD+DYLHLF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  361  WDRESQCLVGAYRLGLVNQLIEKRGIAGLYSRTLFNYDQRFIDQMGKSIEMGRSVIAQQY  420
            WDRE + LVGAYRLGLV++LIE +GI+GLYS TLF+YDQRF+++MG++IEMGRSVI  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  421  QKSMSALLLLWKGIATFVHQNPDYTHLFGPVSISNDYSDTARQLLAQSMTLHHYDNNCAE  480
            QKSM+ALLLLWKGI+T+V+++P+YTHLFGPVSISNDYS+ AR+LLA++MTLH YD++ AE
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  481  YVTPSNPLPDHQRDWNTSMLTALGDLQLLSRVIARIDEGKGVPVLLRQYLSLNGKLVCFN  540
             V ++NPLP  Q +WN+S+LT+L+DLQLLSRVIARIDEGKG+PVLLRQYL+LNGKLV FN
Sbjct  480  LVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  541  VDPAFNNALDGLIMVDLRDVQEKTLARYMGREQTHEYLTYH  581
            VDPAFNNALDGLI+VDLR+V  KTLARYMG+ ++  YL+ H
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

21) VIBHAR_00835 in NC_009783


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  642 bits (2426),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 394/581 (68%), Positives = 503/581 (87%), Gaps = 1/581 (0%)

Query  1    MDSSTPFRLPRKTPFGIGENVAEWATGLNQLDKFYAQRPVNADTKTFLRFTLDILGIDYR  60
            M S++PF LPRKTPFG+GE++AEWATGL++L++FYAQRP ++DT++FLRFTLD+LGIDY+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   ITHGSLDSVPKQGATVIVANHPLGCVEGVILAELLLMVRDDIQILANQYLKTVPELDQLF  120
            + +G L  VP QGAT++VANHPLGCVEGVILAELLL VR D++ILANQYLK VPEL  LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGKDAVKSNMKALRAANKHLASGGLLLVFPAGEVSQLVDAKQQRLQDKDWSRSV  180
            IGVDVFEG DA K+N+ ALR A+KHL  GGLLL+FPAGEVSQLVD+KQ RL+DK+WS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SSLIRKNKATTVPVFISGQNSKRFYMAGKIHPllrtlllgrellNKHAQTINLSFGQAIK  240
            S L++K++A TVPV+I G+NS  FY+AGKIHP+LRTL+LGRELLNK+   I +++G++I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKELNTLSDDQVVnylrlntyllnrETQSVKpssssellspIAAGLPVGelleelnnlPQ  300
              E++ L D+Q+VNYLRLNTYLL+      K +S   L + +A  LP+++LLE++ +LP 
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLLQSSPVRNKTASDRSLPP-VAERLPLADLLEDIAQLPY  299

Query  301  ESKLLTNGEFDVYCTESQNIPSLLHEIGRLRELNFRQVGEGTGLAIDIDHFDHDYLHLFV  360
               +L + +FDVYCT ++NIPSL+HEIGR+RELNFR+VGEGTG A+DID+FD+DYLHLF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  361  WDRESQCLVGAYRLGLVNQLIEKRGIAGLYSRTLFNYDQRFIDQMGKSIEMGRSVIAQQY  420
            WDRE + LVGAYRLGLV++LIE +GI+GLYS TLF+YDQRF+++MG++IEMGRSVI  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  421  QKSMSALLLLWKGIATFVHQNPDYTHLFGPVSISNDYSDTARQLLAQSMTLHHYDNNCAE  480
            QKSM+ALLLLWKGI+T+V+++P+YTHLFGPVSISNDYS+ AR+LLA++MTLH YD++ AE
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  481  YVTPSNPLPDHQRDWNTSMLTALGDLQLLSRVIARIDEGKGVPVLLRQYLSLNGKLVCFN  540
             V ++NPLP  Q +WN+S+LT+L+DLQLLSRVIARIDEGKG+PVLLRQYL+LNGKLV FN
Sbjct  480  LVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  541  VDPAFNNALDGLIMVDLRDVQEKTLARYMGREQTHEYLTYH  581
            VDPAFNNALDGLI+VDLR+V  KTLARYMG+ ++  YL+ H
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

22) N646_2556 in NC_022349


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  636 bits (2402),  Expect = 0.0, Method: Compositional matrix adjust.
 Identities = 395/582 (68%), Positives = 507/582 (88%), Gaps = 3/582 (0%)

Query  1    MDSSTPFRLPRKTPFGIGENVAEWATGLNQLDKFYAQRPVNADTKTFLRFTLDILGIDYR  60
            M S++PF LPRKTPFG+GE++AEWATGL++L++FYAQRP ++DT++FLRFTLD+LGIDY+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   IAHGSLDSVPKQGATVIVANHPLGCVEGVILAELLLMVRDDIQILANQYLKTVPELDQLF  120
            + +G L  VP QGAT++VANHPLGCVEGVILAELLL VR D++ILANQYLK VPEL  LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFEGKDAVKSNMKALRAANKHLASGGLLLVFPAGEVSQLVDAKQQRLEDKAWSRSV  180
            IGVDVFEG DA K+N+ ALR A+KHL  GGLLL+FPAGEVSQLVD+KQ RLEDK WS+SV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  SSLIRKNKATTVPVFISGQNSKRFYMAGKIHPllrtlllgrellNKHAQTIDLSFGQVIK  240
            S L++K++A TVPV+I G+NS  FY+AGKIHP+LRTL+LGRELLNK+   I++++G+ I 
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  FKEINTLNDDQVVnylrlntyllnrETHSVKPSSSSEM-LSPIAAglpvgelleelnnlp  299
              E++ L D+Q+VNYLRLNTYLL  ++ +V+  ++S+  L+P+A  LP+++LLE++ +LP
Sbjct  241  HSEVQHLCDQQLVNYLRLNTYLL--QSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLP  298

Query  300  keskllTSGEFDVYCTESQSIPSLLHEIGRLRELNFRQVGEGTGLAIDIDHFDHDYLHLF  359
                +L   +FDVYCT +++IPSL+HEIGR+RELNFR+VGEGTG A+DID+FD+DYLHLF
Sbjct  299  YADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLF  358

Query  360  VWDRENQCLVGAYRLGLVDQLIEKRGVAGLYSRTLFNYDQRFIDQMGKSIEMGRSVIAHQ  419
            +WDRE++ LVGAYRLGLVD+LIE +G++GLYS TLF+YDQRF+++MG++IEMGRSVI  Q
Sbjct  359  IWDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQ  418

Query  420  YQKSMSALLLLWKGIATFVHQNPDYTHLFGPVSISNDYSDTARQLLAQSMTLHHYDNNCA  479
            YQKSM+ALLLLWKGI+T+V+++P+YTHLFGPVSISNDYS+ AR+LLA++MTLH YD++ A
Sbjct  419  YQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQA  478

Query  480  EYVTPSNPLPEHHRDWNTSMLTALGDLQLLSRVIARIDEGKGVPVLLRQYLSLNGKLVCF  539
            E V ++NPLP  + +WN+S+LT+L+DLQLLSRVIARIDEGKG+PVLLRQYL+LNGKLV F
Sbjct  479  ELVMATNPLPTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  540  NVDPAFNNALDGLIMVDLRDVQEKTLARYMGREQAHDYLVYH  581
            NVDPAFNNALDGLI+VDLR+V  KTLARYMG+ +A  YL  H
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

23) Marme_0402 in NC_015276


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  562 bits (2120),  Expect = 4e-161, Method: Compositional matrix adjust.
 Identities = 313/582 (54%), Positives = 448/582 (77%), Gaps = 6/582 (1%)

Query  3    SPFRLPRITPFGLGESFLEWMTGLAKLDRLYQKRPQNLSSFEFMRHTLKVLNVDYRVGAG  62
            SPF LPR TPFGLGE + EW TGL +L+++Y +RP +  +  F+R TL VL +DY+V  G
Sbjct  5    SPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQVVRG  64

Query  63   SIENIPKEGPVLIVANHPLGAVEGVILADLIGEVRQDVKVLANQLLKRLPEISDLFIGVD  122
             + ++P +G+ ++VANHPLG VEGVILA+L+  VR DVK+LANQ LK +PE++ LFIGVD
Sbjct  65   KLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLFIGVD  124

Query  123  VFEGKSSARTNAKAVRDAHKHLSDGGVLVVFPAGEVSTYRDPETGKNANMLADVEWSQSV  182
            VFEG  +A++N  A+R+AHKHL +GG+L++FPAGEVS   D+  G+    L D EWSQSV
Sbjct  125  VFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGR----LEDKEWSQSV  180

Query  183  AKFIKRSGAVTVPMYIDGKNSALFYNAGKIHPLLRTAMLGRELLNKHSSNIQILIGNPLP  242
            ++++K+  A TVP+YIDG NS+ FY AGKIHP+LRT MLGRELLNK+ ++I I IG+ ++
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  243  YSETGRFEDNKELVKYLRLNTYLMSPQSAAQTKPVSQHLDPVISPISPDVLESEIDALSD  302
             SE  ++ D+ +LV+YLRLNTYL+ + +  +  +  + L PV   ++   L  +I  L+ 
Sbjct  241  HSEVQHLCDQ-QLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  303  DSCLLKQGDFDVYCVHTRDIPNMMQEIGRVREENFRAVGEGSGNACDIDEYDHYYRQLFV  362
               +L++ +FDVYC  + +IP++M+EIGR+RE NFR VGEG+G A DID +D+ Y +LF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  363  WQRKERELVGAYRMGLVDELLENNGIDGLYSKSLFQYGPEFLETLDTSIEMGRSVVTQKY  422
            W+R   +LVGAYR+GLVD L+E++GI GLYS +LF+Y+  FL+ ++ +IEMGRSV+  +Y
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  423  QRNLNSLLLLWKGIAAFASKHPKYTNLFGPVSISNDYSPMARQLMMEALSLHCYDEHKAE  482
            Q+++ +LLLLWKGI+++  +HP+YT+LFGPVSISNDYS  AR+L+ ++++LH YD ++AE
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  483  LVSPSVPFKKAGNTFWQPHLLSCLADTSLLSNLLSRMEDGKGLPVLLRQYLKMNGKLVCF  542
            LV ++ P+  +G++ W++ LL+ LAD  LLS +++R+++GKG+PVLLRQYL +NGKLV F
Sbjct  480  LVMATNPL-PTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  543  NLDPDFNDTLDGLIVVDLRNVPLKTLGKYMGREEAKTYLLQH  584
            N+DP FN++LDGLIVVDLRNVP KTL++YMG+ EA  YL  H
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

24) VCLMA_B0436 in NC_017269


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  552 bits (2085),  Expect = 2e-158, Method: Compositional matrix adjust.
 Identities = 315/581 (55%), Positives = 461/581 (80%), Gaps = 4/581 (0%)

Query  1    MMQTQPFRLPRFTPFGVIEKGVELATGLSQLERYYQQRPTTRDGFEFMRYTLEALNVHYQ  60
            M+ T PF LPR TPFG+ E   E ATGL +L+++Y QRP++ D   F+R+TL+ L ++YQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VDRGRVEQIPTQGPVVIVANHPLGAIEGVILADLVGQVRKDVKVLANQLLKRLPEIEPLF  120
            V RG++ ++P+QG+ ++VANHPLG +EGVILA+L+  VR DVK+LANQ LK +PE+ +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFNGAEASKTNARGIREAHRHLAEGGVLIVFPAGEVST-PQKETGQLSDIDWSQSV  179
            IGVDVF+GA+A+K+N +++R+AH+HL +GG+L++FPAGEVS   +   G+L D +WSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  180  AKFIQRSQATCVPIYIHGRNSAWFYRAGKIHPLLRTAMLGRELLNKSASTISLCIGQPIP  239
            ++++++ QA  VP+YI+G+NS+ FY AGKIHP+LRT MLGRELLNK  + I++ IG+ I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  240  YAELKEFTKDEDVVNYLRLNTYLMSPYD-QAEPAKDSFTIPVIEPVPKAALIAELAQLDK  298
             +E++++  D+++VNYLRLNTYL+ +   +   A D    PV E +P A L+ ++AQL  
Sbjct  241  HSEVQHLC-DQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  299  QAKLLEQGEFTVYCVPSTHIPCMMQEIGRVREISFRAVGEGSGQACDVDAYDHHYWQLFV  358
               +L + +F VYC  + +IP +M+EIGR+RE++FR VGEG+G A D+D +D++Y +LF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  359  WNREQSELVGAYRMGLVDKIVAERGLQGLYSRSLFHYDHAFLATLENAIELGRSVVAEQY  418
            W+RE+++LVGAYR+GLVDK++ ++G+ GLYS +LFHYD+ FL  + NAIE+GRSV+  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  419  QRNLNSLLLLWKSIARFVELNPHYTHLFGPVSISNDYSPAARQLMAATLSIHHYDQHKAA  478
            Q+++ +LLLLWK+I+ +VE +P+YTHLFGPVSISNDYS  AR+L+A T+++H YD ++A 
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  479  LVSPSTPLRAGTEVFWQksllsalasvsllskvvaRMEQGNELPVLLRQYLGMNGKLVCF  538
            LV ++ PL +G    W+ SLL++LA + LLS+V+AR+++G+ +PVLLRQYLG+NGKLV F
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  539  NVDPAFNDALDGLIVVNLKQVPLKTLAKYMGKEAAQHYLCS  579
            NVDPAFN+ALDGLIVV+L++VP KTLA+YMG+  A +YL +
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLAT  579

25) VSAL_I0411 in NC_011312


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  552 bits (2083),  Expect = 3e-158, Method: Compositional matrix adjust.
 Identities = 320/585 (55%), Positives = 461/585 (79%), Gaps = 7/585 (1%)

Query  1    MVTSPFRLPRVTPFGLGESFAEWVTGLNRLDTHYQERPKGLNSFEFMRYTLQCLDVTYDI  60
            + TSPF LPR TPFGLGE +AEW TGL+RL+  Y +RP + ++  F+R+TL+ L++ Y++
Sbjct  2    LSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQV  61

Query  61   HQGELDSIPTTGPVVIVANHPLGALEGVILAEMVGRVRPDVKVLANEYLKQIPEISELFI  120
             +G L  +P+ G+ ++VANHPLG +EGVILAE++  VR+DVK+LAN+YLK +PE++ LFI
Sbjct  62   VRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLFI  121

Query  121  GVDVFETKQAKKTNANALREAHQHLANNGVLIIFPAGEVSTY--NKETKLLSDKRWSYSA  178
            GVDVFE  +A K+N +ALR+AH+HL + G+L++FPAGEVS    +K+ +L  DK WS S 
Sbjct  122  GVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRL-EDKEWSQSV  180

Query  179  TKFIQKHNATTVPIYIDGRNSHTFYLAGKIHPLLRTLMLGREMLNKKENTINLSIGNPIS  238
            +++++KH+A TVP+YIDG+NS  FYLAGKIHP+LRTLMLGRE+LNK++  I ++IG+ IS
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  239  HKELSGFNSPIETINYLRLNTYLLATNTDQTPQPEVKATALSPIMPAINADILEKEIHGL  298
            H E+  +    + +NYLRLNTYLL ++  +   +  ++  L+P+   +    L  +I  L
Sbjct  241  HSEVQHLCDQ-QLVNYLRLNTYLLQSSPVRNKTASDRS--LPPVAERLPLADLLEDIAQL  297

Query  299  PESAKLLEQSGLAVYCTKSQFIPAVIQEIGRIREVTFRDVGEGTGLSCDLDEYDTHYYHL  358
            P +  +L ++ + VYCT ++ IP++++EIGRIRE+ FR+VGEGTG + D+D +D +Y HL
Sbjct  298  PYADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHL  357

Query  359  FIWHQENKEIVGSYRLGLVDELIEEFGLDGLYSRSLFNYQQPFINTLHNSIEVGRSVVAK  418
            FIW++E++++VG+YRLGLVD LIE+ G+ GLYS +LF+Y+Q F+N + N+IE+GRSV+  
Sbjct  358  FIWDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDS  417

Query  419  KYQRNVSSLLLLWKGISTFVYQRPQYTHLFGPVSISNDYSLSARQLIASTLTIHHYDNEK  478
            +YQ+++++LLLLWKGI+T+V ++PQYTHLFGPVSISNDYS  AR+L+A T+T+H YD+E+
Sbjct  418  QYQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQ  477

Query  479  AALVSATTPLKPIIKKVWNgdmlsllgdlkllskvlSRIEKGKGLPVLLRQYIGLNGKLI  538
            A LV AT PL P  +  WN+ +L+ L+DL+LLS+V++RI+ GKG+PVLLRQY+GLNGKL+
Sbjct  478  AELVMATNPL-PTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLV  536

Query  539  CFNVDPDFNDALDGLIVVDMSNVPHKTLSKYMGKEEAMCYLEKHN  583
             FNVDP FN+ALDGLIVVD+ NVP KTL++YMG+ EA+ YL  H+
Sbjct  537  SFNVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQ  581

26) O3Y_16563 in NC_016945


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  551 bits (2078),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 314/581 (55%), Positives = 464/581 (80%), Gaps = 4/581 (0%)

Query  1    MMQTQPFRLPRFTPFGVIEKGVELATGLSQLERYYQQRPTTRDGFEFMRYTLEALNVHYQ  60
            M+ T PF LPR TPFG+ E   E ATGL +L+++Y QRP++ D   F+R+TL+ L ++YQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VDRGRVEQIPAQGPVVIVANHPLGAIEGVILADLVGQVRKDVKVLANQLLKRLPEIEPLF  120
            V RG++ ++PAQG+ ++VANHPLG +EGVILA+L+  VR DVK+LANQ LK +PE+ +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFNGAQASKTNARGIREAHRHLAEGGVLIVFPAGEVST-PQKETGQLSDIDWSQSV  179
            IGVDVF+GA+A+K+N +++R+AH+HL +GG+L++FPAGEVS   +   G+L D +WSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  180  AKFIQRSQARCVPIYIHGRNSAWFYRAGKIHPLLRTAMLGRELLNKSASTISLCIGQPIP  239
            ++++++ QA+ VP+YI+G+NS+ FY AGKIHP+LRT MLGRELLNK  + I++ IG+ I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  240  YAELKEFTKDEDVVNYLRLNTYLMSPHGQVESAKVSFTIP-VIDPVPKAALIAELAQLDK  298
             +E++++  D+++VNYLRLNTYL+ +    + +    ++P V + +P A L+ ++AQL  
Sbjct  241  HSEVQHLC-DQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  299  QAKLLEQGEFTVYCVPSTHIPLMMQEIGRVREISFRAVGEGSGQACDVDAYDHHYWQLFV  358
               +L + +F VYC  + +IP +M+EIGR+RE++FR VGEG+G A D+D +D++Y +LF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  359  WNREQSELVGAYRMGLVDKIVAERGLQGLYSRSLFHYDHAFLATLENAIELGRSVVAEQY  418
            W+RE+++LVGAYR+GLVDK++ ++G+ GLYS +LFHYD+ FL  + NAIE+GRSV+  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  419  QRNLNSLLLLWKGIARFVELNPHYTHLFGPVSISNDYSPAARQLMAATLSIHHYDQHKAA  478
            Q+++ +LLLLWKGI+ +VE +P+YTHLFGPVSISNDYS  AR+L+A T+++H YD ++A 
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  479  LVSPSTPLRAGTEVFWQksllsalasvsllskvvaRMEQGNGLPVLLRQYLGMNGKLVCL  538
            LV ++ PL +G    W+ SLL++LA + LLS+V+AR+++G+G+PVLLRQYLG+NGKLV +
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  539  NVDPAFNDALDGLIVVNLKQVPLKTLAKYMGKEAAQHYLCS  579
            NVDPAFN+ALDGLIVV+L++VP KTLA+YMG+  A +YL +
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLAT  579

27) VCM66_A0604 in NC_012580


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  551 bits (2078),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 314/581 (55%), Positives = 464/581 (80%), Gaps = 4/581 (0%)

Query  1    MMQTQPFRLPRFTPFGVIEKGVELATGLSQLERYYQQRPTTRDGFEFMRYTLEALNVHYQ  60
            M+ T PF LPR TPFG+ E   E ATGL +L+++Y QRP++ D   F+R+TL+ L ++YQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VDRGRVEQIPAQGPVVIVANHPLGAIEGVILADLVGQVRKDVKVLANQLLKRLPEIEPLF  120
            V RG++ ++PAQG+ ++VANHPLG +EGVILA+L+  VR DVK+LANQ LK +PE+ +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFNGAQASKTNARGIREAHRHLAEGGVLIVFPAGEVST-PQKETGQLSDIDWSQSV  179
            IGVDVF+GA+A+K+N +++R+AH+HL +GG+L++FPAGEVS   +   G+L D +WSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  180  AKFIQRSQARCVPIYIHGRNSAWFYRAGKIHPLLRTAMLGRELLNKSASTISLCIGQPIP  239
            ++++++ QA+ VP+YI+G+NS+ FY AGKIHP+LRT MLGRELLNK  + I++ IG+ I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  240  YAELKEFTKDEDVVNYLRLNTYLMSPHGQVESAKVSFTIP-VIDPVPKAALIAELAQLDK  298
             +E++++  D+++VNYLRLNTYL+ +    + +    ++P V + +P A L+ ++AQL  
Sbjct  241  HSEVQHLC-DQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  299  QAKLLEQGEFTVYCVPSTHIPLMMQEIGRVREISFRAVGEGSGQACDVDAYDHHYWQLFV  358
               +L + +F VYC  + +IP +M+EIGR+RE++FR VGEG+G A D+D +D++Y +LF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  359  WNREQSELVGAYRMGLVDKIVAERGLQGLYSRSLFHYDHAFLATLENAIELGRSVVAEQY  418
            W+RE+++LVGAYR+GLVDK++ ++G+ GLYS +LFHYD+ FL  + NAIE+GRSV+  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  419  QRNLNSLLLLWKGIARFVELNPHYTHLFGPVSISNDYSPAARQLMAATLSIHHYDQHKAA  478
            Q+++ +LLLLWKGI+ +VE +P+YTHLFGPVSISNDYS  AR+L+A T+++H YD ++A 
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  479  LVSPSTPLRAGTEVFWQksllsalasvsllskvvaRMEQGNGLPVLLRQYLGMNGKLVCL  538
            LV ++ PL +G    W+ SLL++LA + LLS+V+AR+++G+G+PVLLRQYLG+NGKLV +
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  539  NVDPAFNDALDGLIVVNLKQVPLKTLAKYMGKEAAQHYLCS  579
            NVDPAFN+ALDGLIVV+L++VP KTLA+YMG+  A +YL +
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLAT  579

28) Vch1786_II0330 in NC_016446


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  551 bits (2078),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 314/581 (55%), Positives = 464/581 (80%), Gaps = 4/581 (0%)

Query  1    MMQTQPFRLPRFTPFGVIEKGVELATGLSQLERYYQQRPTTRDGFEFMRYTLEALNVHYQ  60
            M+ T PF LPR TPFG+ E   E ATGL +L+++Y QRP++ D   F+R+TL+ L ++YQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VDRGRVEQIPAQGPVVIVANHPLGAIEGVILADLVGQVRKDVKVLANQLLKRLPEIEPLF  120
            V RG++ ++PAQG+ ++VANHPLG +EGVILA+L+  VR DVK+LANQ LK +PE+ +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFNGAQASKTNARGIREAHRHLAEGGVLIVFPAGEVST-PQKETGQLSDIDWSQSV  179
            IGVDVF+GA+A+K+N +++R+AH+HL +GG+L++FPAGEVS   +   G+L D +WSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  180  AKFIQRSQARCVPIYIHGRNSAWFYRAGKIHPLLRTAMLGRELLNKSASTISLCIGQPIP  239
            ++++++ QA+ VP+YI+G+NS+ FY AGKIHP+LRT MLGRELLNK  + I++ IG+ I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  240  YAELKEFTKDEDVVNYLRLNTYLMSPHGQVESAKVSFTIP-VIDPVPKAALIAELAQLDK  298
             +E++++  D+++VNYLRLNTYL+ +    + +    ++P V + +P A L+ ++AQL  
Sbjct  241  HSEVQHLC-DQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  299  QAKLLEQGEFTVYCVPSTHIPLMMQEIGRVREISFRAVGEGSGQACDVDAYDHHYWQLFV  358
               +L + +F VYC  + +IP +M+EIGR+RE++FR VGEG+G A D+D +D++Y +LF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  359  WNREQSELVGAYRMGLVDKIVAERGLQGLYSRSLFHYDHAFLATLENAIELGRSVVAEQY  418
            W+RE+++LVGAYR+GLVDK++ ++G+ GLYS +LFHYD+ FL  + NAIE+GRSV+  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  419  QRNLNSLLLLWKGIARFVELNPHYTHLFGPVSISNDYSPAARQLMAATLSIHHYDQHKAA  478
            Q+++ +LLLLWKGI+ +VE +P+YTHLFGPVSISNDYS  AR+L+A T+++H YD ++A 
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  479  LVSPSTPLRAGTEVFWQksllsalasvsllskvvaRMEQGNGLPVLLRQYLGMNGKLVCL  538
            LV ++ PL +G    W+ SLL++LA + LLS+V+AR+++G+G+PVLLRQYLG+NGKLV +
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  539  NVDPAFNDALDGLIVVNLKQVPLKTLAKYMGKEAAQHYLCS  579
            NVDPAFN+ALDGLIVV+L++VP KTLA+YMG+  A +YL +
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLAT  579

29) VCA0646 in NC_002506


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  551 bits (2078),  Expect = 7e-158, Method: Compositional matrix adjust.
 Identities = 314/581 (55%), Positives = 464/581 (80%), Gaps = 4/581 (0%)

Query  1    MMQTQPFRLPRFTPFGVIEKGVELATGLSQLERYYQQRPTTRDGFEFMRYTLEALNVHYQ  60
            M+ T PF LPR TPFG+ E   E ATGL +L+++Y QRP++ D   F+R+TL+ L ++YQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  61   VDRGRVEQIPAQGPVVIVANHPLGAIEGVILADLVGQVRKDVKVLANQLLKRLPEIEPLF  120
            V RG++ ++PAQG+ ++VANHPLG +EGVILA+L+  VR DVK+LANQ LK +PE+ +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  121  IGVDVFNGAQASKTNARGIREAHRHLAEGGVLIVFPAGEVST-PQKETGQLSDIDWSQSV  179
            IGVDVF+GA+A+K+N +++R+AH+HL +GG+L++FPAGEVS   +   G+L D +WSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  180  AKFIQRSQARCVPIYIHGRNSAWFYRAGKIHPLLRTAMLGRELLNKSASTISLCIGQPIP  239
            ++++++ QA+ VP+YI+G+NS+ FY AGKIHP+LRT MLGRELLNK  + I++ IG+ I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  240  YAELKEFTKDEDVVNYLRLNTYLMSPHGQVESAKVSFTIP-VIDPVPKAALIAELAQLDK  298
             +E++++  D+++VNYLRLNTYL+ +    + +    ++P V + +P A L+ ++AQL  
Sbjct  241  HSEVQHLC-DQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  299  QAKLLEQGEFTVYCVPSTHIPLMMQEIGRVREISFRAVGEGSGQACDVDAYDHHYWQLFV  358
               +L + +F VYC  + +IP +M+EIGR+RE++FR VGEG+G A D+D +D++Y +LF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  359  WNREQSELVGAYRMGLVDKIVAERGLQGLYSRSLFHYDHAFLATLENAIELGRSVVAEQY  418
            W+RE+++LVGAYR+GLVDK++ ++G+ GLYS +LFHYD+ FL  + NAIE+GRSV+  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  419  QRNLNSLLLLWKGIARFVELNPHYTHLFGPVSISNDYSPAARQLMAATLSIHHYDQHKAA  478
            Q+++ +LLLLWKGI+ +VE +P+YTHLFGPVSISNDYS  AR+L+A T+++H YD ++A 
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  479  LVSPSTPLRAGTEVFWQksllsalasvsllskvvaRMEQGNGLPVLLRQYLGMNGKLVCL  538
            LV ++ PL +G    W+ SLL++LA + LLS+V+AR+++G+G+PVLLRQYLG+NGKLV +
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  539  NVDPAFNDALDGLIVVNLKQVPLKTLAKYMGKEAAQHYLCS  579
            NVDPAFN+ALDGLIVV+L++VP KTLA+YMG+  A +YL +
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLAT  579

30) VCD_000676 in NC_012667


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  550 bits (2075),  Expect = 1e-157, Method: Compositional matrix adjust.
 Identities = 314/581 (55%), Positives = 464/581 (80%), Gaps = 4/581 (0%)

Query  25   MMQTQPFRLPRFTPFGVIEKGVELATGLSQLERYYQQRPTTRDGFEFMRYTLEALNVHYQ  84
            M+ T PF LPR TPFG+ E   E ATGL +L+++Y QRP++ D   F+R+TL+ L ++YQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  85   VDRGRVEQIPAQGPVVIVANHPLGAIEGVILADLVGQVRKDVKVLANQLLKRLPEIEPLF  144
            V RG++ ++PAQG+ ++VANHPLG +EGVILA+L+  VR DVK+LANQ LK +PE+ +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  145  IGVDVFNGAQASKTNARGIREAHRHLAEGGVLIVFPAGEVST-PQKETGQLSDIDWSQSV  203
            IGVDVF+GA+A+K+N +++R+AH+HL +GG+L++FPAGEVS   +   G+L D +WSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  204  AKFIQRSQARCVPIYIHGRNSAWFYRAGKIHPLLRTAMLGRELLNKSASTISLCIGQPIP  263
            ++++++ QA+ VP+YI+G+NS+ FY AGKIHP+LRT MLGRELLNK  + I++ IG+ I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  264  YAELKEFTKDEDVVNYLRLNTYLMSPHGQVESAKVSFTIP-VIDPVPKAALIAELAQLDK  322
             +E++++  D+++VNYLRLNTYL+ +    + +    ++P V + +P A L+ ++AQL  
Sbjct  241  HSEVQHLC-DQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  323  QAKLLEQGEFTVYCVPSTHIPLMMQEIGRVREISFRAVGEGSGQACDVDAYDHHYWQLFV  382
               +L + +F VYC  + +IP +M+EIGR+RE++FR VGEG+G A D+D +D++Y +LF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  383  WNREQSELVGAYRMGLVDKIVAERGLQGLYSRSLFHYDHAFLATLENAIELGRSVVAEQY  442
            W+RE+++LVGAYR+GLVDK++ ++G+ GLYS +LFHYD+ FL  + NAIE+GRSV+  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  443  QRNLNSLLLLWKGIARFVELNPHYTHLFGPVSISNDYSPAARQLMAATLSIHHYDQHKAA  502
            Q+++ +LLLLWKGI+ +VE +P+YTHLFGPVSISNDYS  AR+L+A T+++H YD ++A 
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  503  LVSPSTPLRAGTEVFWQksllsalasvsllskvvaRMEQGNGLPVLLRQYLGMNGKLVCL  562
            LV ++ PL +G    W+ SLL++LA + LLS+V+AR+++G+G+PVLLRQYLG+NGKLV +
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  563  NVDPAFNDALDGLIVVNLKQVPLKTLAKYMGKEAAQHYLCS  603
            NVDPAFN+ALDGLIVV+L++VP KTLA+YMG+  A +YL +
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLAT  579

31) VC395_A0666 in NC_012583


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  548 bits (2070),  Expect = 3e-157, Method: Compositional matrix adjust.
 Identities = 317/581 (55%), Positives = 461/581 (80%), Gaps = 4/581 (0%)

Query  25   MMQTQPFRLPRFTPFGVIEKGVELATGLSQLERYYQQRPTTRDGFEFMRYTLEALNVHYQ  84
            M+ T PF LPR TPFG+ E   E ATGL +L+++Y QRP++ D   F+R+TL+ L ++YQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  85   VDRGRVEQIPAQGPVVIVANHPLGAIEGVILADLVGQVRKDVKVLANQLLKRLPEIEPLF  144
            V RG++ ++PAQG+ ++VANHPLG +EGVILA+L+  VR DVK+LANQ LK +PE+ +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  145  IGVDVFNGAQASKTNARGIREAHRHLAEGGVLIVFPAGEVST-PQKETGQLSDIDWSQSV  203
            IGVDVF+GA+A+K+N +++R+AH+HL +GG+L++FPAGEVS   +   G+L D +WSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  204  AKFIQRSQATCVPIYIYGRNSAWFYRAGKIHPLLRTAMLGRELLNKSASTISLCIGQPIP  263
            ++++++ QA  VP+YI G+NS+ FY AGKIHP+LRT MLGRELLNK  + I++ IG+ I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  264  YAELKEFTKDEDVVNYLRLNTYLM-SPHGQAESAKVSFTIPVIDPVPKAALIAELAQLDK  322
             +E++++  D+++VNYLRLNTYL+ S+  +  +A      PV + +P A L+ ++AQL  
Sbjct  241  HSEVQHLC-DQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  323  QAKLLEQGEFTVYCVPSTHIPLMMQEIGRVREISFRAVGEGSGQACDVDAYDHYYWQLFV  382
               +L + +F VYC  + +IP +M+EIGR+RE++FR VGEG+G A D+D +D+ Y +LF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  383  WNREQSELVGAYRMGLVDKIVAERGLQGLYSRSLFHYDHAFLATLENAIELGRSVVAEQY  442
            W+RE+++LVGAYR+GLVDK++ ++G+ GLYS +LFHYD+ FL  + NAIE+GRSV+  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  443  QRNLNSLLLLWKGIARFVELNPHYTHLFGPVSISNDYSPAARQLMAATLSIHHYDQHKAA  502
            Q+++ +LLLLWKGI+ +VE +P+YTHLFGPVSISNDYS  AR+L+A T+++H YD ++A 
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  503  LVSPSTPLRAGTEVFWQksllsalasvsllskvvaRMEQGNGLPVLLRQYLGMNGKLVCF  562
            LV ++ PL +G    W+ SLL++LA + LLS+V+AR+++G+G+PVLLRQYLG+NGKLV F
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  563  NVDPAFNDALDGLIVVNLKQVPLKTLAKYMGKEAAQHYLCS  603
            NVDPAFN+ALDGLIVV+L++VP KTLA+YMG+  A +YL +
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLAT  579

32) VC0395_0590 in NC_009456


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  548 bits (2070),  Expect = 3e-157, Method: Compositional matrix adjust.
 Identities = 317/581 (55%), Positives = 461/581 (80%), Gaps = 4/581 (0%)

Query  25   MMQTQPFRLPRFTPFGVIEKGVELATGLSQLERYYQQRPTTRDGFEFMRYTLEALNVHYQ  84
            M+ T PF LPR TPFG+ E   E ATGL +L+++Y QRP++ D   F+R+TL+ L ++YQ
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  85   VDRGRVEQIPAQGPVVIVANHPLGAIEGVILADLVGQVRKDVKVLANQLLKRLPEIEPLF  144
            V RG++ ++PAQG+ ++VANHPLG +EGVILA+L+  VR DVK+LANQ LK +PE+ +LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  145  IGVDVFNGAQASKTNARGIREAHRHLAEGGVLIVFPAGEVST-PQKETGQLSDIDWSQSV  203
            IGVDVF+GA+A+K+N +++R+AH+HL +GG+L++FPAGEVS   +   G+L D +WSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  204  AKFIQRSQATCVPIYIYGRNSAWFYRAGKIHPLLRTAMLGRELLNKSASTISLCIGQPIP  263
            ++++++ QA  VP+YI G+NS+ FY AGKIHP+LRT MLGRELLNK  + I++ IG+ I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  264  YAELKEFTKDEDVVNYLRLNTYLM-SPHGQAESAKVSFTIPVIDPVPKAALIAELAQLDK  322
             +E++++  D+++VNYLRLNTYL+ S+  +  +A      PV + +P A L+ ++AQL  
Sbjct  241  HSEVQHLC-DQQLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPY  299

Query  323  QAKLLEQGEFTVYCVPSTHIPLMMQEIGRVREISFRAVGEGSGQACDVDAYDHYYWQLFV  382
               +L + +F VYC  + +IP +M+EIGR+RE++FR VGEG+G A D+D +D+ Y +LF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  383  WNREQSELVGAYRMGLVDKIVAERGLQGLYSRSLFHYDHAFLATLENAIELGRSVVAEQY  442
            W+RE+++LVGAYR+GLVDK++ ++G+ GLYS +LFHYD+ FL  + NAIE+GRSV+  QY
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  443  QRNLNSLLLLWKGIARFVELNPHYTHLFGPVSISNDYSPAARQLMAATLSIHHYDQHKAA  502
            Q+++ +LLLLWKGI+ +VE +P+YTHLFGPVSISNDYS  AR+L+A T+++H YD ++A 
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  503  LVSPSTPLRAGTEVFWQksllsalasvsllskvvaRMEQGNGLPVLLRQYLGMNGKLVCF  562
            LV ++ PL +G    W+ SLL++LA + LLS+V+AR+++G+G+PVLLRQYLG+NGKLV F
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  563  NVDPAFNDALDGLIVVNLKQVPLKTLAKYMGKEAAQHYLCS  603
            NVDPAFN+ALDGLIVV+L++VP KTLA+YMG+  A +YL +
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLAT  579

33) Mmwyl1_1504 in NC_009654


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  538 bits (2030),  Expect = 4e-154, Method: Compositional matrix adjust.
 Identities = 313/589 (54%), Positives = 456/589 (78%), Gaps = 17/589 (2%)

Query  9    PSPFRLKRVTPFGVGESVIEWATGLAKLDRLYQQRPSNQNCFEFMRYTLEALDIDYSIAK  68
             SPF L R TPFG+GE + EWATGL +L+++Y QRP++ +   F+R+TL+ L+IDY + +
Sbjct  4    TSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQVVR  63

Query  69   GSIDQIPKDGPVVIVANHPLGAIEGVVLADLVGQVRSDVKVLANELLKRLPEISDLFIGV  128
            G + ++P +G+ ++VANHPLG +EGV+LA+L+  VRSDVK+LAN+ LK +PE++ LFIGV
Sbjct  64   GKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLFIGV  123

Query  129  DVFGGKTAQRTNGKAVRDAHRHLAEGGVLIVFPAGEVSSYAKPSQGLSSNNSKEKQALAD  188
            DVF G  A ++N  A+R+AH+HL +GG+L++FPAGEVS    + QG           L D
Sbjct  124  DVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQG----------RLED  173

Query  189  IEWSQSVANFLKRSETTTVPIFINGKNSELFYQAGRIHPLLRTAMLGRELLNKKSSVIEI  248
             EWSQSV+ ++K+ ++ TVP++I+G NS  FY AG+IHP+LRT MLGRELLNK+ + I I
Sbjct  174  KEWSQSVSRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGI  233

Query  249  SIGSAMPFSELNQFDNNQDLVNYLRLNTYLMSPQQDQESVAHTEQIDLPIIAAINP--DL  306
            +IG +++ SE++++  +Q+LVNYLRLNTYL+ +   ++  A   +  LP +A   P  DL
Sbjct  234  AIGEGISHSEVQHL-CDQQLVNYLRLNTYLLQSSPVRNKTA--SDRSLPPVAERLPLADL  290

Query  307  LESEIASLPSEMKLVEQGEFSVYYAPTQSIPLLMQEIGRIREENFRAVGEGSGLACDVDE  366
            LE +IA LP    ++ + +F VY + +++IP LM+EIGRIRE NFR VGEG+G A D+D 
Sbjct  291  LE-DIAQLPYADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDR  349

Query  367  YDLYYHQLFVWHHGNKEVVGAYRMGLVDKLIEAHGLKGLYSRSLFHYDQAFIDSLGHSIE  426
            +D  Y +LF+W++ ++++VGAYR+GLVDKLIE  G+ GLYS +LFHYDQ F++++G++IE
Sbjct  350  FDRDYLHLFIWDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIE  409

Query  427  MGRSVVAGKYQKNLNSLLLLWKGIATFAYRNPKYTNLFGPVSISNEYSHVARQLIAATLS  486
            MGRSV+ ++YQK++ +LLLLWKGI+T+  R+P+YT+LFGPVSISN+YS+ AR+L+A T++
Sbjct  410  MGRSVIDSQYQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMT  469

Query  487  IHYYDKEKASLVMPSTPLRNSGSVFWQPnllsslasvtllsnvlsRMEQGKGLPVLIRQY  546
            +HYYD E+A LVM++ PL  +G   W+++LL+SLA + LLS V++R+++GKG+PVL+RQY
Sbjct  470  LHYYDSEQAELVMATNPL-PTGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQY  528

Query  547  LKMNGKLVCFNVDPAFHNTLDGLIVVNLKDVPVSILGKYMGREEAEAYL  595
            L +NGKLV FNVDPAF+N+LDGLIVV+L++VP   L++YMG+ EA  YL
Sbjct  529  LGLNGKLVSFNVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYL  577

34) N175_03160 in NC_022223


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  536 bits (2023),  Expect = 2e-153, Method: Compositional matrix adjust.
 Identities = 312/586 (54%), Positives = 460/586 (79%), Gaps = 5/586 (0%)

Query  2    IMLASPFRLPRHTPFGVAESIVEWASGLATLDKLYQQRPAKPSCFEFMRYTLAALNIEYR  61
            ++ +SPF LPR TPFG++E + EWA+GL  L+++Y QRPA      F+R+TL  L I+Y+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  62   LALGSIDNIPQTGPVVIVANHPLGAIEGVILADLIGSVRTDIKVLANQLLKRLPEISELF  121
            +  G + ++P  G+ ++VANHPLG +EGVILA+L+  VR+D+K+LANQ LK +PE++ LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  122  IGVDVFNSKSARSTNAQAIRDANLHLAQGGLLIIFPAGEVSTYPKGSQT-LSDIEWSQSV  180
            IGVDVF++  A  +N +A+R+A+ HL QGGLL++FPAGEVS    + Q  L D EWSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  AKFVKRAQATTVPIFINGKNSTLFYQAGRIHPllrtallgrellNKQAHNIEISIGNPIP  240
            +++VK+ QA TVP++I+G NST FY AG+IHP+LRT +LGRELLNKQ  +I I+IG+ I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  YSEVKAFEQERDIVHYLRLNTYLMSAAPTATPSSPELVTSPLPIIDALIVEKLEQDLAAL  300
             SEV+ +  ++++V+YLRLNTYL+ ++P    ++++   S  P+ + L +  L +D+A L
Sbjct  241  HSEVQHLC-DQQLVNYLRLNTYLLQSSPVRNKTASD--RSLPPVAERLPLADLLEDIAQL  297

Query  301  PSESKLLEQGDWIVYCAASEQLPHILQEIGRIREESFRAVGEGSGLACDLDEYDRHYYQL  360
            P    +L + +  VYC++++++P +++EIGRIRE +FR VGEG+G A D+D +DR+Y +L
Sbjct  298  PYADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHL  357

Query  361  FVWHKKDRQIVGAYRLGLVDKLIAKQGLAGLYSRSLFQYDETFINTLDTSIELGRSVVSS  420
            F+W++   Q+VGAYRLGLVDKLI  +G++GLYS +LF+YD+ F+N ++ +IE+GRSV+ S
Sbjct  358  FIWDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDS  417

Query  421  KYQRNLNSLLMLWKGIAAFVARHPQYTHLFGPVSISNDYSHTARQLMAATLSIHHYDHEK  480
            +YQ+++ +LL+LWKGI+++V RHPQYTHLFGPVSISNDYS+ AR+L+A T+++H YD E+
Sbjct  418  QYQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQ  477

Query  481  ATLVSPSTPLRCNGNTFWQTNllsslasisllsKVLAKMENGKGLPVLLRQYLGMNGKLV  540
            A LV ++ PL   G++ W+++LL+SLA + LLS+V+A++++GKG+PVLLRQYLG+NGKLV
Sbjct  478  AELVMATNPLP-TGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLV  536

Query  541  CFNVDPAFNNALDGLIVVNLKQVPLHTLAKYMGKEQASAYLNSTPF  586
             FNVDPAFNNALDGLIVV+L++VP  TLA+YMG+ +A  YL +  +
Sbjct  537  SFNVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQY  582

35) VAA_02701 in NC_015633


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  536 bits (2023),  Expect = 2e-153, Method: Compositional matrix adjust.
 Identities = 312/586 (54%), Positives = 460/586 (79%), Gaps = 5/586 (0%)

Query  2    IMLASPFRLPRHTPFGVAESIVEWASGLATLDKLYQQRPAKPSCFEFMRYTLAALNIEYR  61
            ++ +SPF LPR TPFG++E + EWA+GL  L+++Y QRPA      F+R+TL  L I+Y+
Sbjct  1    MLSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQ  60

Query  62   LALGSIDNIPQTGPVVIVANHPLGAIEGVILADLIGSVRTDIKVLANQLLKRLPEISELF  121
            +  G + ++P  G+ ++VANHPLG +EGVILA+L+  VR+D+K+LANQ LK +PE++ LF
Sbjct  61   VVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLF  120

Query  122  IGVDVFNSKSARSTNAQAIRDANLHLAQGGLLIIFPAGEVSTYPKGSQT-LSDIEWSQSV  180
            IGVDVF++  A  +N +A+R+A+ HL QGGLL++FPAGEVS    + Q  L D EWSQSV
Sbjct  121  IGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSV  180

Query  181  AKFVKRAQATTVPIFINGKNSTLFYQAGRIHPllrtallgrellNKQAHNIEISIGNPIP  240
            +++VK+ QA TVP++I+G NST FY AG+IHP+LRT +LGRELLNKQ  +I I+IG+ I+
Sbjct  181  SRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGIS  240

Query  241  YSEVKAFEQERDIVHYLRLNTYLMSAAPTATPSSPELVTSPLPIIDALIVEKLEQDLAAL  300
             SEV+ +  ++++V+YLRLNTYL+ ++P    ++++   S  P+ + L +  L +D+A L
Sbjct  241  HSEVQHLC-DQQLVNYLRLNTYLLQSSPVRNKTASD--RSLPPVAERLPLADLLEDIAQL  297

Query  301  PSESKLLEQGDWIVYCAASEQLPHILQEIGRIREESFRAVGEGSGLACDLDEYDRHYYQL  360
            P    +L + +  VYC++++++P +++EIGRIRE +FR VGEG+G A D+D +DR+Y +L
Sbjct  298  PYADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHL  357

Query  361  FVWHKKDRQIVGAYRLGLVDKLIAKQGLAGLYSRSLFQYDETFINTLDTSIELGRSVVSS  420
            F+W++   Q+VGAYRLGLVDKLI  +G++GLYS +LF+YD+ F+N ++ +IE+GRSV+ S
Sbjct  358  FIWDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDS  417

Query  421  KYQRNLNSLLMLWKGIAAFVARHPQYTHLFGPVSISNDYSHTARQLMAATLSIHHYDHEK  480
            +YQ+++ +LL+LWKGI+++V RHPQYTHLFGPVSISNDYS+ AR+L+A T+++H YD E+
Sbjct  418  QYQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQ  477

Query  481  ATLVSPSTPLRCNGNTFWQTNllsslasisllsKVLAKMENGKGLPVLLRQYLGMNGKLV  540
            A LV ++ PL   G++ W+++LL+SLA + LLS+V+A++++GKG+PVLLRQYLG+NGKLV
Sbjct  478  AELVMATNPLP-TGQAQWNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLV  536

Query  541  CFNVDPAFNNALDGLIVVNLKQVPLHTLAKYMGKEQASAYLNSTPF  586
             FNVDPAFNNALDGLIVV+L++VP  TLA+YMG+ +A  YL +  +
Sbjct  537  SFNVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATHQY  582

36) Mar181_0347 in NC_015559


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  536 bits (2022),  Expect = 2e-153, Method: Compositional matrix adjust.
 Identities = 301/581 (52%), Positives = 444/581 (77%), Gaps = 9/581 (1%)

Query  1    MTDSPFRLPRVTPFGLAEKCVEWLTGLSKLDALYQQRTLTHSSFEFMNYTLKALDIHYQL  60
            ++ SPF LPR TPFGL+E   EW TGL +L+ +Y QR  +  +  F+ +TL  L+I+YQ+
Sbjct  2    LSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQV  61

Query  61   ASGSLQNIPKQGPVVIVANHPLGAIEGVIVADLLANVRQDVKVLANEMLKRLPEIRDLFI  120
              G L ++P QG+ ++VANHPLG +EGVI+A+LL  VR DVK+LAN+ LK +PE+  LFI
Sbjct  62   VRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLFI  121

Query  121  GVNVFGGSKAAKTNSVAIREANKHLADGGVLVIFPAGEVSTYAKGSKV-LADVEWRHSVA  179
            GV+VF G+ AAK+N  A+R+A+KHL +GG+L++FPAGEVS    + +  L D EW +SV+
Sbjct  122  GVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSVS  181

Query  180  KFINRSQASVVPIFIDGKNSAMFYRAGRIHPLLRTAMLAKELLNKSATGIRLSIGQAIDY  239
            +++++ QA  VP++IDG NS+ FY AG+IHP+LRT ML++ELLNK  T I ++IG++I  
Sbjct  182  RLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGISH  241

Query  240  SELKGFSDEKDLVHYLRLNTY--llssdtqqqslsKVIAPLAS----DSLLRDIAALPEE  293
            SE++ + D+ +LV+YLRLNTY    S+  ++ +  + ++P+A       LL DIA LP  
Sbjct  242  SEVQHLCDQ-QLVNYLRLNTYLLQSSPVRNKTASDRSLPPVAERLPLADLLEDIAQLPYA  300

Query  294  ALLFEQGDFAVYCAGRDRLPNIMQEIGRIREQSFRAVGEGSGLACDLDEYDHYYQQLFVW  353
              ++ + +F VYC+  D +P++M+EIGRIRE +FR VGEG+G A D+D +D+ Y +LF+W
Sbjct  301  DHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIW  360

Query  354  HKVDQKIVGAYRLGFVDQLLKEKGLQGLYSRSLFQYDQAFLASMGNSIEVGRSVVAEAYQ  413
            ++  +++VGAYRLG+VD+L+ +KG+ GLYS +LF+YDQ FL +MGN+IE+GRSV+   YQ
Sbjct  361  DREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQ  420

Query  414  KNLNSLLMLWKGIATLVLRYPQYTHLFGPVSISNDYSDSARQLMMQTLSLHHYDQRRAKL  473
            K++ +LL+LWKGI+T V R PQYTHLFGPVSISNDYS+ AR+L+ +T++LH YD  +A L
Sbjct  421  KSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAEL  480

Query  474  VKASTPLAQNTTDFWQPNLLSALTNVELLSKILARMEQGKGLPVLLRQYLRMNGKLICFN  533
            V A+ PL+   ++ W+++LL++L++++LLS+++AR+++GKG+PVLLRQYL +NGKL+ FN
Sbjct  481  VMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFN  539

Query  534  LDHEFNDALDGLIMVDLTKVPLKTLGKYMGRAPAEDYLKQH  574
            +D  FN+ALDGLI+VDL +VP KTL++YMG++ A  YL  H
Sbjct  540  VDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

37) VV0795 in NC_005139


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  521 bits (1965),  Expect = 6e-149, Method: Compositional matrix adjust.
 Identities = 315/580 (55%), Positives = 442/580 (77%), Gaps = 8/580 (1%)

Query  3    TSPFRLPRYTPFGLGESLVEWMTGLAKLDGFYQARPNTQSSFEFMRYTLSALNIDYRVEQ  62
            TSPF LPR TPFGLGE L EW TGL +L+ FY  RP +  +  F+R+TL  L IDY+V +
Sbjct  4    TSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQVVR  63

Query  63   GLVTHIPEQGPVVIVANHPLGAIEGVILADLVGAVRSDVKVLANQLLKRLPEIDELFIGI  122
            G +TH+P QG+ ++VANHPLG +EGVILA+L+  VRSDVK+LANQ LK +PE+  LFIG+
Sbjct  64   GKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLFIGV  123

Query  123  DVFAGRSAMRMNANAVREAHRHLAQGGVLIVFPAGEVSTYREGSET-LSDIEWSQSVAKF  181
            DVF G  A + N +A+R+AH+HL QGG+L++FPAGEVS   ++ +  L D EWSQSV+++
Sbjct  124  DVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSVSRL  183

Query  182  VTRAKATTIPIYINGQNSALFYKAGKVHPllrtallgrellNKSASTIAISIGNPIPYSE  241
            V + +A T+P+YI+G+NS+ FY AGK+HP+LRT +LGRELLNK  + I+I+IG+ I+ SE
Sbjct  184  VKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGISHSE  243

Query  242  VKEFEHERDIVHYLRLNTYLMGADREPPFAFCSPVYTQPLIQPVEKalleldlaalPSNA  301
            V+++  ++++V+YLRLNTYL+ +      +        P+ + +  A L  D+A LP   
Sbjct  244  VQHL-CDQQLVNYLRLNTYLLQSSPVRNKTASDRSLP-PVAERLPLADLLEDIAQLPYAD  301

Query  302  LLLEQGDYAVYCVESTAIPNMLREIGRVREESFREVGEGSGLACDLDF--FDASYRQLFV  359
             +L + ++ VYC  +  IP++++EIGR+RE +FREVGEG+G  C LD+  FD  Y +LF+
Sbjct  302  HMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTG--CALDIDRFDRDYLHLFI  359

Query  360  WNHSEGELVGAYRLGLVDELTVEKGLDGLYSRSLFQYDEAFLNTLDKSIELGRSVVAIKY  419
            W++   +LVGAYRLGLVD L  +KG+ GLYS +LF+YD+ FLN ++++IE+GRSV+  +Y
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  420  QRSLNALLLLWKGIAAFVSQHPQYTHLFGPVSISNDYSSVARQLMAATLSIHHYDQEKAR  479
            Q+S+ ALLLLWKGI+++V +HPQYTHLFGPVSISNDYS  AR+L+A T+++H YD E+A 
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  480  LVTPITPLKTSTSPFWHKNllsalasvsalsKVISRLEKGPGLPVLLRQYLGMKGKLVCF  539
            LV +  PL T+ +  W+ +LL++LA +  LS+VI+R++ G G+PVLLRQYLG++GKLV F
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  540  NVDPAFNHALDGLIVVNLKQVPLKTLAKYMGKEAAQRYLE  579
            NVDPAFN+ALDGLIVV+L++VP KTLA+YMG+  A RYL 
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLA  578

38) VV1_0403 in NC_004459


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  520 bits (1961),  Expect = 1e-148, Method: Compositional matrix adjust.
 Identities = 316/578 (55%), Positives = 443/578 (77%), Gaps = 4/578 (0%)

Query  3    TSPFRLPRHTPFGLGESLVEWMTGLAKLDGFYQARPNTQSSFEFMRYTLSALNIDYRVEQ  62
            TSPF LPR TPFGLGE L EW TGL +L+ FY  RP +  +  F+R+TL  L IDY+V +
Sbjct  4    TSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQVVR  63

Query  63   GLVTHIPEQGPVVIVANHPLGAIEGVILADLVGAVRSDVKVLANQLLKRLPEIDELFIGI  122
            G +TH+P QG+ ++VANHPLG +EGVILA+L+  VRSDVK+LANQ LK +PE+  LFIG+
Sbjct  64   GKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLFIGV  123

Query  123  DVFAGRSAMRTNANAVREAHRHLAQGGVLIVFPAGEVSTYREESET-LSDIEWSQSVAKF  181
            DVF G  A ++N +A+R+AH+HL QGG+L++FPAGEVS   +  +  L D EWSQSV+++
Sbjct  124  DVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSVSRL  183

Query  182  VTRAKATTIPIYINGQNSALFYKAGKVHPllrtallgrellNKSTSTIAISIGNPIPYSE  241
            V + +A T+P+YI+G+NS+ FY AGK+HP+LRT +LGRELLNK  + I+I+IG+ I+ SE
Sbjct  184  VKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGISHSE  243

Query  242  VKEFEHERDIVHYLRLNTYLMGAEREPPFAFCSPVYTQPLIQPVEKALLERDLAALPSNA  301
            V+++  ++++V+YLRLNTYL+ +      +        P+ + +  A L  D+A LP   
Sbjct  244  VQHL-CDQQLVNYLRLNTYLLQSSPVRNKTASDRSLP-PVAERLPLADLLEDIAQLPYAD  301

Query  302  LLLEQGDYAVYCVESTAIPNMLREIGRVREESFREVGEGSGLACDLDPFDASYRQLFVWN  361
             +L + ++ VYC  +  IP++++EIGR+RE +FREVGEG+G A D+D FD  Y +LF+W+
Sbjct  302  HMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIWD  361

Query  362  HSEGELVGAYRLGLVDELTVEKGLDGLYSRSLFQYDEAFLNTLDKSIELGRSVVAIKYQR  421
            +   +LVGAYRLGLVD L  +KG+ GLYS +LF+YD+ FLN ++++IE+GRSV+  +YQ+
Sbjct  362  REKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQK  421

Query  422  SLNALLLLWKGIAAFVSQHPQYTHLFGPVSISNDYSSVARQLMAATLSIHHYDQEKARLV  481
            S+ ALLLLWKGI+++V +HPQYTHLFGPVSISNDYS  AR+L+A T+++H YD E+A LV
Sbjct  422  SMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAELV  481

Query  482  tpttplktstspFWHKNllsalasvsalsKVISRLEKGPGLPVLLRQYLGMKGKLVCFNV  541
             +T PL T+ +  W+ +LL++LA +  LS+VI+R++ G G+PVLLRQYLG++GKLV FNV
Sbjct  482  MATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNV  540

Query  542  DPAFNHALDGLIVVNLKQVPLKTLAKYMGKEAAQRYLE  579
            DPAFN+ALDGLIVV+L++VP KTLA+YMG+  A RYL 
Sbjct  541  DPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLA  578

39) VVMO6_02401 in NC_014965


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  519 bits (1957),  Expect = 2e-148, Method: Compositional matrix adjust.
 Identities = 316/580 (55%), Positives = 445/580 (77%), Gaps = 8/580 (1%)

Query  3    TSPFRLPRHTPFGLGESLVEWMTGLAKLDGFYQARPNAQSSFEFMRYTLSALNIDYRVEQ  62
            TSPF LPR TPFGLGE L EW TGL +L+ FY  RP +  +  F+R+TL  L IDY+V +
Sbjct  4    TSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQVVR  63

Query  63   GLVTHIPEQGPVVIVANHPLGAIEGVILADLVGAVRSDVKVLANQLLKRLPEIDELFIGI  122
            G +TH+P QG+ ++VANHPLG +EGVILA+L+  VRSDVK+LANQ LK +PE+  LFIG+
Sbjct  64   GKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLFIGV  123

Query  123  DVFAGRSAMRTNANAVREAHRHLAQGGVLIVFPAGEVSTYREGSET-LSDIEWSQSVAKF  181
            DVF G  A ++N +A+R+AH+HL QGG+L++FPAGEVS   ++ +  L D EWSQSV+++
Sbjct  124  DVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSVSRL  183

Query  182  VTRAKATTIPIYINGQNSALFYKAGKVHPllrtvllgrellNKSASTIAISIGNPIPYSE  241
            V + +A T+P+YI+G+NS+ FY AGK+HP+LRT++LGRELLNK  + I+I+IG+ I+ SE
Sbjct  184  VKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGISHSE  243

Query  242  VKEFEHERDIVHYLRLNTYLMGAEQDPPFAFCSPVYTQPLIQPVEKALLERDLAALPSNA  301
            V+++  ++++V+YLRLNTYL+ +      +        P+ + +  A L  D+A LP   
Sbjct  244  VQHL-CDQQLVNYLRLNTYLLQSSPVRNKTASDRSLP-PVAERLPLADLLEDIAQLPYAD  301

Query  302  LLLEQGDYAVYCVESTAIPNMLREIGRVREESFREVGEG--CGLACDLDPFDASYRQLFV  359
             +L + ++ VYC  +  IP++++EIGR+RE +FREVGEG  C+L  D+D FD  Y +LF+
Sbjct  302  HMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCAL--DIDRFDRDYLHLFI  359

Query  360  WNHSEGELVGAYRLGLVDELTVEKGLDGLYSRSLFQYDEAFLNTLDKSIELGRSVVAIKY  419
            W++   +LVGAYRLGLVD L  +KG+ GLYS +LF+YD+ FLN ++++IE+GRSV+  +Y
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  420  QRSLNALLLLWKGIAAFVSQHPQYTHLFGPVSISNDYSSVARQLMAATLSIHHYDQEKAR  479
            Q+S+ ALLLLWKGI+++V +HPQYTHLFGPVSISNDYS  AR+L+A T+++H YD E+A 
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  480  LVtpttplktstspFWHKNllsalasvsalsKVISRLEKGPGLPVLLRQYLGMKGKLVCF  539
            LV +T PL T+ +  W+ +LL++LA +  LS+VI+R++ G G+PVLLRQYLG++GKLV F
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  540  NVDPAFNHALDGLIVVNLKQVPLKTLAKYMGKEAAQRYLE  579
            NVDPAFN+ALDGLIVV+L++VP KTLA+YMG+  A RYL 
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLA  578

40) VS_2797 in NC_011753


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  501 bits (1890),  Expect = 5e-143, Method: Compositional matrix adjust.
 Identities = 312/582 (54%), Positives = 448/582 (77%), Gaps = 4/582 (0%)

Query  1    MIDSPFRLPRYTPFGLGESVVEWATGLSKLDKLYQDRPDELSSFEFMHHTLSALNIDYSI  60
            +  SPF LPR TPFGLGE + EWATGL +L+++Y +RP    +  F++ TL  L IDY +
Sbjct  2    LSTSPFVLPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQV  61

Query  61   SAGATDNIPEEGPVVIVANHPLGAIEGVILADLVGSVRKDVKVLANELLKRLPELDDLFI  120
              G   ++P +G+ ++VANHPLG +EGVILA+L+  VR DVK+LAN+ LK +PEL  LFI
Sbjct  62   VRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLFI  121

Query  121  GVDVFNSKESKRTNAKAIRDANRHLAGGGLLIVFPAGEVSSYRKGAKT-LTDIEWSKSVA  179
            GVDVF++ ++ ++N  A+R+A++HL  GGLL++FPAGEVS    + +  L D EWS+SV+
Sbjct  122  GVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSVS  181

Query  180  KFVKRHQATTVPIFINGKNSELFYQAGRVHPllrtallgrellNKRATTisisigssipy  239
            ++VK+HQA TVP++I+G NS  FY AG++HP+LRT +LGRELLNK+ T I+I+IG +I+ 
Sbjct  182  RLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGISH  241

Query  240  seiKSFEQEMDIVNYLRLNTYLMSQQDSPSTPIHAPSFDTQVIAPIPSEVLSIEVASLPQ  299
            SE++ + ++ ++VNYLRLNTYL+      +      S+   V   +P   L  ++A LP 
Sbjct  242  SEVQHLCDQ-QLVNYLRLNTYLLQSSPVRNKTASDRSL-PPVAERLPLADLLEDIAQLPY  299

Query  300  EMRLLEQGDFEVYCTPSQSIPNLMREIGRVREESFREVGEGSGLACDLDEYDLYYHQLFV  359
              ++L + +F+VYCT +++IP+LM+EIGR+RE +FREVGEG+G A D+D +D  Y +LF+
Sbjct  300  ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFI  359

Query  360  WNKAKAELVGAYRLGMVDKLIAEHGLDQLYSRSLFNYNQEFIDTLDNSIELGRSVVSKPY  419
            W++ K +LVGAYRLG+VDKLI + G+  LYS +LF+Y+Q F++ ++N+IE+GRSV+   Y
Sbjct  360  WDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQY  419

Query  420  QKSLNSLLLLWKGIAAFVYRHPQYTHLFGPVSISNDYSHNARLLIATTLSIHHYDEQKAN  479
            QKS+ +LLLLWKGI+++V RHPQYTHLFGPVSISNDYS++AR L+A T+++H YD ++A+
Sbjct  420  QKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAE  479

Query  480  LVSPSSPLNTSNNVFWQNHllsslasvpllskvlaRMEQGKGLPVLLRQYLGMNGKLVCF  539
            LV +++PL T++   W+  LL+SLA + LLS+V+AR+++GKG+PVLLRQYLG+NGKLV F
Sbjct  480  LVMATNPLPTGQAQ-WNASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSF  538

Query  540  NVDPSFNNALDGLIVVNLKKVPLKTLGKYMGRDLAQDYLEQH  581
            NVDP+FNNALDGLIVV+L++VP KTL++YMG+  A  YL  H
Sbjct  539  NVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

41) Mmc1_2481 in NC_008576


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  370 bits (1389),  Expect = 2e-103, Method: Compositional matrix adjust.
 Identities = 241/587 (42%), Positives = 399/587 (68%), Gaps = 17/587 (2%)

Query  20   LKRPLAIGLAKVLEP-ILGINRFNREYIKLLEKDQSDDQFLQRALALLIGSVQVSHSELE  78
            L R  ++GL+  L     G++R+N+ Y +    ++++  FL+ +L +L    QV ++ L 
Sbjct  9    LPRKTPFGLGEHLAEWATGLKRLNQFYAQRPASGDTQA-FLRFTLDVLGIDYQVVRGKLT  67

Query  79   RIPASGGVILVANHPFGGIEGVMLAVLLKAIRPDIKFIANYMLGQIPEFRDLLIPVDPFG  138
            ++PA G+ I+VANHP+G +EGV+LA LL  +R+D+K++AN  L  +PE+  L+I VD F 
Sbjct  68   HVPAQGATIVVANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLFIGVDVFE  127

Query  139  GESATKRNVGHVVKAIRWVRKEQGLLVIFPAGEVSSL-ELKSRRVVDPAWQVGaariira  197
            G  A+K N+ H ++  +    + GLL++FPAGEVS L + K  R+ D  W  + +R+++ 
Sbjct  128  GADAAKANL-HALRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSVSRLVKK  186

Query  198  aqaqVIPLLFQGSNGPLFQLAGLIHPRLRTALLPREMLNKGQRDIPLRIGHPIAFSRLDK  257
             QA+ +P+ ++G N+  F LAG IHP LRT +L RE+LNK + +I + IG+ I+ S ++ 
Sbjct  187  HQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGISHSEVQH  246

Query  258  MESDQELIDYLRMRTYLLDADEKKEPRTPLSPQSNKSVAALEPIISACDPQLLRKEIDQL  317
            +  DQ+L++YLR+ TYLL++   ++        S++S++++   ++   ++LL  +I QL
Sbjct  247  L-CDQQLVNYLRLNTYLLQSSPVRN-----KTASDRSLPPVAERLPL--ADLL-EDIAQL  297

Query  318  PAAQRLLSSGNQTVYVAHAHQIPMLLQEIGRLREITFREVGEGTGKSIDLDIFDAHYMHL  377
            P A+++L   +  VY + A++IP L++EIGR+RE+ FREVGEGTG ++D+D FD +Y+HL
Sbjct  298  PYADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHL  357

Query  378  FIWQEQAQELVGAYRMGRLDHIMGSSAGKKGLYTSTLFKYKKSFLKQLGPALEMGRSFVR  437
            FIW+ + ++LVGAYR+G +D ++    G  GLY+STLF Y + FL+++G A+EMGRS + 
Sbjct  358  FIWDREKNQLVGAYRLGLVDKLIEHK-GISGLYSSTLFHYDQRFLNNMGNAIEMGRSVID  416

Query  438  PEYQRSYAPLLLLWKGIGHYVVAHPEYKVLFGPVSITTEYTPASRQLIVGYLKSHNDMEN  497
            ++YQ+S A+LLLLWKGIG YV  HP+Y  LFGPVSI+ +Y+  +R+L+ + +  H    +
Sbjct  417  SQYQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSE  476

Query  498  PPRMIKARKPYRLQGLKGLVSPQAIENIQDVDALSGLVAEIERDGKGVPILLKQYLKLGG  557
             + ++ A +P  L   ++  ++  + ++ D++ LS ++A I+ +GKG+P+LL+QYL L G
Sbjct  477  QAELVMATNP--LPTGQAQWNASLLTSLADLQLLSRVIARID-EGKGIPVLLRQYLGLNG  533

Query  558  RIAGFNIDPDFSDVLDGLIFVDLTQTEQRTLNKYMGAAGAERFLAYH  604
            ++ +FN+DP F++ LDGLI VDL +   +TL +YMG + A R+LA H
Sbjct  534  KLVSFNVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

42) Cabther_A1033 in NC_016024


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  363 bits (1364),  Expect = 2e-101, Method: Compositional matrix adjust.
 Identities = 239/593 (41%), Positives = 386/593 (66%), Gaps = 35/593 (5%)

Query  28   LERWLL-FHQLDELYQEALAATGSDGHAFFEAVLAALNVRYHVLESDVARLPAAGPVIVV  86
            L  W   + +L+++Y +   ++++D +AF+   L  L + Y+V+ + ++++PA G+ IVV
Sbjct  21   LAEWATGLKRLNQFYAQR--PASGDTQAFLRFTLDVLGIDYQVVRGKLTHVPAQGATIVV  78

Query  87   ANHPFGGIEGIILTSLLRSVRPDAKVMANYLLGCIPEAHDYFILVDPFERPNSPQanlrp  146
            ANHP+G +EG+IL+ LL  VR+D K++AN  L  +PE    FI VD FE +++++ANL++
Sbjct  79   ANHPLGCVEGVILAELLLCVRSDVKILANQYLKLVPELTSLFIGVDVFEGADAAKANLHA  138

Query  147  lraalrflaQGGAIGLFPAGEVAHWQAGKRV-VTDPAWKPTLARLVRASKATVVPVYFDG  205
            LR A + L QGG + +FPAGEV++   +K+  + D  W  +++RLV+  +A  VPVY+DG
Sbjct  139  LRQAHKHLEQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSVSRLVKKHQAHTVPVYIDG  198

Query  206  RNGALFQMAGFVHPRLRTAMLPYEFLNKRNREIEVRIGHPIPWSKLKSLDDEALTEHLRQ  265
            +N++ F +AG +HP LRT ML  E+LNK++ +I + IG+ I+ S ++ L D+ L + LR 
Sbjct  199  HNSTPFYLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGISHSEVQHLCDQQLVNYLRL  258

Query  266  RTYLLASRTEpasrlpralaaplrFPKSFPKLPMPSLqrpqpvpaaiappraaalleaei  325
             TYLL S       +    A+   +P    +LP++ L    +  +               
Sbjct  259  NTYLLQSSP-----VRNKTASDRSLPPVAERLPLADLLEDIAQLPY--------------  299

Query  326  kalpeTACLVRQGELTVWCAGAEHIPHVLHEIGRLREITFRAAGEGTGKALDIDSFDAYY  385
                 +  ++R+ ++ V C+ A++IP ++HEIGR+RE+ FR  GEGTG ALDID FD  Y
Sbjct  300  -----ADHMLRHNQFDVYCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDY  354

Query  386  QHLFVWNQERQEIVGGYRFGQTDEILARFGKRGLYTHTLFAYRTAFLRSIGPALELGRSF  445
             HLF+W++E++++VG+YR+G  D ++ + G  GLY+ TLF Y   FL ++G A+E+GRS 
Sbjct  355  LHLFIWDREKNQLVGAYRLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSV  414

Query  446  VRPEYQKSYAPLMLLWKGIGRYIAQHPRYRVLFGPVSITNEYRTASRRLIVEFLKANSFQ  505
            + ++YQKS A+L+LLWKGIG Y+ +HP+Y  LFGPVSI+N+Y   +RRL+ + +  + ++
Sbjct  415  IDSQYQKSMAALLLLWKGIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYD  474

Query  506  PQLARLVRPRMPFESRTLAITQTLLGLKPSPIPAADIEEVSAFVADIEPDAKGVPVLLRQ  565
            ++ A LV +  P+ +       +LL       + AD++ +S  +A I+ ++KG+PVLLRQ
Sbjct  475  SEQAELVMATNPLPTGQAQWNASLLT------SLADLQLLSRVIARID-EGKGIPVLLRQ  527

Query  566  YLKLGGKVLAFNIDPDFGDALDGLIMVDLLDSDPRTLERYMGRTEAAAFLDYH  618
            YL L GK+++FN+DP F +ALDGLI+VDL +   +TL RYMG++EA  +L  H
Sbjct  528  YLGLNGKLVSFNVDPAFNNALDGLIVVDLRNVPTKTLARYMGQSEALRYLATH  580

43) Caka_1134 in NC_014008


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  357 bits (1340),  Expect = 1e-99, Method: Compositional matrix adjust.
 Identities = 228/550 (42%), Positives = 366/550 (67%), Gaps = 19/550 (3%)

Query  57   DPEDDPAFFMKALKVIGCSFEVDAELFERIPKSGPLVVVSNHPYGGIDGVVLGAMLRGAR  116
             + D  AF+  +L V+G  ++V    + ++P  G+ +VV+NHP G ++GV+L+ +L   R
Sbjct  40   ASGDTQAFLRFTLDVLGIDYQVVRGKLTHVPAQGATIVVANHPLGCVEGVILAELLLCVR  99

Query  117  TDSKLMGNYLLSHMSGIRGNIINVDPFERDGSAKANLSGMRDALRWLKQGGCLGVFPAGE  176
            +D K+++N  L  ++ + + +I VD FE  ++AKANL ++R+A + L QGG L +FPAGE
Sbjct  100  SDVKILANQYLKLVPELTSLFIGVDVFEGADAAKANLHALRQAHKHLEQGGLLLMFPAGE  159

Query  177  VSSLDLSIRS-VVDRPWSNHIVPLAQRTQATILPVFFEGRNSALFQALGLIHPRLRTALL  235
            VS L  S ++ + D+ WS+ +  L ++ QA  +PV+++G+NS+ F   G IHP LRT +L
Sbjct  160  VSQLVDSKQGRLEDKEWSQSVSRLVKKHQAHTVPVYIDGHNSTPFYLAGKIHPMLRTLML  219

Query  236  IREFCRLQNTTFQVRIGKPIEASHLERFKTKEAATEYLRLKCYALQSSEAESPLRKKLKL  295
             RE+   Q+T + + IG  I  S+++++   +   +YLRL+ Y LQSS    P+R+K   
Sbjct  220  GRELLNKQHTQIGIAIGEGISHSEVQHL-CDQQLVNYLRLNTYLLQSS----PVRNK---  271

Query  296  PFRSATVSKSLKPLAEPQAASVLLDEIEQLPEERLLVDHGDFQIFCASASEVPLTLLEIG  355
                ++  +SL P+AE  + + LL++I QLP    ++ H +F+++C++A ++P  + EIG
Sbjct  272  ----TASDRSLPPVAERLPLADLLEDIAQLPYADHMLRHNQFDVYCTTADNIPSLMHEIG  327

Query  356  RLREETFRAVEEGTGSSRDLDEFDDYYLHLFMWSKKDREIVGAYRIGLVDQIVDKYGKQG  415
            R+RE  FR V EGTG + D+D FD  YLHLF+W +   ++VGAYR+GLVD++++  G  G
Sbjct  328  RIRELNFREVGEGTGCALDIDRFDRDYLHLFIWDREKNQLVGAYRLGLVDKLIEHKGISG  387

Query  416  LYTATLFKFRSGFLDKMGPAIELGRSFICLKYQKKHASLALIWRGIGEFIVRHPNYCTLF  475
            LY++TLF +   FL++MG AIE+GRS I  +YQK  A+L L+W+GIG ++ RHP+Y  LF
Sbjct  388  LYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQKSMAALLLLWKGIGTYVERHPQYTHLF  447

Query  476  GPVSITDAYHHVSKDLMVHYFREHSFDEEMSRFVRAKKP-PKAKKQLGGICLKSMGEALN  534
            GPVSI++ Y + ++ L+ +    H +D E + +V A +P P ++ Q  +  L S+++ L+
Sbjct  448  GPVSISNDYSEQARRLLADTMTLHYYDSEQAELVMATNPLPTGQAQWNASLLTSLAD-LQ  506

Query  535  SVSAISAVVSGFEDDDKGIPILLRHYLKLNGCLLSFNVDPAFSDVIDGLILVDLRKTDPK  594
             +S + A +    D++KGIP+LLR+YL LNG L+SFNVDPAF++ +DGLI+VDLR+   K
Sbjct  507  LLSRVIARI----DEGKGIPVLLRQYLGLNGKLVSFNVDPAFNNALDGLIVVDLRNVPTK  562

Query  595  ILQRYMGKEG  604
             L RYMG+  
Sbjct  563  TLARYMGQSE  572

44) Daes_2599 in NC_014844


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  355 bits (1334),  Expect = 5e-99, Method: Compositional matrix adjust.
 Identities = 229/561 (41%), Positives = 366/561 (66%), Gaps = 9/561 (1%)

Query  38   LDTLNSMYCALQGDEADAPFIDRALDMLGVRFELDGQPVTRVPKTGPLVVVCNHPFGVLE  97
            L  LN  Y    +     +F+  +LD+LG+ +++    +T+VP  G+ +VV NHP+G +E
Sbjct  28   LKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQVVRGKLTHVPAQGATIVVANHPLGCVE  87

Query  98   GLILVRILRSVRPDIKIMANFMLGLIPEMDELLIEVDPFGKADSAKKNIAGLKASMKWLK  157
            G+IL  +L  VR+D+KI+AN  L L+PE+  L+I VD F  AD+AK N+ +L+ + K L 
Sbjct  88   GVILAELLLCVRSDVKILANQYLKLVPELTSLFIGVDVFEGADAAKANLHALRQAHKHLE  147

Query  158  QGGLLAVFPAGEVSSL-KMKKGMVADPLWNPMIGRIIRKTGAAALPVFFEGRNSGLFQAL  216
            QGGLL +FPAGEVS L   K+G + D  W+  ++R+++K  A ++PV+++G+NS  F   
Sbjct  148  QGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSVSRLVKKHQAHTVPVYIDGHNSTPFYLA  207

Query  217  GLIHPKLRTMLLPHENLKHAAAHPIRVALGGVIENERLAGLGSDRDIVDFLRFRTYLLRK  276
            G IHP LRT++L +E L+   ++ I +A+G  I +  +  L  D+++V++LR+ TYLL+ 
Sbjct  208  GKIHPMLRTLMLGRELLNKQHTQ-IGIAIGEGISHSEVQHL-CDQQLVNYLRLNTYLLQS  265

Query  277  EGNSRSPFKAIVPTRSLEPIANSRDKHILASEVAALPDANILIRTGDFTVFEADAFripr  336
                        + RSL P+A+      L  ++A LP A+ ++R  +F V+ + A  IP 
Sbjct  266  SPVRNKT----ASDRSLPPVAERLPLADLLEDIAQLPYADHMLRHNQFDVYCTTADNIPS  321

Query  337  ilreigirreeTFRLVGEGTGKPMDIDAFDDTYRHLVLWNHAEREVAGAYRFGLTDEILA  396
            +++EIG  RE  FR VGEGTG ++DID FD  Y HL +W++   ++ GAYR+GL D ++ 
Sbjct  322  LMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIWDREKNQLVGAYRLGLVDKLIE  381

Query  397  KQGVSGLYTSTLFKYRPGLLESMGPALEMGRSFVTPKYQKSYQPLLLLWKGVAAFVVNNP  456
             +G+SGLY+STLF Y   +L++MG A+EMGRS + ++YQKS  +LLLLWKG++++V  +P
Sbjct  382  HKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQKSMAALLLLWKGIGTYVERHP  441

Query  457  KYTRLFGCVSISGEYSELSRELIMRFMERHAFRHDMAGMAVPRRPPKVRRLGRIDFSLPE  516
            +YT+LFG VSIS +YSE +R L+   M  H +  + A + ++  P    +  +    L  
Sbjct  442  QYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAELVMATNPLPTGQAQWNASLL--  499

Query  517  SAFSELDDVADLVRDVESGRSIPVLLKQYLKLGGKILGFNVDPDFGNCLDGLILVDLLRS  576
            +++++L+ ++ ++  ++ G++IPVLL+QYL L GK+++FNVDP F N LDGLI+VDL   
Sbjct  500  TSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNVDPAFNNALDGLIVVDLRNV  559

Query  577  DPKVLGRFMGNDGVARFLAAN  597
              K L+R+MG+    R+LA++
Sbjct  560  PTKTLARYMGQSEALRYLATH  580

45) Desac_0201 in NC_015388


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  344 bits (1293),  Expect = 8e-96, Method: Compositional matrix adjust.
 Identities = 238/569 (42%), Positives = 385/569 (68%), Gaps = 17/569 (2%)

Query  45   LRQVNRVLTQAAASTDEWSFLSHLLNSLNVHCEFSETEIPRISSRGALVVVANHPFGGLE  104
            L+++N+  +Q +AS D  +FL   L+ L ++ +     + +++++GA +VVANHP+G +E
Sbjct  28   LKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQVVRGKLTHVPAQGATIVVANHPLGCVE  87

Query  105  GVILADLLGKVRRDVKIMANYLLQPVTVLQNLFIYVDPFGTKRSVHANLSGLREVLAWLK  164
            GVILA+LL  VR DVKI+AN  L+ V  L +LFI VD F    +  ANL +LR+    L 
Sbjct  88   GVILAELLLCVRSDVKILANQYLKLVPELTSLFIGVDVFEGADAAKANLHALRQAHKHLE  147

Query  165  QGGVVGVFPAGMVSHLSWPKL-KVTDPAWNRNVARLIKRSRADVLPVFFDGHNSPLFQCL  223
            QGG++ +FPAG VS+L  +K  ++ D  W+++V+RL+K+ +A+ +PV++DGHNS  F   
Sbjct  148  QGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSVSRLVKKHQAHTVPVYIDGHNSTPFYLA  207

Query  224  GLVHPQLRTALLPREFLNKKDKVIRVKIGQAIAHERLSTLGDDDKIMAYLRLRTYMLRES  283
            G +HP LRT +L RE+LNK++  I + IG++I+H  +  L D++ ++ YLRL TY+L+ S
Sbjct  208  GKIHPMLRTLMLGRELLNKQHTQIGIAIGEGISHSEVQHLCDQQ-LVNYLRLNTYLLQSS  266

Query  284  ISAGDGRAGRFHLTRPFRKTLPEAIIPSPEAATIVREVKALPSSQILVHSRPYLVGYGYA  343
                   ++R         +LP ++      A ++ ++  LP ++ +++   + V    A
Sbjct  267  PVRNKTASDR---------SLP-PVAERLPLADLLEDIAQLPYADHMLRHNQFDVYCTTA  316

Query  344  PQIPNLLQEIGRLREVTFRQVREGTGKSIDLDRFDAHYLHLFLWEQERQEVIGAYRLGPT  403
             +IP+L++EIGR+RE+ FR+V EGTG ++D+DRFD +YLHLF+W++E+++++GAYRLG  
Sbjct  317  DNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIWDREKNQLVGAYRLGLV  376

Query  404  DRIISGLGGRGLYTATLFDYHQRFLAEINPGLELGRSFVRLEYQKNYQALLLLWKGIAQF  463
            D++I   G  GLY++TLF+Y+QRFL ++  ++E+GRS +  +YQK+  ALLLLWKGI+ +
Sbjct  377  DKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQKSMAALLLLWKGIGTY  436

Query  464  VVRHPHYRLLFGPVSISNEYHDFSQGLLATWLSMHTFLPELARFVKPKTPLIFKKYR-EQ  522
            V RHP+Y  LFGPVSISN+Y + ++ LLA  +++H + +E A +V +  PL   + + + 
Sbjct  437  VERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAELVMATNPLPTGQAQWNA  496

Query  523  DLRLALAGTQKVEELSELLADVDPGRHGVPIllkqylklggkllgFNRDPNFSQVLDGLI  582
             L   L++   ++ LS ++A +D G+ G+P+LL+QYL L GKL++FN DP F++ LDGLI
Sbjct  497  SL---LTSLADLQLLSRVIARIDEGK-GIPVLLRQYLGLNGKLVSFNVDPAFNNALDGLI  552

Query  583  LVDLTLTPPQVLQRYMGKAGLAEFSAYHN  611
            +VDL   P + L RYMG++    + A H+
Sbjct  553  VVDLRNVPTKTLARYMGQSEALRYLATHQ  581

46) DMR_43680 in NC_012796


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  339 bits (1271),  Expect = 5e-94, Method: Compositional matrix adjust.
 Identities = 235/563 (42%), Positives = 359/563 (64%), Gaps = 20/563 (3%)

Query  37   GLDKLEAIHGRLPAEADAAGYIDALLADLDVSIRVSPEELERIPKTGPVVVVANHPFGCL  96
            GL +L+ + ++ PA +D+ +++   L  L++  +V    L ++P  G+ +VVANHP+GC+
Sbjct  27   GLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQVVRGKLTHVPAQGATIVVANHPLGCV  86

Query  97   EGLVLAKMLLAVRPDAKIMANFLLSRLPQVRDLFVFVDPFGGADATTRNVRPLKECLSVL  156
            EG++LA +LL VR+D KI+AN  L  +P++  LF+ VD F GADA+  N+++L++    L
Sbjct  87   EGVILAELLLCVRSDVKILANQYLKLVPELTSLFIGVDVFEGADAAKANLHALRQAHKHL  146

Query  157  RAGGLLGMFPAGAVAHPRLINGRLD-VADPQWNPSVARLVRKTGATVVPIRFSGKNSLLF  215
              GGLL MFPAG V++  L++++ + + D +W+ SV+RLV+K  A  VP+ + G NS  F
Sbjct  147  EQGGLLLMFPAGEVSQ--LVDSKQGRLEDKEWSQSVSRLVKKHQAHTVPVYIDGHNSTPF  204

Query  216  QTLGLVHPMLRTLMLPRELANKQGATVEARIGSPVPADRLERLASRNADPDACITRHLRL  275
               G +HPMLRTLML REL NKQ + +   IG  ++   +++L  ++      +   LRL
Sbjct  205  YLAGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGISHSEVQHLCDQQ------LVNYLRL  258

Query  276  RVAllrdrphkprllpplfpprTGGRQDALIPAVNPELLADEIGRLPESAVLHRSGEFAV  335
               LL+  P + +  +    P  + R    +P  +   L ++I++LP +  + R  +F V
Sbjct  259  NTYLLQSSPVRNKTASDRSLPPVAER----LPLAD---LLEDIAQLPYADHMLRHNQFDV  311

Query  336  IEARAEAIPLALREIGRLREYTFRRVGEGTGKACDLDEFDPHYRHLFLWNVEKKEIAGAY  395
              + A+ IP  ++EIGR+RE  FR VGEGTG A D+D FD +Y HLF+W+ EK+++ GAY
Sbjct  312  YCTTADNIPSLMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIWDREKNQLVGAY  371

Query  396  RIGRTDELLAAKGKHGLYTSTLFVLKTKFFANIDPALEMGRSFVRPEYQKSYAPLLLLWK  455
            R+G  D L+  KG  GLY+STLF    +F+ N++ A+EMGRS + ++YQKS A+LLLLWK
Sbjct  372  RLGLVDKLIEHKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQKSMAALLLLWK  431

Query  456  GLAQMVVREPRYRILFGPVSITSEYKHASRRLMAGYLEGHVSHPVLARHVKPKTPLR-GQ  514
            G++  V R+P+Y  LFGPVSI+++Y + +RRL+A+ +  H  ++  A  V +  PL  GQ
Sbjct  432  GIGTYVERHPQYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAELVMATNPLPTGQ  491

Query  515  T-WLARAAKtlvadlddlltliddieadRKGIPVLLRQYLKLGGKLLAFNVDKAFGDCLD  573
            + W   A+        +LL+ +     + KGIPVLLRQYL L GKL++FNVD AF + LD
Sbjct  492  AQW--NASLLTSLADLQLLSRVIARIDEGKGIPVLLRQYLGLNGKLVSFNVDPAFNNALD  549

Query  574  GLIVVDLLQADRRQLERYMGKEG  596
            GLIVVDL +   + L RYMG+  
Sbjct  550  GLIVVDLRNVPTKTLARYMGQSE  572

47) Pcar_2307 in NC_007498


> NC_002505_P2|1|G1|15640516|NP_230143.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|-|1..1761|-|VC0489|hemolysin
Length=586

 Score =  325 bits (1220),  Expect = 5e-90, Method: Compositional matrix adjust.
 Identities = 237/568 (42%), Positives = 391/568 (69%), Gaps = 11/568 (1%)

Query  35   GVRQCRDIYRQLPAGDSPEDFCRAALEQLQVTgepegeglepvpCQGPAIVVANHPFGAV  94
            G+++  ++Y Q PA++  + F R +L+ L +  +     L  VP QG++IVVANHP+G V
Sbjct  27   GLKRLNQFYAQRPASGDTQAFLRFTLDVLGIDYQVVRGKLTHVPAQGATIVVANHPLGCV  86

Query  95   EGLVMLEALRRMRPDTKVLANSLLERIPQLREALIGVGILGGAQGTGVNIGPLRQAIRHV  154
            EG+++ E L  +R+D K+LAN  L  +P+L   +IGV+++ GA+++  N+ +LRQA +H+
Sbjct  87   EGVILAELLLCVRSDVKILANQYLKLVPELTSLFIGVDVFEGADAAKANLHALRQAHKHL  146

Query  155  RDGGLLLIFPAGEVSHLQLQRRE-VADPPWQVSVGALIRHCRAPVLPVYIPGRNGMVFQL  213
             +GGLLL+FPAGEVS+L   ++  + D  W  SV+ L++  +A  +PVYI G+N+  F L
Sbjct  147  EQGGLLLMFPAGEVSQLVDSKQGRLEDKEWSQSVSRLVKKHQAHTVPVYIDGHNSTPFYL  206

Query  214  AGLMHPrlrtlllgrmllAHKGRPVRFRGGRLIPWSRLEQ-CADDRERIDYLRLRSYLLG  272
            AG +HP LRTL+LGR LL  +   + +  G  I+ S +++ C  D++ ++YLRL +YLL 
Sbjct  207  AGKIHPMLRTLMLGRELLNKQHTQIGIAIGEGISHSEVQHLC--DQQLVNYLRLNTYLLQ  264

Query  273  AADSVGGPLNPSTDIEPMTVISPQPTELVAAEVSRLPQGQLLVRNGPMQVWQAEAGQIPY  332
            ++ +V     +   + P++   P +  L   ++++LP ++ ++R+   +V  + A++IP 
Sbjct  265  SS-PVRNKTASDRSLPPVAERLPLADLL--EDIAQLPYADHMLRHNQFDVYCTTADNIPS  321

Query  333  LLLEIGRLRELTFRAVGEGTGRSFDLDRFDQDYLHLFLWHSERQELVGAYRVGCCDTLLK  392
            L+ EIGR+REL FR VGEGTG ++D+DRFD+DYLHLF+W+ E+++LVGAYR+G  D L+ 
Sbjct  322  LMHEIGRIRELNFREVGEGTGCALDIDRFDRDYLHLFIWDREKNQLVGAYRLGLVDKLIE  381

Query  393  RFGKQGLYTHTLFKFRRRLFDAIGPALELGRSFVRPEYQKSYSPLLLLWKGIGRFVVKNP  452
            + G  GLY+ TLF + +R+++ +G A+E+GRS + ++YQKS ++LLLLWKGIG +V ++P
Sbjct  382  HKGISGLYSSTLFHYDQRFLNNMGNAIEMGRSVIDSQYQKSMAALLLLWKGIGTYVERHP  441

Query  453  QYRVLFGPVSISRDYSDLSRRLIAGTLQAELPLPQLSRLVKPRLPFHAKARIRGCSGELA  512
            QY  LFGPVSIS DYS+ +RRL+A+T+  +   ++ + LV +  P+ +    +  ++ L 
Sbjct  442  QYTHLFGPVSISNDYSEQARRLLADTMTLHYYDSEQAELVMATNPLPTGQAQW--NASLL  499

Query  513  RTFCGSMDQVAPLVADIEVQQKGIPVLLRHYLNLGGKLLTFNRDPQFSdvldglilvdll  572
             ++ + ++ ++ ++A I+ + KGIPVLLR+YL L GKL++FN DP F++ LDGLI+VDL 
Sbjct  500  TSL-ADLQLLSRVIARID-EGKGIPVLLRQYLGLNGKLVSFNVDPAFNNALDGLIVVDLR  557

Query  573  QTDRKTIQRYMGREEAEAFFTYQRLLSS  600
            +   KT+ RYMG+ EA  +++ ++ +S 
Sbjct  558  NVPTKTLARYMGQSEALRYLATHQYFSD  585