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Homologs of VC0823 gene of NC_002505_P3

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

• Sequence Alignments

1) O3Y_03825 in NC_016944


> NC_002505_P3|6|G4|15640840|NP_230471.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|11484..12422|-|VC0823|hypothetical 
protein
Length=312

 Score =  481 bits (1814),  Expect = 2e-137, Method: Compositional matrix adjust.
 Identities = 312/312 (100%), Positives = 312/312 (100%), Gaps = 0/312 (0%)

Query  1    MRKsilislclfssiTNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60
            MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL
Sbjct  1    MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60

Query  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120
            IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK
Sbjct  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120

Query  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180
            ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE
Sbjct  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180

Query  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240
            GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA
Sbjct  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240

Query  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300
            WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF
Sbjct  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300

Query  301  KKSIQEQNQGYK  312
            KKSIQEQNQGYK
Sbjct  301  KKSIQEQNQGYK  312

2) VCM66_0780 in NC_012578


> NC_002505_P3|6|G4|15640840|NP_230471.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|11484..12422|-|VC0823|hypothetical 
protein
Length=312

 Score =  481 bits (1814),  Expect = 2e-137, Method: Compositional matrix adjust.
 Identities = 312/312 (100%), Positives = 312/312 (100%), Gaps = 0/312 (0%)

Query  1    MRKsilislclfssiTNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60
            MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL
Sbjct  1    MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60

Query  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120
            IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK
Sbjct  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120

Query  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180
            ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE
Sbjct  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180

Query  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240
            GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA
Sbjct  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240

Query  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300
            WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF
Sbjct  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300

Query  301  KKSIQEQNQGYK  312
            KKSIQEQNQGYK
Sbjct  301  KKSIQEQNQGYK  312

3) VCD_003505 in NC_012668


> NC_002505_P3|6|G4|15640840|NP_230471.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|11484..12422|-|VC0823|hypothetical 
protein
Length=312

 Score =  481 bits (1814),  Expect = 2e-137, Method: Compositional matrix adjust.
 Identities = 312/312 (100%), Positives = 312/312 (100%), Gaps = 0/312 (0%)

Query  1    MRKsilislclfssiTNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60
            MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL
Sbjct  1    MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60

Query  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120
            IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK
Sbjct  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120

Query  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180
            ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE
Sbjct  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180

Query  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240
            GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA
Sbjct  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240

Query  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300
            WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF
Sbjct  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300

Query  301  KKSIQEQNQGYK  312
            KKSIQEQNQGYK
Sbjct  301  KKSIQEQNQGYK  312

4) Vch1786_I0329 in NC_016445


> NC_002505_P3|6|G4|15640840|NP_230471.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|11484..12422|-|VC0823|hypothetical 
protein
Length=312

 Score =  481 bits (1814),  Expect = 2e-137, Method: Compositional matrix adjust.
 Identities = 312/312 (100%), Positives = 312/312 (100%), Gaps = 0/312 (0%)

Query  1    MRKsilislclfssiTNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60
            MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL
Sbjct  1    MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60

Query  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120
            IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK
Sbjct  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120

Query  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180
            ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE
Sbjct  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180

Query  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240
            GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA
Sbjct  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240

Query  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300
            WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF
Sbjct  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300

Query  301  KKSIQEQNQGYK  312
            KKSIQEQNQGYK
Sbjct  301  KKSIQEQNQGYK  312

5) VC0823 in NC_002505


> NC_002505_P3|6|G4|15640840|NP_230471.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|11484..12422|-|VC0823|hypothetical 
protein
Length=312

 Score =  481 bits (1814),  Expect = 2e-137, Method: Compositional matrix adjust.
 Identities = 312/312 (100%), Positives = 312/312 (100%), Gaps = 0/312 (0%)

Query  1    MRKsilislclfssiTNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60
            MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL
Sbjct  1    MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60

Query  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120
            IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK
Sbjct  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120

Query  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180
            ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE
Sbjct  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180

Query  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240
            GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA
Sbjct  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240

Query  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300
            WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF
Sbjct  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300

Query  301  KKSIQEQNQGYK  312
            KKSIQEQNQGYK
Sbjct  301  KKSIQEQNQGYK  312

6) VC395_0839 in NC_012582


> NC_002505_P3|6|G4|15640840|NP_230471.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|11484..12422|-|VC0823|hypothetical 
protein
Length=312

 Score =  476 bits (1796),  Expect = 5e-136, Method: Compositional matrix adjust.
 Identities = 306/312 (99%), Positives = 311/312 (99%), Gaps = 0/312 (0%)

Query  1    MRKsilislclfssiTNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60
            MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL
Sbjct  1    MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60

Query  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALGYVKINRNSMIPEFEGRYLVAK  120
            IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSAL+YVKINRNSMIPEFEGRYLVAK
Sbjct  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120

Query  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180
            ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE
Sbjct  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180

Query  181  GLTELVIALQKNSDGKWVIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240
            GLTELVIALQKN+DGKW IPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA
Sbjct  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240

Query  241  WHNDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYISAYFYDQF  300
            WH+DYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPY+SAYFYDQF
Sbjct  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300

Query  301  KKTIQEQNQGYK  312
            KK+IQEQNQGYK
Sbjct  301  KKSIQEQNQGYK  312

7) VC0395_A0348 in NC_009457


> NC_002505_P3|6|G4|15640840|NP_230471.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|11484..12422|-|VC0823|hypothetical 
protein
Length=312

 Score =  476 bits (1796),  Expect = 5e-136, Method: Compositional matrix adjust.
 Identities = 306/312 (99%), Positives = 311/312 (99%), Gaps = 0/312 (0%)

Query  1    MRKsilislclfssiTNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60
            MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL
Sbjct  1    MRKSILISLCLFSSITNACPIGDILESMELPLEIETSHELRAELAKLTGGTYYRDYLYRL  60

Query  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALGYVKINRNSMIPEFEGRYLVAK  120
            IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSAL+YVKINRNSMIPEFEGRYLVAK
Sbjct  61   IDELNPFFKTDQMLTAEHTYWAKQLLDSGKLKNFTSALSYVKINRNSMIPEFEGRYLVAK  120

Query  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180
            ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE
Sbjct  121  ELSKLDPALLKSGWNTVHEIKLVVTHDNVTTYWEHLKGQPVRGHEAGITWDSIPGAGSPE  180

Query  181  GLTELVIALQKNSDGKWVIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240
            GLTELVIALQKN+DGKW IPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA
Sbjct  181  GLTELVIALQKNPDGKWAIPTGNHGSKNLVIHEFGHTLDRVVGTYFTGKPYSQNPSFYQA  240

Query  241  WHNDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYISAYFYDQF  300
            WH+DYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPY+SAYFYDQF
Sbjct  241  WHSDYQLGKIKEHYFLQPENNYAVALEESFAEGLSKLYGIDNIQSTYDWPYMSAYFYDQF  300

Query  301  KKTIQEQNQGYK  312
            KK+IQEQNQGYK
Sbjct  301  KKSIQEQNQGYK  312