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Homologs of VC0817 gene of NC_002505_P3

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

1) UMNK88_pEnt33
( YP_006131766.1 )

putative transposase

NC_017640
(Escherichia coli UMNK88)

1e-106

2) DESAM_22391
( YP_007326759.1 )

transposase

NC_020055
(Desulfovibrio hydrothermalis DSM 14728)

8e-102

3) lpa_03096
( YP_003619440.1 )

hypothetical protein

NC_014125
(Legionella pneumophila 2300/99 Alcoy)

1e-87

4) M446_2520
( YP_001769402.1 )

integrase catalytic subunit

NC_010511
(Methylobacterium sp. 4-46)

1e-82

5) M446_3364
( YP_001770195.1 )

integrase catalytic subunit

NC_010511
(Methylobacterium sp. 4-46)

1e-82

6) M446_5595
( YP_001772330.1 )

integrase catalytic subunit

NC_010511
(Methylobacterium sp. 4-46)

1e-82

7) PP1Y_AT32909
( YP_004535842.1 )

integrase catalytic subunit

NC_015580
(Novosphingobium sp. PP1Y)

5e-71

8) RBRH_00092
( YP_004029406.1 )

transposase

NC_014722
(Burkholderia rhizoxinica HKI 454)

7e-66

9) Dfer_1950
( YP_003086340.1 )

Integrase catalytic subunit

NC_013037
(Dyadobacter fermentans DSM 18053)

9e-66

10) Dfer_0529
( YP_003084959.1 )

Integrase catalytic subunit

NC_013037
(Dyadobacter fermentans DSM 18053)

2e-65

11) Dfer_0538
( YP_003084968.1 )

Integrase catalytic subunit

NC_013037
(Dyadobacter fermentans DSM 18053)

2e-65

• Sequence Alignments

1) O3Y_03795 in NC_016944


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  541 bits (2041),  Expect = 3e-155, Method: Compositional matrix adjust.
 Identities = 327/327 (100%), Positives = 327/327 (100%), Gaps = 0/327 (0%)

Query  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60
            MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH
Sbjct  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60

Query  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120
            SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT
Sbjct  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120

Query  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180
            YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI
Sbjct  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180

Query  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240
            DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK
Sbjct  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240

Query  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300
            SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ
Sbjct  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300

Query  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327
            NYQIKKERFQEQNYKLDLQLRKLKPSL
Sbjct  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327

2) VCM66_0775 in NC_012578


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  541 bits (2041),  Expect = 3e-155, Method: Compositional matrix adjust.
 Identities = 327/327 (100%), Positives = 327/327 (100%), Gaps = 0/327 (0%)

Query  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60
            MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH
Sbjct  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60

Query  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120
            SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT
Sbjct  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120

Query  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180
            YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI
Sbjct  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180

Query  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240
            DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK
Sbjct  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240

Query  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300
            SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ
Sbjct  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300

Query  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327
            NYQIKKERFQEQNYKLDLQLRKLKPSL
Sbjct  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327

3) VCD_003511 in NC_012668


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  541 bits (2041),  Expect = 3e-155, Method: Compositional matrix adjust.
 Identities = 327/327 (100%), Positives = 327/327 (100%), Gaps = 0/327 (0%)

Query  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60
            MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH
Sbjct  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60

Query  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120
            SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT
Sbjct  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120

Query  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180
            YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI
Sbjct  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180

Query  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240
            DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK
Sbjct  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240

Query  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300
            SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ
Sbjct  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300

Query  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327
            NYQIKKERFQEQNYKLDLQLRKLKPSL
Sbjct  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327

4) VC0817 in NC_002505


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  541 bits (2041),  Expect = 3e-155, Method: Compositional matrix adjust.
 Identities = 327/327 (100%), Positives = 327/327 (100%), Gaps = 0/327 (0%)

Query  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60
            MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH
Sbjct  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60

Query  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120
            SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT
Sbjct  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120

Query  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180
            YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI
Sbjct  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180

Query  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240
            DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK
Sbjct  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240

Query  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300
            SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ
Sbjct  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300

Query  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327
            NYQIKKERFQEQNYKLDLQLRKLKPSL
Sbjct  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327

5) VC395_0834 in NC_012582


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  541 bits (2041),  Expect = 3e-155, Method: Compositional matrix adjust.
 Identities = 327/327 (100%), Positives = 327/327 (100%), Gaps = 0/327 (0%)

Query  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60
            MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH
Sbjct  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60

Query  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120
            SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT
Sbjct  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120

Query  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180
            YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI
Sbjct  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180

Query  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240
            DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK
Sbjct  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240

Query  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300
            SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ
Sbjct  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300

Query  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327
            NYQIKKERFQEQNYKLDLQLRKLKPSL
Sbjct  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327

6) VC0395_0520 in NC_009456


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  541 bits (2041),  Expect = 3e-155, Method: Compositional matrix adjust.
 Identities = 327/327 (100%), Positives = 327/327 (100%), Gaps = 0/327 (0%)

Query  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60
            MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH
Sbjct  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60

Query  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120
            SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT
Sbjct  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120

Query  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180
            YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI
Sbjct  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180

Query  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240
            DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK
Sbjct  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240

Query  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300
            SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ
Sbjct  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300

Query  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327
            NYQIKKERFQEQNYKLDLQLRKLKPSL
Sbjct  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327

7) VC0395_A0341 in NC_009457


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  541 bits (2041),  Expect = 3e-155, Method: Compositional matrix adjust.
 Identities = 327/327 (100%), Positives = 327/327 (100%), Gaps = 0/327 (0%)

Query  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60
            MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH
Sbjct  1    MSMDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPH  60

Query  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120
            SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT
Sbjct  61   SSPDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVT  120

Query  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180
            YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI
Sbjct  121  YRRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFI  180

Query  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240
            DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK
Sbjct  181  DCVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDK  240

Query  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300
            SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ
Sbjct  241  SEFYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ  300

Query  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327
            NYQIKKERFQEQNYKLDLQLRKLKPSL
Sbjct  301  NYQIKKERFQEQNYKLDLQLRKLKPSL  327

8) VC395_A0738 in NC_012583


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  537 bits (2027),  Expect = 3e-154, Method: Compositional matrix adjust.
 Identities = 325/325 (100%), Positives = 325/325 (100%), Gaps = 0/325 (0%)

Query  1    MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  60
            MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS
Sbjct  3    MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  62

Query  61   PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR  120
            PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR
Sbjct  63   PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR  122

Query  121  RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC  180
            RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC
Sbjct  123  RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC  182

Query  181  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE  240
            VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE
Sbjct  183  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE  242

Query  241  FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNY  300
            FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNY
Sbjct  243  FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNY  302

Query  301  QIKKERFQEQNYKLDLQLRKLKPSL  325
            QIKKERFQEQNYKLDLQLRKLKPSL
Sbjct  303  QIKKERFQEQNYKLDLQLRKLKPSL  327

9) VV2_1151 in NC_004460


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  527 bits (1988),  Expect = 4e-151, Method: Compositional matrix adjust.
 Identities = 317/325 (98%), Positives = 322/325 (99%), Gaps = 0/325 (0%)

Query  1    MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQSGIVGLESQSRRPYSS  60
            MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQ GI GLESQSRRP SS
Sbjct  3    MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  62

Query  61   PDTKVTDELRALILTMRQKRNLGARRLQTELIRLHQIHLSTATLHKVLSEASVKPIVTYR  120
            PDTK+TDELRALILTMR+KRNLGARRLQTELIRLH+IHLSTATLHKVLSEASVKPIVTYR
Sbjct  63   PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR  122

Query  121  RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC  180
            RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC
Sbjct  123  RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC  182

Query  181  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE  240
            VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE
Sbjct  183  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE  242

Query  241  FYPTIDVSVGLEELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQHY  300
            FYPTIDVSVGL+ELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ+Y
Sbjct  243  FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNY  302

Query  301  QIKKERFQEQNYKLDLQLRKLKPSL  325
            QIKKERFQEQNYKLDLQLRKLKPSL
Sbjct  303  QIKKERFQEQNYKLDLQLRKLKPSL  327

10) Vch1786_I0323 in NC_016445


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  515 bits (1944),  Expect = 1e-147, Method: Compositional matrix adjust.
 Identities = 312/312 (100%), Positives = 312/312 (100%), Gaps = 0/312 (0%)

Query  1    MYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKLTDELRALI  60
            MYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKLTDELRALI
Sbjct  16   MYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKLTDELRALI  75

Query  61   LTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRKKDFQRYERPIP  120
            LTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRKKDFQRYERPIP
Sbjct  76   LTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRKKDFQRYERPIP  135

Query  121  GDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEMPFPIQRIQ  180
            GDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEMPFPIQRIQ
Sbjct  136  GDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEMPFPIQRIQ  195

Query  181  TDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTIDVSVGLQE  240
            TDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTIDVSVGLQE
Sbjct  196  TDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTIDVSVGLQE  255

Query  241  LDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKERFQEQNYK  300
            LDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKERFQEQNYK
Sbjct  256  LDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKERFQEQNYK  315

Query  301  LDLQLRKLKPSL  312
            LDLQLRKLKPSL
Sbjct  316  LDLQLRKLKPSL  327

11) M634_16435 in NC_021821


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  508 bits (1916),  Expect = 2e-145, Method: Compositional matrix adjust.
 Identities = 306/325 (95%), Positives = 316/325 (98%), Gaps = 0/325 (0%)

Query  1    MDREIQQRLQWVKMYEECGDAGFVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  60
            MDREIQQRLQWVKMYEECGDAG+VCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS
Sbjct  3    MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  62

Query  61   PDTKLTDELRALILTMREKRNLGARRLQTELIRLHQIHLSTATLHKVLSEASVKPIVTYR  120
            PDTKLTDELRALILTMR+KRNLGARRLQTELIRLH+IHLSTATLHKVLSEASVKPIVTYR
Sbjct  63   PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR  122

Query  121  RKKDFQRYDRPIPGDRVQMDTCKIALGIYQYTAIDDCSRYRVLRCYSRLTAANTVDFIDC  180
            RKKDFQRY+RPIPGDRVQMDTCKIA GIYQYTAIDDCSRYRVLRCYSR TAANTVDFIDC
Sbjct  123  RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC  182

Query  181  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSG  240
            VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKS 
Sbjct  183  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE  242

Query  241  FYPTINVFVGQEELDLLFAEWQHYYNWERPHSSLNGPTPIDSITGVSYQTPLSEEVSQNY  300
            FYPTI+V VG +ELDLL+AEWQHYYNWERPHSSLNG TPID IT +S QTPLSEEVSQNY
Sbjct  243  FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNY  302

Query  301  QIKKERFQEQNYRLDLRLRKLKPSL  325
            QIKKERFQEQNY+LDL+LRKLKPSL
Sbjct  303  QIKKERFQEQNYKLDLQLRKLKPSL  327

12) VCLMA_A0723 in NC_017270


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  496 bits (1872),  Expect = 6e-142, Method: Compositional matrix adjust.
 Identities = 299/313 (96%), Positives = 304/313 (98%), Gaps = 0/313 (0%)

Query  1    MDREIQQRLQWVKMYEKCGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  60
            MDREIQQRLQWVKMYE CGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS
Sbjct  3    MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  62

Query  61   PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR  120
            PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR
Sbjct  63   PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR  122

Query  121  RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC  180
            RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC
Sbjct  123  RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC  182

Query  181  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE  240
            VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE
Sbjct  183  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE  242

Query  241  FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQKR  300
            FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQ+ 
Sbjct  243  FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNY  302

Query  301  YLRTTRSRKSGFK  313
             ++  R +   +K
Sbjct  303  QIKKERFQEQNYK  315

13) UMNK88_pEnt33 in NC_017640


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  379 bits (1425),  Expect = 1e-106, Method: Compositional matrix adjust.
 Identities = 219/312 (71%), Positives = 262/312 (84%), Gaps = 2/312 (0%)

Query  1    MNREIQQRLQWVKLYETSGDAGFVCRRCGISRPTLRKWWRRYLAQGIAGLESHSRRPKHS  60
            M+REIQQRLQWVK+YE  GDAG+VCRRCGISRPTLRKW +RY   GIAGLES+SRRP  S
Sbjct  3    MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  62

Query  61   PSTKTGAGEVALILELRSLRNLGARRIQSELKRLHAISLAVATIHKVLCQNKVKSVVKFR  120
            P TK      ALIL +R  RNLGARR+Q+EL RLH I L+ AT+HKVL +  VK++V +R
Sbjct  63   PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR  122

Query  121  RKADFIRYERPVPGDRVQMDTCKIGPGLYQYTSVDDCTRYRVLRLYSRRTAANTLDFIDC  180
            RK DF RYERP+PGDRVQMDTCKI+PG+YQYT++DDC+RYRVLR YSRRTAANT+DFIDC
Sbjct  123  RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC  182

Query  181  VIEEMPFPIQRLQTDRGREFFAVKMQEKLKEYSIKFRPNKPASPHLNGKVERSQKTDKAE  240
            V+EEMPFPIQR+QTDRGREFFA K+Q +L  Y+IKFRPNKP+SPHLNGKVERSQKTDK+E
Sbjct  183  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE  242

Query  241  FYATVDLST--DDLKELLAEWQHYYNWERHHSAHNGKTPMARYFELAEQTPHSDAVHTSY  298
            FY+T+D+S   ++L  LLAEWQHYYNWER HS+ NG TP+ R  E+++QTP S+ V  +Y
Sbjct  243  FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNY  302

Query  299  QPNEEHIQEQNY  310
            Q + E++QEQNY
Sbjct  303  QIKKERFQEQNY  314

14) DESAM_22391 in NC_020055


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  363 bits (1364),  Expect = 8e-102, Method: Compositional matrix adjust.
 Identities = 220/325 (68%), Positives = 267/325 (83%), Gaps = 2/325 (0%)

Query  1    MEKEVRQRLQWVELYEKSGDAGFVCRRCGISRPTLRKWWKRYQAQGIDGLKSLSRRPHNS  60
            M++E++QRLQWV +YE  GDAG+VCRRCGISRPTLRKW KRY+  GI GL S SRRPH+S
Sbjct  3    MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  62

Query  61   PASKISPEYEKIILELRIRRNLGARRIQSELKRLHEISLSVASIHKVLCRHQVKPLVTFR  120
            P +K++ E   +IL +R +RNLGARR+Q+EL RLH I LS A++HKVL    VKP+VT+R
Sbjct  63   PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR  122

Query  121  CKTDFIRYERPIPGDRIQMDTCKIAPGQYQYTAIDDCTRYRVLRLYSRRTAKNTLDFIEA  180
             K DF RYERPIPGDR+QMDTCKIAPG YQYTAIDDC+RYRVLR YSRRTA NT+DFI+ 
Sbjct  123  RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC  182

Query  181  TVEEMPFPIQRIQTDRGREFFAIDVQEMLKSYGIKFRPNRPASPHLNGKVERSQKTDKVE  240
             VEEMPFPIQRIQTDRGREFFA  VQ  L  YGIKFRPN+P+SPHLNGKVERSQKTDK E
Sbjct  183  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE  242

Query  241  FYstvdlsstdldtl--lAEWQHYYNWERSHSAHNGKTPIERYFQLLEKTPFSEGVAKDY  298
            FY+T+D+S    +    LAEWQHYYNWER+HS+ NG TPI+R  ++ ++TP+SE V+++Y
Sbjct  243  FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNY  302

Query  299  HPDQEHIQEQNYRRELQLRKLKRCL  323
            +  +E++QEQNY+ +LQLRKLK  L
Sbjct  303  QIKKERFQEQNYKLDLQLRKLKPSL  327

15) lpa_03096 in NC_014125


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  316 bits (1184),  Expect = 1e-87, Method: Compositional matrix adjust.
 Identities = 199/325 (62%), Positives = 257/325 (80%), Gaps = 1/325 (0%)

Query  1    MKQQIKARLTWVNLYLETKDAGYVCHKCGISRPTLRKWYRRYLEAGMDGLNDRskkphls  60
            M ++I+ RL WV++Y E  DAG VC++CGISRPTLRKW +RY + G+ GL+ +S++PH S
Sbjct  3    MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  62

Query  61   pskklnsELIKLILDLRISRNLGARRIQTELIRLHNCPLSLASIHKALTSNQIQPIkklk  120
            P  KL  EL  LIL +R  RNLGARR+QTELIRLH+  LS A++HK L+   ++PI   +
Sbjct  63   PDTKLTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYR  122

Query  121  rkkkfkrYSRPIPGERIQMDTCKIAPGIYQYTAVDDCSRWRVLEIYKRRAATNTLHFLDM  180
            RKK F+RY RPIPG+R+QMDTCKIAPGIYQYTA+DDCSR RVL  Y RR+A+NT++F+D 
Sbjct  123  RKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDC  182

Query  181  VLEQFPFPVQRIQTDRGLEFFAEKVQLKMMKLGIKFRPNKPASPHLNGKVKRSQKTDLEE  240
            V+E+ PFP+QRIQTDRG EFFAEKVQ ++M  GIKFRPNKP+SPHLNGKV RSQKTD  E
Sbjct  183  VVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSE  242

Query  241  FYAITDLS-DFETLREELAQWQFFYNWQRPHGSLKGKPPSAIVAELSEITPLSEEVSNNY  299
            FY+  D+S +++ L   LA+WQ +YNW+RPH+SL+G  P   ++E+S+ TPLSEEVS+NY
Sbjct  243  FYPTIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNY  302

Query  300  KIDNERIQIANYHTDLIMKKLKGSL  324
            +I +ER+Q  NY  DL ++KLK SL
Sbjct  303  QIKKERFQEQNYKLDLQLRKLKPSL  327

16) M446_2520 in NC_010511


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  299 bits (1121),  Expect = 1e-82, Method: Compositional matrix adjust.
 Identities = 177/316 (57%), Positives = 233/316 (74%), Gaps = 3/316 (0%)

Query  7    RLGWIELYAQTGDAGLVCRRCGISRPTLRKWWRRYQAAGPAGLVEHSRRPRRLAAQKVFA  66
            RL W+ +Y + GDAGLVCRRCGISRPTLRKW +RY+  G AGL  +SRRP+  +  K+  
Sbjct  10   RLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKLTD  69

Query  67   EHETLILSLRRDRKLGIKQLRNELVRQHDLTLSLDTIHRVLVRHGEQvlkrprrrvrgkl  126
            E  +LIL++R  R+LG ++L+ EL+R H + LS  T+H+VL  ++        RR ++  
Sbjct  70   ELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLS-EASVKPIVTYRRKKDFQ  128

Query  127  rYSRPVPGDRVQMDVCKICPGVYQYTAIDDCSRYAVLGIYPRRTAANTLDFLDRVIEEMP  186
            RY RP+PGDRVQMD CKI PG+YQYTAIDDCSRY VL  Y+RRTAANT+DF+D V+EEMP
Sbjct  129  RYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEMP  188

Query  187  FAIQRIQTDRGREFFAEAVQQRLIDWGIKFRPIPPRSPHLNGKVERSHRAALEEFWTTVD  246
            F+IQRIQTDRGREFFAE VQ++L+  GIKFRP  P SPHLNGKVERS+++   EF  T+D
Sbjct  189  FPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTID  248

Query  247  PKSA--DIADRVAEWQHHWNWSRPHSALDGASPIDRVAERSDQTPLREEVEALFDPAKAR  304
               +  ++   +AEWQH  NW RPHS+L+G +PIDR++E SDQTPL EEV   ++  K R
Sbjct  249  VSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKER  308

Query  305  IRHPDYRIDQALAAVK  320
            +++ +Y++D  L  +K
Sbjct  309  FQEQNYKLDLQLRKLK  324

17) M446_3364 in NC_010511


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  299 bits (1122),  Expect = 1e-82, Method: Compositional matrix adjust.
 Identities = 177/316 (57%), Positives = 234/316 (75%), Gaps = 3/316 (0%)

Query  7    RLGWIELYAQTGDAGLVCRRCGISRPTLRKWWRRYQAAGPAGLVEHSRRPRRLAAQKVFA  66
            RL W+ +Y + GDAGLVCRRCGISRPTLRKW +RY+  G AGL  +SRRP+  +  K+  
Sbjct  10   RLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKLTD  69

Query  67   EHETLILSLRRDRKLGIKQLRNELVRQHDLTLSLDTIHRVLVRHGEQvlkrprrrvrgkl  126
            E  +LIL++R  R+LG ++L+ EL+R H + LS  T+H+VL  ++        RR ++  
Sbjct  70   ELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLS-EASVKPIVTYRRKKDFQ  128

Query  127  rYSRPVPGDRVQMDACKICPGVYQYTAIDDCSRYAVLGIYPRRTAANTLDFLDRVIEEMP  186
            RY RP+PGDRVQMD+CKI PG+YQYTAIDDCSRY VL  Y+RRTAANT+DF+D V+EEMP
Sbjct  129  RYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEMP  188

Query  187  FAIQRIQTDRGREFFAEAVQQRLIDWGIKFRPIPPRSPHLNGKVERSHRAALEEFWTTVD  246
            F+IQRIQTDRGREFFAE VQ++L+  GIKFRP  P SPHLNGKVERS+++   EF  T+D
Sbjct  189  FPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTID  248

Query  247  PKSA--DIADRVAEWQHHWNWSRPHSALDGASPIDRVAERSDQTPLREEVEALFDPAKAR  304
               +  ++   +AEWQH  NW RPHS+L+G +PIDR++E SDQTPL EEV   ++  K R
Sbjct  249  VSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKER  308

Query  305  IRHPDYRIDQALAAVK  320
            +++ +Y++D  L  +K
Sbjct  309  FQEQNYKLDLQLRKLK  324

18) M446_5595 in NC_010511


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  299 bits (1122),  Expect = 1e-82, Method: Compositional matrix adjust.
 Identities = 177/316 (57%), Positives = 234/316 (75%), Gaps = 3/316 (0%)

Query  7    RLGWIELYAQTGDAGLVCRRCGISRPTLRKWWRRYQAAGPAGLVEHSRRPRRLAAQKVFA  66
            RL W+ +Y + GDAGLVCRRCGISRPTLRKW +RY+  G AGL  +SRRP+  +  K+  
Sbjct  10   RLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKLTD  69

Query  67   EHETLILSLRRDRKLGIKQLRNELVRQHDLTLSLDTIHRVLVRHGEQvlkrprrrvrgkl  126
            E  +LIL++R  R+LG ++L+ EL+R H + LS  T+H+VL  ++        RR ++  
Sbjct  70   ELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLS-EASVKPIVTYRRKKDFQ  128

Query  127  rYSRPVPGDRVQMDACKICPGVYQYTAIDDCSRYAVLGIYPRRTAANTLDFLDRVIEEMP  186
            RY RP+PGDRVQMD+CKI PG+YQYTAIDDCSRY VL  Y+RRTAANT+DF+D V+EEMP
Sbjct  129  RYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEMP  188

Query  187  FAIQRIQTDRGREFFAEAVQQRLIDWGIKFRPIPPRSPHLNGKVERSHRAALEEFWTTVD  246
            F+IQRIQTDRGREFFAE VQ++L+  GIKFRP  P SPHLNGKVERS+++   EF  T+D
Sbjct  189  FPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTID  248

Query  247  PKSA--DIADRVAEWQHHWNWSRPHSALDGASPIDRVAERSDQTPLREEVEALFDPAKAR  304
               +  ++   +AEWQH  NW RPHS+L+G +PIDR++E SDQTPL EEV   ++  K R
Sbjct  249  VSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKER  308

Query  305  IRHPDYRIDQALAAVK  320
            +++ +Y++D  L  +K
Sbjct  309  FQEQNYKLDLQLRKLK  324

19) Bcen_5102 in NC_008061


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  299 bits (1119),  Expect = 2e-82, Method: Compositional matrix adjust.
 Identities = 185/308 (61%), Positives = 238/308 (78%), Gaps = 2/308 (0%)

Query  2    RLRWVRMYHETGNAGLVCTRCGISRPTLRKWLRRYQEAGEEGLRSQSRRPLTSPNRKVSD  61
            RL+WV+MY+E G+AGLVC RCGISRPTLRKW +RY++ G  GL SQSRRP +SP+ K++D
Sbjct  10   RLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKLTD  69

Query  62   ADRATILRLRAERKGGARRIQNELRLNEQRELSLATIHKVLCEALVKPLVRPRRPAQPRR  121
              RA IL +R  R+ GARR+Q EL   ++ +LS AT+HKVL EA VKP+V  RR  + +R
Sbjct  70   ELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRKKDFQR  129

Query  122  YSRPVPGDRVQMDTMKIARGVYQYTAIDDCSRFRVLAVYPRRNARNTLFFLDRVIEEMPF  181
            Y RP+PGDRVQMDT KIA G+YQYTAIDDCSR+RVL  Y+RR A NT+ F+D V+EEMPF
Sbjct  130  YERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEMPF  189

Query  182  PIQRIQTDRGGEFFAESVQRRLMNECIKFRPIPPRSPHLNGKVERSQLTDLNEFW--FHH  239
            PIQRIQTDRG EFFAE VQ++LM   IKFRP  P SPHLNGKVERSQ TD +EF   ++ 
Sbjct  190  PIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTIDV  249

Query  240  APTERAIDLRIEEWQFDYNWRRPHGSLGGKTPVDRIAELGEITPLAEAVEGAYDERKERI  299
            +   + +DL + EWQ  YNW RPH+SL G TP+DRI+E+++ TPL+E V   Y+ +KER+
Sbjct  250  SVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKERF  309

Query  300  RHREWRVD  307
            ++++ ++D
Sbjct  310  QEQNYKLD  317

20) Bcen_4857 in NC_008061


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  296 bits (1107),  Expect = 2e-81, Method: Compositional matrix adjust.
 Identities = 185/308 (61%), Positives = 238/308 (78%), Gaps = 3/308 (0%)

Query  2    RLRWVRMYHETGNAGLVCTRCGISRPTLRKWLRRYQEAGEEGLRSQSRRPLTSPNRKVSD  61
            RL+WV+MY+E G+AGLVC RCGISRPTLRKW +RY++ G  GL SQSRRP +SP+ K++D
Sbjct  10   RLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKLTD  69

Query  62   ADRATILRLRAERK-GARRIQNELRLNEQRELSLATIHKVLCEALVKPLVRPRRPAQPRR  120
              RA IL +R  R+ GARR+Q EL   ++ +LS AT+HKVL EA VKP+V  RR  + +R
Sbjct  70   ELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRKKDFQR  129

Query  121  YSRPVPGDRVQMDTMKIARGVYQYTAIDDCSRFRVLAVYPRRNARNTLFFLDRVIEEMPF  180
            Y RP+PGDRVQMDT KIA G+YQYTAIDDCSR+RVL  Y+RR A NT+ F+D V+EEMPF
Sbjct  130  YERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEMPF  189

Query  181  PIQRIQTDRGGEFFAESVQRRLMNECIKFRPIPPRSPHLNGKVERSQLTDLNEFW--FHH  238
            PIQRIQTDRG EFFAE VQ++LM   IKFRP  P SPHLNGKVERSQ TD +EF   ++ 
Sbjct  190  PIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTIDV  249

Query  239  APTERAIDLRIEEWQFDYNWRRPHGSLGGKTPVDRIAELGEITPLAEAVEGAYDERKERI  298
            +   + +DL + EWQ  YNW RPH+SL G TP+DRI+E+++ TPL+E V   Y+ +KER+
Sbjct  250  SVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKERF  309

Query  299  RHREWRVD  306
            ++++ ++D
Sbjct  310  QEQNYKLD  317

21) Bcen2424_3309 in NC_008543


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  296 bits (1107),  Expect = 2e-81, Method: Compositional matrix adjust.
 Identities = 185/308 (61%), Positives = 238/308 (78%), Gaps = 3/308 (0%)

Query  2    RLRWVRMYHETGNAGLVCTRCGISRPTLRKWLRRYQEAGEEGLRSQSRRPLTSPNRKVSD  61
            RL+WV+MY+E G+AGLVC RCGISRPTLRKW +RY++ G  GL SQSRRP +SP+ K++D
Sbjct  10   RLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKLTD  69

Query  62   ADRATILRLRAERK-GARRIQNELRLNEQRELSLATIHKVLCEALVKPLVRPRRPAQPRR  120
              RA IL +R  R+ GARR+Q EL   ++ +LS AT+HKVL EA VKP+V  RR  + +R
Sbjct  70   ELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRKKDFQR  129

Query  121  YSRPVPGDRVQMDTMKIARGVYQYTAIDDCSRFRVLAVYPRRNARNTLFFLDRVIEEMPF  180
            Y RP+PGDRVQMDT KIA G+YQYTAIDDCSR+RVL  Y+RR A NT+ F+D V+EEMPF
Sbjct  130  YERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEMPF  189

Query  181  PIQRIQTDRGGEFFAESVQRRLMNECIKFRPIPPRSPHLNGKVERSQLTDLNEFW--FHH  238
            PIQRIQTDRG EFFAE VQ++LM   IKFRP  P SPHLNGKVERSQ TD +EF   ++ 
Sbjct  190  PIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTIDV  249

Query  239  APTERAIDLRIEEWQFDYNWRRPHGSLGGKTPVDRIAELGEITPLAEAVEGAYDERKERI  298
            +   + +DL + EWQ  YNW RPH+SL G TP+DRI+E+++ TPL+E V   Y+ +KER+
Sbjct  250  SVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKERF  309

Query  299  RHREWRVD  306
            ++++ ++D
Sbjct  310  QEQNYKLD  317

22) Bcen2424_5758 in NC_008543


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  296 bits (1107),  Expect = 2e-81, Method: Compositional matrix adjust.
 Identities = 185/308 (61%), Positives = 238/308 (78%), Gaps = 3/308 (0%)

Query  2    RLRWVRMYHETGNAGLVCTRCGISRPTLRKWLRRYQEAGEEGLRSQSRRPLTSPNRKVSD  61
            RL+WV+MY+E G+AGLVC RCGISRPTLRKW +RY++ G  GL SQSRRP +SP+ K++D
Sbjct  10   RLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKLTD  69

Query  62   ADRATILRLRAERK-GARRIQNELRLNEQRELSLATIHKVLCEALVKPLVRPRRPAQPRR  120
              RA IL +R  R+ GARR+Q EL   ++ +LS AT+HKVL EA VKP+V  RR  + +R
Sbjct  70   ELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRKKDFQR  129

Query  121  YSRPVPGDRVQMDTMKIARGVYQYTAIDDCSRFRVLAVYPRRNARNTLFFLDRVIEEMPF  180
            Y RP+PGDRVQMDT KIA G+YQYTAIDDCSR+RVL  Y+RR A NT+ F+D V+EEMPF
Sbjct  130  YERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEMPF  189

Query  181  PIQRIQTDRGGEFFAESVQRRLMNECIKFRPIPPRSPHLNGKVERSQLTDLNEFW--FHH  238
            PIQRIQTDRG EFFAE VQ++LM   IKFRP  P SPHLNGKVERSQ TD +EF   ++ 
Sbjct  190  PIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTIDV  249

Query  239  APTERAIDLRIEEWQFDYNWRRPHGSLGGKTPVDRIAELGEITPLAEAVEGAYDERKERI  298
            +   + +DL + EWQ  YNW RPH+SL G TP+DRI+E+++ TPL+E V   Y+ +KER+
Sbjct  250  SVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKERF  309

Query  299  RHREWRVD  306
            ++++ ++D
Sbjct  310  QEQNYKLD  317

23) PP1Y_AT32909 in NC_015580


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  261 bits (974),  Expect = 5e-71, Method: Compositional matrix adjust.
 Identities = 161/319 (51%), Positives = 228/319 (72%), Gaps = 3/319 (0%)

Query  4    VKARLGWVQLYAQTGDAGLVCRHCGISRPTLCKWWRRYQAAGVAGLIEESRRPKRFAAQK  63
            ++ RL WV++Y + GDAGLVCR+CGISRPTL KW +RY+  G+AGL  +SRRP   +  K
Sbjct  7    IQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTK  66

Query  64   VFAEQevlvlrlrrerklGIKQLRNELIRQHDLTLSLDTIHRVLVRHDEQVLKRPRRRVK  123
            +  E   L+L +R  R+LG ++L+ ELIR H + LS  T+H+VL     + +   RR+ K
Sbjct  67   LTDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRK-K  125

Query  124  GKIRYSQPIPGDRVQMDVYKIVPGVYQYTAIDDCSRYKVLSAFPRRATANTLIFLEQVIE  183
            +  RY +PIPGDRVQMD  KI PG+YQYTAIDDCSRY+VL  ++RR++ANT+ F++ V+E
Sbjct  126  DFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVE  185

Query  184  EMPFAIQRIQTDRGLEFFAQAVQQRLIDWGCEFRPIRPRSPHLNGKVARTRRADLEEFWC  243
            EMPF+IQRIQTDRG EFFA+ VQ++L+  G  FRP +P SPHLNGKV R++++D  EF  
Sbjct  186  EMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYP  245

Query  244  TVDPRE--PDIADRLAEWQHHWNWFRPHTALSGASPIGRVIELMEKTPLREEVDVRFEPA  301
            T+D      ++   LAEWQH  NW RPH++L+G +PI+R+ E+ ++TPL EEV   ++  
Sbjct  246  TIDVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIK  305

Query  302  EERMRHHDDRIDQALSAMK  320
             ER ++++ ++D  L  +K
Sbjct  306  KERFQEQNYKLDLQLRKLK  324

24) RBRH_00092 in NC_014722


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  243 bits (907),  Expect = 7e-66, Method: Compositional matrix adjust.
 Identities = 159/242 (66%), Positives = 192/242 (80%), Gaps = 3/242 (1%)

Query  1    MDREIATRLRWVRMYHETGNAGLVCVRCGISRPTLRKWLGRYRDDGEEGLRSQSRRPLNS  60
            MDREI  RL+WV+MY+E G+AGLVC RCGISRPTLRKW  RY++ G  GL SQSRRP +S
Sbjct  3    MDREIQQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSS  62

Query  61   PNGKVSEADRAKILRLRAERK-GARRIQSEL-RLHGQRELSLATIHKVLCKASVKPLVHA  118
            P+ K+++  RA IL +R  R+ GARR+Q+EL RLH + +LS AT+HKVL  ASVKP+V  
Sbjct  63   PDTKLTDELRALILTMRDKRNLGARRLQTELIRLH-KIHLSTATLHKVLSEASVKPIVTY  121

Query  119  RRPSQPKRYSRPVPGDRVQMDTMKIARGIYQYTAIDDCSRFRILALYSCRNARNTLLFLD  178
            RR  + +RY RP+PGDRVQMDT KIA GIYQYTAIDDCSR+R+L  YS R A NT+ F+D
Sbjct  122  RRKKDFQRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFID  181

Query  179  RVIEEMPFPIEHIQADRGGEFFAESVQRRLMSECIKFRPIPPRSPHLNGKVERSQLTDLN  238
             V+EEMPFPI++IQ+DRG EFFAE VQ++LM   IKFRP  P SPHLNGKVERSQ TD +
Sbjct  182  CVVEEMPFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKS  241

Query  239  EF  240
            EF
Sbjct  242  EF  243

25) Dfer_1950 in NC_013037


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  243 bits (908),  Expect = 9e-66, Method: Compositional matrix adjust.
 Identities = 153/316 (49%), Positives = 220/316 (70%), Gaps = 5/316 (1%)

Query  9    EARQKWVMLYRQIGNISVAARRCGIARSTLQRWIKREDE---NLFTDRSHRPHRLGRQKY  65
            + R +WV +Y + G+ ++  RRCGI+R+TL++W KR  +     +  +S+RPH     K 
Sbjct  8    QQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKL  67

Query  66   RPEDEALVLKVRDEFKYGKLRICSHLFRLHDLKISTSTVARILEKHSVAPIRRFTKHSPP  125
              E  AL+L +RD  + G  R+ ++L+RLH + +ST+T+ ++L   SV PI  + +    
Sbjct  68   TDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRKKDF  127

Query  126  IRYAKLVPGERVQLDVCKIRAGLYQYTAIDDCTRLRVLKLYTRRSAANSIDFLDKLIDEF  185
             RY + +PG+RVQ+D CKI +G+YQYTAIDDC+R RVL+ Y+RR+AAN++DF+D +++E 
Sbjct  128  QRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEM  187

Query  186  HYPIQRIQTDRGQEFFAVAFQQKLMDYCIKFRPIKPRSPHLNGKVERSQQTDLQEFYTTV  245
             +PIQRIQTDRG+EFFA   Q++LM Y IKFRP KP SPHLNGKVERSQ+TD  EFY T+
Sbjct  188  PFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTI  247

Query  246  DLRDP--QLDDKLAQWQFHYNYFRPHSSLGGKTPIEFASEHSAKAPFWDEIEAIYDETKE  303
            D+     +LD  LA+WQ  YN  RPHSSL G TPI+  +E S ++P+ +E+   Y+  KE
Sbjct  248  DVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKE  307

Query  304  RIREQAYWRDLRMAKL  319
            R++EQ Y  DL++ KL
Sbjct  308  RFQEQNYKLDLQLRKL  323

26) Dfer_0529 in NC_013037


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  242 bits (904),  Expect = 2e-65, Method: Compositional matrix adjust.
 Identities = 152/316 (49%), Positives = 220/316 (70%), Gaps = 5/316 (1%)

Query  9    EARQKWVMLYKQIGNISVAARRCGIARSTLQRWIKREDE---NLFTDRSHRPHRLGRQKY  65
            + R +WV +Y + G+ ++  RRCGI+R+TL++W KR  +     +  +S+RPH     K 
Sbjct  8    QQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKL  67

Query  66   RPEDEALVLKVRDEFKYGKLRICSHLFRLHDLKISTSTVARILEKHSVAPIRRFTKHSPP  125
              E  AL+L +RD  + G  R+ ++L+RLH + +ST+T+ ++L   SV PI  + +    
Sbjct  68   TDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRKKDF  127

Query  126  IRYAKLVPGERVQLDVCKIRAGLYQYTAIDDCTRLRVLKLYTRRSAANSIDFLDKLIDEF  185
             RY + +PG+RVQ+D CKI +G+YQYTAIDDC+R RVL+ Y+RR+AAN++DF+D +++E 
Sbjct  128  QRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEM  187

Query  186  HYPIQRIQTDRGQEFFAVAFQQKLMDYCIKFRPIKPRSPHLNGKVERSQQTDLQEFYTTV  245
             +PIQRIQTDRG+EFFA   Q++LM Y IKFRP KP SPHLNGKVERSQ+TD  EFY T+
Sbjct  188  PFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTI  247

Query  246  DLRDP--QLDDKLAQWQFHYNYFRPHSSLGGKTPIEFASEHSAKASFWDEIEAIYDETKE  303
            D+     +LD  LA+WQ  YN  RPHSSL G TPI+  +E S ++++ +E+   Y+  KE
Sbjct  248  DVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKE  307

Query  304  RIREQAYWRDLRMAKL  319
            R++EQ Y  DL++ KL
Sbjct  308  RFQEQNYKLDLQLRKL  323

27) Dfer_0538 in NC_013037


> NC_002505_P3|1|G1|15640835|NP_230466.1|Vibrio_cholerae_O1_biovar_eltor_str._N16961|+|1..984|-|VC0817|transposase
Length=327

 Score =  242 bits (902),  Expect = 2e-65, Method: Compositional matrix adjust.
 Identities = 152/316 (49%), Positives = 220/316 (70%), Gaps = 5/316 (1%)

Query  9    EARQKWVMLYRQIGNISVAARRCGIARSTLQRWIKREDE---NLFTDRSHRPHRLGRQKY  65
            + R +WV +Y + G+ ++  RRCGI+R+TL++W KR  +     +  +S+RPH     K 
Sbjct  8    QQRLQWVKMYEECGDAGLVCRRCGISRPTLRKWAKRYKQCGIAGLESQSRRPHSSPDTKL  67

Query  66   RPEDEALVLKVRDEFKYGKLRICSHLFRLHDLKISTSTVARILEKHSVAPIRRFTKHSPP  125
              E  AL+L +RD  + G  R+ ++L+RLH + +ST+T+ ++L   SV PI  + +    
Sbjct  68   TDELRALILTMRDKRNLGARRLQTELIRLHKIHLSTATLHKVLSEASVKPIVTYRRKKDF  127

Query  126  IRYAKLVPGERVQLDVCKIRAGLYQYTAIDDCTRLRVLKLYTRRSAANSIDFLDKLIDEF  185
             RY + +PG+RVQ+D CKI +G+YQYTAIDDC+R RVL+ Y+RR+AAN++DF+D +++E 
Sbjct  128  QRYERPIPGDRVQMDTCKIAPGIYQYTAIDDCSRYRVLRCYSRRTAANTVDFIDCVVEEM  187

Query  186  HYPIQRIQTDRGQEFFAVAFQQKLMDYCIKFRPIKPRSPHLNGKVERSQQTDLQEFYTTV  245
             +PIQRIQTDRG+EFFA   Q++LM Y IKFRP KP SPHLNGKVERSQ+TD  EFY T+
Sbjct  188  PFPIQRIQTDRGREFFAEKVQKQLMIYGIKFRPNKPGSPHLNGKVERSQKTDKSEFYPTI  247

Query  246  DLRDP--QLDDKLAQWQFHYNYFRPHSSLGGKTPIEFASEHSAKASFWDEIEAIYDETKE  303
            D+     +LD  LA+WQ  YN  RPHSSL G TPI+  +E S ++++ +E+   Y+  KE
Sbjct  248  DVSVGLQELDLLLAEWQHYYNWERPHSSLNGLTPIDRITEISDQTPLSEEVSQNYQIKKE  307

Query  304  RIREQAYWRDLRMAKL  319
            R++EQ Y  DL++ KL
Sbjct  308  RFQEQNYKLDLQLRKL  323