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Homologs of VC0395_A0339 gene of NC_009457_P1

protein-level

Hit (GenBank Accn)

Product

Source Genome

Eval.

Ident.(%)

1) Spro_3692
( YP_001479916.1 )

putative transcriptional regulator

NC_009832
(Serratia proteamaculans 568)

2e-33

2) Sputcn32_2915
( YP_001184431.1 )

XRE family transcriptional regulator

NC_009438
(Shewanella putrefaciens CN-32)

1e-31

3) Sputw3181_0310
( YP_961715.1 )

XRE family transcriptional regulator

NC_008750
(Shewanella sp. W3-18-1)

7e-31

4) Rahaq2_4804
( YP_005220533.1 )

Helix-turn-helix protein

NC_016835
(Rahnella aquatilis CIP 78.65)

1e-30

5) Dd1591_0871
( YP_003003229.1 )

XRE family transcriptional regulator

NC_012912
(Dickeya zeae Ech1591)

2e-30

6) Q7S_24761
( YP_005419206.1 )

helix-turn-helix domain-containing protein

NC_017060
(Rahnella aquatilis HX2)

7e-29

7) Rahaq_4846
( YP_004215552.1 )

helix-turn-helix domain-containing protein

NC_015062
(Rahnella sp. Y9602)

7e-29

8) KPK_1581
( YP_002237433.1 )

DNA-binding protein

NC_011283
(Klebsiella pneumoniae 342)

2e-27

9) Kvar_1478
( YP_003438416.1 )

XRE family transcriptional regulator

NC_013850
(Klebsiella variicola At-22)

2e-27

• Sequence Alignments

1) VCM66_0772 in NC_012578


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  235 bits (875),  Expect = 2e-63, Method: Compositional matrix adjust.
 Identities = 159/159 (100%), Positives = 159/159 (100%), Gaps = 0/159 (0%)

Query  1    MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRskasknakav  60
            MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAV
Sbjct  1    MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAV  60

Query  61   saaERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR  120
            SAAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR
Sbjct  61   SAAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR  120

Query  121  GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159
            GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG
Sbjct  121  GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

2) VC0814 in NC_002505


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  235 bits (875),  Expect = 2e-63, Method: Compositional matrix adjust.
 Identities = 159/159 (100%), Positives = 159/159 (100%), Gaps = 0/159 (0%)

Query  1    MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRskasknakav  60
            MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAV
Sbjct  1    MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAV  60

Query  61   saaERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR  120
            SAAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR
Sbjct  61   SAAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR  120

Query  121  GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159
            GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG
Sbjct  121  GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

3) VC395_0831 in NC_012582


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  235 bits (875),  Expect = 2e-63, Method: Compositional matrix adjust.
 Identities = 159/159 (100%), Positives = 159/159 (100%), Gaps = 0/159 (0%)

Query  1    MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRskasknakav  60
            MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAV
Sbjct  1    MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAV  60

Query  61   saaERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR  120
            SAAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR
Sbjct  61   SAAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR  120

Query  121  GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159
            GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG
Sbjct  121  GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

4) VC0395_A0339 in NC_009457


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  235 bits (875),  Expect = 2e-63, Method: Compositional matrix adjust.
 Identities = 159/159 (100%), Positives = 159/159 (100%), Gaps = 0/159 (0%)

Query  1    MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRskasknakav  60
            MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAV
Sbjct  1    MGATMKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAV  60

Query  61   saaERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR  120
            SAAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR
Sbjct  61   SAAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDR  120

Query  121  GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159
            GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG
Sbjct  121  GSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

5) VV0797 in NC_005139


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  230 bits (857),  Expect = 5e-62, Method: Compositional matrix adjust.
 Identities = 138/160 (87%), Positives = 153/160 (96%), Gaps = 1/160 (0%)

Query  1    MGATMNKPSNKESVQDTVARLRANRNQHQPKTGTDATHSTKERSQLNTPTRSKTSKNAKA  60
            MGATM KPSNKESVQDTVARLR NRNQ+Q+K G +ATHS+KE++ L+TPTRSK+SKNAKA
Sbjct  1    MGATM-KPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKA  59

Query  61   VSAAERKTEANKIIKHLLLGELTQGQALKSLRIDILGFKQDVFARLVDVSRKTLSDIEND  120
            VSAAERKTEANKIIKHLLLGELTQGQALKSLRI+ILG+KQDVFARLVDVSRKTLSDIEND
Sbjct  60   VSAAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIEND  119

Query  121  RGSYNTEILNKVFKPFGLKVGMLPSSPDVLKSLLIDSEAG  160
            RGSYNTEILNKVFKPF+LK+G+LPSSPD LKSLL+D+E G
Sbjct  120  RGSYNTEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

6) O3Y_03785 in NC_016944


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  228 bits (849),  Expect = 2e-61, Method: Compositional matrix adjust.
 Identities = 155/155 (100%), Positives = 155/155 (100%), Gaps = 0/155 (0%)

Query  1    MKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRskasknakavsaaE  60
            MKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAE
Sbjct  5    MKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAE  64

Query  61   RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN  120
            RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN
Sbjct  65   RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN  124

Query  121  TEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  155
            TEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG
Sbjct  125  TEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

7) VCD_003513 in NC_012668


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  228 bits (849),  Expect = 2e-61, Method: Compositional matrix adjust.
 Identities = 155/155 (100%), Positives = 155/155 (100%), Gaps = 0/155 (0%)

Query  1    MKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRskasknakavsaaE  60
            MKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAE
Sbjct  5    MKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAE  64

Query  61   RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN  120
            RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN
Sbjct  65   RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN  124

Query  121  TEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  155
            TEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG
Sbjct  125  TEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

8) Vch1786_I0320 in NC_016445


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  228 bits (849),  Expect = 2e-61, Method: Compositional matrix adjust.
 Identities = 155/155 (100%), Positives = 155/155 (100%), Gaps = 0/155 (0%)

Query  1    MKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRskasknakavsaaE  60
            MKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAE
Sbjct  5    MKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAE  64

Query  61   RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN  120
            RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN
Sbjct  65   RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN  124

Query  121  TEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  155
            TEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG
Sbjct  125  TEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

9) VV1_0402 in NC_004459


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  228 bits (850),  Expect = 2e-61, Method: Compositional matrix adjust.
 Identities = 136/154 (89%), Positives = 148/154 (97%), Gaps = 0/154 (0%)

Query  3    KPSNKESVQDTVARLRANRNQHQPKTGTDATHSTKERSQLNTPTRSKTSKNAKAVSAAER  62
            KPSNKESVQDTVARLR NRNQ+Q+K G +ATHS+KE++ L+TPTRSK+SKNAKAVSAAER
Sbjct  6    KPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAER  65

Query  63   KTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNT  122
            KTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNT
Sbjct  66   KTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNT  125

Query  123  EILNKVFKPFGLKVGMLPSSPDVLKSLLIDGEAG  156
            EILNKVFKPF+LK+G+LPSSPD LKSLL+DGE G
Sbjct  126  EILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

10) VVMO6_02400 in NC_014965


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  228 bits (850),  Expect = 2e-61, Method: Compositional matrix adjust.
 Identities = 136/154 (89%), Positives = 148/154 (97%), Gaps = 0/154 (0%)

Query  3    KPSNKESVQDTVARLRANRNQHQPKTGTDATHSTKERSQLNTPTRSKTSKNAKAVSAAER  62
            KPSNKESVQDTVARLR NRNQ+Q+K G +ATHS+KE++ L+TPTRSK+SKNAKAVSAAER
Sbjct  6    KPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAER  65

Query  63   KTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNT  122
            KTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNT
Sbjct  66   KTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNT  125

Query  123  EILNKVFKPFGLKVGMLPSSPDVLKSLLIDGEAG  156
            EILNKVFKPF+LK+G+LPSSPD LKSLL+DGE G
Sbjct  126  EILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

11) VCLMA_A0721 in NC_017270


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  225 bits (838),  Expect = 2e-60, Method: Compositional matrix adjust.
 Identities = 151/155 (98%), Positives = 154/155 (99%), Gaps = 0/155 (0%)

Query  1    MKPSNKESVQDTVARLRANRNQQQPKVGKSATHSSKEQTPLDTPTRskasknakavsaaE  60
            MKPSNKESVQDTVARLR NRNQQQ+KVGK+ATHSSKEQTPLDTPTRSKASKNAKAVSAAE
Sbjct  5    MKPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAE  64

Query  61   RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN  120
            RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN
Sbjct  65   RKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYN  124

Query  121  TEILNKVFKPFSLKIGLLPSSPDTLKSLLMDGEDG  155
            TEILNKVFKPFSLKIGLLPSSPD+LKSLLMDGEDG
Sbjct  125  TEILNKVFKPFSLKIGLLPSSPDALKSLLMDGEDG  159

12) Spro_3692 in NC_009832


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  135 bits (497),  Expect = 2e-33, Method: Compositional matrix adjust.
 Identities = 74/153 (49%), Positives = 117/153 (77%), Gaps = 3/153 (1%)

Query  1    MKTPEKISDSARETINRLRE-KNKANYKENSSISDVKNEVNSEKERGRQRASGTSKSMSA  59
            MK ++K  +S ++T+ RLRE +N+ + K   + ++  +E  +     R +AS  +K++SA
Sbjct  5    MKPSNK--ESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSA  62

Query  60   IERNSARHNIMKLLLLGEITQGQALKTLRVDVLGLKQENYATLVSVSRKTLSEIENDRGN  119
             ER++  ++I+K LLLGE+TQGQALK+LR+++LGLKQ+ +A LV VSRKTLS+IENDRG+
Sbjct  63   AERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGS  122

Query  120  YTSDIINKVFKPFGLQVGLVPISRHTLSTLLNE  152
            Y ++I+NKVFKPF+L++GL+P S ++L +LL +
Sbjct  123  YNTEILNKVFKPFSLKIGLLPSSPDALKSLLMD  155

13) Sputcn32_2915 in NC_009438


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  129 bits (472),  Expect = 1e-31, Method: Compositional matrix adjust.
 Identities = 77/152 (51%), Positives = 113/152 (75%), Gaps = 7/152 (4%)

Query  4    KQTTTETAKDTIARLRANR-QQQSDIAIEASQH-RQPVNIGEAQRKQDAKRASKQARGVS  61
            K +  E+ +DT+ARLR NR QQQS ++ +A++  ++   ++ + R     +ASK+A++VS
Sbjct  6    KPSNKESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRS----KASKNAKAVS  61

Query  62   TVERKNVIYSTAQKLLHGELTQGQALKALRVEVLGLTQDEYANLVKVSRKTLSDVENDRG  121
            + ERK       + LL GELTQGQALK+LR+++LGL QD +A LV VSRKTLSD+ENDRG
Sbjct  62   AAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRG  121

Query  122  SYKTDILNRLFKPFGLKVGIVPIST-GVTWLL  152
            SY+T+ILN++FKPF+LK+G++P S  ++  LL
Sbjct  122  SYNTEILNKVFKPFSLKIGLLPSSPDALKSLL  153

14) Sputw3181_0310 in NC_008750


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  127 bits (464),  Expect = 7e-31, Method: Compositional matrix adjust.
 Identities = 72/144 (50%), Positives = 112/144 (78%), Gaps = 6/144 (4%)

Query  4    KQTTTETAKDTIARLRANR-QQRSDIAIEASQHRQPVNIGDAPI-KPTPKRASKQSGGVN  61
            K +  E+ +DT+ARLR NR QQ+S ++ +A++  +     ++P+  PT  +ASK++ +V+
Sbjct  6    KPSNKESVQDTVARLRENRNQQQSKVGKNATHSSK----EQTPLDTPTRSKASKNAKAVS  61

Query  62   TVERKNAINAITQRLLRSELSQGQALKALRVEVLGLTQDEYANLVKVSRKTLSDVENDRG  121
            + ERK   N I ++LL +EL+QGQALK+LR+++LGL QD +A LV VSRKTLSD+ENDRG
Sbjct  62   AAERKTEANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRG  121

Query  122  SFKTDILDRLFKPFGLKVGIVPIS  145
            S++T+IL+++FKPF+LK+G++P S
Sbjct  122  SYNTEILNKVFKPFSLKIGLLPSS  145

15) Rahaq2_4804 in NC_016835


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  126 bits (461),  Expect = 1e-30, Method: Compositional matrix adjust.
 Identities = 64/149 (43%), Positives = 109/149 (74%), Gaps = 2/149 (1%)

Query  9    DSAKSTIAKIRAKKNDANHSRRDAGQMLAQEKTSSTVKKQTRRRVSSLTKPVSTNDRNEA  68
            +S + T+A++R ++N+  +  + + +     K  + +   TR + S  +K+VS+ +R+  
Sbjct  11   ESVQDTVARLRENRNQ--QQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAERKTE  68

Query  69   RLNIMRALLLGEITQGQALKALRITVLGLKQDTFAKLVSVSRKSLSEVENDKGNYTPDII  128
              +I++ LLLGE+TQGQALK+LRI +LGLKQD FA+LV VSRK+LS++END+G+Y  +I+
Sbjct  69   ANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNTEIL  128

Query  129  NRLFKPFGLKVGLVPVSQQIFRTLFESSE  157
            N++FKPF+LK+GL+P S + +++L+  +E
Sbjct  129  NKVFKPFSLKIGLLPSSPDALKSLLMDGE  157

16) Dd1591_0871 in NC_012912


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  125 bits (458),  Expect = 2e-30, Method: Compositional matrix adjust.
 Identities = 64/145 (45%), Positives = 111/145 (77%), Gaps = 4/145 (2%)

Query  15   QDVQATIRKLRQR--MQERSVAQTYLQSSSVAVVTETVDITKVRASKNSRPLNTSERRFA  72
            + VQ T+ +LR+    Q+  V++   +SS      +T   T+ +ASKN+++++++ER+  
Sbjct  11   ESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTP--TRSKASKNAKAVSAAERKTE  68

Query  73   MQNIIRRMMFGEISQGNALRELRLNVLGLRQEAYASLVGVSRKTLSEIENGKGNYTADII  132
             ++II+++++GE++QG+AL+ LR+N+LGL+Q+ +A LV+VSRKTLS+IEN++G+Y ++I+
Sbjct  69   ANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNTEIL  128

Query  133  NKVFKPFGLKMGLIPVSPSLLAEIL  157
            NKVFKPF+LK+GL+P SP  L  +L
Sbjct  129  NKVFKPFSLKIGLLPSSPDALKSLL  153

17) Q7S_24761 in NC_017060


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  120 bits (438),  Expect = 7e-29, Method: Compositional matrix adjust.
 Identities = 61/146 (42%), Positives = 109/146 (75%), Gaps = 4/146 (2%)

Query  9    NSARNTIDKIR-AKQNEANHVRRDAGQMLAQEETSSTGKKQAQRRVSNLTKPVSTNDRNQ  67
            +S ++T+ ++R  ++++ + V ++A +   ++    T    ++ + S+ +K+VS+ +R+ 
Sbjct  11   ESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDT---PTRSKASKNAKAVSAAERKT  67

Query  68   ARLDIMRALLLGEITQGQALKALRITVLGLKQDAFGKLVTVSRKTLSEVENDKGNYTPDI  127
                I++ LLLGE+TQGQALK+LRI +LGLKQD F++LV VSRKTLS++END+G+Y  +I
Sbjct  68   EANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNTEI  127

Query  128  INKLFRPFGLKVGLVPVSQQIFRTLF  153
            +NK+F+PF+LK+GL+P S + +++L+
Sbjct  128  LNKVFKPFSLKIGLLPSSPDALKSLL  153

18) Rahaq_4846 in NC_015062


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  120 bits (438),  Expect = 7e-29, Method: Compositional matrix adjust.
 Identities = 61/146 (42%), Positives = 109/146 (75%), Gaps = 4/146 (2%)

Query  9    NSARNTIDKIR-AKQNEANHVRRDAGQMLAQEETSSTGKKQAQRRVSNLTKPVSTNDRNQ  67
            +S ++T+ ++R  ++++ + V ++A +   ++    T    ++ + S+ +K+VS+ +R+ 
Sbjct  11   ESVQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDT---PTRSKASKNAKAVSAAERKT  67

Query  68   ARLDIMRALLLGEITQGQALKALRITVLGLKQDAFGKLVTVSRKTLSEVENDKGNYTPDI  127
                I++ LLLGE+TQGQALK+LRI +LGLKQD F++LV VSRKTLS++END+G+Y  +I
Sbjct  68   EANKIIKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNTEI  127

Query  128  INKLFRPFGLKVGLVPVSQQIFRTLF  153
            +NK+F+PF+LK+GL+P S + +++L+
Sbjct  128  LNKVFKPFSLKIGLLPSSPDALKSLL  153

19) KPK_1581 in NC_011283


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  115 bits (421),  Expect = 2e-27, Method: Compositional matrix adjust.
 Identities = 63/141 (45%), Positives = 102/141 (73%), Gaps = 4/141 (2%)

Query  11   IQNTLARLRADNPPSLPATGVTATEK-KARSEI---SRQRVSAGLKKVKTVDRQAVIHAI  66
            +Q+T+ARLR +     +  G  AT+  K ++ +   +R + S   K V + +R++  + I
Sbjct  13   VQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAERKTEANKI  72

Query  67   IHDIMLGAISQGEALKKLRVEVLGLRQDEYARLVDVSRKTLSDVENDKGNYSAEIINKIY  126
            I +++LG ++QG+ALK LR+++LGL+QD +ARLVDVSRKTLSD+END+G+Y++EI+NK++
Sbjct  73   IKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNTEILNKVF  132

Query  127  KPFGLETGLVPISKTLISSLF  147
            KPF+L  GL+P S   + SL+
Sbjct  133  KPFSLKIGLLPSSPDALKSLL  153

20) Kvar_1478 in NC_013850


> NC_009457_P1|6|G6|147673260|YP_001216295.1|Vibrio_cholerae_O395|-|7531..8010|-|VC0395_A0339|transcriptional 
regulator
Length=159

 Score =  115 bits (421),  Expect = 2e-27, Method: Compositional matrix adjust.
 Identities = 63/141 (45%), Positives = 102/141 (73%), Gaps = 4/141 (2%)

Query  11   IQNTLARLRADNPPSLPATGVTATEK-KARSEI---SRQRVSAGLKKVKTVDRQAVIHAI  66
            +Q+T+ARLR +     +  G  AT+  K ++ +   +R + S   K V + +R++  + I
Sbjct  13   VQDTVARLRENRNQQQSKVGKNATHSSKEQTPLDTPTRSKASKNAKAVSAAERKTEANKI  72

Query  67   IHDIMLGAISQGEALKKLRVEVLGLRQDEYARLVDVSRKTLSDVENDKGNYSAEIINKIY  126
            I +++LG ++QG+ALK LR+++LGL+QD +ARLVDVSRKTLSD+END+G+Y++EI+NK++
Sbjct  73   IKHLLLGELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNTEILNKVF  132

Query  127  KPFGLETGLVPISKTLISSLF  147
            KPF+L  GL+P S   + SL+
Sbjct  133  KPFSLKIGLLPSSPDALKSLL  153