> FJ208998|2|G2|218158600|ACK75586.1|Vibrio_cholerae_M1567|+|1298..4282|tagA|-|truncated
ToxR-activated A protein
Length=994
Score = 1496 bits (5678), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 945/994 (96%), Positives = 976/994 (99%), Gaps = 0/994 (0%)
Query 8 MKVSFAILIFLVGCNENATSSNDQYLTDPDISEQTKKPSRPIIDEKNKGVTDTSVTIEWD 67
MKVSFAILIFLVGCNEN+TSSNDQYLTDPDISEQTKKPSRPIIDEKNKGVTDTSVTIEW+
Sbjct 1 MKVSFAILIFLVGCNENTTSSNDQYLTDPDISEQTKKPSRPIIDEKNKGVTDTSVTIEWN 60
Query 68 KIECEKNFSHYNVIVYRKDRIEDVITIRTRNNSVFIDDLKPNSQYSIDVSSCLHSACSES 127
KIECEKNFSHYNVIVYRKDRIEDVITIRTRNNSVFIDDLKPN+QYSIDVSSCLHSACSES
Sbjct 61 KIECEKNFSHYNVIVYRKDRIEDVITIRTRNNSVFIDDLKPNNQYSIDVSSCLHSACSES 120
Query 128 AKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISPEGRKNEPEIITGRDALILF 187
AKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISPEGRKNEPEIITGRDALILF
Sbjct 121 AKIEFITLNEIDYYHTTEIEKNVYGSLEGEVRFVQTHVISPEGRKNEPEIITGRDALILF 180
Query 188 KPSIKNSSSILMKIYSEDGLTSKVVMKSPSMLPKTDQPIDIDENNKVVSYSNSYWSAEIP 247
KP IK SSSILMKIYSEDGLTSKVVMKSPS+LPK DQPI IDENNKVVSYSNSYWSAEIP
Sbjct 181 KPLIKISSSILMKIYSEDGLTSKVVMKSPSVLPKNDQPIAIDENNKVVSYSNSYWSAEIP 240
Query 248 WNKMKSGMSLHFEDENGNLGIIESERIKFSAPSELIIQNIDLGMLYKPRGRNIVIKELER 307
W+KMKSGMSLHFEDENGNLGIIESE IKFSAPSELIIQNIDLGMLYKPRGRN+VIKELER
Sbjct 241 WDKMKSGMSLHFEDENGNLGIIESEGIKFSAPSELIIQNIDLGMLYKPRGRNVVIKELER 300
Query 308 TAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSADIGGWHQGDMREAVGKALVS 367
TAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSADIGGWHQGDMREAVGKALVS
Sbjct 301 TAVDYFQKVPVSKLIFSDYTPIHFEKITLPNGTVYTEKSADIGGWHQGDMREAVGKALVS 360
Query 368 TGINNANLGIVASSGYSQQYNRLTNHITAHTNigyynngvvvhggsggggivTLENTLHN 427
TGINNANLGIVASSGYSQQYN LTNHITAHTNIGYYNNGVVVHGGSGGGGIVTLENTL N
Sbjct 361 TGINNANLGIVASSGYSQQYNILTNHITAHTNIGYYNNGVVVHGGSGGGGIVTLENTLYN 420
Query 428 EWSHELGHNYGLGHYVAGGTSHGPDTSWGWDGYYKRFIANFDWKRSPQSNIRPDNQEVVK 487
EWSHELGHNYGLGHYVAGGTSHGPDTSWGWDGYYKRFIANFDWKRSPQSNIRPDNQEVVK
Sbjct 421 EWSHELGHNYGLGHYVAGGTSHGPDTSWGWDGYYKRFIANFDWKRSPQSNIRPDNQEVVK 480
Query 488 PFMDKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDWLKNGAVVINNDYMVWDELK 547
PFM+KYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDWLKNGAVV NNDYMVWDELK
Sbjct 481 PFMGKYTYLWDAMSGGYDHQNGIISRYTLHHPYVARIIQDWLKNGAVVKNNDYMVWDELK 540
Query 548 NIYVYKGTNFKVPIKKGVPVVTILGVYDPDKINPSQLYPPTYSNYGNIFDLEKPRSESSL 607
NIYVYK TNFKVP KKGVPVVTILGVYDP+K+NPSQLYPPTYSNYGN+FDLEKPRSESSL
Sbjct 541 NIYVYKETNFKVPEKKGVPVVTILGVYDPEKVNPSQLYPPTYSNYGNVFDLEKPRSESSL 600
Query 608 KGWQYVKDVNYLDRVNTHWHTMLVNRKEEKICRFSYLSPKGKKFEFLGYEDIENKICTGG 667
+GWQYVK++N LDRVNTHWHTMLVNRKEEKICRFSYLSPKGKKFEFLGYED ENKICTGG
Sbjct 601 RGWQYVKNINNLDRVNTHWHTMLVNRKEEKICRFSYLSPKGKKFEFLGYEDTENKICTGG 660
Query 668 RSIHYLEDGKKNPIESKYNDYFLLSIDGDGEISYVPDSTIGESKICSLKMSGTVYGAGFI 727
RSIHYLEDGK+N+IESK+NDY+LLS DGDGE++YVPD+TIGESKICSLK SG++YG+GFI
Sbjct 661 RSIHYLEDGKRNSIESKFNDYYLLSEDGDGELTYVPDPTIGESKICSLKASGSMYGSGFI 720
Query 728 KGNSCRQIDGVFMNGFQWAFTLNQSGVNSTYTWSNECVLKIKDKDNNIESISIPNYRIEK 787
KGNSCRQ+DGV MNG+QWAFT+NQSGVNSTYTWSNECVLKIKDKDN+IESISIPNYRIEK
Sbjct 721 KGNSCRQVDGVTMNGLQWAFTINQSGVNSTYTWSNECVLKIKDKDNKIESISIPNYRIEK 780
Query 788 NQSNKIHLNISREKPIIDINVYCGEHELTSIKVSDNPDIKLLKGPIIVGQEHGYTSYEPK 847
NQSNKIHLNISREK II+I+VYCGEHELT IKVSDNPDIKLLKGPIIVGQEHGYTSYEPK
Sbjct 781 NQSNKIHLNISREKTIIEIDVYCGEHELTRIKVSDNPDIKLLKGPIIVGQEHGYTSYEPK 840
Query 848 LPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFNFSDSDREMKFVGYVSQLSESKY 907
LPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFNFSDSDREMKFVGYVSQLSESKY
Sbjct 841 LPSGWFKHYDNFEPKNEINHELGKMRVNDNDEYICRFNFSDSDREMKFVGYVSQLSESKY 900
Query 908 ICTGGSEIYYKKNEINIELSSKENDFEWLSVRDKNLVGSKIEFDNNKTLCVLDNRSFYGA 967
ICTGGSEIYYKKN+INIELSSKENDFEWLSVRDKNLVGSKIEFDNNKTLCVLDN SFYGA
Sbjct 901 ICTGGSEIYYKKNDINIELSSKENDFEWLSVRDKNLVGSKIEFDNNKTLCVLDNSSFYGA 960
Query 968 GYLDENNRCTQDRQIHWSNGKQWLFSTYKTMTYH 1001
GYLDENNRCTQDRQIHWSNGKQWLFSTYKT+TYH
Sbjct 961 GYLDENNRCTQDRQIHWSNGKQWLFSTYKTITYH 994
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