BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0022.0208.p (325 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IWU2.1 D8IWU2_HERSS Transmembrane sensor protein 575 e-162 Q82VI9.1 Q82VI9_NITEU Putative transmembrane sensor 314 1e-83 E3HKA9.1 E3HKA9_ACHXA FecR family protein 18 268 9e-70 E6UZ00.1 E6UZ00_VARPD Anti-FecI sigma factor, FecR 259 3e-67 F0Q8R8.1 F0Q8R8_ACIAP Anti-FecI sigma factor, FecR 207 2e-51 D6JRZ2.1 D6JRZ2_ACIG3 Predicted protein 203 4e-50 F0KG62.1 F0KG62_ACICP Transmembrane sensor 202 5e-50 B7I879.1 B7I879_ACIB5 Putative transmembrane sensor protein FecR 201 1e-49 F0QGE9.1 F0QGE9_ACIBD Putative transmembrane sensor protein FecR 201 1e-49 C0VNU0.1 C0VNU0_9GAMM Transmembrane sensor protein FecR 200 2e-49 >D8IWU2.1 D8IWU2_HERSS Transmembrane sensor protein Length = 342 Score = 575 bits (1482), Expect = e-162, Method: Compositional matrix adjust. Identities = 318/325 (97%), Positives = 320/325 (98%) Query: 1 MAADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSAQGDPS 60 MAADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSAQGDPS Sbjct: 18 MAADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSAQGDPS 77 Query: 61 PLLAGLESAMALSPRPGRGRRAVAALALACCIGLPLWLAWQAYPARYLLADMRTATGHWD 120 PLLAGLE+AMA SPRPGRGRRAVAALALACCIGLPLWL QAYPARYLLADMRTATGHWD Sbjct: 78 PLLAGLEAAMAPSPRPGRGRRAVAALALACCIGLPLWLGLQAYPARYLLADMRTATGHWD 137 Query: 121 ARTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIRAL 180 ARTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIRAL Sbjct: 138 ARTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIRAL 197 Query: 181 GTRFLVRRDQAGTLVSMLESKVSIQPGADTTQVPLVLEAGQRVRLHGGAPGPLEHIDAAA 240 GTRFLVRRD+AGTLVSMLESKVSIQPGADTTQ PLVLEAGQRVRLHGGA GPLEHIDAAA Sbjct: 198 GTRFLVRRDRAGTLVSMLESKVSIQPGADTTQAPLVLEAGQRVRLHGGAAGPLEHIDAAA 257 Query: 241 LERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDTQRALQLL 300 LERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDTQRALQLL Sbjct: 258 LERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDTQRALQLL 317 Query: 301 VDGVPGLRVRQFTPYLTYIDLAPAS 325 VDGVPGLRVRQFTPYLTYIDLAPAS Sbjct: 318 VDGVPGLRVRQFTPYLTYIDLAPAS 342 >Q82VI9.1 Q82VI9_NITEU Putative transmembrane sensor Length = 343 Score = 314 bits (804), Expect = 1e-83, Method: Compositional matrix adjust. Identities = 164/328 (50%), Positives = 220/328 (67%), Gaps = 4/328 (1%) Query: 2 AADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSAQGDPSP 61 AADWIVRL+AGDA ++++ + F W+ Q HA+AA LQ V+ + + G+P P Sbjct: 15 AADWIVRLTAGDATEREQAQSGFEVWKKQHPLHAEAAASLQQVIGRVNEVRATTHGNPEP 74 Query: 62 LLAGLESAMALSPRPGR-GRRAVAALALACCIGLPLWLAWQAYPARYLLADMRTATGHWD 120 A L++A+A R R R+ VA L +AC + LP W Q YP YL+AD+RT TG W Sbjct: 75 AHAALKAALAEGNRSRRRFRKTVATLVVACALLLPAWQLLQIYPPAYLMADLRTTTGQWQ 134 Query: 121 ARTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIRAL 180 L DG+R+ L+ SA N HFD +RR +EL++GE+LV+VA+D RPF+I+TA+GSI+AL Sbjct: 135 THDLPDGTRITLNSISAVNLHFDIERRILELIKGEILVDVAQDTDRPFLIETAEGSIQAL 194 Query: 181 GTRFLVRRDQAGTLVSMLESKVSIQPG---ADTTQVPLVLEAGQRVRLHGGAPGPLEHID 237 GTRF+V R + T ++MLESKVS+Q A+ + +++AG+R+ + +E ID Sbjct: 195 GTRFVVDRHEQTTTLTMLESKVSVQTAEQRAEHSHESTLVQAGERIHITAQGVSAIETID 254 Query: 238 AAALERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDTQRAL 297 + AW+ LV RPLTEVLDELNRHR G ILYD+AQL G+ M VVLPLDDT RAL Sbjct: 255 TRTISDAWQYRHLVVQNRPLTEVLDELNRHRRGHILYDRAQLQGIDMAVVLPLDDTDRAL 314 Query: 298 QLLVDGVPGLRVRQFTPYLTYIDLAPAS 325 QLLVD +P +R+R TPYL +DLAPAS Sbjct: 315 QLLVDSLPMIRIRTLTPYLVLVDLAPAS 342 >E3HKA9.1 E3HKA9_ACHXA FecR family protein 18 Length = 337 Score = 268 bits (685), Expect = 9e-70, Method: Compositional matrix adjust. Identities = 143/325 (44%), Positives = 203/325 (62%), Gaps = 5/325 (1%) Query: 2 AADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSAQGDPSP 61 AA WIV+LS DAAQ++ AF W+ HA AA ++G+L + + G+P Sbjct: 13 AAQWIVQLSCDDAAQRRAARQAFDAWKAADPLHATAAERMEGLLGQVDAIRVGGVGEPGS 72 Query: 62 LLAGLESAMALSPRPGRGRRAVAALALACCIGLPLWLAWQAYPARYLLADMRTATGHWDA 121 A L + + + R ++ AA L C + P WL QAYP +L+AD+RTATG W Sbjct: 73 --AALAAVLNARGKRSRIKKYAAAALLGCVLAAPAWLTLQAYPPSWLMADLRTATGQWRT 130 Query: 122 RTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIRALG 181 + L DG+R+ ++ +A N +D++ R +ELVQGE+LVEVA+D RPF+I+T DG++RALG Sbjct: 131 QVLDDGTRISINSGTAVNLRYDSRLRALELVQGEILVEVAKDATRPFLIETRDGTMRALG 190 Query: 182 TRFLVRRDQAGTLVSMLESKVSIQPGADT---TQVPLVLEAGQRVRLHGGAPGPLEHIDA 238 T+F+V R+ T +S+LES+VS+Q A ++ V+EAGQ VR+ P+ ID+ Sbjct: 191 TKFVVSREDGATRLSVLESRVSVQTDAQRRGGSRDATVVEAGQAVRIRPNGLDPVTEIDS 250 Query: 239 AALERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDTQRALQ 298 +E W++H+L + RPL EVLD L RHR G I YD LA + ++ VLPLDDT RA+Q Sbjct: 251 GQIEDGWKQHRLFIHDRPLAEVLDTLARHRSGLIQYDAQALASIRISAVLPLDDTDRAMQ 310 Query: 299 LLVDGVPGLRVRQFTPYLTYIDLAP 323 LL +P LRVR FTPY +D+ P Sbjct: 311 LLAANLPTLRVRSFTPYFLRVDVTP 335 >E6UZ00.1 E6UZ00_VARPD Anti-FecI sigma factor, FecR Length = 342 Score = 259 bits (663), Expect = 3e-67, Method: Compositional matrix adjust. Identities = 154/326 (47%), Positives = 209/326 (64%), Gaps = 5/326 (1%) Query: 2 AADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSAQGDPSP 61 AA+WIVRL+A D+A+++ F W+ +HA AA ++ +L + + S+ G P Sbjct: 20 AAEWIVRLTADDSAERECAREGFDAWKQADPRHAAAAAGMERLLGQLQTVRESSGGHARP 79 Query: 62 LLAGLESAM--ALSPRPGRGRRAVAALALACCIGLPLWLAWQAYPARYLLADMRTATGHW 119 A L ++ A + R R+A A L+LA +GL W+ +A P YLLADMRTATG Sbjct: 80 AHAALTASATEARPRQSRRRRQAGATLSLAVVLGLS-WMLLRACPPAYLLADMRTATGDT 138 Query: 120 DARTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIRA 179 A+ L DGSR+ L SA N H+DA +R +ELV+G + VEVA D ARPFV++T GSIRA Sbjct: 139 RAQVLPDGSRISLDTGSAVNLHYDAGQRGIELVRGAIRVEVAPDAARPFVVRTPQGSIRA 198 Query: 180 LGTRFLVRRDQAGTLVSMLESKVSIQPGADTTQVPLVLEAGQRVRLHGGAPGPLEHIDAA 239 LGTRF+VRRD T ++MLES+ ++Q G V+ GQRVR+ GP E +D Sbjct: 199 LGTRFIVRRDGETTELTMLESRTTVQAGKGAEA--RVIGPGQRVRITEVGIGPAEPVDVR 256 Query: 240 ALERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDTQRALQL 299 +++ AW R QLV++ RPL+EVLDEL+R+ PG I+YD+A+ G+ ++ VLPLDDT RALQL Sbjct: 257 SVDNAWTRRQLVADDRPLSEVLDELDRYHPGGIVYDRARTQGIRVSAVLPLDDTTRALQL 316 Query: 300 LVDGVPGLRVRQFTPYLTYIDLAPAS 325 LVD P LRVR T YL +D S Sbjct: 317 LVDSFPQLRVRTLTSYLVLVDTTDPS 342 >F0Q8R8.1 F0Q8R8_ACIAP Anti-FecI sigma factor, FecR Length = 325 Score = 207 bits (526), Expect = 2e-51, Method: Compositional matrix adjust. Identities = 136/325 (41%), Positives = 183/325 (56%), Gaps = 5/325 (1%) Query: 6 IVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSAQGDPSPLLAG 65 +VRL + DA ++ A FA W+ Q R+HAQAA ++ + + + A G A Sbjct: 1 MVRLGSDDAEERARAQAGFAAWKAQDRRHAQAAARMEAFIDQMQAVRGQAPGGGQAAHAA 60 Query: 66 LESAMALSPRPGRGRRAVAALALACCIGLPLWLAWQ--AYPARYLLADMRTATGHWDART 123 + +A L R R A A WL A P LAD+R+ G W + Sbjct: 61 MLAASQLRRRQRAARWGSALALAAVLALPAWWLLRDHPASPWAQELADLRSTEGQWRHQV 120 Query: 124 LADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIRALGTR 183 L DGS+L LSG+ A + DAQ+R VEL++G +LV+VA D +RPF +QT G +RALGTR Sbjct: 121 LDDGSQLTLSGAGALRWRLDAQQRVVELLRGSVLVQVAHDASRPFYVQTPLGRVRALGTR 180 Query: 184 FLVRRDQAGTLVSMLESKVSIQP---GADTTQVPLVLEAGQRVRLHGGAPGPLEHIDAAA 240 F V D AG V MLES+V++Q + + + AGQRV L G +E +D Sbjct: 181 FTVTYDAAGVRVEMLESRVAVQTPQQWQSGSHEAVEVSAGQRVTLGDAGVGRVERLDPQG 240 Query: 241 LERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDTQRALQLL 300 +E+ WRRHQLV + RPL+EVLDEL RH G + +D+A L+ + MT VLPLDDT +ALQLL Sbjct: 241 VEQGWRRHQLVVDDRPLSEVLDELARHHTGSLHFDRAALSTVRMTGVLPLDDTGQALQLL 300 Query: 301 VDGVPGLRVRQFTPYLTYIDLAPAS 325 P LRVR ++ LA AS Sbjct: 301 QQTFPQLRVRSLASRWVWVGLAAAS 325 >D6JRZ2.1 D6JRZ2_ACIG3 Predicted protein Length = 338 Score = 203 bits (516), Expect = 4e-50, Method: Compositional matrix adjust. Identities = 114/328 (34%), Positives = 183/328 (55%), Gaps = 13/328 (3%) Query: 2 AADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSA---QGD 58 AA WIV+LS+ D + ++ F W+ S QH Q A +++ + + L ++ + Sbjct: 15 AAHWIVQLSSDDESSRKNAKQKFEEWKKTSEQHRQVAADIEQCIGSIQKLSQTSGHKKVT 74 Query: 59 PSPLLAGLESAMALSPRPGRGRRAVAALALACCIGLPLWLAWQAYPARYLLADMRTATGH 118 L AGL S A + R A A + +A G +L Y+ AD++ +G Sbjct: 75 KVALKAGLNSGKAY--KHLRAGTAFAVVFVAMS-GALFYLT--DTTVAYVTADIQGQSGQ 129 Query: 119 WDARTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIR 178 W +TL DGSRL+L G SA N F +R VELVQG++ V+VA+D RPF+++T+ G I+ Sbjct: 130 WTTQTLPDGSRLILRGKSAVNLDFKTNQRVVELVQGQIYVDVAKDKTRPFLVKTSHGQIQ 189 Query: 179 ALGTRFLVRRDQAGTLVSMLESKVSIQPG-ADTTQV----PLVLEAGQRVRLHGGAPGPL 233 ALGT F V D + T ++ML SKV ++ TTQ+ ++EAGQ +++ L Sbjct: 190 ALGTAFSVSYDPSATELNMLHSKVKVEATQVKTTQLHATRQAIVEAGQAIKMDQNGVQKL 249 Query: 234 EHIDAAALERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDT 293 ++ ++ W++HQL+ PL +VL EL+R+ G+I+++ A L + + VLPLD T Sbjct: 250 PELNVYNEQQKWQKHQLMVENLPLNQVLQELDRNYKGKIIFNDAALQHVRVNAVLPLDQT 309 Query: 294 QRALQLLVDGVPGLRVRQFTPYLTYIDL 321 +L+LL P L+++Q TP++ + L Sbjct: 310 TESLKLLATVFPDLKIKQITPFVVMVSL 337 >F0KG62.1 F0KG62_ACICP Transmembrane sensor Length = 338 Score = 202 bits (515), Expect = 5e-50, Method: Compositional matrix adjust. Identities = 114/328 (34%), Positives = 183/328 (55%), Gaps = 13/328 (3%) Query: 2 AADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSA---QGD 58 AA WIV+LS+ D + ++ F W+ S QH Q A +++ + + L ++ + Sbjct: 15 AAHWIVQLSSDDESSRKTAKQKFEEWKKTSEQHRQVAADIEQCIGSIQKLSQTSGHKKVT 74 Query: 59 PSPLLAGLESAMALSPRPGRGRRAVAALALACCIGLPLWLAWQAYPARYLLADMRTATGH 118 L AGL S A + R A A + +A G +L Y+ AD++ +G Sbjct: 75 KVALKAGLSSGKAY--KHLRAGTAFAVVFVAMS-GALFYLT--DTTVAYVTADIQGQSGQ 129 Query: 119 WDARTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIR 178 W +TL DGSRL+L G SA N F +R VELVQG++ V+VA+D RPF+++T+ G I+ Sbjct: 130 WTTQTLPDGSRLILRGKSAVNLDFKTNQRVVELVQGQIYVDVAKDKTRPFLVKTSHGQIQ 189 Query: 179 ALGTRFLVRRDQAGTLVSMLESKVSIQPG-ADTTQV----PLVLEAGQRVRLHGGAPGPL 233 ALGT F V D + T ++ML SKV ++ TTQ+ ++EAGQ +++ L Sbjct: 190 ALGTAFSVTYDPSATELNMLHSKVKVEATQVKTTQLHATRQAIVEAGQAIKMDKNGVQKL 249 Query: 234 EHIDAAALERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDT 293 ++ ++ W++HQL+ PL +VL EL+R+ G+I+++ A L + + VLPLD T Sbjct: 250 PELNVYNEQQKWQKHQLMVENLPLNQVLQELDRNYKGKIIFNDAALQHVRVNAVLPLDQT 309 Query: 294 QRALQLLVDGVPGLRVRQFTPYLTYIDL 321 +L+LL P L+++Q TP++ + L Sbjct: 310 TESLKLLATVFPDLKIKQITPFVVMVSL 337 >B7I879.1 B7I879_ACIB5 Putative transmembrane sensor protein FecR Length = 338 Score = 201 bits (511), Expect = 1e-49, Method: Compositional matrix adjust. Identities = 114/328 (34%), Positives = 183/328 (55%), Gaps = 13/328 (3%) Query: 2 AADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSA---QGD 58 AA WIV+LS+ D + ++ F W+ S QH Q A +++ + + L ++ + Sbjct: 15 AAHWIVQLSSDDESSRKTAKQKFEEWKKTSEQHRQVAADIEQCIGSIQKLSQTSGHKKVT 74 Query: 59 PSPLLAGLESAMALSPRPGRGRRAVAALALACCIGLPLWLAWQAYPARYLLADMRTATGH 118 L AGL S A + R A A + +A G +L Y+ AD++ +G Sbjct: 75 KVALKAGLNSGKAY--KHLRAGTAFAVVFVAMS-GALFYLT--DTTVAYVTADIQGQSGQ 129 Query: 119 WDARTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIR 178 W +TL DGSRL+L G SA N F +R VELVQG++ V+VA+D RPF+++T+ G I+ Sbjct: 130 WTTQTLPDGSRLILRGKSAVNLDFKTNQRVVELVQGQIYVDVAKDKTRPFLVKTSHGQIQ 189 Query: 179 ALGTRFLVRRDQAGTLVSMLESKVSIQPG-ADTTQV----PLVLEAGQRVRLHGGAPGPL 233 ALGT F V D + T ++ML SKV ++ A TTQ+ ++EAGQ +++ L Sbjct: 190 ALGTAFSVTYDPSATELNMLHSKVKVEATQAKTTQLHATRQAIVEAGQAIKMDQNGVQKL 249 Query: 234 EHIDAAALERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDT 293 ++ ++ W++HQL+ PL +VL EL+R+ G+I+++ L + + VLPLD T Sbjct: 250 PALNVYNEQQKWQKHQLMVENLPLNQVLQELDRNYKGKIIFNDVALQHVRVNAVLPLDQT 309 Query: 294 QRALQLLVDGVPGLRVRQFTPYLTYIDL 321 +L+LL P L+++Q TP++ + L Sbjct: 310 TESLKLLATVFPELKIKQITPFVVMVSL 337 >F0QGE9.1 F0QGE9_ACIBD Putative transmembrane sensor protein FecR Length = 338 Score = 201 bits (511), Expect = 1e-49, Method: Compositional matrix adjust. Identities = 114/328 (34%), Positives = 183/328 (55%), Gaps = 13/328 (3%) Query: 2 AADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSA---QGD 58 AA WIV+LS+ D + ++ F W+ S QH Q A +++ + + L ++ + Sbjct: 15 AAHWIVQLSSDDESSRKTAKQKFEEWKKTSEQHRQVAADIEQCIGSIQKLSQTSGHKKVT 74 Query: 59 PSPLLAGLESAMALSPRPGRGRRAVAALALACCIGLPLWLAWQAYPARYLLADMRTATGH 118 L AGL S A + R A A + +A G +L Y+ AD++ +G Sbjct: 75 KVALKAGLNSGKAY--KHLRAGTAFAVVFVAMS-GALFYLT--DTTVAYVTADIQGQSGQ 129 Query: 119 WDARTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSIR 178 W +TL DGSRL+L G SA N F +R VELVQG++ V+VA+D RPF+++T+ G I+ Sbjct: 130 WTTQTLPDGSRLILRGKSAVNLDFKTNQRVVELVQGQIYVDVAKDKTRPFLVKTSHGQIQ 189 Query: 179 ALGTRFLVRRDQAGTLVSMLESKVSIQPG-ADTTQV----PLVLEAGQRVRLHGGAPGPL 233 ALGT F V D + T ++ML SKV ++ A TTQ+ ++EAGQ +++ L Sbjct: 190 ALGTAFSVTYDPSATELNMLHSKVKVEATQAKTTQLHATRQAIVEAGQAIKMDQNGVQKL 249 Query: 234 EHIDAAALERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDDT 293 ++ ++ W++HQL+ PL +VL EL+R+ G+I+++ L + + VLPLD T Sbjct: 250 PALNVYNEQQKWQKHQLMVENLPLNQVLQELDRNYKGKIIFNDVALQHVRVNAVLPLDQT 309 Query: 294 QRALQLLVDGVPGLRVRQFTPYLTYIDL 321 +L+LL P L+++Q TP++ + L Sbjct: 310 TESLKLLATVFPELKIKQITPFVVMVSL 337 >C0VNU0.1 C0VNU0_9GAMM Transmembrane sensor protein FecR Length = 334 Score = 200 bits (509), Expect = 2e-49, Method: Compositional matrix adjust. Identities = 115/327 (35%), Positives = 185/327 (56%), Gaps = 16/327 (4%) Query: 2 AADWIVRLSAGDAAQQQETAAAFARWQGQSRQHAQAARELQGVLAHCEGLLHSAQGD--P 59 AA WIV+LSA D ++ F +W+ S+QH + A +++ L + L H+ Sbjct: 13 AAQWIVQLSADDEVTRRNAEVQFKQWKKNSQQHQKIANDIERCLGSIQKLSHNHHKKITK 72 Query: 60 SPLLAGLESAMALSPRPGRGRRAVAALALA-CCIGL-PLWLAWQAYPARYLLADMRTATG 117 S L AGL S + + R A A+A C +G+ L+L+ + Y+ AD+R+ + Sbjct: 73 SALKAGLGSG-----KVYKNIRTGTAFAIALCTLGIGTLYLSDTSLG--YIAADIRSNSS 125 Query: 118 HWDARTLADGSRLLLSGSSAANFHFDAQRRTVELVQGELLVEVARDPARPFVIQTADGSI 177 W +TL DGS+++L G SA N F + +R VELVQGE+ ++VA+D RPF+++T+ G I Sbjct: 126 QWTTQTLQDGSQIILRGKSAVNIDFKSDQRVVELVQGEIFIDVAKDQHRPFIVKTSHGQI 185 Query: 178 RALGTRFLVRRDQAGTLVSMLESKVSIQPG-ADTTQVPLV----LEAGQRVRLHGGAPGP 232 +ALGT F V T + ML SKV ++ + TT V V +EAGQ + + P Sbjct: 186 QALGTAFSVAYQPEITALKMLHSKVQVRAKPSKTTPVNKVNQAIVEAGQTIGIDQNGLTP 245 Query: 233 LEHIDAAALERAWRRHQLVSNARPLTEVLDELNRHRPGRILYDQAQLAGLHMTVVLPLDD 292 + ++ ++ W +HQL+ PL +VL L+++ G+I+++ + L + + VLPLD Sbjct: 246 ISVLNRYNEQQKWNKHQLMVEDLPLNQVLKALDQNYKGKIIFNDSALNKIQVNAVLPLDQ 305 Query: 293 TQRALQLLVDGVPGLRVRQFTPYLTYI 319 TQ AL+LL P L++ Q TPY+ ++ Sbjct: 306 TQDALKLLGAVFPQLKIYQITPYVIFV 332