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= 0016.0058.p (407 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8ISY7.1 D8ISY7_HERSS HlyD family secretion, possible efflux com... 811 0.0 E3HIJ2.1 E3HIJ2_ACHXA Macrolide-specific efflux protein MacA 438 e-121 D4X7Y2.1 D4X7Y2_9BURK Macrolide efflux protein MacA 437 e-120 E5UDV6.1 E5UDV6_ALCXX ABC-type macrolide transporter 432 e-119 E8RC77.1 E8RC77_9DELT Efflux transporter, RND family, MFP subunit 407 e-111 B9YZ54.1 B9YZ54_9NEIS Efflux transporter, RND family, MFP subunit 400 e-109 A1JL72.1 A1JL72_YERE8 Putative HlyD family secretion protein 398 e-109 D1RU78.1 D1RU78_SEROD Putative uncharacterized protein 394 e-107 F0KRE7.1 F0KRE7_YERE3 HlyD family secretion protein 394 e-107 B0H4F1.1 B0H4F1_YERPE Efflux ABC transporter, RND family, MFP su... 393 e-107 >D8ISY7.1 D8ISY7_HERSS HlyD family secretion, possible efflux component, protein Length = 407 Score = 811 bits (2096), Expect = 0.0, Method: Compositional matrix adjust. Identities = 405/407 (99%), Positives = 406/407 (99%) Query: 1 LRMKLAQLRRPKFIFLALLVLLIAAWIIRSVLTPPAPPTYLSATARVADIQDVVLASGTV 60 +RMKLAQLRRPKFIFLALLVLLIAAWIIRSVLTPPAPPTYLSATARVADIQDVVLASGTV Sbjct: 1 MRMKLAQLRRPKFIFLALLVLLIAAWIIRSVLTPPAPPTYLSATARVADIQDVVLASGTV 60 Query: 61 KAYKQVSVGAQVSGQIKSLKVALGDQVKKGQLVAEIDSLTQANALASAEFSLQNLQAQLR 120 KAYKQVSVGAQVSGQIKSLKVALGDQVKKGQLVAEIDSLTQANALASAEFSLQNLQAQLR Sbjct: 61 KAYKQVSVGAQVSGQIKSLKVALGDQVKKGQLVAEIDSLTQANALASAEFSLQNLQAQLR 120 Query: 121 AKEASLKQAQLAYARQKMMLAGDASSRENFESAEATLNTTQADIAALQAQIKDGAIKVDT 180 AKEASLKQAQLAYARQKMMLAGDASSRENFESAEATLNTTQADIAALQAQIKDGAIKVDT Sbjct: 121 AKEASLKQAQLAYARQKMMLAGDASSRENFESAEATLNTTQADIAALQAQIKDGAIKVDT 180 Query: 181 ARLNLGYTRISSPIEGQVVAIVAQEGQTVNANQSTPTIIKVARMDTVTIKAQISEADVVR 240 ARLNLGYTRISSPIEGQVVAIVAQEGQTVNANQSTPTIIKVARMDTVTIKAQISEADVVR Sbjct: 181 ARLNLGYTRISSPIEGQVVAIVAQEGQTVNANQSTPTIIKVARMDTVTIKAQISEADVVR 240 Query: 241 VKPGQPVFFTILGDPDHRYRTTLRAIEPAPDSILQDDTSSSTTSITSSSSASSTAIYYNG 300 VKPGQPVFFTILGDPDHRYRTTLRAIEPAPDSILQDDTSSSTTSITSSSSASSTAIYYNG Sbjct: 241 VKPGQPVFFTILGDPDHRYRTTLRAIEPAPDSILQDDTSSSTTSITSSSSASSTAIYYNG 300 Query: 301 LLDVPNPDGKLRISMTTQVNIVLSEASNALVLPSTALGAKAADGSYTVRVLDDQGQAHER 360 LLDVPNPDGKLRISMTTQVNIVLSEASNALVLPSTALGAKAADGSYTVRVLDDQGQAHER Sbjct: 301 LLDVPNPDGKLRISMTTQVNIVLSEASNALVLPSTALGAKAADGSYTVRVLDDQGQAHER 360 Query: 361 KVRIGINTNALVQIVEGVKAGERVVTGTVLPGATASSSAHDGPPPHM 407 KVRIGINTNALVQIVEGVKAGERVVTGTVLPGA ASSSAHDGPPPHM Sbjct: 361 KVRIGINTNALVQIVEGVKAGERVVTGTVLPGAAASSSAHDGPPPHM 407 >E3HIJ2.1 E3HIJ2_ACHXA Macrolide-specific efflux protein MacA Length = 394 Score = 438 bits (1127), Expect = e-121, Method: Compositional matrix adjust. Identities = 222/356 (62%), Positives = 278/356 (78%), Gaps = 5/356 (1%) Query: 30 SVLTPPAPPTYLSATARVADIQDVVLASGTVKAYKQVSVGAQVSGQIKSLKVALGDQVKK 89 + + P PPT+ A A+++D VLASGT+ A ++VSVGAQ +GQ+KSLKVALGD+VKK Sbjct: 28 AFFSAPPPPTFAVAEVTRANLEDSVLASGTIDAIERVSVGAQATGQLKSLKVALGDRVKK 87 Query: 90 GQLVAEIDSLTQANALASAEFSLQNLQAQLRAKEASLKQAQLAYARQKMMLAGDASSREN 149 GQLVAEID +TQ N L +AE +LQ +A+ AK A LKQA+LA+ RQ+ MLA DASSRE+ Sbjct: 88 GQLVAEIDDMTQQNELRNAEAALQTRRAERAAKVAMLKQAELAFRRQRQMLAADASSRES 147 Query: 150 FESAEATLNTTQADIAALQAQIKDGAIKVDTARLNLGYTRISSPIEGQVVAIVAQEGQTV 209 +ESAEATL T+A+IA+L AQI I+VDTAR+NLGYTRI SPI+G VVA+V +EGQTV Sbjct: 148 YESAEATLGVTRAEIASLDAQIAQAEIQVDTARVNLGYTRIVSPIDGMVVAVVTKEGQTV 207 Query: 210 NANQSTPTIIKVARMDTVTIKAQISEADVVRVKPGQPVFFTILGDPDHRYRTTLRAIEPA 269 N+ QS PTIIKVA++DT+TIKAQISEADV RVKPG PV+FTILG+PD RYR LRA+EPA Sbjct: 208 NSIQSAPTIIKVAQVDTMTIKAQISEADVTRVKPGLPVYFTILGEPDERYRAQLRAVEPA 267 Query: 270 PDSILQDDTSSSTTSITSSSSASST--AIYYNGLLDVPNPDGKLRISMTTQVNIVLSEAS 327 PDS+ +DD +T S+T S+S SST A+YYNGL DVPNPD KLRISMT QV IVL EA Sbjct: 268 PDSVQKDD---ATASLTGSASGSSTTAAVYYNGLFDVPNPDEKLRISMTAQVFIVLGEAK 324 Query: 328 NALVLPSTALGAKAADGSYTVRVLDDQGQAHERKVRIGINTNALVQIVEGVKAGER 383 + +V+PS+ALG + DG Y VRV+ + R+VRIG+N N Q++EG++ GER Sbjct: 325 DTVVVPSSALGKRGEDGRYAVRVVLKDNKTETRQVRIGMNNNVQAQVLEGLEVGER 380 >D4X7Y2.1 D4X7Y2_9BURK Macrolide efflux protein MacA Length = 395 Score = 437 bits (1123), Expect = e-120, Method: Compositional matrix adjust. Identities = 229/393 (58%), Positives = 297/393 (75%), Gaps = 5/393 (1%) Query: 10 RPKFIFLALL--VLLIAAWIIRSVL-TPPAPPTYLSATARVADIQDVVLASGTVKAYKQV 66 R KF AL+ V+L+ W +R++ + P PPT+ A A+++D VLASGT+ A ++V Sbjct: 5 RSKFKRYALIAVVVLLGGWAVRAMFFSAPPPPTFAVADVTRANLEDSVLASGTLDAIERV 64 Query: 67 SVGAQVSGQIKSLKVALGDQVKKGQLVAEIDSLTQANALASAEFSLQNLQAQLRAKEASL 126 SVGAQ +GQ+KSLKV LGD+VKKGQLVAEID LTQ N L +AE +LQ +A+ AK A L Sbjct: 65 SVGAQATGQLKSLKVELGDRVKKGQLVAEIDDLTQQNDLRNAEAALQTRRAERAAKVAML 124 Query: 127 KQAQLAYARQKMMLAGDASSRENFESAEATLNTTQADIAALQAQIKDGAIKVDTARLNLG 186 KQA+LAY RQ+ MLA DASSRE +ESAEATL T+A+IA+L AQI I+VDTA++NLG Sbjct: 125 KQAELAYKRQRQMLAADASSREAYESAEATLGVTRAEIASLDAQIAQAEIQVDTAKVNLG 184 Query: 187 YTRISSPIEGQVVAIVAQEGQTVNANQSTPTIIKVARMDTVTIKAQISEADVVRVKPGQP 246 YTRI SPI+G+VVA+V +EGQTVN+ QS PTIIKVA++DT+TIKAQISEADV RVKPG P Sbjct: 185 YTRIVSPIDGKVVAVVTKEGQTVNSIQSAPTIIKVAQVDTMTIKAQISEADVTRVKPGLP 244 Query: 247 VFFTILGDPDHRYRTTLRAIEPAPDSILQDDTSSSTTSITSSSSASSTAIYYNGLLDVPN 306 V+FTILG+PD RY TLRA+EPAPDSI +DD ++++ +S+ S+++ A+YYNGL DVPN Sbjct: 245 VYFTILGEPDQRYEATLRAVEPAPDSIQKDD--ATSSLTSSTGSSTTAAVYYNGLFDVPN 302 Query: 307 PDGKLRISMTTQVNIVLSEASNALVLPSTALGAKAADGSYTVRVLDDQGQAHERKVRIGI 366 PD KLRISMT QV IVL EA +A+V+P++ALG + DG Y VRV+ + R V+IG+ Sbjct: 303 PDEKLRISMTAQVFIVLGEARDAVVVPASALGKRGEDGRYAVRVVLKDNKTEVRHVKIGM 362 Query: 367 NTNALVQIVEGVKAGERVVTGTVLPGATASSSA 399 N + Q++EG++ GERVV+ P A A Sbjct: 363 NNSVQAQVLEGLEVGERVVSADSAPAVAAKPGA 395 >E5UDV6.1 E5UDV6_ALCXX ABC-type macrolide transporter Length = 394 Score = 432 bits (1110), Expect = e-119, Method: Compositional matrix adjust. Identities = 227/381 (59%), Positives = 294/381 (77%), Gaps = 2/381 (0%) Query: 3 MKLAQLRRPKFIFLALLVLLIAAWIIRSVLTPPAPPTYLSATARVADIQDVVLASGTVKA 62 MK + + +++ +A+++L+IA + + + P PPT+ A +++D VLASGT+ A Sbjct: 1 MKKPRSKVQRYVLIAVVLLIIAFGVRAAFFSSPPPPTFAVAEVVRGNLEDSVLASGTMDA 60 Query: 63 YKQVSVGAQVSGQIKSLKVALGDQVKKGQLVAEIDSLTQANALASAEFSLQNLQAQLRAK 122 ++VSVGAQ +GQ+KSLKVALGD+V +GQLVAEID LTQ N L + + +LQ +A+ AK Sbjct: 61 IERVSVGAQATGQLKSLKVALGDRVTRGQLVAEIDDLTQQNELRNTQAALQTRRAERAAK 120 Query: 123 EASLKQAQLAYARQKMMLAGDASSRENFESAEATLNTTQADIAALQAQIKDGAIKVDTAR 182 A+LKQA+LA+ RQ+ MLA DASSRE FESAEATL T+ADIAAL AQI I+VD A+ Sbjct: 121 VATLKQAELAFRRQRQMLAADASSREAFESAEATLGVTRADIAALDAQIVQAEIEVDKAK 180 Query: 183 LNLGYTRISSPIEGQVVAIVAQEGQTVNANQSTPTIIKVARMDTVTIKAQISEADVVRVK 242 +NLGYTRI SPI+G VVA+V +EGQTVNA QS PTIIKVA++ T+TIKAQISEADV RVK Sbjct: 181 VNLGYTRIVSPIDGVVVAVVTKEGQTVNAIQSAPTIIKVAQVATMTIKAQISEADVTRVK 240 Query: 243 PGQPVFFTILGDPDHRYRTTLRAIEPAPDSILQDDTSSSTTSITSSSSASSTAIYYNGLL 302 PG PV+FTILG+PDHRY TLRA+EPAPDSI +DD ++S TS SSS+++S A+YYNGL Sbjct: 241 PGLPVYFTILGEPDHRYHATLRAVEPAPDSIQKDDAATSLTS--SSSTSTSAAVYYNGLF 298 Query: 303 DVPNPDGKLRISMTTQVNIVLSEASNALVLPSTALGAKAADGSYTVRVLDDQGQAHERKV 362 DVPNPD KLRISMT QV+IVL EA +A+V+P++ALG + DG Y VRV+ Q RKV Sbjct: 299 DVPNPDEKLRISMTAQVSIVLGEARDAVVVPASALGKRGEDGRYEVRVVGKDNQTETRKV 358 Query: 363 RIGINTNALVQIVEGVKAGER 383 +IG+N N Q++EG++ GER Sbjct: 359 KIGMNNNVQAQVLEGLEVGER 379 >E8RC77.1 E8RC77_9DELT Efflux transporter, RND family, MFP subunit Length = 407 Score = 407 bits (1045), Expect = e-111, Method: Compositional matrix adjust. Identities = 224/372 (60%), Positives = 284/372 (76%), Gaps = 4/372 (1%) Query: 38 PTYLSATARVADIQDVVLASGTVKAYKQVSVGAQVSGQIKSLKVALGDQVKKGQLVAEID 97 P Y++A D++ VLASGTV++ VSVGAQVSGQ+KSLKV LGD VK GQLVAEID Sbjct: 37 PGYMTAPVSRGDLETTVLASGTVESENMVSVGAQVSGQLKSLKVELGDTVKAGQLVAEID 96 Query: 98 SLTQANALASAEFSLQNLQAQLRAKEASLKQAQLAYARQKMMLAGDASSRENFESAEATL 157 SL Q N L + +L ++A+ +AKEASLKQA+LAY RQ +ML GDA+SRE+FE+AEATL Sbjct: 97 SLPQQNTLRTQTAALAAVRAEKQAKEASLKQAELAYKRQSLMLRGDAASREDFEAAEATL 156 Query: 158 NTTQADIAALQAQIKDGAIKVDTARLNLGYTRISSPIEGQVVAIVAQEGQTVNANQSTPT 217 +A+I AL AQI+ I VDTA+L+LGYT+ISSPI+G VVAIV +EGQTVNANQ+ PT Sbjct: 157 QVLRAEITALDAQIEQAKIAVDTAQLDLGYTKISSPIDGVVVAIVTKEGQTVNANQTAPT 216 Query: 218 IIKVARMDTVTIKAQISEADVVRVKPGQPVFFTILGDPDHRYRTTLRAIEPAPDSILQDD 277 IIKVAR+D +TIK +ISEADVVRV+PGQ V+FTILG+PD +Y L++IEPAP+SI DD Sbjct: 217 IIKVARLDRMTIKVEISEADVVRVQPGQRVYFTILGEPDRQYPAVLQSIEPAPESIENDD 276 Query: 278 TSSSTTSITSSSSASSTAIYYNGLLDVPNPDGKLRISMTTQVNIVLSEASNALVLPSTAL 337 ++SS++S +SSS+SSTAIYY G+L+VPNPDGKLRISMTTQVNIVL+EA N L +PS AL Sbjct: 277 STSSSSS--ASSSSSSTAIYYMGILEVPNPDGKLRISMTTQVNIVLAEAKNVLTIPSAAL 334 Query: 338 GAKAADGSYTVRVLDDQGQAHERKVRIGINTNALVQIVEGVKAGERVVTGTVLPGATASS 397 G K +G Y VRV +E+ V+IG+N N ++V+G+ G+RVV G + A A + Sbjct: 335 GTKDKEGRYQVRVETGPNTFNEQWVQIGLNNNVQAEVVDGLTEGQRVVIGEQVSAAAAPA 394 Query: 398 SA--HDGPPPHM 407 + GP P M Sbjct: 395 TTMRRRGPMPGM 406 >B9YZ54.1 B9YZ54_9NEIS Efflux transporter, RND family, MFP subunit Length = 409 Score = 400 bits (1027), Expect = e-109, Method: Compositional matrix adjust. Identities = 215/358 (60%), Positives = 275/358 (76%), Gaps = 5/358 (1%) Query: 35 PAPPTYLSATARVADIQDVVLASGTVKAYKQVSVGAQVSGQIKSLKVALGDQVKKGQLVA 94 PA P YL+A AD++D VLASG VKA KQVSVGAQVSG++KSLKV+LG QVKKG+LVA Sbjct: 33 PASPAYLTAPVTRADLEDSVLASGAVKALKQVSVGAQVSGEVKSLKVSLGQQVKKGELVA 92 Query: 95 EIDSLTQANALASAEFSLQNLQAQLRAKEASLKQAQLAYARQKMMLAGDASSRENFESAE 154 EID +Q N L AE +L + QAQLR K+A+L +A L RQ MLA +A++REN +SA Sbjct: 93 EIDPRSQQNTLLDAEAALASKQAQLRVKQAALTKADLDARRQTSMLAEEATARENVDSAR 152 Query: 155 ATLNTTQADIAALQAQIKDGAIKVDTARLNLGYTRISSPIEGQVVAIVAQEGQTVNANQS 214 A+L T +A++A LQA+I+ I ++TARLNLGYT+I +PI+G VVA+ +EGQTVNA+QS Sbjct: 153 ASLATARAEVAQLQAEIEQARITLNTARLNLGYTKIVAPIDGVVVAVPVEEGQTVNASQS 212 Query: 215 TPTIIKVARMDTVTIKAQISEADVVRVKPGQPVFFTILGDPDHRYRTTLRAIEPAPDSI- 273 PTI+K+A++DTVT+KA+ISE DV RVKPG PV+FTILG PD RYR TLRAI+P P S+ Sbjct: 213 APTIVKIAQLDTVTVKAEISEGDVTRVKPGLPVYFTILGAPDRRYRATLRAIDPGPQSLS 272 Query: 274 ----LQDDTSSSTTSITSSSSASSTAIYYNGLLDVPNPDGKLRISMTTQVNIVLSEASNA 329 +SSS++S ++SSS+SS+AIYY GL DVPNPD +LRISMTTQV+IVL+EA N Sbjct: 273 DAADSSTSSSSSSSSSSNSSSSSSSAIYYYGLFDVPNPDHQLRISMTTQVSIVLAEARNV 332 Query: 330 LVLPSTALGAKAADGSYTVRVLDDQGQAHERKVRIGINTNALVQIVEGVKAGERVVTG 387 L +P+TALG + DG YTV VLD G+ R+V+IG+N N Q++ G+K GERVV G Sbjct: 333 LTIPATALGERGQDGVYTVTVLDQDGRPSPRRVKIGLNNNVSAQVLSGLKQGERVVVG 390 >A1JL72.1 A1JL72_YERE8 Putative HlyD family secretion protein Length = 402 Score = 398 bits (1023), Expect = e-109, Method: Compositional matrix adjust. Identities = 215/398 (54%), Positives = 295/398 (74%), Gaps = 3/398 (0%) Query: 10 RPKFIFLALLVLLIAAWIIRSVLTPPAPPTYLSATARVADIQDVVLASGTVKAYKQVSVG 69 + + + LA+++L+ ++ +++PP P +++A A + ++ VLA GT+KA KQV+VG Sbjct: 8 KRRLMGLAVVLLIAGGVLLFRLISPPDRPGFITAPAEIRTLEQTVLADGTIKAQKQVTVG 67 Query: 70 AQVSGQIKSLKVALGDQVKKGQLVAEIDSLTQANALASAEFSLQNLQAQLRAKEASLKQA 129 AQVSGQIK+L V LG QV+KGQLVAEID LTQ NAL AE +L+N+ AQ AKEA+ K Sbjct: 68 AQVSGQIKALHVTLGQQVEKGQLVAEIDDLTQQNALKDAEEALKNVLAQRAAKEATQKNN 127 Query: 130 QLAYARQKMMLAGDASSRENFESAEATLNTTQADIAALQAQIKDGAIKVDTARLNLGYTR 189 QL Y RQ+ +LA R +F+SA+ATL++TQA+I AL AQI I V TA+LNLGYT+ Sbjct: 128 QLTYQRQQQILAKGLGVRADFDSAKATLDSTQAEIKALDAQIAQAEIAVSTAKLNLGYTK 187 Query: 190 ISSPIEGQVVAIVAQEGQTVNANQSTPTIIKVARMDTVTIKAQISEADVVRVKPGQPVFF 249 I+SPI G VVAI +EGQTVNA QS PTIIKVA++DT+T++AQISEADVV+VK G PV+F Sbjct: 188 ITSPINGTVVAIPVEEGQTVNAVQSAPTIIKVAQLDTMTVEAQISEADVVKVKAGMPVYF 247 Query: 250 TILGDPDHRYRTTLRAIEPAPDSILQDDTSSSTTSITSSSSASSTAIYYNGLLDVPNPDG 309 TILG+P+ R+ TLRAIEPAPDSI D+T+++++S +SSSS+++TAIYYNGL DV NP+G Sbjct: 248 TILGEPEERFSATLRAIEPAPDSI-NDETTTTSSSSSSSSSSTTTAIYYNGLFDVANPNG 306 Query: 310 KLRISMTTQVNIVLSEASNALVLPSTALGAKAADGSYTVRVLDDQGQAHERKVRIGINTN 369 LRISMT QV IVL +A +A+V+P+TAL + +G Y V+V+D G+ R+V +G+N N Sbjct: 307 ALRISMTAQVYIVLHKAEDAVVIPATAL--ENNNGRYRVQVVDSNGKVSTREVTVGLNNN 364 Query: 370 ALVQIVEGVKAGERVVTGTVLPGATASSSAHDGPPPHM 407 QI+ G++AGE+V+ + + + H GPP M Sbjct: 365 VDAQILSGLQAGEQVIVSQASAVTSNNKAQHMGPPMGM 402 >D1RU78.1 D1RU78_SEROD Putative uncharacterized protein Length = 398 Score = 394 bits (1013), Expect = e-107, Method: Compositional matrix adjust. Identities = 222/397 (55%), Positives = 292/397 (73%), Gaps = 7/397 (1%) Query: 9 RRPKFIFLALLVLLIAAWIIRSVLTPPAPPTYLSATARVADIQDVVLASGTVKAYKQVSV 68 R +++ ++V +IA ++ P Y++A A+ D++ VLA GT++A KQVSV Sbjct: 6 RSKRYLLPTVIVAVIALFLYFRAQGTAETPRYITAVAQTRDLEQTVLADGTIEAQKQVSV 65 Query: 69 GAQVSGQIKSLKVALGDQVKKGQLVAEIDSLTQANALASAEFSLQNLQAQLRAKEASLKQ 128 GAQVSGQIK+L+VALGD+V KGQLVAEID LTQ N+L AE +L+N+QAQ +K A+L+ Sbjct: 66 GAQVSGQIKALRVALGDKVHKGQLVAEIDDLTQQNSLRDAEAALKNVQAQRASKLAALRN 125 Query: 129 AQLAYARQKMMLAGDASSRENFESAEATLNTTQADIAALQAQIKDGAIKVDTARLNLGYT 188 QLAY RQ+ ++A + +F+SA+ATL T+ADI AL AQI I V+TA++NLGYT Sbjct: 126 NQLAYQRQQAIVARGVGVQADFDSAKATLEATRADINALDAQIVQAQIAVNTAQVNLGYT 185 Query: 189 RISSPIEGQVVAIVAQEGQTVNANQSTPTIIKVARMDTVTIKAQISEADVVRVKPGQPVF 248 +I+SPI+G +VA+ +EGQTVNA QS PT++KVAR+DT+TI+AQISEADVV+VK G PV+ Sbjct: 186 KITSPIDGTIVALPVEEGQTVNAVQSAPTLVKVARLDTMTIEAQISEADVVKVKTGMPVY 245 Query: 249 FTILGDPDHRYRTTLRAIEPAPDSILQDDTSSSTTSITSSSSASSTAIYYNGLLDVPNPD 308 FTILG+P YR TLRAIEPAPDSI + T+SS++S +SSSS SSTAIYYNGL DV NPD Sbjct: 246 FTILGEPGKHYRATLRAIEPAPDSINDETTTSSSSSSSSSSSTSSTAIYYNGLFDVANPD 305 Query: 309 GKLRISMTTQVNIVLSEASNALVLPSTALGAKAADGSYTVRVLDDQGQAHERKVRIGINT 368 G LRISMT QV IVL++A A+V+P+TAL G + V+V+D+QG R V++GIN Sbjct: 306 GALRISMTAQVYIVLAKAKGAVVIPATAL-----QGDW-VQVVDEQGNIARRPVKVGINN 359 Query: 369 NALVQIVEGVKAGERVVTGTVLPGATASSSAHDGPPP 405 N QI+ GV AGE+V+ V AT SS+ GPPP Sbjct: 360 NVDAQIISGVLAGEKVIVSQV-SAATQSSTRRMGPPP 395 >F0KRE7.1 F0KRE7_YERE3 HlyD family secretion protein Length = 402 Score = 394 bits (1013), Expect = e-107, Method: Compositional matrix adjust. Identities = 214/398 (53%), Positives = 292/398 (73%), Gaps = 3/398 (0%) Query: 10 RPKFIFLALLVLLIAAWIIRSVLTPPAPPTYLSATARVADIQDVVLASGTVKAYKQVSVG 69 + + + L +++L+ ++ +++PP P +++A A + ++ VLA GT+KA KQV+VG Sbjct: 8 KQRLMGLVVVLLIAGGVLLFRLISPPDRPGFITAPAEIRTLEQTVLADGTIKAQKQVTVG 67 Query: 70 AQVSGQIKSLKVALGDQVKKGQLVAEIDSLTQANALASAEFSLQNLQAQLRAKEASLKQA 129 AQVSGQIK+L V LG QV+KGQLVAEID LTQ NAL AE +L+N+ AQ AKEA+ K Sbjct: 68 AQVSGQIKALHVTLGQQVEKGQLVAEIDDLTQQNALKDAEEALKNVLAQRAAKEATQKNN 127 Query: 130 QLAYARQKMMLAGDASSRENFESAEATLNTTQADIAALQAQIKDGAIKVDTARLNLGYTR 189 QL Y RQ+ +LA R +F+SA+ATL +TQA+I AL AQI I V TA+LNLGYT+ Sbjct: 128 QLTYQRQQQILAKGLGVRADFDSAKATLESTQAEIKALDAQIAQAEIAVSTAKLNLGYTK 187 Query: 190 ISSPIEGQVVAIVAQEGQTVNANQSTPTIIKVARMDTVTIKAQISEADVVRVKPGQPVFF 249 I+SPI G VVAI +EGQTVNA QS PTIIKVA++DT+T++AQISEADVV+VK G PV+F Sbjct: 188 ITSPINGTVVAIPVEEGQTVNAVQSAPTIIKVAQLDTMTVEAQISEADVVKVKAGMPVYF 247 Query: 250 TILGDPDHRYRTTLRAIEPAPDSILQDDTSSSTTSITSSSSASSTAIYYNGLLDVPNPDG 309 TILG+P+ R+ TLRAIEPAPDSI D T+++++S +SSSS+++TAIYYNGL DV NP+G Sbjct: 248 TILGEPEERFSATLRAIEPAPDSI-NDKTTTTSSSSSSSSSSTTTAIYYNGLFDVANPNG 306 Query: 310 KLRISMTTQVNIVLSEASNALVLPSTALGAKAADGSYTVRVLDDQGQAHERKVRIGINTN 369 LRISMT QV IVL +A +A+V+P+TAL + +G Y V+V+D G+ R+V +G+N N Sbjct: 307 ALRISMTAQVYIVLHKAEDAVVIPATAL--ENNNGRYRVQVVDSNGKVSTREVTVGLNNN 364 Query: 370 ALVQIVEGVKAGERVVTGTVLPGATASSSAHDGPPPHM 407 QI+ G++AGE+V+ + + + H GPP M Sbjct: 365 VDAQILFGLQAGEQVIVSQASAVTSNNKAQHMGPPMGM 402 >B0H4F1.1 B0H4F1_YERPE Efflux ABC transporter, RND family, MFP subunit Length = 385 Score = 393 bits (1010), Expect = e-107, Method: Compositional matrix adjust. Identities = 218/389 (56%), Positives = 284/389 (73%), Gaps = 4/389 (1%) Query: 19 LVLLIAAWIIRSVLTPPAPPTYLSATARVADIQDVVLASGTVKAYKQVSVGAQVSGQIKS 78 ++L+I + ++PP P+Y++A A + D++ VLA GT+KA KQV+VGAQVSGQIK+ Sbjct: 1 MLLIIGGLLFFRWISPPDKPSYITAVAEIRDLEQTVLADGTIKAQKQVTVGAQVSGQIKA 60 Query: 79 LKVALGDQVKKGQLVAEIDSLTQANALASAEFSLQNLQAQLRAKEASLKQAQLAYARQKM 138 L V LG QV+K QLVAEID L Q NAL AE +L+N+QAQ AK A+ K QL Y RQ+ Sbjct: 61 LHVTLGQQVEKNQLVAEIDDLAQQNALKDAEEALKNVQAQRAAKIATQKNNQLTYQRQQQ 120 Query: 139 MLAGDASSRENFESAEATLNTTQADIAALQAQIKDGAIKVDTARLNLGYTRISSPIEGQV 198 +LA R +F+S +ATL TQA+I+AL AQI I V TA+LNLGYT+ISSPI G V Sbjct: 121 ILAKGVGVRADFDSIKATLEATQAEISALDAQIAQAEIAVSTAKLNLGYTKISSPIAGTV 180 Query: 199 VAIVAQEGQTVNANQSTPTIIKVARMDTVTIKAQISEADVVRVKPGQPVFFTILGDPDHR 258 VAI +EGQTVNA QS PTIIKVA++DT+T++AQISEADVV+VK G PV+FTILG+P+ R Sbjct: 181 VAIPVEEGQTVNAVQSAPTIIKVAQLDTMTVEAQISEADVVKVKTGMPVYFTILGEPEKR 240 Query: 259 YRTTLRAIEPAPDSILQDDTSSSTTSITSSSSASSTAIYYNGLLDVPNPDGKLRISMTTQ 318 + TLRAIEPAPDSI +D +++T+S TSSSS+SSTAIYYNGL DV NP G LRISMT Q Sbjct: 241 FSATLRAIEPAPDSI--NDETTTTSSSTSSSSSSSTAIYYNGLFDVANPTGALRISMTAQ 298 Query: 319 VNIVLSEASNALVLPSTALGAKAADGSYTVRVLDDQGQAHERKVRIGINTNALVQIVEGV 378 V I+L++A NA+V+P+TAL + G Y V+V+D+ G+ +R V +G+N N QI+ G+ Sbjct: 299 VYILLNQAKNAVVIPATAL--ENDQGQYRVQVVDNSGKVSQRTVTVGLNNNVDAQILTGL 356 Query: 379 KAGERVVTGTVLPGATASSSAHDGPPPHM 407 +AGE V+ +T S + GPP M Sbjct: 357 QAGEHVIVSQGSTTSTNSKAPRMGPPMGM 385