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= 0020.0360.p (452 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J1S6.1 D8J1S6_HERSS Small-conductance mechanosensitive channel... 716 0.0 A6T161.1 A6T161_JANMA Mechanosensitive ion channel protein (MscS... 362 5e-98 A4G7W4.1 A4G7W4_HERAR Putative mechanosensitive ion channel protein 347 2e-93 E6QND0.1 E6QND0_9ZZZZ Putative mechanosensitive ion channel protein 300 4e-79 B2T6I3.1 B2T6I3_BURPP MscS Mechanosensitive ion channel 294 2e-77 B1YVA0.1 B1YVA0_BURA4 MscS Mechanosensitive ion channel 293 3e-77 Q2T0G9.1 Q2T0G9_BURTA Mechanosensitive ion channel family protein 293 6e-77 A3NSD5.1 A3NSD5_BURP0 Transporter, small conductance mechanosens... 292 8e-77 C5ZAG3.1 C5ZAG3_BURPS Transporter, MscS family 292 8e-77 Q63WH9.1 Q63WH9_BURPS Putative mechanosensitive ion channel protein 292 9e-77 >D8J1S6.1 D8J1S6_HERSS Small-conductance mechanosensitive channel protein Length = 358 Score = 716 bits (1848), Expect = 0.0, Method: Compositional matrix adjust. Identities = 357/358 (99%), Positives = 357/358 (99%) Query: 95 MFPLTVAQVAMRFVFYVLRGIFVKDATVGALLHLSEKAIAVLVWLCVVLWITGLWPDFVD 154 MFPLTVAQVAMRFVFYVLRGIFVKDATVGALLHLSEKAIAVLVWLCVVLWITGLWPDFVD Sbjct: 1 MFPLTVAQVAMRFVFYVLRGIFVKDATVGALLHLSEKAIAVLVWLCVVLWITGLWPDFVD 60 Query: 155 YLDGTTLPLARHKVSLLTMLQGAASVLVTLIIALWIGTVLENRLMKFSGMHSSLRTVVAR 214 YLDGTTLPLARHKVSLLTMLQGAASVLVTLIIALWIGTVLENRLMKFSGMHSSLRTVVAR Sbjct: 61 YLDGTTLPLARHKVSLLTMLQGAASVLVTLIIALWIGTVLENRLMKFSGMHSSLRTVVAR 120 Query: 215 MLRALLILIAFLVSLSLVGIDLTVLSVFGGALGVGIGLGLQKIASSYVSGFVILLERSMV 274 MLRALLILIAFLVSLSLVGIDLTVLSVFGGALGVGIGLGLQKIASSYVSGFVILLERSMV Sbjct: 121 MLRALLILIAFLVSLSLVGIDLTVLSVFGGALGVGIGLGLQKIASSYVSGFVILLERSMV 180 Query: 275 IGDMVAVDKYFGKVTQINTRYTILEGLDGIESVLPNELFVSNPVQNYSLTHRIVRLSTQL 334 IGDMVAVDKYFGKVTQINTRYTILEGLDGIESVLPNELFVSNPVQNYSLTHRIVRLSTQL Sbjct: 181 IGDMVAVDKYFGKVTQINTRYTILEGLDGIESVLPNELFVSNPVQNYSLTHRIVRLSTQL 240 Query: 335 TILYQDDVETVLSIMEQAALGVQRVSQQTAPQALLIKIGADGLDLELGFWITDPENGRLN 394 TILYQDDVETVLSIMEQAALGVQRVSQQTAPQALLIKIGADGLDLELGFWITDPENGRLN Sbjct: 241 TILYQDDVETVLSIMEQAALGVQRVSQQTAPQALLIKIGADGLDLELGFWITDPENGRLN 300 Query: 395 VLSDVNRAIWAAFKQHGIEVAHAKRDIRIMDERSFRQSTGKENPDMPGVQNSRTMPGN 452 VLSDVNRAIWAAFKQHGIEVAHAKRDIRIMDERSFRQSTGKENPDMPG QNSRTMPGN Sbjct: 301 VLSDVNRAIWAAFKQHGIEVAHAKRDIRIMDERSFRQSTGKENPDMPGGQNSRTMPGN 358 >A6T161.1 A6T161_JANMA Mechanosensitive ion channel protein (MscS family) Length = 454 Score = 362 bits (930), Expect = 5e-98, Method: Compositional matrix adjust. Identities = 220/440 (50%), Positives = 302/440 (68%), Gaps = 12/440 (2%) Query: 7 SLFTDPAPLSLLRQLGLIALCLLGGIALSRWLRARFMLPGDDVPQSLVMQIGVKSFARVL 66 L+TD L QL + LC ++R +R +L + Q+ + ++GV+SF RVL Sbjct: 12 DLWTDLGIPGLRWQLIAMVLCFALAWGIARIIRN--LLATQEPQQNALRRLGVESFTRVL 69 Query: 67 SPLLALGLLTAAYYALKR--SGHSVTLWEIMFPLTVAQVAMRFVFYVLRGIFVKDATVGA 124 PLL LL A L+R V + ++ PL + +R FYV+R +F + A Sbjct: 70 WPLLTWLLLAIAKAILERLDGVDGVDVLRVVMPLVASFALIRLAFYVMRRVFARGGKTSA 129 Query: 125 LLHLSEKAIAVLVWLCVVLWITGLWPDFVDYLDGTTLPLARHKVSLLTMLQGAASVLVTL 184 + L E++ A LVW+ V L ITG PD +++LD T +PL +HKVS++TMLQ SV VTL Sbjct: 130 FVLLFERSFASLVWIVVALHITGFLPDIIEFLDDTFVPLGKHKVSMMTMLQAVVSVGVTL 189 Query: 185 IIALWIGTVLENRLMKFSGMHSSLRTVVARMLRALLILIAFLVSLSLVGIDLTVLSVFGG 244 IIALW ++E RLM+ GMHSS+R V++RM RA+LILIA LVSLS+VGIDLTVLSVFGG Sbjct: 190 IIALWASAMIEERLMRLDGMHSSMRAVLSRMSRAVLILIALLVSLSMVGIDLTVLSVFGG 249 Query: 245 ALGVGIGLGLQKIASSYVSGFVILLERSMVIGDMVAVDKYFGKVTQINTRYTILEGLDGI 304 ALGVG+GLGLQKIASSYVSGF+ILLERSM IGD V +DK+ G+V QINTRYT+L G DG Sbjct: 250 ALGVGLGLGLQKIASSYVSGFIILLERSMTIGDTVTMDKFTGRVAQINTRYTVLRGGDGS 309 Query: 305 ESVLPNELFVSNPVQNYSLTHRIVRLSTQLTILYQDDVETVLSIMEQAALGVQRVSQ--Q 362 +++LPN+LFVSN VQN SL+ +V+L+T++++ Y+ D++ L ++E+AAL V++V + Sbjct: 310 DTILPNDLFVSNAVQNLSLSDTVVQLTTRISVDYRTDIDLALRLLEEAALSVEKVRKGPD 369 Query: 363 TAPQALLIKIGADGLDLELGFWITDPENGRLNVLSDVNRAIWAAFKQHGIEVAHAKRDIR 422 P A ++ GADG+DL+LGFW+ D + GR VLSDVNRAIW +F+ + I V +R+IR Sbjct: 370 RVPGATMMAFGADGIDLQLGFWVNDLD-GRGTVLSDVNRAIWRSFQANEINVPFPQREIR 428 Query: 423 IMDER----SFRQSTGKENP 438 ++DE+ R +T K NP Sbjct: 429 LIDEQYGPIKERLNTAK-NP 447 >A4G7W4.1 A4G7W4_HERAR Putative mechanosensitive ion channel protein Length = 451 Score = 347 bits (891), Expect = 2e-93, Method: Compositional matrix adjust. Identities = 220/431 (51%), Positives = 295/431 (68%), Gaps = 18/431 (4%) Query: 20 QLGLIALCLLGGIALSRWLRARF---MLPGDDVPQSLVMQIGVKSFARVLSPLLALGLLT 76 Q+ + LC G WL AR +L D + + G + FARV P L L L+ Sbjct: 25 QILALVLCFSVG-----WLLARLGSGVLAAHDAQRKNAPRPGAEKFARVWWPFLTLVLIG 79 Query: 77 AAYYALKRSGHSVTLWEIMFPLTVAQVAMRFVFYVLRGIFVKDATVGALLHLSEKAIAVL 136 A L R SV L + PL + V +R FY+LR +F +D + + L + A L Sbjct: 80 IAKPVLAR-WISVDLLRLALPLVASFVLVRLAFYILRRVFARDGKGRSFILLFGRGFAGL 138 Query: 137 VWLCVVLWITGLWPDFVDYLDGTTLPLARHKVSLLTMLQGAASVLVTLIIALWIGTVLEN 196 VW V L ITG+ PD +LD T +PL R+KVSL+TMLQ A SV VTL++ALW+ + E Sbjct: 139 VWTIVALHITGVLPDIAQFLDDTLIPLGRNKVSLMTMLQAALSVGVTLLVALWLSALAEE 198 Query: 197 RLMKFSGMHSSLRTVVARMLRALLILIAFLVSLSLVGIDLTVLSVFGGALGVGIGLGLQK 256 RLMK + MHSS+R V++RM RALLILIA L+SLS+VGIDLTVLSVFGGALGVG+GLGLQK Sbjct: 199 RLMKLNSMHSSMRAVLSRMGRALLILIALLLSLSMVGIDLTVLSVFGGALGVGLGLGLQK 258 Query: 257 IASSYVSGFVILLERSMVIGDMVAVDKYFGKVTQINTRYTILEGLDGIESVLPNELFVSN 316 +ASSYVSGFVILLERS+ IGD V VDK+ G+V+QINTRYT+L G DG ++V+PNE+FVS+ Sbjct: 259 LASSYVSGFVILLERSLAIGDTVIVDKFTGRVSQINTRYTVLRGGDGTDTVVPNEMFVSS 318 Query: 317 PVQNYSLTHRIVRLSTQLTILYQDDVETVLSIMEQAALGVQRV--SQQTAPQALLIKIGA 374 PVQN +LT +V+++T++T+ Y+ D++ L ++E+AAL V+RV P A+L+ GA Sbjct: 319 PVQNLTLTDTLVQMTTRITVDYRTDIDLALRLLEEAALSVERVRPGPDRGPGAILVAFGA 378 Query: 375 DGLDLELGFWITDPENGRLNVLSDVNRAIWAAFKQHGIEVAHAKRDIRIMDE--RSFRQ- 431 DG+DL+LGFW+ DPE GR VLS+VNRAIW +F+ H I V +R+IR++DE R+ ++ Sbjct: 379 DGIDLQLGFWVNDPE-GRGGVLSNVNRAIWRSFQAHDINVPFPQREIRLIDEQYRAVKEH 437 Query: 432 ---STGKENPD 439 +T + PD Sbjct: 438 LNTNTRRSTPD 448 >E6QND0.1 E6QND0_9ZZZZ Putative mechanosensitive ion channel protein Length = 367 Score = 300 bits (767), Expect = 4e-79, Method: Compositional matrix adjust. Identities = 159/366 (43%), Positives = 235/366 (64%), Gaps = 5/366 (1%) Query: 63 ARVLSPLLALGLLTAAYYALKRSGHSVTLWEIMFPLTVAQVAMRFVFYVLRGIFVKDATV 122 +RV PL+ L ++ LK +SV I+ PL A V +R V Y LR +F Sbjct: 5 SRVAFPLMTLFMVLIDRAVLK-GWYSVHFLNIVIPLLFALVLIRLVVYTLRQVFAPSG-- 61 Query: 123 GALLHLSEKAIAVLVWLCVVLWITGLWPDFVDYLDGTTLPLARHKVSLLTMLQGAASVLV 182 LH SE+ I + +W L +TGL P+ ++ +D + + + ++SLL +L G S+LV Sbjct: 62 --WLHGSERFIVLTIWAGFALHLTGLLPELLETMDYLSFNIGKQRISLLIVLSGVLSILV 119 Query: 183 TLIIALWIGTVLENRLMKFSGMHSSLRTVVARMLRALLILIAFLVSLSLVGIDLTVLSVF 242 T++ +W+G +LE ++M + +LR V+++++RA LI++ L++L L GID+TVLSVF Sbjct: 120 TMLGVMWVGQILERKVMTTENLDMNLRVVLSKLIRASLIVLGVLIALPLAGIDITVLSVF 179 Query: 243 GGALGVGIGLGLQKIASSYVSGFVILLERSMVIGDMVAVDKYFGKVTQINTRYTILEGLD 302 GGALGVGIG GLQKIAS+Y+SGF+ILL+RS+ GD++ VD FGKV Q+ TRY +L+ D Sbjct: 180 GGALGVGIGFGLQKIASNYISGFIILLDRSIHPGDVLTVDGRFGKVAQLTTRYLVLQSND 239 Query: 303 GIESVLPNELFVSNPVQNYSLTHRIVRLSTQLTILYQDDVETVLSIMEQAALGVQRVSQQ 362 G E+++PNE VS+ V N+S T+R VRL + I YQ D++ + IM QAA+ RV + Sbjct: 240 GTEAIIPNETLVSSTVINHSYTNRQVRLGIAVQIGYQSDLQQAMDIMTQAAVNQPRVLKD 299 Query: 363 TAPQALLIKIGADGLDLELGFWITDPENGRLNVLSDVNRAIWAAFKQHGIEVAHAKRDIR 422 P+ L G +G+DLELG WI DPE G L + SD+N IW F++ IE+ +RDIR Sbjct: 300 PGPKTYLKSFGDNGIDLELGIWIDDPEAGELGLRSDINLEIWRKFQEARIEIPFPQRDIR 359 Query: 423 IMDERS 428 I+ ++ Sbjct: 360 IVSGQT 365 >B2T6I3.1 B2T6I3_BURPP MscS Mechanosensitive ion channel Length = 451 Score = 294 bits (753), Expect = 2e-77, Method: Compositional matrix adjust. Identities = 178/428 (41%), Positives = 261/428 (60%), Gaps = 8/428 (1%) Query: 4 HFFSLFT-DPAPLSLLRQLGLIALCLLGGIALSRWLRARFMLPGDDVPQSLVMQIGVKSF 62 H FS T D +L Q+G++ L L+R LR L Q+L + G +S Sbjct: 8 HMFSDLTRDFGQPVMLWQVGVLVATLAIAWLLARVLRRALDLRRQTRYQTL--RFGAESL 65 Query: 63 ARVLSPLLALGLLTAAYYALKRSGHSVTLWEIMFPLTVAQVAMRFVFYVLRGIFVKDATV 122 R PL+ L+ A + H+ L + PL + + VF++ R +F D Sbjct: 66 NRAFFPLVGAVLVWLARSITGQFMHTALLDLALVPLFGIGL-IYIVFFLARRVFSHDGET 124 Query: 123 GALLHLSEKAIAVLVWLCVVLWITGLWPDFVDYLDGTTLPLARHKVSLLTMLQGAASVLV 182 LL L EK ++++VW+ +VL + G+ D + ++ G +A ++LL+++ G V V Sbjct: 125 HPLLFLVEKIVSLVVWVGMVLTVMGIQDDVIAWMAGVHFSVANAHLTLLSLISGLLWVCV 184 Query: 183 TLIIALWIGTVLENRLMKFSGMHSSLRTVVARMLRALLILIAFLVSLSLVGIDLTVLSVF 242 T+I+A+W+G+ E+RLM+ + ++L+ VVAR+ RA +L A L+SLSLVGID+TVL VF Sbjct: 185 TMIVAMWLGSTFEDRLMRSKTLDANLKVVVARVGRAAFVLAAVLISLSLVGIDITVLGVF 244 Query: 243 GGALGVGIGLGLQKIASSYVSGFVILLERSMVIGDMVAVDKYFGKVTQINTRYTILEGLD 302 GGALGVG+G GLQKIAS+YVSGF+IL++RS+ IGD ++V G VTQI TRYT++ GLD Sbjct: 245 GGALGVGLGFGLQKIASNYVSGFIILIDRSLRIGDTISVGGLQGMVTQIRTRYTVVRGLD 304 Query: 303 GIESVLPNELFVSNPVQNYS--LTHRIVRLSTQLTILYQDDVETVLSIMEQAALGVQRVS 360 GIE+++PNE +++ VQN S LT + + Q + Y DVE ++++ +AA GV RV Sbjct: 305 GIETLIPNEKLITDVVQNQSSYLTRGHAKAAVQ--VAYTSDVEQAMTLLAEAAQGVPRVL 362 Query: 361 QQTAPQALLIKIGADGLDLELGFWITDPENGRLNVLSDVNRAIWAAFKQHGIEVAHAKRD 420 Q+ AP A L GADG++LELGFWI D G V S VNR IW F +H I + A+R+ Sbjct: 363 QEPAPTAYLAGFGADGINLELGFWIEDAATGTSGVRSAVNRNIWRLFSEHDITIPFAQRE 422 Query: 421 IRIMDERS 428 +RI+ S Sbjct: 423 VRIVGNVS 430 >B1YVA0.1 B1YVA0_BURA4 MscS Mechanosensitive ion channel Length = 460 Score = 293 bits (751), Expect = 3e-77, Method: Compositional matrix adjust. Identities = 171/421 (40%), Positives = 256/421 (60%), Gaps = 10/421 (2%) Query: 27 CLLGGIALSRWLRARFMLPGDDVPQSLVMQI---GVKSFARVLSPLLALGLLTAAYYALK 83 +LGG WL ARF+ D ++ + G S R L PL + A A + Sbjct: 30 AILGGALCFAWLAARFVHGRIDARRTASGRAPGAGSDSLKRALFPLFGGIFVGVAQLAFE 89 Query: 84 RSGHSVTLWEIMFPLTVAQVAMRFV-FYVLRGIFVKDATVGALLHLSEKAIAVLVWLCVV 142 + L + PL + + +V F+ R +F +D A L + EK ++ +VW +V Sbjct: 90 PFMSTSLLSLALVPLF--GIGLIYVLFFFARRVFARDGHTHAWLSIVEKIVSTIVWAAMV 147 Query: 143 LWITGLWPDFVDYLDGTTLPLARHKVSLLTMLQGAASVLVTLIIALWIGTVLENRLMKFS 202 L + G+ D + +LD +A ++LL+++ GA V VTL++A+W+G+VLE+RL + S Sbjct: 148 LTVLGIQRDVLGWLDSVQFRVANAHLTLLSVISGALWVCVTLMVAMWLGSVLEDRLARAS 207 Query: 203 GMHSSLRTVVARMLRALLILIAFLVSLSLVGIDLTVLSVFGGALGVGIGLGLQKIASSYV 262 + ++L+ V++R+ RALL+ A L+ LSLVGID+TVL VFGGALGVG+G GLQK+AS+YV Sbjct: 208 TLDANLKVVLSRVGRALLVFAAILIGLSLVGIDVTVLGVFGGALGVGLGFGLQKVASNYV 267 Query: 263 SGFVILLERSMVIGDMVAVDKYFGKVTQINTRYTILEGLDGIESVLPNELFVSNPVQNYS 322 SGF+ILL+RS+ +GD ++V G VTQI TRYT++ GLDG E+++PNE +++ VQN S Sbjct: 268 SGFIILLDRSLRLGDAISVGGLQGVVTQIRTRYTVVRGLDGNETLIPNEKLITDVVQNQS 327 Query: 323 --LTHRIVRLSTQLTILYQDDVETVLSIMEQAALGVQRVSQQTAPQALLIKIGADGLDLE 380 LT +++ Q + Y +DVE L+++ +AA GV RV + AP L+ GADG+DLE Sbjct: 328 SYLTRGYAKVAVQ--VAYTNDVEQALAVLAEAAKGVPRVLAEPAPAPYLVGFGADGIDLE 385 Query: 381 LGFWITDPENGRLNVLSDVNRAIWAAFKQHGIEVAHAKRDIRIMDERSFRQSTGKENPDM 440 LGFWI D G V S VNR IW F +HGI + +R++R++ +TG + Sbjct: 386 LGFWIEDAATGTSGVRSAVNRNIWRLFGEHGISIPFPQREVRVVGLPDGLAATGVVAKGL 445 Query: 441 P 441 P Sbjct: 446 P 446 >Q2T0G9.1 Q2T0G9_BURTA Mechanosensitive ion channel family protein Length = 450 Score = 293 bits (749), Expect = 6e-77, Method: Compositional matrix adjust. Identities = 171/414 (41%), Positives = 256/414 (61%), Gaps = 27/414 (6%) Query: 25 ALCLLGGIALSRWLRARFMLPGDDVPQSLVMQI---GVKSFARVLSPLLALGLLTAAYYA 81 A+ LG +AL+ WL AR++ D + + G S R L PL+ + A A Sbjct: 26 AVAFLGSLALA-WLVARYLRGRIDARRRTAGRAPGPGALSLNRALFPLVGGVFMWVAETA 84 Query: 82 LKRSGHSVTLWEIMFPLTVAQVAM---------RFVFYVLRGIFVKDATVGALLHLSEKA 132 E+M P ++ Q+A+ +F+V R +F +D A L + EK Sbjct: 85 FD---------ELM-PTSLLQLALVPLFGIGLIYILFFVARRVFARDGHTHAWLSIVEKF 134 Query: 133 IAVLVWLCVVLWITGLWPDFVDYLDGTTLPLARHKVSLLTMLQGAASVLVTLIIALWIGT 192 ++++VW+ + L + G+ D + +LD +A +++LL+++ GA + VTL++A+W+G+ Sbjct: 135 VSIVVWIAMALTVLGIQRDVLVWLDSVQFRVANARLTLLSVVSGALWICVTLVVAMWLGS 194 Query: 193 VLENRLMKFSGMHSSLRTVVARMLRALLILIAFLVSLSLVGIDLTVLSVFGGALGVGIGL 252 VLE RLM+ + ++LR V++R+ RALLI A L+ LSLVGID+TVL VFGGALGVG+G Sbjct: 195 VLEERLMRARSLDANLRVVLSRVGRALLIFAAVLIGLSLVGIDVTVLGVFGGALGVGLGF 254 Query: 253 GLQKIASSYVSGFVILLERSMVIGDMVAVDKYFGKVTQINTRYTILEGLDGIESVLPNEL 312 GLQKIAS+YVSGF+ILL+RS+ +GD + V G VTQI TRYT++ GLDG E+++PNE Sbjct: 255 GLQKIASNYVSGFIILLDRSLRLGDAINVGGLQGVVTQIRTRYTVVRGLDGNETLIPNEK 314 Query: 313 FVSNPVQNYS--LTHRIVRLSTQLTILYQDDVETVLSIMEQAALGVQRVSQQTAPQALLI 370 +++ VQN S LT +++ Q + Y DVE ++++ AA GV+RV + AP L+ Sbjct: 315 LITDVVQNQSSYLTRGYAKVAVQ--VAYTSDVEQAMALLADAATGVERVLEDPAPTPYLV 372 Query: 371 KIGADGLDLELGFWITDPENGRLNVLSDVNRAIWAAFKQHGIEVAHAKRDIRIM 424 GADG+DLELGFWI D G +V S VNR IW F HGI + +R++R++ Sbjct: 373 GFGADGIDLELGFWIADAAKGTASVRSAVNRNIWRLFVAHGISIPFPQREVRVI 426 >A3NSD5.1 A3NSD5_BURP0 Transporter, small conductance mechanosensitive ion channel (MscS) family Length = 450 Score = 292 bits (747), Expect = 8e-77, Method: Compositional matrix adjust. Identities = 170/414 (41%), Positives = 253/414 (61%), Gaps = 27/414 (6%) Query: 25 ALCLLGGIALSRWLRARFMLPGDDVPQSLVMQI---GVKSFARVLSPLLALGLLTAAYYA 81 A+ G +AL+ WL AR + D + + G S R L PL+ + A Sbjct: 26 AVAFFGSLALA-WLLARHLRGRIDARRRAAGRTPGPGALSLNRALFPLIGGVFMWLAE-- 82 Query: 82 LKRSGHSVTLWEIMFPLTVAQVAM---------RFVFYVLRGIFVKDATVGALLHLSEKA 132 T ++ + P ++ Q+A+ +F+V R +F +D A L + EK Sbjct: 83 --------TTFDELMPTSLLQLALVPLFGIGLIYILFFVARRVFARDGHTHAWLSIVEKL 134 Query: 133 IAVLVWLCVVLWITGLWPDFVDYLDGTTLPLARHKVSLLTMLQGAASVLVTLIIALWIGT 192 ++++VW+ + L + G+ D + +LD +A +++LL+++ GA V VTL++A+W+G+ Sbjct: 135 VSIVVWIAMALTVLGIQRDVLGWLDSVQFRVANARLTLLSIVSGALWVCVTLVVAMWLGS 194 Query: 193 VLENRLMKFSGMHSSLRTVVARMLRALLILIAFLVSLSLVGIDLTVLSVFGGALGVGIGL 252 VLE RLM+ + ++LR V+AR+ RALLI A L+ LSLVGID+TVL VFGGALGVG+G Sbjct: 195 VLEERLMRSRSLDANLRVVLARVGRALLIFAAVLIGLSLVGIDVTVLGVFGGALGVGLGF 254 Query: 253 GLQKIASSYVSGFVILLERSMVIGDMVAVDKYFGKVTQINTRYTILEGLDGIESVLPNEL 312 GLQKIAS+YVSGF+ILL+RS+ +GD + V G VTQI TRYT++ GLDG E+++PNE Sbjct: 255 GLQKIASNYVSGFIILLDRSLRLGDAINVGGLQGVVTQIRTRYTVVRGLDGNETLIPNEK 314 Query: 313 FVSNPVQNYS--LTHRIVRLSTQLTILYQDDVETVLSIMEQAALGVQRVSQQTAPQALLI 370 +++ VQN S LT +++ Q + Y DVE ++++ AA GV+RV + AP L+ Sbjct: 315 LITDVVQNQSSYLTRGYAKVAVQ--VAYTSDVERAMALLADAAKGVERVLEDPAPTPYLV 372 Query: 371 KIGADGLDLELGFWITDPENGRLNVLSDVNRAIWAAFKQHGIEVAHAKRDIRIM 424 GADG+DLELGFWI D G V S VNR IW F HGI + +R++R++ Sbjct: 373 GFGADGIDLELGFWIADAAKGTAGVRSTVNRNIWRLFVAHGISIPFPQREVRVI 426 >C5ZAG3.1 C5ZAG3_BURPS Transporter, MscS family Length = 450 Score = 292 bits (747), Expect = 8e-77, Method: Compositional matrix adjust. Identities = 170/414 (41%), Positives = 253/414 (61%), Gaps = 27/414 (6%) Query: 25 ALCLLGGIALSRWLRARFMLPGDDVPQSLVMQI---GVKSFARVLSPLLALGLLTAAYYA 81 A+ G +AL+ WL AR + D + + G S R L PL+ + A Sbjct: 26 AVAFFGSLALA-WLLARHLRGRIDARRRAAGRTPGPGALSLNRALFPLIGGVFMWLAE-- 82 Query: 82 LKRSGHSVTLWEIMFPLTVAQVAM---------RFVFYVLRGIFVKDATVGALLHLSEKA 132 T ++ + P ++ Q+A+ +F+V R +F +D A L + EK Sbjct: 83 --------TTFDELMPTSLLQLALVPLFGIGLIYILFFVARRVFARDGHTHAWLSIVEKL 134 Query: 133 IAVLVWLCVVLWITGLWPDFVDYLDGTTLPLARHKVSLLTMLQGAASVLVTLIIALWIGT 192 ++++VW+ + L + G+ D + +LD +A +++LL+++ GA V VTL++A+W+G+ Sbjct: 135 VSIVVWIAMALTVLGIQRDVLGWLDSVQFRVANARLTLLSIVSGALWVCVTLVVAMWLGS 194 Query: 193 VLENRLMKFSGMHSSLRTVVARMLRALLILIAFLVSLSLVGIDLTVLSVFGGALGVGIGL 252 VLE RLM+ + ++LR V+AR+ RALLI A L+ LSLVGID+TVL VFGGALGVG+G Sbjct: 195 VLEERLMRSRSLDANLRVVLARVGRALLIFAAVLIGLSLVGIDVTVLGVFGGALGVGLGF 254 Query: 253 GLQKIASSYVSGFVILLERSMVIGDMVAVDKYFGKVTQINTRYTILEGLDGIESVLPNEL 312 GLQKIAS+YVSGF+ILL+RS+ +GD + V G VTQI TRYT++ GLDG E+++PNE Sbjct: 255 GLQKIASNYVSGFIILLDRSLRLGDAINVGGLQGVVTQIRTRYTVVRGLDGNETLIPNEK 314 Query: 313 FVSNPVQNYS--LTHRIVRLSTQLTILYQDDVETVLSIMEQAALGVQRVSQQTAPQALLI 370 +++ VQN S LT +++ Q + Y DVE ++++ AA GV+RV + AP L+ Sbjct: 315 LITDVVQNQSSYLTRGYAKVAVQ--VAYTSDVERAMALLADAAKGVERVLEDPAPTPYLV 372 Query: 371 KIGADGLDLELGFWITDPENGRLNVLSDVNRAIWAAFKQHGIEVAHAKRDIRIM 424 GADG+DLELGFWI D G V S VNR IW F HGI + +R++R++ Sbjct: 373 GFGADGIDLELGFWIADAAKGTAGVRSTVNRNIWRLFVAHGISIPFPQREVRVI 426 >Q63WH9.1 Q63WH9_BURPS Putative mechanosensitive ion channel protein Length = 450 Score = 292 bits (747), Expect = 9e-77, Method: Compositional matrix adjust. Identities = 170/414 (41%), Positives = 253/414 (61%), Gaps = 27/414 (6%) Query: 25 ALCLLGGIALSRWLRARFMLPGDDVPQSLVMQI---GVKSFARVLSPLLALGLLTAAYYA 81 A+ G +AL+ WL AR + D + + G S R L PL+ + A Sbjct: 26 AVAFFGSLALA-WLLARHLRGRIDARRRAAGRTPGPGALSLNRALFPLIGGVFMWLAE-- 82 Query: 82 LKRSGHSVTLWEIMFPLTVAQVAM---------RFVFYVLRGIFVKDATVGALLHLSEKA 132 T ++ + P ++ Q+A+ +F+V R +F +D A L + EK Sbjct: 83 --------TTFDELMPTSLLQLALVPLFGIGLIYILFFVARRVFARDGHTHAWLSIVEKL 134 Query: 133 IAVLVWLCVVLWITGLWPDFVDYLDGTTLPLARHKVSLLTMLQGAASVLVTLIIALWIGT 192 ++++VW+ + L + G+ D + +LD +A +++LL+++ GA V VTL++A+W+G+ Sbjct: 135 VSIVVWIAMALTVLGIQRDVLGWLDSVQFRVANARLTLLSIVSGALWVCVTLVVAMWLGS 194 Query: 193 VLENRLMKFSGMHSSLRTVVARMLRALLILIAFLVSLSLVGIDLTVLSVFGGALGVGIGL 252 VLE RLM+ + ++LR V+AR+ RALLI A L+ LSLVGID+TVL VFGGALGVG+G Sbjct: 195 VLEERLMRARSLDANLRVVLARVGRALLIFAAVLIGLSLVGIDVTVLGVFGGALGVGLGF 254 Query: 253 GLQKIASSYVSGFVILLERSMVIGDMVAVDKYFGKVTQINTRYTILEGLDGIESVLPNEL 312 GLQKIAS+YVSGF+ILL+RS+ +GD + V G VTQI TRYT++ GLDG E+++PNE Sbjct: 255 GLQKIASNYVSGFIILLDRSLRLGDAINVGGLQGVVTQIRTRYTVVRGLDGNETLIPNEK 314 Query: 313 FVSNPVQNYS--LTHRIVRLSTQLTILYQDDVETVLSIMEQAALGVQRVSQQTAPQALLI 370 +++ VQN S LT +++ Q + Y DVE ++++ AA GV+RV + AP L+ Sbjct: 315 LITDVVQNQSSYLTRGYAKVAVQ--VAYTSDVERAMALLADAAKGVERVLEDPAPTPYLV 372 Query: 371 KIGADGLDLELGFWITDPENGRLNVLSDVNRAIWAAFKQHGIEVAHAKRDIRIM 424 GADG+DLELGFWI D G V S VNR IW F HGI + +R++R++ Sbjct: 373 GFGADGIDLELGFWIADAAKGTAGVRSTVNRNIWRLFVAHGISIPFPQREVRVI 426