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= 0031.0277.p (360 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IUJ7.1 D8IUJ7_HERSS Porin transmembrane protein 722 0.0 A6SVA9.1 A6SVA9_JANMA Porin 382 e-104 A6SV93.1 A6SV93_JANMA Porin 379 e-103 E8TRL9.1 E8TRL9_ALIDB Porin Gram-negative type 355 8e-96 A9BZF8.1 A9BZF8_DELAS Porin Gram-negative type 348 7e-94 F0QC57.1 F0QC57_ACIAP Porin Gram-negative type 345 5e-93 B9MCV6.1 B9MCV6_ACIET Porin Gram-negative type 344 1e-92 A1TL82.1 A1TL82_ACIAC Porin, Gram-negative type 340 2e-91 A4G9L2.1 A4G9L2_HERAR Putative porin 337 2e-90 A6T409.1 A6T409_JANMA Porin 335 7e-90 >D8IUJ7.1 D8IUJ7_HERSS Porin transmembrane protein Length = 360 Score = 722 bits (1863), Expect = 0.0, Method: Compositional matrix adjust. Identities = 358/360 (99%), Positives = 359/360 (99%) Query: 1 MKKTRLALALASCMVAGSAMAQSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWI 60 MKKTRLALALASCMVAGSAMAQSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWI Sbjct: 1 MKKTRLALALASCMVAGSAMAQSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWI 60 Query: 61 GFKGIEDLGGGLRAEFALTSFFQADTGAYGRFGGDNLFSRDANVGLAGDFGRVSLGRGLA 120 GFKGIEDLGGGLRAEFALTSFFQADTGAYGRFGGDNLFSRDANVGLAGDFGRVSLGRGLA Sbjct: 61 GFKGIEDLGGGLRAEFALTSFFQADTGAYGRFGGDNLFSRDANVGLAGDFGRVSLGRGLA 120 Query: 121 PSFLPTVLFNPFGDSFTFSPLVLHVYTPSGNFGSRTWTQANAADSGWSNEVIYTTPKFGG 180 PSFLPTVLFNPFGDSFTFSPLVLHVYTPSGNFGSRTWTQANAADSGWSN+VIYTTPKFGG Sbjct: 121 PSFLPTVLFNPFGDSFTFSPLVLHVYTPSGNFGSRTWTQANAADSGWSNQVIYTTPKFGG 180 Query: 181 LQANVHYQFGEVAGQSGKKNIGVNALYFNGGLALTALYFDAQVSNPNSGAAIIDATSPFS 240 LQANVHYQFGEVAGQSGKKNIGVNALYFNGGLALT LYFDAQVSNPNSGAAIIDATSPFS Sbjct: 181 LQANVHYQFGEVAGQSGKKNIGVNALYFNGGLALTGLYFDAQVSNPNSGAAIIDATSPFS 240 Query: 241 SITRQKTWMLGATYDFQVVKLYGTYQNSKDTTAGNPQAKDKLFSLGLSAPVGNGSILAGF 300 SITRQKTWMLGATYDFQVVKLYGTYQNSKDTTAGNPQAKDKLFSLGLSAPVGNGSILAGF Sbjct: 241 SITRQKTWMLGATYDFQVVKLYGTYQNSKDTTAGNPQAKDKLFSLGLSAPVGNGSILAGF 300 Query: 301 ARTKRTGDLLAGGDVSRNTTSVGYDYFMSKRTDLYAIVMNDKISTQSNAVSFGLGMRHRF 360 ARTKRTGDLLAGGDVSRNTTSVGYDYFMSKRTDLYAIVMNDKISTQSNAVSFGLGMRHRF Sbjct: 301 ARTKRTGDLLAGGDVSRNTTSVGYDYFMSKRTDLYAIVMNDKISTQSNAVSFGLGMRHRF 360 >A6SVA9.1 A6SVA9_JANMA Porin Length = 364 Score = 382 bits (980), Expect = e-104, Method: Compositional matrix adjust. Identities = 205/367 (55%), Positives = 257/367 (70%), Gaps = 15/367 (4%) Query: 1 MKKTRLALALASCMVAGSAMAQSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWI 60 +KK +L +AL S +A AMAQSSV V+G+VD Y+GSMK SGD G ++V GGMTTSW Sbjct: 6 LKKLQLVMALGSA-IALPAMAQSSVQVTGVVDTYLGSMKQSGDAGRTSSVNGGGMTTSWF 64 Query: 61 GFKGIEDLGGGLRAEFALTSFFQADTGAYGRF-GGDNLFSRDANVGLAGDFGRVSLGRGL 119 GFKG EDLGGGL+A F LTS+ ++D GA GRF G + FSRDANVGL G FG +SLGR L Sbjct: 65 GFKGTEDLGGGLKATFNLTSYIRSDIGAIGRFNGNETFFSRDANVGLRGKFGAISLGRDL 124 Query: 120 APSFLPTVLFNPFGDSFTFSPLVLHVYTPSGNFGSRTWTQANAADSGWSNEVIYTTPKFG 179 +P+FLP+V+ NPFGDSF FSPL+LH P F + WT + A D+GWSNE++YTTP G Sbjct: 125 SPNFLPSVISNPFGDSFQFSPLILHKDVPL--FNASGWTNSVAGDTGWSNEIMYTTPDIG 182 Query: 180 GLQANVHYQFGEVAGQSGKKNIGVNALYFNGGLALTALYFDAQVSNPN--SGAAIIDATS 237 GL+A+++YQFGEVAG+SGK N+G N LYFNG LALTA Y QV+NP S + AT+ Sbjct: 183 GLKASINYQFGEVAGKSGKNNVGGNLLYFNGPLALTAYYQKVQVNNPMDLSPNNVQPATN 242 Query: 238 -PFSS---ITRQKTWMLGATYDFQVVKLYGTYQNSKDTTAGNPQAKDKLFSLGLSAPVGN 293 PF+S RQ W +G YDF + KL+ +Y S + KDK F LG S P+G Sbjct: 243 IPFASGMTAARQTAWFVGGAYDFSIAKLFASYNQSTH----DIDLKDKTFQLGTSIPLGQ 298 Query: 294 GSILAGFARTKRTGDLLAGGDVSRNTTSVGYDYFMSKRTDLYAIVMNDKISTQSNAVSFG 353 G+ILA +A TKR G + G ++ RNT S GYDY +SKRTD+Y+I M DKI+ QS SF Sbjct: 299 GAILASWANTKRDG-VAVGTELKRNTASFGYDYNLSKRTDIYSIYMYDKITQQSAGNSFA 357 Query: 354 LGMRHRF 360 +G+RHRF Sbjct: 358 VGIRHRF 364 >A6SV93.1 A6SV93_JANMA Porin Length = 364 Score = 379 bits (973), Expect = e-103, Method: Compositional matrix adjust. Identities = 203/366 (55%), Positives = 256/366 (69%), Gaps = 15/366 (4%) Query: 1 MKKTRLALAL-ASCMVAGSAMAQSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSW 59 ++K + AL A+C + AMAQ+SV V+GLVD ++GS+K SGD G + V SGGMTTSW Sbjct: 8 LRKLQCVAALGAACALP--AMAQTSVQVTGLVDNFIGSVKYSGDAGRSSVVNSGGMTTSW 65 Query: 60 IGFKGIEDLGGGLRAEFALTSFFQADTGAYGRF-GGDNLFSRDANVGLAGDFGRVSLGRG 118 GFKG EDLGGGL+A+F LTSFF+ADTG GRF G + FSRDANVGL G FG +SLGR Sbjct: 66 FGFKGTEDLGGGLKAKFNLTSFFRADTGGAGRFDGNETFFSRDANVGLIGKFGEISLGRD 125 Query: 119 LAPSFLPTVLFNPFGDSFTFSPLVLHVYTPSGNFGSRTWTQANAADSGWSNEVIYTTPKF 178 LAP FLP++LFNPFGDSF SPL+LH P N GSR W+ + AAD+GWSNE+IYTTP Sbjct: 126 LAPHFLPSILFNPFGDSFQLSPLMLHADVPLFN-GSR-WSNSVAADTGWSNEIIYTTPNM 183 Query: 179 GGLQANVHYQFGEVAGQSGKKNIGVNALYFNGGLALTALYFDAQVSNP--NSGAAIIDAT 236 GL+AN+HYQFGEVAGQSGK N+G+N LY NG L L A Y +V+NP + ++ A Sbjct: 184 AGLKANIHYQFGEVAGQSGKNNVGMNLLYSNGPLGLAAYYQKIRVNNPLEQTPGNVLPAA 243 Query: 237 SPFSSIT--RQKTWMLGATYDFQVVKLYGTYQNSKDTTAGNPQAKDKLFSLGLSAPVGNG 294 + +T RQ W +G +YDF V KL+ TY + T+ + +D+ LG S P+G G Sbjct: 244 TLLGGLTPARQTGWFVGGSYDFAVAKLFATY----NQTSHDVDLQDRTVQLGTSIPLGQG 299 Query: 295 SILAGFARTKRTGDLLAGGDVSRNTTSVGYDYFMSKRTDLYAIVMNDKISTQSNAVSFGL 354 +ILA +A TKR G + G D+ RNT S GYDY +SKRTDLYA+ M DKI+ Q+ + L Sbjct: 300 AILASWANTKRDGAAI-GQDLKRNTASFGYDYNISKRTDLYAVYMYDKITQQNTGNTVAL 358 Query: 355 GMRHRF 360 G+RHRF Sbjct: 359 GIRHRF 364 >E8TRL9.1 E8TRL9_ALIDB Porin Gram-negative type Length = 340 Score = 355 bits (910), Expect = 8e-96, Method: Compositional matrix adjust. Identities = 186/342 (54%), Positives = 229/342 (66%), Gaps = 19/342 (5%) Query: 19 AMAQSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWIGFKGIEDLGGGLRAEFAL 78 A AQSSV V+GL D Y GSMK +GD K+ V SGGMTTSW GFKG EDLGGGL+A F L Sbjct: 18 AYAQSSVQVTGLADVYAGSMKMAGDASRKSVVNSGGMTTSWFGFKGTEDLGGGLKANFQL 77 Query: 79 TSFFQADTGAYGRFGGDNLFSRDANVGLAGDFGRVSLGRGLAPSFLPTVLFNPFGDSFTF 138 TSF Q D G GRFGGD FSRDANV L+G FG V LGR +AP+FLP+V+ NP GDSF F Sbjct: 78 TSFIQVDNGTQGRFGGDTFFSRDANVSLSGSFGSVLLGRWMAPNFLPSVVGNPMGDSFAF 137 Query: 139 SPLVLHVYTPSGNFGSRTWTQANAADSGWSNEVIYTTPKFGGLQANVHYQFGEVAGQSGK 198 SPL+LH+ P F + W +D+GWSN++ Y+TP GG +AN+ YQFGE AG +GK Sbjct: 138 SPLILHMDVPL--FNASGWKATVPSDTGWSNQIAYSTPDIGGFKANLQYQFGEQAGDNGK 195 Query: 199 KNIGVNALYFNGGLALTALYFDAQVSNPNSGAAIIDATSPFSSITRQKTWMLGATYDFQV 258 KN+G N YF G L LT Y AQ+SNP G + T +K WML A YDF+V Sbjct: 196 KNVGANFFYFGGPLTLTGFYERAQISNPGQGTYL---------GTTKKDWMLAAAYDFKV 246 Query: 259 VKLYGTYQNSKDTTAGNPQAKDKLFSLGLSAPVGNGSILAGFARTKRTGDLLAGGDVSRN 318 VK Y +Y +K A N K K +G SAP+ GS+LA +A+T L+ D+ R Sbjct: 247 VKPYLSYGQAK---ADNNPDKAKTLQVGASAPLAGGSLLASWAKTD-----LSFSDLDRK 298 Query: 319 TTSVGYDYFMSKRTDLYAIVMNDKISTQSNAVSFGLGMRHRF 360 T ++GYDY++SKRTD+YA+ MNDKI+ QS SFG+G+RHRF Sbjct: 299 TFTLGYDYYLSKRTDVYAMYMNDKITNQSTGNSFGVGIRHRF 340 >A9BZF8.1 A9BZF8_DELAS Porin Gram-negative type Length = 342 Score = 348 bits (893), Expect = 7e-94, Method: Compositional matrix adjust. Identities = 192/343 (55%), Positives = 235/343 (68%), Gaps = 25/343 (7%) Query: 22 QSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWIGFKGIEDLGGGLRAEFALTSF 81 QSSV ++GLVDAY GSM+ +GD K VGSGGMTTSW G KG EDLGGGL+ +F LT F Sbjct: 21 QSSVQLTGLVDAYAGSMRMAGDASGKGVVGSGGMTTSWWGMKGQEDLGGGLKVDFQLTVF 80 Query: 82 FQADTGAYGRFGGDNLFSRDANVGLAGDFGRVSLGRGLAPSFLPTVLFNPFGDSFTFSPL 141 + DTG+ GRF GD FSRDANVGL+G FG V LGRG+AP+FLPT+L NPFGDSFT SPL Sbjct: 81 MRVDTGSPGRFDGDPYFSRDANVGLSGGFGTVRLGRGMAPNFLPTILTNPFGDSFTISPL 140 Query: 142 VLHVYTPSGNFGSRTWTQAN---AADSGWSNEVIYTTPKFGGLQANVHYQFGEVAGQSGK 198 VLH N G+ W AN +D+GWSN+V+YTTPKFGGLQANVHYQFGE G SGK Sbjct: 141 VLHA-----NVGTTAWGSANLTTPSDTGWSNQVVYTTPKFGGLQANVHYQFGEKGGDSGK 195 Query: 199 KNIGVNALYFNGGLALTALYFDAQVSNPNSGAAIIDATSPFSSITRQKTWMLGATYDFQV 258 KNIGVNA+YF G L+L A Y AQ+SNP S A + T WMLG TY+F+V Sbjct: 196 KNIGVNAMYFGGPLSLVAFYERAQISNPVSLAVMPTKTD----------WMLGGTYNFEV 245 Query: 259 VKLYGTYQNSKDTTAGNPQAKDKLFSLGLSAPVGN-GSILAGFARTKRTGDLLAGGDVSR 317 KLY TY +K + K+ +SLGL PV + G+I A ARTK + D +R Sbjct: 246 AKLYATYGQAK---VKDLDRKNSTYSLGLDVPVTSAGTIKAALARTKAE---IGAVDSTR 299 Query: 318 NTTSVGYDYFMSKRTDLYAIVMNDKISTQSNAVSFGLGMRHRF 360 T S+GYD+++SKRTD+Y ++M+D+I+ + S G+RHRF Sbjct: 300 TTASLGYDHYLSKRTDVYTVLMHDRITDLKSGTSLIAGIRHRF 342 >F0QC57.1 F0QC57_ACIAP Porin Gram-negative type Length = 341 Score = 345 bits (886), Expect = 5e-93, Method: Compositional matrix adjust. Identities = 180/340 (52%), Positives = 226/340 (66%), Gaps = 20/340 (5%) Query: 22 QSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWIGFKGIEDLGGGLRAEFALTSF 81 QSSV +SGL D YVGSMK +GD ++ V SGG+TTSW GFKG EDLGGGL+A F LTSF Sbjct: 21 QSSVELSGLSDLYVGSMKMAGDANRRSVVNSGGLTTSWFGFKGTEDLGGGLKASFQLTSF 80 Query: 82 FQADTGAYGRFGGDNLFSRDANVGLAGDFGRVSLGRGLAPSFLPTVLFNPFGDSFTFSPL 141 Q DTG GRF GD FSRDANV L+GDFG V LGR +AP+FLP+V+ NP GDSFTFSPL Sbjct: 81 LQNDTGTQGRFTGDTFFSRDANVSLSGDFGSVLLGRWMAPNFLPSVVGNPLGDSFTFSPL 140 Query: 142 VLHVYTPSGNFGSRTWTQANAADSGWSNEVIYTTPKFGGLQANVHYQFGEVAGQSGKKNI 201 +LH+ P F W AD+GWSN+++Y+TPK GG AN+ YQFGE AG + +KN+ Sbjct: 141 ILHMNVPL--FNGTGWAATTPADTGWSNQIVYSTPKIGGFSANIQYQFGEQAGNNSRKNV 198 Query: 202 GVNALYFNGGLALTALYFDAQVSNPNSGAAIIDATSPFSSITRQKTWMLGATYDFQVVKL 261 G N YF G L +T Y Q++NP GA + T +K WML YDFQVVK Sbjct: 199 GANFFYFGGPLTVTGFYERDQIANPGQGAYL---------GTTKKDWMLLGAYDFQVVKP 249 Query: 262 YGTYQNSKDTTAGNPQAKDKLFSLGLSAPVG-NGSILAGFARTKRTGDLLAGGDVSRNTT 320 + +Y SK A N K K +G S P G +G +L + +T+ T D+ R T Sbjct: 250 FLSYGESK---ADNTDNKAKTMQVGASIPTGPSGKVLVEWVKTEMTQT-----DIDRKTF 301 Query: 321 SVGYDYFMSKRTDLYAIVMNDKISTQSNAVSFGLGMRHRF 360 +VGYDYF+SKRTD+YA++MND+I+ Q+ SFG+G+RHRF Sbjct: 302 TVGYDYFLSKRTDVYAMLMNDRITAQTKGNSFGVGIRHRF 341 >B9MCV6.1 B9MCV6_ACIET Porin Gram-negative type Length = 340 Score = 344 bits (883), Expect = 1e-92, Method: Compositional matrix adjust. Identities = 181/339 (53%), Positives = 223/339 (65%), Gaps = 19/339 (5%) Query: 22 QSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWIGFKGIEDLGGGLRAEFALTSF 81 Q+SVT+SGL D YVGSMK +GD + V SGGMTTSW GF G EDLGGGL+A F LTSF Sbjct: 21 QTSVTLSGLTDVYVGSMKMAGDADRSSVVNSGGMTTSWFGFTGSEDLGGGLKANFQLTSF 80 Query: 82 FQADTGAYGRFGGDNLFSRDANVGLAGDFGRVSLGRGLAPSFLPTVLFNPFGDSFTFSPL 141 Q D G GRF GD FSRDANV L+G FG V LGR +AP+FLP+V+ NP GDSFTFSPL Sbjct: 81 IQVDAGTQGRFPGDTFFSRDANVSLSGSFGSVLLGRWMAPNFLPSVVGNPLGDSFTFSPL 140 Query: 142 VLHVYTPSGNFGSRTWTQANAADSGWSNEVIYTTPKFGGLQANVHYQFGEVAGQSGKKNI 201 +LH P F + W +D+GWSN++ Y+TP GG +AN+ YQFGE+ G +GKKN+ Sbjct: 141 ILHKNVPL--FNASGWQATTPSDTGWSNQIAYSTPDIGGFKANLQYQFGELPGDNGKKNV 198 Query: 202 GVNALYFNGGLALTALYFDAQVSNPNSGAAIIDATSPFSSITRQKTWMLGATYDFQVVKL 261 G N YF G L LT Y Q+SNP G + T +K WML A YDF VVK Sbjct: 199 GANFFYFGGPLTLTGYYERDQISNPGQGTYL---------GTTKKDWMLAAAYDFNVVKP 249 Query: 262 YGTYQNSKDTTAGNPQAKDKLFSLGLSAPVGNGSILAGFARTKRTGDLLAGGDVSRNTTS 321 Y +Y +K A N K K +G SAP+G GS+LA + +T+ L D+ R T + Sbjct: 250 YLSYGQTK---ADNSPGKAKTMQVGASAPLGGGSLLASWVKTE-----LTDSDLDRKTFT 301 Query: 322 VGYDYFMSKRTDLYAIVMNDKISTQSNAVSFGLGMRHRF 360 +GYDY +SKRTD+YA+ MNDKI+ QS SFG+G+RHRF Sbjct: 302 LGYDYNLSKRTDVYAMYMNDKITNQSTGNSFGVGIRHRF 340 >A1TL82.1 A1TL82_ACIAC Porin, Gram-negative type Length = 341 Score = 340 bits (872), Expect = 2e-91, Method: Compositional matrix adjust. Identities = 176/340 (51%), Positives = 225/340 (66%), Gaps = 20/340 (5%) Query: 22 QSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWIGFKGIEDLGGGLRAEFALTSF 81 QSSV ++GL D YVGSMK +GD ++ V SGG+TTSW GFKG EDLGGGL+A F LTSF Sbjct: 21 QSSVQLTGLSDIYVGSMKMAGDADRRSVVNSGGLTTSWFGFKGTEDLGGGLKASFQLTSF 80 Query: 82 FQADTGAYGRFGGDNLFSRDANVGLAGDFGRVSLGRGLAPSFLPTVLFNPFGDSFTFSPL 141 Q DTG GRF D FSRDANV L+GDFG V LGR +AP+FLP+V+ NP GDSFTFSPL Sbjct: 81 LQVDTGTQGRFANDTFFSRDANVSLSGDFGSVLLGRWMAPNFLPSVVGNPLGDSFTFSPL 140 Query: 142 VLHVYTPSGNFGSRTWTQANAADSGWSNEVIYTTPKFGGLQANVHYQFGEVAGQSGKKNI 201 +LH+ P F W AD+GWSN+++Y+TPK GG AN+ YQFGE AG +G+KN+ Sbjct: 141 ILHMNVPL--FNGTGWAATTPADTGWSNQIVYSTPKIGGFSANIQYQFGEQAGNNGRKNV 198 Query: 202 GVNALYFNGGLALTALYFDAQVSNPNSGAAIIDATSPFSSITRQKTWMLGATYDFQVVKL 261 G N YF G L LT Y Q++NP GA + T +K WML YDF +VK Sbjct: 199 GANFFYFGGPLTLTGFYERDQIANPGQGAYL---------GTTRKDWMLLGAYDFGMVKP 249 Query: 262 YGTYQNSKDTTAGNPQAKDKLFSLGLSAPVG-NGSILAGFARTKRTGDLLAGGDVSRNTT 320 + +Y +K A N K + +G S P G +G +L + +T+ T D+ R T Sbjct: 250 FLSYGEAK---ADNTSNKARTMQIGASIPAGPSGKVLVDWVKTEMTQT-----DIDRKTF 301 Query: 321 SVGYDYFMSKRTDLYAIVMNDKISTQSNAVSFGLGMRHRF 360 +VGYDYF+SKRTD+YA++MND+I+ Q+ SFG+G+RHRF Sbjct: 302 TVGYDYFLSKRTDVYAMLMNDRITAQAKGNSFGVGIRHRF 341 >A4G9L2.1 A4G9L2_HERAR Putative porin Length = 394 Score = 337 bits (863), Expect = 2e-90, Method: Compositional matrix adjust. Identities = 183/370 (49%), Positives = 238/370 (64%), Gaps = 27/370 (7%) Query: 18 SAMAQSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWIGFKGIEDLGGGLRAEFA 77 +A+AQSSV G VDA+ GS+KNSGD GSK+ V S GM TSW G KG E+LGGGL+A+FA Sbjct: 25 NALAQSSVQFVGTVDAFAGSLKNSGDAGSKSVVNSSGMETSWWGVKGTENLGGGLQAQFA 84 Query: 78 LTSFFQADTGAYGRFGGDNLFSRDANVGLAGDFGRVSLGRGLAPSFLPTVLFNPFGDSFT 137 L+SFF+ DTGA GRF D +FSRDA+VGL+G FGRVS+GR LAP+F+PT+ F+PFG SF Sbjct: 85 LSSFFRPDTGAQGRFDSDTMFSRDAHVGLSGSFGRVSVGRDLAPNFIPTLTFSPFGGSFA 144 Query: 138 FSPLVLHVYTPSGNFGSRTWTQANAADSGWSNEVIYTTPKFGGLQANVHYQFGEVAGQSG 197 FSPL LH TPSG++ + W+ A D+GWSNE++Y PK GG ++ +QFGE AG+ G Sbjct: 145 FSPLELHTQTPSGSYRGQVWSPTVAGDTGWSNEIMYVMPKLGGFTTSLFFQFGEQAGKPG 204 Query: 198 KKNIGVNALYFNGGLALTALYFDAQVSNP----NSGAAIIDATSPFSSIT---------R 244 K N G N +Y G L+ A + +V+NP SG + + +P++ T R Sbjct: 205 KNNYGANTMYEQGPLSFGAYFQSVKVNNPLDSVTSGDSRVFTFTPYNQATGATYTLAASR 264 Query: 245 QKTWMLGATYDFQVVKLYGTYQNSKDTTAG-----NPQAKDKLFSLGLSAPVGNGSILAG 299 TW +G YD Q +KL+GT S + G K LG S PVG GS+L Sbjct: 265 NDTWFVGGAYDLQFMKLFGTLNYSTNRLIGIANDSQYDLKSNTVQLGTSVPVGKGSVLFS 324 Query: 300 FART--KRTGDLL-----AGGDVS--RNTTSVGYDYFMSKRTDLYAIVMNDKISTQSNAV 350 +ART K GD AGG S RNT S+GYDYF+SKRTD+Y++V DK++ QS + Sbjct: 325 WARTNVKADGDFSAVLGGAGGKSSIIRNTASLGYDYFLSKRTDVYSVVSYDKLTDQSTGI 384 Query: 351 SFGLGMRHRF 360 S G+G+R RF Sbjct: 385 SLGVGIRQRF 394 >A6T409.1 A6T409_JANMA Porin Length = 363 Score = 335 bits (859), Expect = 7e-90, Method: Compositional matrix adjust. Identities = 184/374 (49%), Positives = 236/374 (63%), Gaps = 30/374 (8%) Query: 3 KTRLALALASCMVAGSAM--AQSSVTVSGLVDAYVGSMKNSGDTGSKATVGSGGMTTSWI 60 K ++ L + +++ S++ AQSSVT+ G+ D ++GSM+NSGD + V SGG++TS+I Sbjct: 4 KILFSVLLTASILSYSSLSRAQSSVTMEGIADGFMGSMRNSGDAARTSKVDSGGLSTSYI 63 Query: 61 GFKGIEDLGGGLRAEFALTSFFQADTGAYGRFGGDNLFSRDANVGLAGDFGRVSLGRGLA 120 GFKG EDLGGGL+A F L +F++ D GAYGRFGGD F+RDANV L+G FG++ LGR Sbjct: 64 GFKGFEDLGGGLKASFTLGAFYRIDDGAYGRFGGDTFFARDANVALSGSFGKLMLGRMTP 123 Query: 121 PSFLPTVLFNPFGDSFTFSPLVLHVYTPS----GNFGSRTWTQANAADSGWSNEVIYTTP 176 P+ LP +FNP DSF+ SPLVLH + G FG RT DS WSN + YT+P Sbjct: 124 PTTLPLYMFNPVEDSFSLSPLVLHTIVGTNVFPGTFG-RT-------DSAWSNSIAYTSP 175 Query: 177 KFGGLQANVHYQFGEVAGQSGKKNIGVNALYFNGGLALTALYFDAQVSNPNSGAAIIDAT 236 F GL N+HYQFGE AG S K N G NALY NG LAL Y D QV NP + + Sbjct: 176 TFAGLTFNLHYQFGEAAGNSSKNNKGANALYQNGPLALGLAYHDVQVGNPVDNPIVPNGP 235 Query: 237 SPFSSI----------TRQKTWMLGATYDFQVVKLYGTYQNSKDTTAGNPQAKDKLFSLG 286 S S+ TRQK +G +YDF +K + TY D + KD+ +LG Sbjct: 236 SVMLSVPVPGGPNLVATRQKLAFVGGSYDFSYLKFFATY----DRATHDVDLKDQTGTLG 291 Query: 287 LSAPVGNGSILAGFARTKRTGDLLAGGDVSRNTTSVGYDYFMSKRTDLYAIVMNDKISTQ 346 LS P+GNG +L A+TKR L + DV R T SVGYDYF+SKRTDLY+ +MNDK + Sbjct: 292 LSVPLGNGKLLGAVAQTKRESALFS--DVKRTTVSVGYDYFLSKRTDLYSFLMNDKTTDY 349 Query: 347 SNAVSFGLGMRHRF 360 +NAVS +GMRHRF Sbjct: 350 ANAVSVAVGMRHRF 363