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= 0027.0310.p (428 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8INR3.1 D8INR3_HERSS Protein tolB 859 0.0 A6T0W0.1 A6T0W0_JANMA Protein tolB 652 0.0 A4G7Q1.1 A4G7Q1_HERAR Protein tolB 647 0.0 F1VX38.1 F1VX38_9BURK TolB protein 641 0.0 C3X4H1.1 C3X4H1_OXAFO Protein tolB 579 e-163 C3XAM6.1 C3XAM6_OXAFO Protein tolB 566 e-159 Q478F2.2 TOLB_DECAR Protein tolB 496 e-138 Q474K8.1 TOLB_CUPPJ Protein tolB 496 e-138 C7RPG7.1 C7RPG7_ACCPU Protein tolB 496 e-138 Q5P4Z6.1 TOLB_AROAE Protein tolB 495 e-138 >D8INR3.1 D8INR3_HERSS Protein tolB Length = 428 Score = 859 bits (2219), Expect = 0.0, Method: Compositional matrix adjust. Identities = 428/428 (100%), Positives = 428/428 (100%) Query: 1 MIKARYLTSLAATAAAVAGLSFAPASQAQIRFEITGVGASQIPIAITAFPGEESAPQQIT 60 MIKARYLTSLAATAAAVAGLSFAPASQAQIRFEITGVGASQIPIAITAFPGEESAPQQIT Sbjct: 1 MIKARYLTSLAATAAAVAGLSFAPASQAQIRFEITGVGASQIPIAITAFPGEESAPQQIT 60 Query: 61 SVVKADLARSGVFKLIDNGDALSDSSAVNYADWQKRGANALAVGSVTRLADGRFDVRYRL 120 SVVKADLARSGVFKLIDNGDALSDSSAVNYADWQKRGANALAVGSVTRLADGRFDVRYRL Sbjct: 61 SVVKADLARSGVFKLIDNGDALSDSSAVNYADWQKRGANALAVGSVTRLADGRFDVRYRL 120 Query: 121 FDTVQSSQLSALSIGAQPQLLRLTAHKIADDIYQKLTGIPGIFSTRISYVTKSGGEYRLE 180 FDTVQSSQLSALSIGAQPQLLRLTAHKIADDIYQKLTGIPGIFSTRISYVTKSGGEYRLE Sbjct: 121 FDTVQSSQLSALSIGAQPQLLRLTAHKIADDIYQKLTGIPGIFSTRISYVTKSGGEYRLE 180 Query: 181 VADADGEGTQVALRSNEPIISPSWSPDGTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFK 240 VADADGEGTQVALRSNEPIISPSWSPDGTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFK Sbjct: 181 VADADGEGTQVALRSNEPIISPSWSPDGTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFK 240 Query: 241 GSNSAPAWSPDGSRLAVALTRDGLTQVYVINADGSGLRRLTNSAGIDTEPQFSPDGGSIY 300 GSNSAPAWSPDGSRLAVALTRDGLTQVYVINADGSGLRRLTNSAGIDTEPQFSPDGGSIY Sbjct: 241 GSNSAPAWSPDGSRLAVALTRDGLTQVYVINADGSGLRRLTNSAGIDTEPQFSPDGGSIY 300 Query: 301 FTSDRSGGPQVYKVGLDGGSPQRVTFNGSYNISPRISPDGKTLAFISRRDGQFQLYALDL 360 FTSDRSGGPQVYKVGLDGGSPQRVTFNGSYNISPRISPDGKTLAFISRRDGQFQLYALDL Sbjct: 301 FTSDRSGGPQVYKVGLDGGSPQRVTFNGSYNISPRISPDGKTLAFISRRDGQFQLYALDL 360 Query: 361 TNGQEIRLSDGSRDQSPSFAPNGKYIMYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIRE 420 TNGQEIRLSDGSRDQSPSFAPNGKYIMYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIRE Sbjct: 361 TNGQEIRLSDGSRDQSPSFAPNGKYIMYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIRE 420 Query: 421 PTWGPFMK 428 PTWGPFMK Sbjct: 421 PTWGPFMK 428 >A6T0W0.1 A6T0W0_JANMA Protein tolB Length = 423 Score = 652 bits (1682), Expect = 0.0, Method: Compositional matrix adjust. Identities = 306/428 (71%), Positives = 375/428 (87%), Gaps = 5/428 (1%) Query: 1 MIKARYLTSLAATAAAVAGLSFAPASQAQIRFEITGVGASQIPIAITAFPGEESAPQQIT 60 MIK +L S A A + L+ AQ+R EI GVGA+QIP+AI AF E APQQ++ Sbjct: 1 MIKTTFLRSFAVMALFITTLA-----HAQLRVEIAGVGANQIPVAIAAFGDETLAPQQVS 55 Query: 61 SVVKADLARSGVFKLIDNGDALSDSSAVNYADWQKRGANALAVGSVTRLADGRFDVRYRL 120 +++KADL RSG FK+ID G L+++S +N ADW+ RGA+A+ VGSV +LADGR++VRYRL Sbjct: 56 AIIKADLLRSGFFKIIDTGGVLTENSQLNLADWKSRGADAIVVGSVLKLADGRYEVRYRL 115 Query: 121 FDTVQSSQLSALSIGAQPQLLRLTAHKIADDIYQKLTGIPGIFSTRISYVTKSGGEYRLE 180 FDTV+ +QLS+L++ +QPQ LR++AHK+ADD+Y+KLTGI G F+TRI+YVTKS E+RLE Sbjct: 116 FDTVKGTQLSSLALASQPQFLRVSAHKVADDVYEKLTGIKGAFATRIAYVTKSPKEFRLE 175 Query: 181 VADADGEGTQVALRSNEPIISPSWSPDGTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFK 240 +AD+DGEGTQVALRSNEPIISPSWSPDGTKVAYVSFE KKPVVYIQ+LV+R+R++ ANFK Sbjct: 176 IADSDGEGTQVALRSNEPIISPSWSPDGTKVAYVSFENKKPVVYIQDLVSRKRTVAANFK 235 Query: 241 GSNSAPAWSPDGSRLAVALTRDGLTQVYVINADGSGLRRLTNSAGIDTEPQFSPDGGSIY 300 GSNSAP+W+PDG+RLAVAL+RDGLTQVYV+NADG+GLRRL++S GIDTEPQFS DG SI+ Sbjct: 236 GSNSAPSWAPDGNRLAVALSRDGLTQVYVVNADGTGLRRLSSSNGIDTEPQFSADGQSIF 295 Query: 301 FTSDRSGGPQVYKVGLDGGSPQRVTFNGSYNISPRISPDGKTLAFISRRDGQFQLYALDL 360 FTSDRSGGPQ+YK+G +GG +RVTF+GSYNISPRISPDGK LA+ISRR+G+FQL+ LDL Sbjct: 296 FTSDRSGGPQIYKMGANGGEARRVTFSGSYNISPRISPDGKYLAYISRREGKFQLFLLDL 355 Query: 361 TNGQEIRLSDGSRDQSPSFAPNGKYIMYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIRE 420 TNGQE RLSD +D+SPSF+PNGKY+MYATE+GRRG+LAVVSVDG++KQRLTTQAGDIRE Sbjct: 356 TNGQEQRLSDTVKDESPSFSPNGKYLMYATESGRRGTLAVVSVDGQVKQRLTTQAGDIRE 415 Query: 421 PTWGPFMK 428 PTWGPFMK Sbjct: 416 PTWGPFMK 423 >A4G7Q1.1 A4G7Q1_HERAR Protein tolB Length = 423 Score = 647 bits (1668), Expect = 0.0, Method: Compositional matrix adjust. Identities = 307/428 (71%), Positives = 369/428 (86%), Gaps = 5/428 (1%) Query: 1 MIKARYLTSLAATAAAVAGLSFAPASQAQIRFEITGVGASQIPIAITAFPGEESAPQQIT 60 M K +L S A A V L+ AQ+R EI GVGA+QIPIAI AF E AP Q++ Sbjct: 1 MTKTSFLRSFAILALFVTSLA-----HAQLRVEIAGVGANQIPIAIAAFGDESIAPHQVS 55 Query: 61 SVVKADLARSGVFKLIDNGDALSDSSAVNYADWQKRGANALAVGSVTRLADGRFDVRYRL 120 +++KADL RSG FK+ID G L+++S VN ADW+ RGA+AL VGSV+RL DGRFDV+YRL Sbjct: 56 AIIKADLLRSGYFKVIDTGTVLTENSQVNLADWKSRGADALVVGSVSRLPDGRFDVKYRL 115 Query: 121 FDTVQSSQLSALSIGAQPQLLRLTAHKIADDIYQKLTGIPGIFSTRISYVTKSGGEYRLE 180 FDT++ +QLS+L++ QPQ +R++AHKIADDIY+KLTGI G F+TRI+YVTK+G E+RLE Sbjct: 116 FDTIKQAQLSSLALANQPQFIRVSAHKIADDIYEKLTGIRGAFATRIAYVTKAGKEFRLE 175 Query: 181 VADADGEGTQVALRSNEPIISPSWSPDGTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFK 240 +AD+DGEGTQVALRSNEPIISP+WSPDGTKVAYVSFE KKPVVYIQ+LV+R+R++ ANFK Sbjct: 176 IADSDGEGTQVALRSNEPIISPAWSPDGTKVAYVSFENKKPVVYIQDLVSRKRTVAANFK 235 Query: 241 GSNSAPAWSPDGSRLAVALTRDGLTQVYVINADGSGLRRLTNSAGIDTEPQFSPDGGSIY 300 GSNSAP+WSPDGSRLAVAL+RDGLTQVYV+NADG+ RRL+NS GIDTEPQ+S DG SIY Sbjct: 236 GSNSAPSWSPDGSRLAVALSRDGLTQVYVVNADGTNPRRLSNSNGIDTEPQYSADGQSIY 295 Query: 301 FTSDRSGGPQVYKVGLDGGSPQRVTFNGSYNISPRISPDGKTLAFISRRDGQFQLYALDL 360 FTSDRSGGPQ+YK+G +GG +RVTF GSYNISPRISPDGK LA+ISRR+G+FQL+ LDL Sbjct: 296 FTSDRSGGPQIYKMGSNGGEARRVTFAGSYNISPRISPDGKFLAYISRREGKFQLFILDL 355 Query: 361 TNGQEIRLSDGSRDQSPSFAPNGKYIMYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIRE 420 NGQE RLSD +D+SPSF+PNGKY+MYATE+GRRG+LAVVSVDG++KQRLTTQ+GDIRE Sbjct: 356 NNGQEQRLSDTVKDESPSFSPNGKYLMYATESGRRGTLAVVSVDGQVKQRLTTQSGDIRE 415 Query: 421 PTWGPFMK 428 PTWGPFMK Sbjct: 416 PTWGPFMK 423 >F1VX38.1 F1VX38_9BURK TolB protein Length = 421 Score = 641 bits (1654), Expect = 0.0, Method: Compositional matrix adjust. Identities = 304/413 (73%), Positives = 360/413 (87%), Gaps = 1/413 (0%) Query: 16 AVAGLSFAPASQAQIRFEITGVGASQIPIAITAFPGEESAPQQITSVVKADLARSGVFKL 75 A+ GL A A+ AQ+R +I GVGA+QIPIAI F E AP Q+++++KADL RSG FK+ Sbjct: 10 ALLGLVLATAAHAQLRVDIAGVGANQIPIAIATFADESIAPAQVSAIIKADLMRSGYFKI 69 Query: 76 IDNGDALSDSSAVNYADWQKRGANALAVGSVTRLADGRFDVRYRLFDTVQSSQLSALSIG 135 ID G +S++S +NY DW+ RGA+AL VGSV RLADGRFDVRY+L D ++S+ LSALS+ Sbjct: 70 IDAG-TMSETSEINYPDWKSRGADALVVGSVQRLADGRFDVRYKLLDMIKSAPLSALSLT 128 Query: 136 AQPQLLRLTAHKIADDIYQKLTGIPGIFSTRISYVTKSGGEYRLEVADADGEGTQVALRS 195 A R+TAHKIADDIY+KLTG+ G F+TRI+YVTKSG EYRLEVADADGE T VALRS Sbjct: 129 APEGRTRVTAHKIADDIYEKLTGVRGAFATRIAYVTKSGKEYRLEVADADGEDTNVALRS 188 Query: 196 NEPIISPSWSPDGTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFKGSNSAPAWSPDGSRL 255 NEPIISP+WSPDGT+VAYVSFE KKPVVY+QNLVTRQR+++AN+KGSNSAP+WSPDG+RL Sbjct: 189 NEPIISPAWSPDGTRVAYVSFENKKPVVYVQNLVTRQRTVLANYKGSNSAPSWSPDGNRL 248 Query: 256 AVALTRDGLTQVYVINADGSGLRRLTNSAGIDTEPQFSPDGGSIYFTSDRSGGPQVYKVG 315 A+AL+RDGLTQ Y++NADG+GLRRLT+S+GIDTEPQFS DG SIYFTSDRSGGPQ+YK+ Sbjct: 249 AIALSRDGLTQSYIVNADGTGLRRLTSSSGIDTEPQFSADGQSIYFTSDRSGGPQIYKMP 308 Query: 316 LDGGSPQRVTFNGSYNISPRISPDGKTLAFISRRDGQFQLYALDLTNGQEIRLSDGSRDQ 375 + GG QRVTF GSYNISPR+SPDGKTLA+ISRRD FQLYA+DL NGQE RLSD ++D+ Sbjct: 309 VSGGDAQRVTFKGSYNISPRVSPDGKTLAYISRRDSAFQLYAMDLANGQEQRLSDSAKDE 368 Query: 376 SPSFAPNGKYIMYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIREPTWGPFMK 428 SPSF+PN KYIMYATE+GRRGSLAVVSVDGR+KQRLTTQAGDIREPTWGPF+K Sbjct: 369 SPSFSPNSKYIMYATESGRRGSLAVVSVDGRVKQRLTTQAGDIREPTWGPFIK 421 >C3X4H1.1 C3X4H1_OXAFO Protein tolB Length = 429 Score = 579 bits (1492), Expect = e-163, Method: Compositional matrix adjust. Identities = 264/403 (65%), Positives = 341/403 (84%) Query: 26 SQAQIRFEITGVGASQIPIAITAFPGEESAPQQITSVVKADLARSGVFKLIDNGDALSDS 85 +Q + +I+GVGA+QIP+ I F E APQ++T +++ADLAR+G+F+L+ L +S Sbjct: 27 AQEHLDIQISGVGATQIPVTIAGFANETVAPQKVTDIIRADLARTGLFRLVGTDAILPES 86 Query: 86 SAVNYADWQKRGANALAVGSVTRLADGRFDVRYRLFDTVQSSQLSALSIGAQPQLLRLTA 145 + ++Y W+ GA+AL VGSV + ADG+ DVRYRLFD ++SQLSALS+ A + R+TA Sbjct: 87 AFIDYPKWKANGADALVVGSVEKTADGKIDVRYRLFDLGKASQLSALSMVAPAPMTRVTA 146 Query: 146 HKIADDIYQKLTGIPGIFSTRISYVTKSGGEYRLEVADADGEGTQVALRSNEPIISPSWS 205 HKIADDIY+KLTGI G+F+TRI+YV K+G EYRLE+AD+DGEG Q+ALRS EPIISPSWS Sbjct: 147 HKIADDIYEKLTGIKGMFATRIAYVVKAGNEYRLEIADSDGEGRQLALRSKEPIISPSWS 206 Query: 206 PDGTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFKGSNSAPAWSPDGSRLAVALTRDGLT 265 PDGTKVAYVSFE KKPVVY+QNLVTR R++VAN+KG+NSAP+WSPDG++LAVAL+++G T Sbjct: 207 PDGTKVAYVSFEAKKPVVYVQNLVTRARTVVANYKGNNSAPSWSPDGTKLAVALSKNGYT 266 Query: 266 QVYVINADGSGLRRLTNSAGIDTEPQFSPDGGSIYFTSDRSGGPQVYKVGLDGGSPQRVT 325 Q+Y +NA+G LR+LT + I+TEPQFS DG IYFTSDRSGGPQ+YK+G++GG+ QRVT Sbjct: 267 QIYTVNANGGSLRQLTQTRSINTEPQFSADGKWIYFTSDRSGGPQIYKIGVNGGNAQRVT 326 Query: 326 FNGSYNISPRISPDGKTLAFISRRDGQFQLYALDLTNGQEIRLSDGSRDQSPSFAPNGKY 385 F +YNISPR+SPDGK+LA+ISRR+G FQLY +DL NGQE+RLSD +RD+SPSF+PNG++ Sbjct: 327 FGSNYNISPRVSPDGKSLAYISRRNGGFQLYLMDLENGQEMRLSDTARDESPSFSPNGQF 386 Query: 386 IMYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIREPTWGPFMK 428 IMYAT +GRRG L+VVSVDGR++QRLT +A D+REP+WGPFMK Sbjct: 387 IMYATGSGRRGVLSVVSVDGRVRQRLTMKAADVREPSWGPFMK 429 >C3XAM6.1 C3XAM6_OXAFO Protein tolB Length = 423 Score = 566 bits (1458), Expect = e-159, Method: Compositional matrix adjust. Identities = 267/402 (66%), Positives = 338/402 (84%), Gaps = 2/402 (0%) Query: 27 QAQIRFEITGVGASQIPIAITAFPGEESAPQQITSVVKADLARSGVFKLIDNGDALSDSS 86 Q + +I GVG QIPI I F E +AP+++T+++KADLAR+G+F+LI + +S+ Sbjct: 24 QEVLNIDIAGVGNKQIPIVIAGFSNEATAPEKVTNIIKADLARTGMFRLIGTDAIIGESA 83 Query: 87 AVNYADWQKRGANALAVGSVTRLADGRFDVRYRLFDTVQSSQLSALSIGAQPQLLRLTAH 146 ++Y W+ +GA+AL VG++ + DG+ DVRYRLFD +SSQLSALS+ A + R+TAH Sbjct: 84 DIDYRKWRAQGADALVVGTLVKSPDGKIDVRYRLFDLGKSSQLSALSMLAPASMTRVTAH 143 Query: 147 KIADDIYQKLTGIPGIFSTRISYVTKSGGEYRLEVADADGEGTQVALRSNEPIISPSWSP 206 KIADDIY+KLTG GIF+T I+YVTK+G EYRLE+ADADG VALRS EPIISPSWSP Sbjct: 144 KIADDIYEKLTGHKGIFATCIAYVTKTGNEYRLEIADADGGNKLVALRSKEPIISPSWSP 203 Query: 207 DGTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFKGSNSAPAWSPDGSRLAVALTRDGLTQ 266 DGT+VAYVSFE KKPVVY+QNLVTRQR++VAN+KG+NSAP+WSPDGSRLAVAL++DG TQ Sbjct: 204 DGTRVAYVSFEAKKPVVYVQNLVTRQRTMVANYKGNNSAPSWSPDGSRLAVALSKDGYTQ 263 Query: 267 VYVINADGSGLRRLTNSAGIDTEPQFSPDGGSIYFTSDRSGGPQVYKVGLDGGSPQRVTF 326 VY ++A+G L+++T + I+TEPQFSPDG IYFTSDRSGGPQ+YKVG++GG+PQRVTF Sbjct: 264 VYTVSANGGALKQITQTRSINTEPQFSPDGQWIYFTSDRSGGPQIYKVGVNGGNPQRVTF 323 Query: 327 NGSYNISPRISPDGKTLAFISRRDGQFQLYALDLTNGQEIRLSDGSRDQSPSFAPNGKYI 386 +G+YNISPR+SPDGK+LA+ISRR G +QLY LDLTNGQE RLSD SRD+SPSF+PNG++I Sbjct: 324 HGNYNISPRVSPDGKSLAYISRRGG-YQLYLLDLTNGQEQRLSDTSRDESPSFSPNGQFI 382 Query: 387 MYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIREPTWGPFMK 428 MYAT G RG+L+VVSVDGR+KQRL+ +A D+REP+WGPFMK Sbjct: 383 MYATNGG-RGALSVVSVDGRVKQRLSMKASDVREPSWGPFMK 423 >Q478F2.2 TOLB_DECAR Protein tolB Length = 426 Score = 496 bits (1276), Expect = e-138, Method: Compositional matrix adjust. Identities = 235/401 (58%), Positives = 307/401 (76%), Gaps = 1/401 (0%) Query: 29 QIRFEITGVGASQIPIAITAFPGEESAPQQITSVVKADLARSGVFKLIDNGDALSDSSA- 87 Q+ EITG GA++IP+ I FPG+ +A + +T+ V+ADL RSG+FKL+DNG A D +A Sbjct: 26 QLSIEITGAGANRIPVTIVDFPGDPTAARVVTATVRADLERSGLFKLVDNGTAAFDENAP 85 Query: 88 VNYADWQKRGANALAVGSVTRLADGRFDVRYRLFDTVQSSQLSALSIGAQPQLLRLTAHK 147 VN+A+W+ +GA+ALA GS+ R DGR + R+RL+DT + L + LR H+ Sbjct: 86 VNHAEWKGKGADALAAGSIARSTDGRMEARFRLYDTQKGVSLGGAAYVTNNSQLRAAGHR 145 Query: 148 IADDIYQKLTGIPGIFSTRISYVTKSGGEYRLEVADADGEGTQVALRSNEPIISPSWSPD 207 IAD IY+KLTG G+FSTRI+YV K+ G++ L++AD+DG+ AL S EPIISP WSPD Sbjct: 146 IADFIYEKLTGEKGVFSTRIAYVVKARGQFLLQIADSDGQNAATALSSTEPIISPVWSPD 205 Query: 208 GTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFKGSNSAPAWSPDGSRLAVALTRDGLTQV 267 G ++AYVSFE KKPV+Y+ L + QR IVANFKGSNSAPAWSPDG +LAV L++DG +Q+ Sbjct: 206 GGRLAYVSFEKKKPVIYVHTLASGQRHIVANFKGSNSAPAWSPDGRKLAVVLSKDGNSQI 265 Query: 268 YVINADGSGLRRLTNSAGIDTEPQFSPDGGSIYFTSDRSGGPQVYKVGLDGGSPQRVTFN 327 Y +NADGSGL+R+T S+GIDTEP++S DGG+IYFTSDR G PQVY+VG GG +RVTF Sbjct: 266 YSVNADGSGLQRITQSSGIDTEPRYSADGGTIYFTSDRGGSPQVYQVGASGGDAKRVTFE 325 Query: 328 GSYNISPRISPDGKTLAFISRRDGQFQLYALDLTNGQEIRLSDGSRDQSPSFAPNGKYIM 387 GSYN+SPR +PDGK+LAFISRR+G+FQL +DL + Q +SD ++D+SPSFAPN + I+ Sbjct: 326 GSYNVSPRPAPDGKSLAFISRREGRFQLAVMDLASRQVQVVSDSNKDESPSFAPNSRMIL 385 Query: 388 YATEAGRRGSLAVVSVDGRIKQRLTTQAGDIREPTWGPFMK 428 ATE G RG L+ VS DGRIKQRL+ AGD+REP WGP+ + Sbjct: 386 IATEIGGRGVLSAVSSDGRIKQRLSVAAGDVREPAWGPYYQ 426 >Q474K8.1 TOLB_CUPPJ Protein tolB Length = 450 Score = 496 bits (1276), Expect = e-138, Method: Compositional matrix adjust. Identities = 241/404 (59%), Positives = 311/404 (76%), Gaps = 5/404 (1%) Query: 29 QIRFEITGVGASQIPIAITAFPGEESAPQQITSVVKADLARSGVFKLIDNGDA-LSDSSA 87 Q+ EI+GVGASQIP+A F GE APQ +T+++++DLARSG + +D G A +++S+ Sbjct: 48 QLNVEISGVGASQIPVATANFQGEAQAPQNLTAIIRSDLARSGRLRNVDPGGATVAESAN 107 Query: 88 VNYADWQKRGANALAVGSVTRLADGRFDVRYRLFDTVQSSQLSALSIGAQPQLLRLTAHK 147 V+ W+ RGA+A GSVT +G+++VR+RL+DTV+ L L+ LR+TAHK Sbjct: 108 VDLGSWKSRGADAFVAGSVTPSGNGQYEVRFRLYDTVKGQSLGGLAFNVNQGQLRVTAHK 167 Query: 148 IADDIYQKLTGIPGIFSTRISYVTKSGGEYRLEVADADGEGTQVALRSNEPIISPSWSPD 207 IAD IY+KL G G+F+TR+SYV++ GG Y+L ++D+DG+ +QVAL SNEPIISPSWSPD Sbjct: 168 IADYIYEKLLGERGVFATRLSYVSRVGGRYQLLISDSDGQNSQVALTSNEPIISPSWSPD 227 Query: 208 GTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFKGSNSAPAWSPDGSRLAVALTRDGLTQV 267 G +VAYVSFE KKPVVY+ +L T +R++V+N KG+NSAP+WSPDG LAVAL+RDG TQV Sbjct: 228 GRRVAYVSFEAKKPVVYVHDLATGKRTLVSNQKGNNSAPSWSPDGQHLAVALSRDGNTQV 287 Query: 268 YVINADGSGLRRLTNSAGIDTEPQFSPDGGSIYFTSDRSGGPQVYKV---GLDGGSPQRV 324 Y +NADGSG+RRLT S+ IDTEPQ+SPDG SIYFTSDR G PQVY++ G + GS QRV Sbjct: 288 YQVNADGSGIRRLTRSSAIDTEPQYSPDGKSIYFTSDRGGAPQVYRMPAGGEEAGSAQRV 347 Query: 325 TFNGSYNISPRISPDGKTLAFISRRDGQFQLYALDLTNGQEIRLSDGSRDQSPSFAPNGK 384 TF GSYN+SPRISPDGK LA+I+ R G F+L DLTNG L+D S D++PSFA NGK Sbjct: 348 TFKGSYNVSPRISPDGKYLAYIT-RSGGFKLQLQDLTNGDVTSLTDTSNDEAPSFAANGK 406 Query: 385 YIMYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIREPTWGPFMK 428 YI+YAT G R LA VS DGR +Q L+ Q+GD+REP+WGPFM+ Sbjct: 407 YILYATRVGGRSVLAAVSTDGRTRQVLSLQSGDVREPSWGPFMQ 450 >C7RPG7.1 C7RPG7_ACCPU Protein tolB Length = 430 Score = 496 bits (1276), Expect = e-138, Method: Compositional matrix adjust. Identities = 235/406 (57%), Positives = 312/406 (76%), Gaps = 2/406 (0%) Query: 25 ASQAQIRFEITGVGASQIPIAITAFPGEESAPQQITSVVKADLARSGVFKLID-NGDALS 83 ++QAQ+ EITG GA++IP+AI F GE SA + +TSVV+ADL RSG+FK+ID +G A++ Sbjct: 25 SAQAQLTIEITGAGANRIPVAIAEFGGEASAARIVTSVVRADLERSGLFKMIDTSGAAMT 84 Query: 84 DSSAVNYADWQKRGANALAVGSVTRLADGRFDVRYRLFDTVQSSQLSALSIGAQPQLLRL 143 ++S Y +W+ RGA+ALA GS+ ADGR + R+RL+D ++ L + +LR Sbjct: 85 EASTPAYDEWKSRGADALAAGSIGEGADGRKEARFRLYDVNKAGVLGGSAFVTSKPMLRA 144 Query: 144 TAHKIADDIYQKLTGIPGIFSTRISYVTK-SGGEYRLEVADADGEGTQVALRSNEPIISP 202 T H+IAD IY+KLTG PGIFSTR++YV + S Y L +ADADG+ QVAL S EPIISP Sbjct: 145 TGHRIADIIYEKLTGEPGIFSTRVAYVVRASASRYELHIADADGQNAQVALISKEPIISP 204 Query: 203 SWSPDGTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFKGSNSAPAWSPDGSRLAVALTRD 262 SWSPDG ++AYVSFE KKP+VY+ +L + +R + ANFKGSNSAPAWSPDG +LAV L++D Sbjct: 205 SWSPDGGRLAYVSFENKKPIVYVHSLASGKRIVAANFKGSNSAPAWSPDGRKLAVVLSKD 264 Query: 263 GLTQVYVINADGSGLRRLTNSAGIDTEPQFSPDGGSIYFTSDRSGGPQVYKVGLDGGSPQ 322 G +Q++ +NADGSG++RLT ++ I+TEP FSPDG +YFTSDR G PQ+Y+VG+ GG Q Sbjct: 265 GGSQIFTVNADGSGVQRLTTASAINTEPNFSPDGQYVYFTSDRGGSPQIYRVGVGGGDAQ 324 Query: 323 RVTFNGSYNISPRISPDGKTLAFISRRDGQFQLYALDLTNGQEIRLSDGSRDQSPSFAPN 382 RV+F GSYN++PR+SPDGK++AFISRRDG F+L +DL + Q L+D +D+SPSF+PN Sbjct: 325 RVSFEGSYNVTPRLSPDGKSMAFISRRDGSFRLSVMDLASKQVQVLTDSHKDESPSFSPN 384 Query: 383 GKYIMYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIREPTWGPFMK 428 G+ I+ ATE G RG L+ VS+DGRIKQRL+ AGD+REP W PF K Sbjct: 385 GRMILIATEQGGRGVLSAVSIDGRIKQRLSISAGDVREPAWSPFNK 430 >Q5P4Z6.1 TOLB_AROAE Protein tolB Length = 426 Score = 495 bits (1274), Expect = e-138, Method: Compositional matrix adjust. Identities = 239/404 (59%), Positives = 306/404 (75%), Gaps = 1/404 (0%) Query: 26 SQAQIRFEITGVGASQIPIAITAFPGEESAPQQITSVVKADLARSGVFKLIDNGDALSDS 85 +QAQ+ EITG GA++ P+AI F E S P+ IT VV+ADL RSG+F L+D G + Sbjct: 23 AQAQLSIEITGAGATRFPVAIPLFENEGSLPRGITDVVRADLERSGLFSLVDMGLVTLPA 82 Query: 86 SAV-NYADWQKRGANALAVGSVTRLADGRFDVRYRLFDTVQSSQLSALSIGAQPQLLRLT 144 +AV + A + RGA+A+ GS+ ADGR+DVR+RLFDT + ++L LS+ P R T Sbjct: 83 TAVPDLAGVRARGADAVLAGSLYPQADGRYDVRFRLFDTQKQTELGGLSLRMTPAQNRAT 142 Query: 145 AHKIADDIYQKLTGIPGIFSTRISYVTKSGGEYRLEVADADGEGTQVALRSNEPIISPSW 204 AH+IAD +Y+KLTG PG F+TRI+YV KSG Y L++ADADG Q AL S EPIISP+W Sbjct: 143 AHRIADFVYEKLTGQPGYFATRIAYVVKSGPRYELQIADADGMNAQTALASREPIISPAW 202 Query: 205 SPDGTKVAYVSFEMKKPVVYIQNLVTRQRSIVANFKGSNSAPAWSPDGSRLAVALTRDGL 264 +PDG ++AYVSFE KKPVVY+ L T QR +VANFKGSNSAP W+PDG RLAV LT+DG Sbjct: 203 APDGQRLAYVSFEAKKPVVYVHTLATGQRHVVANFKGSNSAPTWAPDGQRLAVVLTKDGQ 262 Query: 265 TQVYVINADGSGLRRLTNSAGIDTEPQFSPDGGSIYFTSDRSGGPQVYKVGLDGGSPQRV 324 +Q+YV+NADGSGLRR+ S GIDTEP +SPDG IYF+SDR G Q+Y++ GGS QRV Sbjct: 263 SQLYVLNADGSGLRRMATSPGIDTEPAWSPDGEWIYFSSDRGGSAQIYRIPASGGSAQRV 322 Query: 325 TFNGSYNISPRISPDGKTLAFISRRDGQFQLYALDLTNGQEIRLSDGSRDQSPSFAPNGK 384 TF G+YN++PR+SPDG++LAFI+R +G+FQ+ +DL Q L+D SRD+SPSFAPNG+ Sbjct: 323 TFEGNYNVTPRLSPDGRSLAFITRNNGRFQVAVMDLATRQTTILTDSSRDESPSFAPNGR 382 Query: 385 YIMYATEAGRRGSLAVVSVDGRIKQRLTTQAGDIREPTWGPFMK 428 I+YATE+G RG LA VS DGR+KQRL+ QA D+REP+WGP + Sbjct: 383 MILYATESGGRGVLAAVSSDGRVKQRLSVQAADVREPSWGPLTR 426