BLASTP 2.2.18 [Mar-02-2008] 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= 0517.0002.p (1216 letters) Database: pfamseq 9,421,015 sequences; 3,060,696,203 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value B1DB37.1 B1DB37_9BACL Ig domain protein group 2 domain protein 2033 0.0 B3K5I8.1 B3K5I8_9BACI Ig domain protein group 2 domain protein 1490 0.0 A6DN37.1 A6DN37_9BACT Putative uncharacterized protein 565 e-159 B1ZY45.1 B1ZY45_OPITP Putative uncharacterized protein 325 1e-86 C1YZR8.1 C1YZR8_PEDHE Putative uncharacterized protein 322 2e-85 >B1DB37.1 B1DB37_9BACL Ig domain protein group 2 domain protein Length = 1517 Score = 2033 bits (5266), Expect = 0.0, Method: Compositional matrix adjust. Identities = 967/1211 (79%), Positives = 1068/1211 (88%), Gaps = 11/1211 (0%) Query: 1 MKKRTFIVLSIIALIVGCFPAAAIQAEESHSSEA--------VYYVSENGSDSNSGTKDK 52 MKK+ +VL I+AL++ FPA + A ES S A V++VS NGSDSNSGT + Sbjct: 1 MKKKMLMVLWIMALLLSGFPAGGVLAAESPDSSAGSGENAGAVFFVSPNGSDSNSGTLES 60 Query: 53 PFLTLEKARDAIRQLKQGAGLPDGGVTVYLRGGTYNRTGSFLLEEQDSGTADKPVTYKAY 112 PFLTLEKARDA+RQLKQ +GLP GGVTVYLRGG YNRTGSF LEEQDSGTAD P+TYKAY Sbjct: 61 PFLTLEKARDAVRQLKQSSGLPGGGVTVYLRGGVYNRTGSFQLEEQDSGTADNPITYKAY 120 Query: 113 PGESVRLSGGRQLQKGWFTPVTDPSVLNRIISTDARSKVLQADLKGHGITDYGVMSRHGY 172 PGESV LSGGR L+KGWF PVTD +VLNRIISTDAR+KVLQ DLK +GITDYGV+SRHGY Sbjct: 121 PGESVSLSGGRNLEKGWFEPVTDQAVLNRIISTDARTKVLQVDLKSYGITDYGVLSRHGY 180 Query: 173 YKANDVSQTPPMELYIEGEGMTLARWPNKGTVQMGNIIDPGPTRKDADLQTRGGTFTYTY 232 YKANDVSQTPPMELY+EG+GMTLARWPN GTVQMG+I+DPGPTRKDADLQTRGGTF YTY Sbjct: 181 YKANDVSQTPPMELYVEGQGMTLARWPNNGTVQMGDIVDPGPTRKDADLQTRGGTFKYTY 240 Query: 233 ERPDLWTQADDIWLDGIFGYSWEWSYNKIASIDTQNKSITLAYGEMSGLFKNWYPDFHFA 292 +RP LWTQADDIWLDGIFGYSWEWSYNK+ASIDT K+ITLAYGEMSGLFKNWYPDFHFA Sbjct: 241 DRPALWTQADDIWLDGIFGYSWEWSYNKVASIDTVGKTITLAYGEMSGLFKNWYPDFHFA 300 Query: 293 QNLLEEIDMPGEYYIDRSKGKLYFMPTAAF-QAANPEITVSMLKTPMISTLNTSFVTFED 351 QNLLEEIDMPGEYYIDRS+G LYFMPTAAF Q ANPEITV+MLKTPMI+T+NTSFV FED Sbjct: 301 QNLLEEIDMPGEYYIDRSQGILYFMPTAAFKQKANPEITVTMLKTPMINTVNTSFVNFED 360 Query: 352 LILENGRDSGAVIMGGDSVRLVHCEIRNFTEGGVRINTQSRWLYNDFAKGTGVNHAIVST 411 LILENGRDS AVIMGG+ V++VHCEIRNFTEGGVRINTQSRWLY+DFAK +GVNHA++ T Sbjct: 361 LILENGRDSAAVIMGGNHVQIVHCEIRNFTEGGVRINTQSRWLYDDFAKASGVNHAVIGT 420 Query: 412 HIHHVGGTGVILNGGDRLTLAPGNNVVENSHIHDFAYYHKAYNPAVILTGAGNRISHNEI 471 HIHH+GGTGVILNGGDRLTL PGNNVVENSHIHDFAYYHKAYNPAVILTGAGNRISHNEI Sbjct: 421 HIHHIGGTGVILNGGDRLTLEPGNNVVENSHIHDFAYYHKAYNPAVILTGAGNRISHNEI 480 Query: 472 HDAPHPGILIFGNDQVVEYNNIYDVCKTFSDLGAIYMNLGAAPQERGSVIRGNYFHHIGE 531 HDAPHPG+LIFGND VVEYNNIYDVCKTFSDLGAIYMNLGA+PQERG+VIR NYFH+IGE Sbjct: 481 HDAPHPGVLIFGNDHVVEYNNIYDVCKTFSDLGAIYMNLGASPQERGTVIRRNYFHNIGE 540 Query: 532 SKAGVQGVYPDNFTMGMTIEQNIFYRMGNSAILNNGGSHIRTKNNLFIDAKVPYEYSDMY 591 KAGVQGVYPDNFTMG+ IE+NIFYRMGNSAILNNGG+HI+T NNLFIDAK PYEYSDMY Sbjct: 541 GKAGVQGVYPDNFTMGLAIEENIFYRMGNSAILNNGGAHIKTSNNLFIDAKTPYEYSDMY 600 Query: 592 LGDGPEQQINKNYMQPWHALFEKYNNFAGMPHLTKYPELADFFTENRYYPDTNTFQNNVI 651 LGDGP+QQI+KNYM PWHALF+KYNNF GMPHLTKYPELADFFTENRYYPDTNTF+NNVI Sbjct: 601 LGDGPDQQISKNYMGPWHALFDKYNNFVGMPHLTKYPELADFFTENRYYPDTNTFKNNVI 660 Query: 652 YNPTKTRGPNLNENGAYDKLKLVQYANNWVTDRDPGFVNLAGGDLNLKANAEVFQQIPGF 711 YNPTK R N NGAYDKL LVQYANNWVT+ DPGFV+LAGGDLNLK++A VFQQIPGF Sbjct: 661 YNPTKARNSTTNANGAYDKLNLVQYANNWVTNGDPGFVDLAGGDLNLKSDAAVFQQIPGF 720 Query: 712 QTVPFSEMGIIGKAGPYLAPDVIPVKGVVLYEDAVTLGIGKTYSLYSAVLPWNATNNKLQ 771 +PFSEMG+ KAG YLAPDVIPV+G+ LY+D++ +GIGK+Y LY+AVLPWNATN L Sbjct: 721 ADIPFSEMGLTEKAGTYLAPDVIPVEGLELYDDSLAIGIGKSYDLYAAVLPWNATNPALV 780 Query: 772 YTSSDPSVVKVDADGKLKGVNLGNAVITAASADNPLLKDEVQVTVEVGDGIMDETTFENG 831 YTSSDPSVVKVDA GKLKGVNLG+A +TAASADNPLLKDEVQVTVEVGDG+MD+T FENG Sbjct: 781 YTSSDPSVVKVDASGKLKGVNLGSATVTAASADNPLLKDEVQVTVEVGDGMMDDTNFENG 840 Query: 832 RNSWPMDANRTIVETDGGNHMYKLLKGATTLNENDFSNYELTFKLKTPPVIPESATLYVF 891 RNSWP D NR+IV+ GGNHMYKLLKGAT LN+NDFSNYEL FKLKTPPVIPE AT YVF Sbjct: 841 RNSWPTDPNRSIVDVGGGNHMYKLLKGATALNDNDFSNYELDFKLKTPPVIPELATFYVF 900 Query: 892 DRLNPGGSGGRIGYKKLADGTSSWILYNAAWGTVKQNTLATQDLLPDTVYTMKIIVKGHE 951 DRLN GSGGRIGY+K ADGTSSWILYN AW T+KQNTLA+QDLLPDTVY +KI+VKG E Sbjct: 901 DRLNQSGSGGRIGYRKFADGTSSWILYNGAWATIKQNTLASQDLLPDTVYDIKIMVKGQE 960 Query: 952 ISVYLDGKLKLKGTDPTSNPSGKVGFYAGGFDYLLFDDIKFTVPTKDVAGLLLDKSSVNM 1011 ISVY +G+LKLK +DPT NPSGKVGFYAGGFDYLLFDDI+F VPT DVAGLLLDKSS+NM Sbjct: 961 ISVYANGQLKLKASDPTFNPSGKVGFYAGGFDYLLFDDIQFKVPTTDVAGLLLDKSSLNM 1020 Query: 1012 VMNEQQQLQVQFDPSDAENRAVVWKSSHPEIASVDGNGTVTALGTGEXXXXXXXXXXXXX 1071 V+ E QQLQVQFDPSDA NRAVVW+S++P+IASVD +G VTAL GE Sbjct: 1021 VIGEPQQLQVQFDPSDAANRAVVWQSANPDIASVDESGKVTALAKGETTVTVTSVANPQA 1080 Query: 1072 XXXXRIVVSNILHFTDYDTGANGWPVDPNRSIVTVNGNKMYKILKGASALHPKLFTDYDL 1131 +IVVS+IL +TD+D+GAN WPVDPNRSIVTVNGNKMY+I+ GASALHPK+FTDYDL Sbjct: 1081 SASIKIVVSDILLYTDFDSGANSWPVDPNRSIVTVNGNKMYRIVAGASALHPKVFTDYDL 1140 Query: 1132 TFKLKTPADMPEAGTFYVYDRTASGNSGKIAYKKLADGTSQWILYSPNWTVXXXX--KPR 1189 TFKLKTPA+MP GTFYVYDR+ASG SGK+ Y+KLADGTSQW+LY+PNWTV + Sbjct: 1141 TFKLKTPAEMPAQGTFYVYDRSASGTSGKVGYRKLADGTSQWVLYNPNWTVLQTNNFSGQ 1200 Query: 1190 ILQPQTCSRIR 1200 LQP + IR Sbjct: 1201 DLQPNSEYNIR 1211 Score = 217 bits (553), Expect = 5e-54, Method: Compositional matrix adjust. Identities = 120/310 (38%), Positives = 178/310 (57%), Gaps = 20/310 (6%) Query: 692 AGGDLNLKANAEVFQQIPGFQTVPFSEMGIIGKAGPYLAPDVIPVK-------GVVLYED 744 A G L LKA+ F P ++G YL D I K G++L + Sbjct: 965 ANGQLKLKASDPTFN--------PSGKVGFYAGGFDYLLFDDIQFKVPTTDVAGLLLDKS 1016 Query: 745 AVTLGIGKTYSLYSAVLPWNATNNKLQYTSSDPSVVKVDADGKLKGVNLGNAVITAASAD 804 ++ + IG+ L P +A N + + S++P + VD GK+ + G +T S Sbjct: 1017 SLNMVIGEPQQLQVQFDPSDAANRAVVWQSANPDIASVDESGKVTALAKGETTVTVTSVA 1076 Query: 805 NPLLKDEVQVTVEVGDGIMDETTFENGRNSWPMDANRTIVETDGGNHMYKLLKGATTLNE 864 NP +++ V I+ T F++G NSWP+D NR+IV T GN MY+++ GA+ L+ Sbjct: 1077 NPQASASIKIVVS---DILLYTDFDSGANSWPVDPNRSIV-TVNGNKMYRIVAGASALHP 1132 Query: 865 NDFSNYELTFKLKTPPVIPESATLYVFDRLNPGGSGGRIGYKKLADGTSSWILYNAAWGT 924 F++Y+LTFKLKTP +P T YV+DR + G+ G++GY+KLADGTS W+LYN W Sbjct: 1133 KVFTDYDLTFKLKTPAEMPAQGTFYVYDR-SASGTSGKVGYRKLADGTSQWVLYNPNWTV 1191 Query: 925 VKQNTLATQDLLPDTVYTMKIIVKGHEISVYLDGKLKLKGTDPTSNPSGKVGFYAGGFDY 984 ++ N + QDL P++ Y ++++V G I VY++G+L+L GTD N SG VGFY GGF Sbjct: 1192 LQTNNFSGQDLQPNSEYNIRVLVDGARIRVYVNGELRLDGTDTKHNASGTVGFYVGGFSE 1251 Query: 985 LLFDDIKFTV 994 FDD+KFT+ Sbjct: 1252 FWFDDVKFTL 1261 >B3K5I8.1 B3K5I8_9BACI Ig domain protein group 2 domain protein Length = 1257 Score = 1490 bits (3858), Expect = 0.0, Method: Compositional matrix adjust. Identities = 708/1165 (60%), Positives = 867/1165 (74%), Gaps = 5/1165 (0%) Query: 19 FPAAAIQAEESHSSEAVYYVSENGSDSNSGTKDKPFLTLEKARDAIRQLKQGAGLPDGGV 78 PAA + + +YV+ +G+DSN GT +KPF TLEKARDAIR LK GLP GGV Sbjct: 21 LPAAETASAYGNPHGTAFYVALDGNDSNKGTINKPFRTLEKARDAIRALKAKKGLPRGGV 80 Query: 79 TVYLRGGTYNRTGSFLLEEQDSGTADKPVTYKAYPGESVRLSGGRQLQKGWFTPVTDPSV 138 TVYLR G Y R SF L QDSG A KPVTY AYPGE+V LSG +QL+K F PV DP+V Sbjct: 81 TVYLREGRYERAASFELGLQDSGEAGKPVTYTAYPGETVILSGSKQLEKSAFVPVADPAV 140 Query: 139 LNRIISTDARSKVLQADLKGHGITDYGVMSRHGYYKANDVSQTPPMELYIEGEGMTLARW 198 LNRIIS +AR++VL ADL GI DYG MSRHGYY AND+S+ PPMELY++G+GMTLARW Sbjct: 141 LNRIISEEARNEVLVADLAALGIADYGEMSRHGYYLANDLSKVPPMELYVDGQGMTLARW 200 Query: 199 PNKGTVQMGNIIDPGPTRKD--ADLQTRGGTFTYTYERPDLWTQADDIWLDGIFGYSWEW 256 PN+GTVQM I+DPGPTRKD ++ TRGGTFTYTY+RP WTQADDIWLDGIFGYSWEW Sbjct: 201 PNEGTVQMDEILDPGPTRKDPNGEVHTRGGTFTYTYDRPQYWTQADDIWLDGIFGYSWEW 260 Query: 257 SYNKIASIDTQNKSITLAYGEMSGLFKNWYPDFHFAQNLLEEIDMPGEYYIDRSKGKLYF 316 SYNKIASIDT+ KSITL YGEMSG+FKNWYPDFHFAQNLLEEIDMPGEYYIDR GKLYF Sbjct: 261 SYNKIASIDTEAKSITLRYGEMSGIFKNWYPDFHFAQNLLEEIDMPGEYYIDRQAGKLYF 320 Query: 317 MPTAAFQAANPEITVSMLKTPMISTLNTSFVTFEDLILENGRDSGAVIMGGDSVRLVHCE 376 +P A F ANP I V+MLKTPMI+ L+ S + F +LILENGRDS V MGG +R++H E Sbjct: 321 LPNAEFMTANPSIEVTMLKTPMINALDASHIDFSELILENGRDSAVVFMGGSHMRVLHSE 380 Query: 377 IRNFTEGGVRINTQSRWLYNDFAKGTGVNHAIVSTHIHHVGGTGVILNGGDRLTLAPGNN 436 IRNFT GV +NTQSR+ YNDF G +H I THIHH+GGT V L GGD+ TLAPGNN Sbjct: 381 IRNFTNSGVLVNTQSRFHYNDFTGVPGTDHTIEFTHIHHIGGTAVTLTGGDKTTLAPGNN 440 Query: 437 VVENSHIHDFAYYHKAYNPAVILTGAGNRISHNEIHDAPHPGILIFGNDQVVEYNNIYDV 496 VENSHIHDFAYYHKAYNP V+L+G GNR+SHNE+HDAPHPG+LIFGND +VEYN+IYDV Sbjct: 441 AVENSHIHDFAYYHKAYNPGVLLSGVGNRMSHNELHDAPHPGVLIFGNDHLVEYNDIYDV 500 Query: 497 CKTFSDLGAIYMNLGAAPQERGSVIRGNYFHHIGESKAGVQGVYPDNFTMGMTIEQNIFY 556 CKTFSDLGAIYMN G PQ+RG+VIR NYFH+IGE+K GV+GVYPDNFTMG+ I++NIFY Sbjct: 501 CKTFSDLGAIYMNAGETPQQRGTVIRRNYFHNIGEAKPGVEGVYPDNFTMGLKIDENIFY 560 Query: 557 RMGNSAILNNGGSHIRTKNNLFIDAKVPYEYSDMYLGDGPEQQINKNYMQPWHALFEKYN 616 +MGNSAI NNGG+HI T+NN+F+D+K+PY+Y+D++LGD P+ Q+ NYM W ALFE N Sbjct: 561 KMGNSAIKNNGGAHILTRNNIFVDSKIPYDYADLFLGDEPDDQVPLNYMPKWEALFEANN 620 Query: 617 NFAGMPHLTKYPELADFFTENRYYPDTNTFQNNVIYNPTKTRGPNLNENGAYDKLKLVQY 676 +F G P+L+KYPELA+FFTENR+YPDTNTF NV+YNPT R N GAYDK LVQY Sbjct: 621 DFIGTPYLSKYPELANFFTENRFYPDTNTFHGNVVYNPTVPRSSTTNAEGAYDKFNLVQY 680 Query: 677 ANNWVTDRDPGFVNLAGGDLNLKANAEVFQQIPGFQTVPFSEMGIIGKAGPYLAPDVIPV 736 A+NWVT+ DPGFV+LAGGDL+L+ +A+VFQ IPGF +PF E+GI GKAG +PD PV Sbjct: 681 ADNWVTNEDPGFVDLAGGDLSLRPDAQVFQAIPGFPDIPFHEIGINGKAGTTSSPDSYPV 740 Query: 737 KGVVLYEDAVTLGIGKTYSLYSAVLPWNATNNKLQYTSSDPSVVKVDADGKLKGVNLGNA 796 + VV+Y++ +T+ KT L +AVLPWNA N KL +TS+DP V VD +G + G +G Sbjct: 741 QNVVVYDNQITVDRWKTVKLRTAVLPWNADNPKLVFTSADPGVATVDTNGIVTGQAVGQT 800 Query: 797 VITAASADNPLLKDEVQVTVEVGDGIMDETTFENGRNSWPMDANRTIVETDGGNHMYKLL 856 V+T ASA+NP L V V VE GDG+MD T FE+G N WP DANR+IV+ +G N YK+L Sbjct: 801 VVTVASAENPQLTAAVDVIVEAGDGVMDFTNFESGANGWPQDANRSIVK-EGDNRWYKIL 859 Query: 857 KGATTLNENDFSNYELTFKLKTPPVIPESATLYVFDRLNPGGSGGRIGYKKLADGTSSWI 916 GAT L++ F+ YEL+FKLK P I E+ATLYVFDR G R+GYK DG+SSW+ Sbjct: 860 NGATALSQKTFTEYELSFKLKMPESISENATLYVFDR-QAGSGSTRVGYKTRPDGSSSWL 918 Query: 917 LYNAAWGTVKQNTLATQDLLPDTVYTMKIIVKGHEISVYLDGKLKLKGTDPTSNPSGKVG 976 LYNAAW +++ L DL P+T Y +K++V+G +ISVY+DG+ +LK DP N +GKVG Sbjct: 919 LYNAAWTVLREEKLPGHDLQPNTEYEIKVLVRGGDISVYVDGQFRLKAADPGHNAAGKVG 978 Query: 977 FYAGGFDYLLFDDIKFTVPTKDVAGLLLDKSSVNMVMNEQQQLQVQFDPSDAENRAVVWK 1036 FY ++LFDDI+F + ++AG++ + + + EQ Q+QV FDP D + + W+ Sbjct: 979 FYVNNVSHMLFDDIRFKALSTELAGIIPSEREIRLAAGEQHQMQVTFDPVDTPDTGIAWQ 1038 Query: 1037 SSHPEIASVDGNGTVTALGTGEXXXXXXXXXXXXXXXXXRIVVSNILHFTDYDTGANGWP 1096 S+ P +A V G V A+ G+ + VS I+H TD+++G NGWP Sbjct: 1039 SADPSVAEVSDTGVVHAVYEGQTIITAVSVVNPQIKADIAVTVSGIMHETDFESGGNGWP 1098 Query: 1097 VDPNRSIVT-VNGNKMYKILKGASALHPKLFTDYDLTFKLKTPADMPEAGTFYVYDRTAS 1155 VDPNRSI +GN+ YKIL GA+ L ++F Y L FKLK P+ MPE GTFY++DR A Sbjct: 1099 VDPNRSIAADPDGNRRYKILNGATGLLDRVFESYVLEFKLKIPSSMPEDGTFYIFDRQAG 1158 Query: 1156 GNSGKIAYKKLADGTSQWILYSPNW 1180 S +I Y+ ADGTS WILY W Sbjct: 1159 SGSTRIGYRSRADGTSSWILYDSAW 1183 Score = 231 bits (588), Expect = 5e-58, Method: Compositional matrix adjust. Identities = 116/259 (44%), Positives = 160/259 (61%), Gaps = 4/259 (1%) Query: 736 VKGVVLYEDAVTLGIGKTYSLYSAVLPWNATNNKLQYTSSDPSVVKVDADGKLKGVNLGN 795 + G++ E + L G+ + + P + + + + S+DPSV +V G + V G Sbjct: 1001 LAGIIPSEREIRLAAGEQHQMQVTFDPVDTPDTGIAWQSADPSVAEVSDTGVVHAVYEGQ 1060 Query: 796 AVITAASADNPLLKDEVQVTVEVGDGIMDETTFENGRNSWPMDANRTIVETDGGNHMYKL 855 +ITA S NP +K ++ VTV GIM ET FE+G N WP+D NR+I GN YK+ Sbjct: 1061 TIITAVSVVNPQIKADIAVTVS---GIMHETDFESGGNGWPVDPNRSIAADPDGNRRYKI 1117 Query: 856 LKGATTLNENDFSNYELTFKLKTPPVIPESATLYVFDRLNPGGSGGRIGYKKLADGTSSW 915 L GAT L + F +Y L FKLK P +PE T Y+FDR G RIGY+ ADGTSSW Sbjct: 1118 LNGATGLLDRVFESYVLEFKLKIPSSMPEDGTFYIFDR-QAGSGSTRIGYRSRADGTSSW 1176 Query: 916 ILYNAAWGTVKQNTLATQDLLPDTVYTMKIIVKGHEISVYLDGKLKLKGTDPTSNPSGKV 975 ILY++AW + + +L +DLL DT Y +K++VK +++VY+D +L TDP PSGKV Sbjct: 1177 ILYDSAWQKIAETSLPNRDLLSDTEYAVKVVVKNGDVAVYVDNAPRLAATDPNHQPSGKV 1236 Query: 976 GFYAGGFDYLLFDDIKFTV 994 GFY GFDY+LFDDI+F+V Sbjct: 1237 GFYVSGFDYMLFDDIRFSV 1255 Score = 139 bits (351), Expect = 2e-30, Method: Compositional matrix adjust. Identities = 87/256 (33%), Positives = 131/256 (51%), Gaps = 13/256 (5%) Query: 958 GKLKLKGTDPTSNPSGKVGFYAGGFDYLLFDDIKF-----TVPTKD---VAGLLLDKSSV 1009 G + L G D + P +V GF + F +I T + D V +++ + + Sbjct: 691 GFVDLAGGDLSLRPDAQVFQAIPGFPDIPFHEIGINGKAGTTSSPDSYPVQNVVVYDNQI 750 Query: 1010 NMVMNEQQQLQVQFDPSDAENRAVVWKSSHPEIASVDGNGTVTALGTGEXXXXXXXXXXX 1069 + + +L+ P +A+N +V+ S+ P +A+VD NG VT G+ Sbjct: 751 TVDRWKTVKLRTAVLPWNADNPKLVFTSADPGVATVDTNGIVTGQAVGQTVVTVASAENP 810 Query: 1070 XXXXXXRIVVS---NILHFTDYDTGANGWPVDPNRSIVTVNGNKMYKILKGASALHPKLF 1126 ++V ++ FT++++GANGWP D NRSIV N+ YKIL GA+AL K F Sbjct: 811 QLTAAVDVIVEAGDGVMDFTNFESGANGWPQDANRSIVKEGDNRWYKILNGATALSQKTF 870 Query: 1127 TDYDLTFKLKTPADMPEAGTFYVYDRTASGNSGKIAYKKLADGTSQWILYSPNWTVXXXX 1186 T+Y+L+FKLK P + E T YV+DR A S ++ YK DG+S W+LY+ WTV Sbjct: 871 TEYELSFKLKMPESISENATLYVFDRQAGSGSTRVGYKTRPDGSSSWLLYNAAWTVLREE 930 Query: 1187 K--PRILQPQTCSRIR 1200 K LQP T I+ Sbjct: 931 KLPGHDLQPNTEYEIK 946 >A6DN37.1 A6DN37_9BACT Putative uncharacterized protein Length = 702 Score = 565 bits (1457), Expect = e-159, Method: Compositional matrix adjust. Identities = 300/730 (41%), Positives = 431/730 (59%), Gaps = 44/730 (6%) Query: 11 IIALIVGCFPAAAIQAEESHSSEAVYYVSENGSDSNSGTKDKPFLTLEKARDAIRQLKQG 70 II L+ F + I AEE A +YVS +G D N G+K + F TLE+A+ AI+ L+ Sbjct: 8 IIVLMSLVFSSLFIYAEE-----ATFYVSLDGDDKNLGSKTQAFRTLERAQKAIQNLR-- 60 Query: 71 AGLPDGGVTVYLRGGTYNRTGSFLLEEQDSGTADKPVTYKAYPGESVRLSGGRQLQKGWF 130 +P GG V LRGG Y R+ SF L E DSG VTY + PGE L GGR L++ WF Sbjct: 61 -AIPVGGAKVILRGGIYQRSTSFKLTEADSGRGGATVTYMSAPGELATLFGGRILKREWF 119 Query: 131 TPVTDPSVLNRIISTDARSKVLQADLKGHGITDYGVMSRHGYYKANDVSQTPPMELYIEG 190 +PVT P+VL R+IS A++K+L+ +LK H I++YG + R G+ + + PP++L++ G Sbjct: 120 SPVTKPAVLKRLISAKAQTKLLKCNLKAHAISEYGALKRRGF---SLPTPQPPLQLFVNG 176 Query: 191 EGMTLARWPNKGTVQMGNIIDPGPTRKDADLQTRGGTFTYTYERPDLWTQADDIWLDGIF 250 + MTLAR+PN+G +++ ++D GP R D + +GG FTY+ +RP LW DIWL+G+F Sbjct: 177 KQMTLARYPNEGHMRIAKVLDMGPKRNDKNFNKQGGIFTYSDKRPGLWGTEQDIWLNGVF 236 Query: 251 GYSWEWSYNKIASIDTQNKSITLAYGEMSGLFKNWYPDFHFAQNLLEEIDMPGEYYIDRS 310 WEWS+NK+A I+ + ITLAYGE+SGL NW DF +A+N+LEEIDMPGEY+IDR+ Sbjct: 237 SKDWEWSFNKVARIEEKTAKITLAYGEVSGLL-NWKKDFFYAENILEEIDMPGEYFIDRN 295 Query: 311 KGKLYFMPTAAFQAANPEITVSMLKTPMISTLNTSFVTFEDLILENGRDSGAVIMGGDSV 370 +G LY +P A F N I VS L+ M+ +++F+ + + R S A+ G ++ Sbjct: 296 EGILYILPPADFD--NAHIAVSTLRQSMVELDGAEYLSFQGIRFDTSRKS-AIEGKGKAI 352 Query: 371 RLVHCEIRNFTEGGVRINTQSRWLYNDFAKGTGVNHAIVSTHIHHVGGTGVILNGGDRLT 430 + CEI +R+ KG G H I S I+ +GGT + L+GGD T Sbjct: 353 GIKSCEIARHGISAIRL------------KGEG--HMIESCDIYQIGGTAISLDGGDWET 398 Query: 431 LAPGNNVVENSHIHDFAYYHKAYNPAVILTGAGNRISHNEIHDAPHPGILIFGNDQVVEY 490 L VVEN+HIH + + + Y P V L G G+ + H+E + PH I I GND ++EY Sbjct: 399 LKASGCVVENTHIHHWGEWQRVYCPGVTLRGVGHVVRHSEFDNFPHNAIEIRGNDHLIEY 458 Query: 491 NNIYDVCKTFSDLGAIYMNLGAAPQERGSVIRGNYFHHIGESKAGVQGVYPDNFTMGMTI 550 N ++ F D+G IY N+G P RG++IR N+F + K VYPDN TMG I Sbjct: 459 NLFHNGPSDFKDMGVIYGNMGTKPHHRGTIIRRNFFRAVASEKPKQNAVYPDNGTMGWLI 518 Query: 551 EQNIFYRMGNS------AILNNGGSHIRTKNNLFIDAKVPYEYSDMYLGDGPEQQINKNY 604 E+NIFY+ GN+ AI+ NGGS++ +NN+FID + S Y ++ K+Y Sbjct: 519 EENIFYKTGNTGPKPMGAIMTNGGSYLTIRNNMFIDCASTFIQS--YFLATWNKKAVKSY 576 Query: 605 MQPWHALFEKYNNFAGMPHLTKYPELADFFTENRYYPDTNTFQNNVIYNPT---KTRGPN 661 + W AL E Y NF MPH +YP L + E+R PD+ F+ N+I+NP+ K G Sbjct: 577 EKKWLALMESY-NFDTMPHGRRYPGLVNLLEEDRIQPDSCVFERNLIWNPSVPLKHEGFF 635 Query: 662 LNENGAYDKLKLVQYANNWVTDRDPGFVNLAGGDLNLKANAEVFQQIPGFQTVPFSEMGI 721 + G + LV+ N + +DPGF+N G+ +L+ +A V + IPGF+ +PF ++G Sbjct: 636 TTKGGPTN---LVKARANHIAKKDPGFINWKAGEFSLRKDAPVLKSIPGFKLIPFEKIGR 692 Query: 722 IGKAGPYLAP 731 G GP P Sbjct: 693 KGPVGPSSRP 702 >B1ZY45.1 B1ZY45_OPITP Putative uncharacterized protein Length = 752 Score = 325 bits (834), Expect = 1e-86, Method: Compositional matrix adjust. Identities = 222/706 (31%), Positives = 340/706 (48%), Gaps = 84/706 (11%) Query: 4 RTFIVLSIIAL-IVGCFPAAAIQAEESHSSEAVYYVSENGSDSNSGTK--------DKPF 54 R F+ +S C AA +Q ++V+ +GSD SGT+ D PF Sbjct: 6 RFFVAISATTFGWFACASAAPVQ----------FHVASDGSDQWSGTRAAPNSARTDGPF 55 Query: 55 LTLEKARDAIRQLKQGAGLPDGGVTVYLRGGTYNRTGSFLLEEQDSGTADKPVTYKAYPG 114 +LE+AR A++ + AGL V L GTY R+ S L +DSGTA+ PV ++ Sbjct: 56 ASLERARAAVQNADRTAGL-----EVVLHAGTYARSASLDLGPEDSGTAEHPVVWRVADR 110 Query: 115 ESVRLSGGRQLQKGWFTPVTDPSVLNRIISTDARSKVLQADLKGHGITDYGVMSRHGYYK 174 E+ LSG L+ F PV D +V R+ + R KV+ DL+ GITD+G +++ G Sbjct: 111 ETAILSGAVTLRG--FCPVADAAVGQRLQES-VRDKVVWTDLRAQGITDFGTLTQRG--- 164 Query: 175 ANDVSQTPPMELYIEGEGMTLARWPNKGTVQMGNIIDPGPTRKDADLQTRG--------- 225 +P +EL+ G M LAR+PN + + ++ GPTR L+ Sbjct: 165 ------SPGLELFFRGRRMQLARYPNTEWLLIADVPQTGPTRLHEGLEREKRFDGVPAGR 218 Query: 226 --GTFTYTYERPDLWTQADDIWLDGIFGYSWEWSYNKIASIDTQNKSITLAYGEMSGLFK 283 G T+ RP W D+++ G + + W S+ ++ S+ + + +T A + + Sbjct: 219 HYGRITFDDPRPSHWAPDDNLYAHGYWTWDWSDSFQRVQSVQSGGRELTFAAPHHNYGYT 278 Query: 284 NWYPDFHFAQNLLEEIDMPGEYYIDRSKGKLYFMPTAAFQAANPEITVSMLKTPMISTLN 343 + F+F N+LEEID PGE+Y+DR G+LYF P A ++TVS+L TP + Sbjct: 279 R-HQRFYFL-NVLEEIDQPGEWYLDRGAGRLYFYPPAT--PGPDDVTVSILDTPFLRLAG 334 Query: 344 TSFVTFEDLILENGRDSGAVIMGGDSVRLVHCEIRNFTEGGVRINTQSRWLYNDFAKGTG 403 VT L GR G + G+ R+V C N + V I G Sbjct: 335 ARHVTIAGLRFTAGRAGGVAVREGEDCRIVGCTFSNLGDLAVLIEG-------------G 381 Query: 404 VNHAIVSTHIHHVGGTGVILNGGDRLTLAPGNNVVENSHIHDFAYYHKAYNPAVILTGAG 463 H + S H + + +NGG+R TL P + V N+HIH F+++ + V++ G G Sbjct: 382 SAHEVRSCDFHDLALGAITVNGGNRPTLTPARHRVFNNHIHHFSHWLRTGQYGVMIDGVG 441 Query: 464 NRISHNEIHDAPHPGILIFGNDQVVEYNNIYDVCKTFSDLGAIYMNLGAAPQERGSVIRG 523 R++HN IHDAP + + GND VVE+N+++ V + D GAI+ G RG+VIR Sbjct: 442 QRVAHNLIHDAPFEAMYLRGNDHVVEFNDVHSVTQETGDAGAIHT--GRDWTWRGNVIRH 499 Query: 524 NYFHHI-GESKAGVQGVYPDNFTMGMTIEQNIFYRMGNSAILNNGGSHIRTKNNLFIDAK 582 NY+HH+ G GV VY D+F+ G ++ NIFYR G + + G ++ NNLFI+ + Sbjct: 500 NYWHHLQGPGLHGVTAVYLDDFSSGFSVTGNIFYRAGRAVQIGGGRDNL-VANNLFIECE 558 Query: 583 VPYEYSDMYLGDGPEQQINKNYMQ---PWHALFEKYN--NFAGMPHLTKYPELADFFTEN 637 LG NY PW +FE++ N P+ +YP LA + Sbjct: 559 PSVHLDARGLG------WASNYFDGRYPW--MFERFREMNADRPPYTERYPALATLLADE 610 Query: 638 RYYPDTNTFQNNVIYNPTKTRGPNLNENGAYDKLKLVQYANNWVTD 683 P N NV + R ++ + A+D + V+ +N + D Sbjct: 611 PAVPKGNRIVRNVSFG---GRWLDVYDYFAFDFARCVELRDNTIAD 653 >C1YZR8.1 C1YZR8_PEDHE Putative uncharacterized protein Length = 721 Score = 322 bits (825), Expect = 2e-85, Method: Compositional matrix adjust. Identities = 222/725 (30%), Positives = 358/725 (49%), Gaps = 82/725 (11%) Query: 37 YVSENGSDSNSGTKDKPFLTLEKARDAIRQLKQGAGLPDGGVTVYLRGGTYNRTGSFLLE 96 YV+ NG + +GT P T+ A + + P V + LR G Y +T + + Sbjct: 33 YVAPNGKVNAAGTLKNPVSTISTALARANAAAKKSKKP---VEIILRAGVYPQTNTLEIV 89 Query: 97 EQDSGTADKPVTYKAYPGESVRLSGGRQLQKGWFTPVTDPSVLNRIISTDARSKVLQADL 156 + + + P+T KAY E V + GG+ + PV+D R + + R+++ Q +L Sbjct: 90 QGKTWNSLVPLTIKAYNNEKVIVHGGKIIAPNLIKPVSDAGYRKRFLP-EFRNRIRQVNL 148 Query: 157 KGHGITDYGVMSRHGYYKANDVSQTPPMELYIEGEGMTLARWPNKGTVQMGNIIDPGPTR 216 K GI + G + G+ + + +E++ E +ARWPNKGTV + +++D G Sbjct: 149 KEAGIKNTGKLRMTGFTRPFAPAW---LEIFTNDEPGRIARWPNKGTVPIHSVLDTGSIP 205 Query: 217 KDADLQTRGGTFTYT-YERPDLWTQADDIWLDGIFGYSWEWSYNKIASIDTQNKSITL-- 273 + D RGGTFTY RP W + + W+ G F + + + IDT ++IT Sbjct: 206 RWGDSTNRGGTFTYKDINRPSRWKEPEKAWIAGFFMWGYADDAVPLKGIDTVKQTITTLK 265 Query: 274 --AYGEMSGL-FKNWYPDFHFAQNLLEEIDMPGEYYIDRSKGKLYFMPTAAFQAANPEIT 330 AYG +G ++ W+ A N+ EEID+PGEYY+D LYF+P + ++ Sbjct: 266 PHAYGFGNGKPWRAWH-----AYNIPEEIDVPGEYYVDTETKMLYFLPPDNLK----KLE 316 Query: 331 VSMLKTPMISTLNTSFVTFEDLILENGRDSGAVIMGGDSVRLVHCEIRN------FTEGG 384 +S L++P+ S + V ++L R G + + V + C+ N F G Sbjct: 317 ISELESPLFSIDDVQNVKIQNLDFTCSRGIGITMERTERVLIDGCKFTNLGIVAVFMGKG 376 Query: 385 VRINTQS-----------------RWLYND--FAKGTGVNHAIVSTHIHHVGGTGVILNG 425 V + S +++Y+ F + G N+ IV+ +++ G G +++G Sbjct: 377 VEAESDSLSVFAVKPASRSIGSLVQYVYDHTVFDREAGKNNGIVNCEVYNTGSGGFLISG 436 Query: 426 GDRLTLAPGNNVVENSHIHDFAYYHKAYNPAVILTGAGNRISHNEIHDAPHPGILIFGND 485 G+RLTL GNN V+N IHDF ++Y P + +TG GN IS+ +I++AP G+++ GN+ Sbjct: 437 GNRLTLERGNNYVKNCSIHDFNRIERSYRPGIWITGVGNSISNCDIYNAPSSGVMLHGNN 496 Query: 486 QVVEYNNIYDVCKTFSDLGAIYMNLGAAPQERGSVIRGNYFHHIGESKAGVQGVYPDNFT 545 +VEYNN + + D+GA+Y G P E G ++R NYFHHIG VY D+ Sbjct: 497 HLVEYNNFHHLVMDSDDMGALY--FGRNPSEMGQIVRYNYFHHIGGDHK-TMAVYHDDGA 553 Query: 546 MGMTIEQNIFYRMGNSAILNNGGSHIRTKNNLFIDAKVPYEYSD--------MYLGDGPE 597 GM + N+FY+ G A GG NN+FI+ K D M + DG Sbjct: 554 CGMEVYDNVFYKAGTVAGFIGGGRDNPYHNNIFIETKYAGHIDDRLKHWARAMLVKDGTF 613 Query: 598 QQINK--NYMQPWHALFEKYNNFAGMPHLTKYPELADFFTENRYYPDTNTFQNNVIYNPT 655 Q+ + NY P P+ T+YP L +F +N P +TF NN++ Sbjct: 614 QKRLEAVNYKNP--------------PYSTQYPTLPKYFEDNPEIPKRDTFYNNLL---- 655 Query: 656 KTRGPNLNENGAYDKLKLVQYANNWVTDRDPGFVNLAGGDLNLKANAEVFQQIPGFQTVP 715 + P E G + L ++ +N+ T+ DPGF N A + L+ +A ++Q+IPGF+ +P Sbjct: 656 -VKMPKRVE-GREEMLPFMK--SNYETNEDPGFENYAKENFKLRKDAIIWQKIPGFRNIP 711 Query: 716 FSEMG 720 F ++G Sbjct: 712 FEKIG 716 Database: pfamseq Posted date: Aug 5, 2010 3:22 PM Number of letters in database: 3,060,696,203 Number of sequences in database: 9,421,015 Lambda K H 0.316 0.135 0.408 Gapped Lambda K H 0.267 0.0410 0.140 Matrix: BLOSUM62 Gap Penalties: Existence: 11, Extension: 1 Number of Sequences: 9421015 Number of Hits to DB: 8,043,345,986 Number of extensions: 378008681 Number of successful extensions: 763757 Number of sequences better than 1.0e-05: 127 Number of HSP's gapped: 763700 Number of HSP's successfully gapped: 138 Length of query: 1216 Length of database: 3,060,696,203 Length adjustment: 147 Effective length of query: 1069 Effective length of database: 1,675,806,998 Effective search space: 1791437680862 Effective search space used: 1791437680862 Neighboring words threshold: 11 Window for multiple hits: 40 X1: 16 ( 7.3 bits) X2: 38 (14.6 bits) X3: 64 (24.7 bits) S1: 41 (21.6 bits) S2: 137 (57.4 bits)