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= 0510.0008.p (1262 letters) Database: pfamseq 9,421,015 sequences; 3,060,696,203 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value B1DIC6.1 B1DIC6_9BACL Glycosyl transferase family 39 1044 0.0 B9M9C9.1 B9M9C9_GEOSF Glycosyl transferase family 39 436 e-120 C0CCX6.1 C0CCX6_9FIRM Putative uncharacterized protein 436 e-120 B8I5L1.1 B8I5L1_CLOCE Glycosyl transferase family 39 427 e-117 A3DK11.1 A3DK11_CLOTH Glycosyl transferase, family 39 367 5e-99 >B1DIC6.1 B1DIC6_9BACL Glycosyl transferase family 39 Length = 1146 Score = 1044 bits (2699), Expect = 0.0, Method: Compositional matrix adjust. Identities = 532/1034 (51%), Positives = 692/1034 (66%), Gaps = 26/1034 (2%) Query: 243 LYVVFGAALILRIWIGLTAQGYQNDMNTFIAWGQRLVDLGPGKFYEEGYFADYPPGYLYI 302 L++ AA R +I T GY ND+NTFI W G G FY+EG FADYPPGY+Y+ Sbjct: 123 LWIALLAAFAFRFYIAATNPGYTNDVNTFIYWANHAFKDGLGNFYQEGLFADYPPGYIYV 182 Query: 303 LYVLSLIRGLFGFAHGSGGETLLFKLPAILSDLVLGWLIYRAGRTKLGSGMAVGLMLLFL 362 LYV+ ++ FG S + +KLPAI +DL+ G+LIYR KL A GL ++F+ Sbjct: 183 LYVMGALQSWFGIGSTSDAAIVFYKLPAIFTDLITGYLIYRTAVKKLDHRAAFGLAMIFV 242 Query: 363 FNPAVLMDSAAWGQADSXXXXXXXXSILGASEQRFVRSAIFFALATLVKPQALIFTPVLL 422 +NPAV ++SA WGQ DS +I ++ + R +I+FALA LVKPQALIFTPV+L Sbjct: 243 WNPAVWINSAGWGQVDSFFALILVLAIRAITDGKLERGSIWFALAVLVKPQALIFTPVML 302 Query: 423 FAF-YHHRAWKQLAVGALYGLGIFAVLAAPFFWNNGGIGGLIDLYKGTLSSYPYSTVNAF 481 A+ Y+ + WK++A G YG F +LAAPF W NGG+ L LYK TLSSYPY+T+NAF Sbjct: 303 LAYGYNLKHWKRVAAGIGYGAVAFLLLAAPFIWKNGGLSALYHLYKSTLSSYPYATLNAF 362 Query: 482 NLYALTDPLWASIDSMWLGITYRAWGFI-FILAAVALASYYSFKKDRKELSKSFFIGMVL 540 NLYALT WA +D+ WLG+ Y WG I + A V +++F+K +K+L+ SF++ ++L Sbjct: 363 NLYALTGGNWAKLDAHWLGLEYSVWGNIGIVFATVVSVLFFAFRKQQKDLTGSFYMALIL 422 Query: 541 ITIVFVFGTKMHERYMYPALLLCLFTYIESRDRRXXXXXXXXXXXQYLNVGYTLAHLNAG 600 I VF+F KMHERYM+PALLL +F YIE++DRR ++NVGY LA Sbjct: 423 IVTVFMFAAKMHERYMFPALLLMIFAYIEAKDRRILHLLFGFSITHFINVGYVLAFSQEN 482 Query: 601 NN-PPSDGIVLVTAIANIALALYMLYVGYAVYVRKDIKPILPPAAAAEKYDADLELAEGM 659 P S+GI++VT++ NI L LYM+Y+GY Y++ ++P+ P E ++ L + + Sbjct: 483 TFLPSSNGIMIVTSLVNIGLYLYMIYIGYDRYIKGRLQPV-PAVTKDELAMSEERLLQSV 541 Query: 660 RPLPKSASRIGLPKLQRKDWIWMLGITAVYAALALFHLGSTKAPETLWEPAASGESFVVD 719 R + A R LQRKDW+WM IT +YA +AL +LGST + ++ W+ G+SF VD Sbjct: 542 RAQEQPARR-----LQRKDWLWMSVITGIYAVIALVNLGSTVSFDSGWKADRDGQSFYVD 596 Query: 720 LGQNRQLERVNIFGGVGTGKFKLEFSQS-PDTWSGPLDVNEDVGNVFIWKSQPLNVAARY 778 G+ Q+ ++N F GVG GK+K EFS S PD WS P+++ + VG+ W P+N RY Sbjct: 597 FGKPVQVGQINSFNGVGVGKYKWEFSNSTPDQWSNPIEIEQKVGDDLKWTVNPVNQTVRY 656 Query: 779 VKLTVTSPGFTLNEMAFYEQGGGKTPLPVASVTPDSTTAKRGQP------SNLFDEQSVI 832 KLTVT GF++ E+AFY +G P+PV V D A GQ S LFDEQ Sbjct: 657 AKLTVTQWGFSMQEVAFYPEGS-NNPIPVEQVV-DLGDASEGQKDAALAGSRLFDEQQDA 714 Query: 833 PENSGFMNSTYFDEIYHARTAYEYAHGIVPYENTHPPLGKLLISVGMELFGVNPFGWRII 892 ++NS+YFDEIYHARTAYE HG+ YENTHPPLGKLLI+VG++LFG++PFGWRI+ Sbjct: 715 VYKPNYLNSSYFDEIYHARTAYENLHGMKAYENTHPPLGKLLIAVGIKLFGLSPFGWRIV 774 Query: 893 GTLFGIAMLPLIYIMALRLFKKSXXXXXXXXXXXXDFMHFTQTRISTIDVYGVFFIMLMF 952 GTLFGIAMLP+IY+ AL+LF+K+ DFMHFTQTRI+TIDVYGVFFIMLMF Sbjct: 775 GTLFGIAMLPIIYLFALQLFRKTGFAATATILFAADFMHFTQTRIATIDVYGVFFIMLMF 834 Query: 953 YFMQRYFTMSFYRIPLRRTLVPLFWSGLFFGIGVASKWIVIYXXXXXXXXXXXXXFERYR 1012 YFM +Y MSFYR PLR+TLVPLFW+GL FGIGVASKWIVIY ERYR Sbjct: 835 YFMNKYREMSFYRSPLRKTLVPLFWAGLLFGIGVASKWIVIYGGAGLAVMLALVLIERYR 894 Query: 1013 EYRAAGRLLAEGRVG----DQELRAACSTADKSFWKNTIVTLLSCVVFFVIIPGVIYSLS 1068 E+ AA R+LA G D E A A + F +NT++TL SC+VFFV IP VIY LS Sbjct: 895 EHAAAKRILAGGEESYPYTDNE---AYQRASRGFMRNTLLTLASCLVFFVAIPLVIYCLS 951 Query: 1069 FIPVLSVSADGYTFKGLIDAQKNMYNYHSQLVATHPFASSWWEWPFMKRPVWFFSGGEGL 1128 +IPVL V D YT + LI+ Q++MY+YHS+LVATHP++S WWEWPFMKRPVW+++ G+ L Sbjct: 952 YIPVLHVKGDTYTAERLIEYQEHMYDYHSKLVATHPYSSQWWEWPFMKRPVWYYN-GKNL 1010 Query: 1129 PEGQVSSIVTMGNPLIWWTGIFAMLASVWFTIKRKDKNLYMIWIGFFSQYVPWMLVPRET 1188 G VSSI GNPLIWWTGIFA++A+ + ++KRKDK +Y++WI + SQY+PWMLVPR T Sbjct: 1011 EPGMVSSISAFGNPLIWWTGIFAVIAAFYISVKRKDKRMYVLWIAYLSQYLPWMLVPRLT 1070 Query: 1189 FLYHYFAMVPFMILAIVYIMKLLDSKYPEXXXXXXXXXXXXXXXFVMFYPVLSGMQVSKD 1248 FLYHYFAMVPFMI+AIVYI ++ F+M+YPV+SGM+VSK+ Sbjct: 1071 FLYHYFAMVPFMIMAIVYIFTRIEDGRENKKWIRWVYAGIAVVLFIMYYPVISGMEVSKE 1130 Query: 1249 YVDVVLRWFPSWVF 1262 YV + LR F SWVF Sbjct: 1131 YVMIALRHFDSWVF 1144 >B9M9C9.1 B9M9C9_GEOSF Glycosyl transferase family 39 Length = 593 Score = 436 bits (1122), Expect = e-120, Method: Compositional matrix adjust. Identities = 229/590 (38%), Positives = 339/590 (57%), Gaps = 27/590 (4%) Query: 676 RKDWIWMLGITAVYAALALFHLGSTKAPETLWEPAASGESFVVDLGQNRQLERVNIFGGV 735 R+D + M + +Y +AL +LGS K P T+W+P GES V+DLG+ + R+ + G+ Sbjct: 28 REDVLIMAAMVVIYLLIALPNLGSFKVPATVWQPLRKGESLVLDLGREVPVSRIYYYCGI 87 Query: 736 GTGKFK-LEFSQSPDTWSG--PLDVNEDVGNVFIWKSQPLNVAARYVKLTVTSPGFTLNE 792 +F+ FS +T PL E + IWK Q V +++ + G LNE Sbjct: 88 NDKRFQQTSFSLDYETKGRFRPLAHFEK-NDCNIWKFQDAGVTTSRLRIVADTAGGALNE 146 Query: 793 MAFYEQGGGKTPLPVASVTPDSTTAKRGQPSNLFDEQSVIPENSGFMNSTYFDEIYHART 852 + E+G +P+A + + + +P +L DEQS F+N YFDE+YH RT Sbjct: 147 LVVLEKGAQ---VPLAGMRISALNSAGTEPQHLLDEQSTFEAGPSFINGFYFDEVYHGRT 203 Query: 853 AYEYAHGIVPYENTHPPLGKLLISVGMELFGVNPFGWRIIGTLFGIAMLPLIYIMALRLF 912 AYE+ + PYENTHPPLGKL I+ G+ +FG+N FGWRI GTLFG A+LP++Y+ +LF Sbjct: 204 AYEHLQRMEPYENTHPPLGKLFIASGIAVFGMNSFGWRIAGTLFGAALLPVMYLFGRKLF 263 Query: 913 KKSXXXXXXXXXXXXDFMHFTQTRISTIDVYGVFFIMLMFYFMQRYFTMSFYRIPLRRTL 972 +S DFMHFTQ+RI+ ID++GVFFI M+YF+ ++ S P++++ Sbjct: 264 GRSFFAFCAAFLMMVDFMHFTQSRIALIDIFGVFFITAMYYFIHDFYVNSCPMAPIKKSA 323 Query: 973 VPLFWSGLFFGIGVASKWIVIYXXXXXXXXXXXXXFERYREYRAAGRLLAEGRVGDQELR 1032 VPL G+ FG+G ASKWI IY F +R YR G +G Sbjct: 324 VPLILGGVCFGLGAASKWIAIYAGAGLALLVALQLFRSFRNYR--------GELGTHRF- 374 Query: 1033 AACSTADKSFWKNTIVTLLSCVVFFVIIPGVIYSLSFIPVLSVSADGYTFKGLIDAQKNM 1092 FW + + C+ F++IP +IY LS++P L V + + F ++ Q +M Sbjct: 375 ---------FWCYLLPVICVCLFSFLVIPAIIYLLSYLPYLMVEGETHGFMDILRNQLDM 425 Query: 1093 YNYHSQLVATHPFASSWWEWPFMKRPVWFFSGGEGLPEGQVSSIVTMGNPLIWWTGIFAM 1152 ++YHS L ATHPF+S WW WP +PVWF++ GL G+ S+I + GNP IWWTG+ A+ Sbjct: 426 FDYHSGLKATHPFSSPWWSWPLDLQPVWFYT-ASGLLPGRTSTIASFGNPAIWWTGLPAV 484 Query: 1153 LASVWFTIKRKDKNLYMIWIGFFSQYVPWMLVPRETFLYHYFAMVPFMILAIVYIMKLLD 1212 +A+V +++++ + +I+ F QY+PWM V R TF+YH+F+ VPFMIL VY+++ Sbjct: 485 IAAVIIAARKRERRMAVIFTAFAFQYLPWMFVTRLTFIYHFFSAVPFMILCQVYVIQQAM 544 Query: 1213 SKYPEXXXXXXXXXXXXXXXFVMFYPVLSGMQVSKDYVDVVLRWFPSWVF 1262 ++P+ F++FYP LSGM+VS DY+D LRW SW+F Sbjct: 545 ERWPKARWAVSGYLTVAGLLFIIFYPALSGMEVSTDYID-RLRWLKSWIF 593 >C0CCX6.1 C0CCX6_9FIRM Putative uncharacterized protein Length = 981 Score = 436 bits (1121), Expect = e-120, Method: Compositional matrix adjust. Identities = 317/1027 (30%), Positives = 480/1027 (46%), Gaps = 104/1027 (10%) Query: 262 QGYQNDMNTFIAWGQRLVDLGPGKFYEEGYFADYPPGYLYILYVLSLIRGLFGFAHGSGG 321 +GY DM+ F+AWG +L GP FY EGYFADYPPGYL++L ++ L+RG+F + S Sbjct: 32 EGYPYDMSCFVAWGDKLASQGPAAFYSEGYFADYPPGYLFVLGLVGLVRGMFSIPYESPL 91 Query: 322 ETLLFKLPAILSDLVLGWLIYRAGRT-KLGSGMAVGLMLLFLFNPAVLMDSAAWGQADSX 380 L L L D WL++ G + S + + L FNP +L D+ W Q D Sbjct: 92 TYFLLALVPSLCDCAAAWLVWHVGSEFRPASRVPLLLAAFTAFNPLLLFDTGVWKQIDGA 151 Query: 381 XXXXXXXSILGASEQRFVRSAIFFALATLVKPQALIFTPVLLFAFYHHRAWKQ---LAVG 437 + R++ +A ++ +A +KPQAL+F P L F A ++ A G Sbjct: 152 FALPLLGCFWLLEKPRYLPAAFWYGVALAIKPQALLFGPALAACFLAAIAQEENRFRAFG 211 Query: 438 ALYGLGIFAV---LAA--PFFWNNGGIGGLIDLYKGTLSSYPYSTVNAFNLYALTDPLWA 492 +G A+ LAA PF+ + L++ Y GT+S YPY+++NAFN W Sbjct: 212 RCFGGAAVALVPPLAAGVPFYGIRDLLPSLLEKYAGTVSGYPYASINAFNWLTALGGNWQ 271 Query: 493 SIDSMWL-GITYRAWGFIFILAAVALASYYSFKKDRKELSKSFFIGMVLITIVFVFGTKM 551 +++ L GI++ G+ ILA +++ + + + VF FG M Sbjct: 272 PLENTALFGISWHTLGWFLILAVTGGLVFFAVRSVQCGHFSPLLLAAYYGLGVFTFGHCM 331 Query: 552 HERYMYPALLLCLFTYIESRDRRXXXXXXXXXXXQYLNVG--YTLAHLNAG--NNPPSDG 607 HERYM P +LL L D R ++N+ Y+LA ++ S Sbjct: 332 HERYMVPGVLLTLLAAARWNDIRLYAAGFGLSLTGFINLATVYSLAGSEDEWLSSATSST 391 Query: 608 IVLVTAIANIALALYMLYVGYAVYVRKDIKPILPPAAAAEKYDADLELAEGMRPLPKSAS 667 + ++ +A + +L+ + + + + L L E RP P+ Sbjct: 392 VAVLVGLAETVCFVMLLFAVWDLAL----------------HGHALSLPE--RPRPEDPV 433 Query: 668 RIGLPKLQRKDWIWMLGITAVYAALALFHLGSTKAPETLWEPAASGESFVVDLGQNRQLE 727 G P+ QR++ + + G+T A L+ +LG T AP+ P + ++ L + +E Sbjct: 434 PAGQPRWQRREVLGLAGLTLATAVLSFTYLGDTTAPQ---NPLDATDTI---LSETVTVE 487 Query: 728 RVNIFGGVGTGKFKLEFSQSPDTWSGPLDVNEDVGNV-----------FIWKSQPLNVAA 776 I V G ++ G L V++ GNV F W L V+A Sbjct: 488 GTAINLWVYPGV----------SFGGSLKVSDAEGNVLLVQELGYSTCFSWSENRLPVSA 537 Query: 777 RYVKLTVTSPGFTLNEMAFYEQGGGKTPLPVASVTPDSTTAKRGQPSNLFDEQSVIPENS 836 LTVT + E++F + G P+PV LFDEQ+ +P+ Sbjct: 538 GQ-TLTVTVENAQVFELSFRD--GDGNPVPVTG------------GGALFDEQTSVPDTI 582 Query: 837 GFMNSTYFDEIYHARTAYEYAHGIVPYENTHPPLGKLLISVGMELFGVNPFGWRIIGTLF 896 +NS YFDEIYH RT YE H + YE THPPLGK LI G+ LFG+ FGWR GTLF Sbjct: 583 SQLNSMYFDEIYHGRTGYEQLHKMPVYETTHPPLGKDLIMAGIALFGMTGFGWRFSGTLF 642 Query: 897 GIAMLPLIYIMALRLFKKSXXXXXXXXXXXXDFMHFTQTRISTIDVYGVFFIMLMFYFMQ 956 G+ ++PL + A RL +K DFM F Q+RI+TID+YG FFI+L YFM Sbjct: 643 GVLLVPLAWCFARRLTRKRWIGAVAGVLLALDFMRFVQSRIATIDIYGTFFILLGAYFML 702 Query: 957 RYFTMSFYRIPLRRTLVPLFWSGLFFGIGVASKWIVIYXXXXXXXXXXXXXFERYREYRA 1016 ++ S + + R+L+P+ G+ FG+G A+KW IY + R+R+ + Sbjct: 703 -WYCQSVLQKGVTRSLLPMALGGVAFGLGCAAKWTGIYAGAGLAILYLGVLYARWRQKKP 761 Query: 1017 AGRLLAEGRVGDQELRAACSTADKSFWKNTIVTLLSCVVFFVIIPGVIYSLSFIPVLSVS 1076 E R A L VVF+V++P IY S++P + Sbjct: 762 G---------FSSEFRTAA---------------LGGVVFYVLLPLCIYIASYLPYWWRN 797 Query: 1077 ADGYTFKGLIDAQKNMYNYHSQLVATHPFASSWWEWPFMKRPVWFFSGGEGLPEGQVSSI 1136 D ++ + Q +MY YHS L ATHPF S W+ W RPVW++ LP+G +SI Sbjct: 798 PD-FSLGDWWNCQVSMYEYHSNLEATHPFESRWYTWLLGLRPVWYYQNTH-LPDGLRASI 855 Query: 1137 VTMGNPLIWWTGIFAMLASVWFTIK-RKDKNLYMIWIGFFSQYVPWMLVPRETFLYHYFA 1195 +G P+IW G+ ++A +W + R + + I + +Q +PWMLV R TFLYHYF Sbjct: 856 AGLGGPVIWLAGLACLVALLWHQVSHRGSRAGAGVLILYGTQLIPWMLVTRCTFLYHYFP 915 Query: 1196 MVPFMILAIVYIMKLLDSKYPEXXXXXXXXXXXXXXXFVMFYPVLSGMQVSKDYVDVVLR 1255 F + AI ++ + + F+ +YP LSG+ + + + L Sbjct: 916 SSMFCLAAIALVLSHIHRE-SLARRIGIGLCVVSLVLFICYYPALSGLPIPTWWAE-ALE 973 Query: 1256 WFPSWVF 1262 PS+ F Sbjct: 974 CLPSFGF 980 >B8I5L1.1 B8I5L1_CLOCE Glycosyl transferase family 39 Length = 658 Score = 427 bits (1097), Expect = e-117, Method: Compositional matrix adjust. Identities = 238/619 (38%), Positives = 342/619 (55%), Gaps = 39/619 (6%) Query: 662 LPKSASRIGLPKLQRKDWIWMLGITAVYAALALFHLGSTKAPETLWEPAASGESFVVDLG 721 L + L KL +KD+I ML +T +YA A+++LG K PET W PA + F+VDLG Sbjct: 59 LDNEKEKKPLFKLVKKDYIIMLVMTLLYAIPAIYNLGGFKIPETPWAPAEKNDGFIVDLG 118 Query: 722 QNRQLERVNIFGGVGTGK-----FKLEFSQSPDTWSGPLDVNEDVGNVFIWKSQPLNVAA 776 + + +V I+ G K F ++F S DT+S + + F WK Sbjct: 119 KEVDVTKVMIYQGYNEEKYDGVKFNIKFLNSNDTYSDSEALEK--SGFFSWKVSTKEFKT 176 Query: 777 RYVKLTVTSPGFTLNEMAFYEQGGGKTPLPVASVT------PDSTTAKRGQP---SNLFD 827 +K+ PG +NE+A +E+G K P V S+T S + G+P SNL D Sbjct: 177 SKIKIIADKPGSAINELAIFEKGSTK-PFKVMSITSVDPLIKSSIKSPDGKPYKLSNLID 235 Query: 828 EQSVIPENSGFMNSTYFDEIYHARTAYEYAHGIVPYENTHPPLGKLLISVGMELFGVNPF 887 EQ + + +TYFDE+++ RTA ++ + I P+E THPPLGK + +GM +FGVNPF Sbjct: 236 EQDRVDLYTLSATNTYFDEVFYPRTALDFINKIHPFERTHPPLGKYFVMIGMLIFGVNPF 295 Query: 888 GWRIIGTLFGIAMLPLIYIMALRLFKKSXXXXXXXXXXXXDFMHFTQTRISTIDVYGVFF 947 GWRIIGTLFG+AM+PL+Y+ ++FKK DFMHF QTRISTIDVY FF Sbjct: 296 GWRIIGTLFGVAMIPLMYLFGYKIFKKRFLAFCTAFLMMFDFMHFVQTRISTIDVYVTFF 355 Query: 948 IMLMFYFMQRYFTMSFYRIPLRRTLVPLFWSGLFFGIGVASKWIVIYXXXXXXXXXXXXX 1007 ++LM+Y++ YF Y+ L+R+LVPLF GL FGIG+A+KWI +Y Sbjct: 356 VILMYYYIYDYFVKKSYKAGLKRSLVPLFLCGLAFGIGIATKWIAMYAAVGIFLILVIAK 415 Query: 1008 FER---YREYRAAGRLLAEGRVGDQELRAACSTADKSFW-KNTIVTLLSCVVFFVIIPGV 1063 + Y Y+ +G S FW K T L C++FF++IPG+ Sbjct: 416 LDEIVYYTAYKKSG---------------LSSDLFSKFWSKYFFKTALFCILFFILIPGI 460 Query: 1064 IYSLSFIPVLSVSADGYTFKGLIDAQKNMYNYHSQLVATHPFASSWWEWPFMKRPVWFFS 1123 IY S+ ++ V +G K + Q MY++H+ L A H ++S W+EWP M +P+WF+ Sbjct: 461 IYFASYTSIMQVPDNG--IKEFFNNQSFMYSFHNDLNAKHSYSSQWFEWPIMTKPIWFYG 518 Query: 1124 GGEGLPEGQVSSIVTMGNPLIWWTGIFAMLASVWFTIKRKDKNLYMIWIGFFSQYVPWML 1183 E SSI+ MGNPLIWW I +++ + IKRKDK + + G QY+PWM+ Sbjct: 519 SKALAAEKLTSSIICMGNPLIWWISIPSLITGIIVAIKRKDKYMLVPIFGALFQYIPWMV 578 Query: 1184 VPRETFLYHYFAMVPFMILAIVYIMKLLDSKYPEXXXXXXXXXXXXXXXFVMFYPVLSGM 1243 V R F+YHYF+++PF+I+ IVY++K+ F+M+YP+LSGM Sbjct: 579 VRRMAFIYHYFSVIPFIIIIIVYLIKVFMELGGNTKKIVCTYLVLTAIVFIMYYPILSGM 638 Query: 1244 QVSKDYVDVVLRWFPSWVF 1262 V + Y +L+ FP W F Sbjct: 639 IVPRWYAS-LLQLFPGWSF 656 >A3DK11.1 A3DK11_CLOTH Glycosyl transferase, family 39 Length = 968 Score = 367 bits (941), Expect = 5e-99, Method: Compositional matrix adjust. Identities = 227/646 (35%), Positives = 339/646 (52%), Gaps = 46/646 (7%) Query: 588 LNVGYTLAHLNAGNNPPSDGIVLVTAIANIALALYMLYVGYAVYVRKDIKPILPPAAAAE 647 L+ YT + N N + G + + IA I L +L V + ++ + + AA + Sbjct: 194 LDPKYTGGNQNTSEN--TGGKIFMIFIALIFF-LILLAVIFVIFFKDKMPGFNAKAAQTD 250 Query: 648 KYDADLELAEGMRPLPKSASRIGLPKLQRKDWIWMLGITAVYAALALFHLGSTKAPETLW 707 K A + K K + D+I M +T VY +AL++LG K P T W Sbjct: 251 KPAAKKNQKDNDEKWIKV-------KFDKIDFIIMGVMTLVYLCVALYNLGDFKVPTTSW 303 Query: 708 EPAASGESFVVDLGQNRQLERVNIFGGVGTGKF------KLEFSQSPDTWSGPLDVNE-D 760 EP GE F VDLG+ L R+ + G+G+ K+ ++E+ + +++ + Sbjct: 304 EPTLPGEYFTVDLGKEATLSRIYYYCGLGSNKYNPFSKLRVEYLNENQEFEYLATIDKKE 363 Query: 761 VGNVFIWK-SQPLNVAARYVKLTVTSPGFTLNEMAFYEQGGGKTPLP----VASVTPDST 815 + ++F WK V +K V S G NE+A EQ K PL + SV D + Sbjct: 364 LQDIFKWKYVDTAPVTTTQLKFIVDSTGGAFNEIAIVEQNS-KEPLKNIKIIDSVLEDES 422 Query: 816 TAKRGQPSNLFDEQSVIPENSGFMNSTYFDEIYHARTAYEYAHGIVPYENTHPPLGKLLI 875 A G NLFDE +MN YFDEIYHARTA+E+ H + PYE THPPLGK+ I Sbjct: 423 KATIG---NLFDEPDKFAFKPSYMNGMYFDEIYHARTAFEHIHRMSPYETTHPPLGKIFI 479 Query: 876 SVGMELFGVNPFGWRIIGTLFGIAMLPLIYIMALRLFKKSXXXXXXXXXXXXDFMHFTQT 935 ++G+ +FG+ PFGWRI+GTLFG+AM+P++Y+ ++F DFMHF+QT Sbjct: 480 ALGILVFGMVPFGWRIVGTLFGVAMVPVMYMFGKKVFHDRFYAFCTAFLMMFDFMHFSQT 539 Query: 936 RISTIDVYGVFFIMLMFYFMQRYFTMSFYRIPLRRTLVPLFWSGLFFGIGVASKWIVIYX 995 RI+TID Y F++LM+Y M YF Y L+ +L PLF SGLFFG+G ASKWI IY Sbjct: 540 RIATIDSYVTLFVILMYYHMYDYFINKSYNTTLKESLKPLFLSGLFFGLGAASKWIAIYG 599 Query: 996 XXXXXXXXXXXXFERYREYRAAGRLLAEGRVGDQELRAACSTADKSFWKNTIVTLLSCVV 1055 + EYR ++ G+ + L + N +T+ +CV+ Sbjct: 600 AAGLALLFFVNKGTEFWEYRK----ISTGKSKKKPLWIG------DYPSNLGITIGACVL 649 Query: 1056 FFVIIPGVIYSLSFIPVLSVSADGYTFKGLIDAQKNMYNYHSQLVATHPFASSWWEWPFM 1115 FF+IIP VIY LS+IP + V D I+ K+M+ YHS+L A HP+ S+WWEWP M Sbjct: 650 FFIIIPLVIYILSYIPYMLVPGDNKGITVFIENSKHMFEYHSKLEAEHPYQSAWWEWPIM 709 Query: 1116 KRPVWFFSGGEGLPEGQVSSIVTMGNPLIWWTGIFAMLASVWFTIKRKDKNLYMIWIGFF 1175 +P+ F+ G + L G S I TMGNP +WW G+ A+L F + + +KNL +++ Sbjct: 710 AKPMAFYFGSD-LEPGMTSKIFTMGNPAVWWVGLLALLIVAIFALSKVNKNLVVLFT-LA 767 Query: 1176 SQYVPWMLVPRETFLYH--------YFAMVPFMILAIVYIMKLLDS 1213 + ++ +P+ F +A++ F ++AI+ ++ LD+ Sbjct: 768 ATTFGYVALPKTIFTETLKAQSAELCWAVIFFALIAILLVLSKLDT 813 Score = 93.6 bits (231), Expect = 1e-16, Method: Compositional matrix adjust. Identities = 49/166 (29%), Positives = 80/166 (48%) Query: 17 NLLQNXXXXXXXXXXXXXWTKDMWIQGDSSGLLSVQSEEVHSGTRAAVIENLEPNHLKWV 76 NL++N W W + + + HSG ++A I N N +++ Sbjct: 30 NLVKNPGFEEGNDESVYFWQTHCWEKAEGVTEFFIDESVYHSGGKSACIVNHSENDSRYM 89 Query: 77 QTIAVSPNSYYKISGYVKIVSTAGQGLGANIFPVGIGGGYPATTDTGGDWQYLEFYGQTG 136 Q I V ++YY++S +VK + + GANI G +T +W+YLE YG+T Sbjct: 90 QPIKVKGDTYYRLSCWVKTENVGTKTKGANISIEGSLDTSRDIRETSDNWEYLELYGKTS 149 Query: 137 SGQKELGIGAALGGYASLIQGKAYFDDLSVEQVDAAPAGAGVISLD 182 Q+ + LGGY + GK + DD+ V ++++ PAG I+LD Sbjct: 150 PNQETFTLTIGLGGYGNTNTGKIWIDDVEVVELESLPAGKTAINLD 195 Score = 86.7 bits (213), Expect = 2e-14, Method: Compositional matrix adjust. Identities = 45/120 (37%), Positives = 66/120 (55%), Gaps = 1/120 (0%) Query: 1143 LIWWTGIFAMLASVWFTIKRKDKNLYMIWIGFFSQYVPWMLVPRETFLYHYFAMVPFMIL 1202 LI W + + ++ I R DK + + G QYVPW+ VPR F+YHYF++VPF+IL Sbjct: 850 LIIWACLLICITLLFIGIYRYDKKMMVPLAGLIFQYVPWIAVPRIAFIYHYFSIVPFLIL 909 Query: 1203 AIVYIMKLLDSKYPEXXXXXXXXXXXXXXXFVMFYPVLSGMQVSKDYVDVVLRWFPSWVF 1262 IVY++K K+ F++FYP LSG++V Y+ L+WF +W F Sbjct: 910 LIVYVIKKAADKHSGVKYFACVYLGIVMALFILFYPGLSGLEVPTSYMR-YLKWFNTWYF 968 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 0.325 0.141 0.444 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: 7,320,060,301 Number of extensions: 312098340 Number of successful extensions: 914647 Number of sequences better than 1.0e-05: 209 Number of HSP's gapped: 914370 Number of HSP's successfully gapped: 276 Length of query: 1262 Length of database: 3,060,696,203 Length adjustment: 148 Effective length of query: 1114 Effective length of database: 1,666,385,983 Effective search space: 1856353985062 Effective search space used: 1856353985062 Neighboring words threshold: 11 Window for multiple hits: 40 X1: 15 ( 7.0 bits) X2: 38 (14.6 bits) X3: 64 (24.7 bits) S1: 40 (21.6 bits) S2: 137 (57.4 bits)