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= 0505.0008.p (924 letters) Database: pfamseq 9,421,015 sequences; 3,060,696,203 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value B1Q2N7.1 B1Q2N7_9BACL Putative glycosidase 754 0.0 B1Q2N9.1 B1Q2N9_9BACL Putative glycosidase 744 0.0 C4E6Y9.1 C4E6Y9_STRRS Putative carbohydrate binding protein 650 0.0 C1WSS4.1 C1WSS4_9ACTO Putative carbohydrate binding protein 585 e-164 B5H8T7.1 B5H8T7_STRPR Secreted glycosyl hydrolase 582 e-164 >B1Q2N7.1 B1Q2N7_9BACL Putative glycosidase Length = 1280 Score = 754 bits (1946), Expect = 0.0, Method: Compositional matrix adjust. Identities = 376/501 (75%), Positives = 420/501 (83%) Query: 363 GSNLAIGKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVK 422 GSNLA+ K +TFV TNANDGDVTTYWEG GGSYPNTL+VNLG+NA VTSVV+K Sbjct: 350 GSNLALNKSITASSSVFTFVQTNANDGDVTTYWEGAGGSYPNTLTVNLGSNADVTSVVLK 409 Query: 423 LNPASIWSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPASGNSVTIPVTATVSELQLKI 482 LNP+S WS RTQTI+VLGHNQ +AFTSLVP VYTFNPASGN+VTIPVTAT SELQLKI Sbjct: 410 LNPSSAWSTRTQTIQVLGHNQNTTAFTSLVPATVYTFNPASGNTVTIPVTATASELQLKI 469 Query: 483 TANSGSSAGQVAEFQIIGTPAANPDLTVTSMSWSPSAPVETDAITLTAAVKNTGTAVSAA 542 T NSGSSAGQ+AEFQ+IGTP+ANPDLTVT ++W+P++P+ETDAITL A VKN GT SAA Sbjct: 470 TTNSGSSAGQIAEFQVIGTPSANPDLTVTGLTWTPTSPIETDAITLNATVKNIGTLASAA 529 Query: 543 TNVSFYLGTALAGTAPVGALAAGASSNVSLNIGXXXXXXXXXXXKVDEGNTVIELNEGNN 602 TNV+FYLGT L GT+PVGALAAGAS++VSLN+G KVDE NTVIE +EGNN Sbjct: 530 TNVNFYLGTTLVGTSPVGALAAGASTSVSLNMGAKDAATYSLSAKVDENNTVIESDEGNN 589 Query: 603 SYTNPSPLTVNPVSSSDLIASPVSWTPGNPAGGNTVTFSIAVKNQGTAASAGGAHNXXXX 662 S+T+P+ L V PVSSSDL+AS VSWTPGNPAGGNTV+FS+A+KNQGTAASAGGAHN Sbjct: 590 SFTSPTSLVVAPVSSSDLVASSVSWTPGNPAGGNTVSFSVAIKNQGTAASAGGAHNITLT 649 Query: 663 XXXXXXXXXXXXXXGAYSGTIASGATTAPVTLGTWTAADGKYSVKSEIATDANELAVKRA 722 G Y+G I+SG TTAPV LG WTA +GKY+VKSEIA DANEL VKRA Sbjct: 650 VLDATTNAVVKTLTGTYNGVISSGVTTAPVALGNWTAGNGKYTVKSEIAVDANELPVKRA 709 Query: 723 NNIQTQPLYIGRGANMPYDMYEAEDGVIGGGAVKLAPNRNIGDLAGEASGRRAVTLNSTG 782 NNIQTQ L+IGRGANMPYDMYEAEDGVIGGGAVKL+ NR IGD AGEASGRRAVTLN+TG Sbjct: 710 NNIQTQSLFIGRGANMPYDMYEAEDGVIGGGAVKLSANRTIGDPAGEASGRRAVTLNTTG 769 Query: 783 SYVEFTTKANTNTLVARFSIPDSPSGDGTNATLNVYVNGVFTKAISLTSKYAWLYGSEAS 842 SYVEFTTKA+TNTLV RFSIPDS SGDGTNATLN+YVNGVF+KAI+LTSKYAWLYGSE S Sbjct: 770 SYVEFTTKASTNTLVTRFSIPDSASGDGTNATLNIYVNGVFSKAINLTSKYAWLYGSETS 829 Query: 843 PDNSPGSGPPRHIYDEANMMF 863 P NSP +G PRHIYDEAN+MF Sbjct: 830 PGNSPSAGSPRHIYDEANIMF 850 Score = 435 bits (1119), Expect = e-120, Method: Compositional matrix adjust. Identities = 210/305 (68%), Positives = 256/305 (83%), Gaps = 1/305 (0%) Query: 1 MLTGNTASAGKRLLMYCLITVLFAGQLALFPAVSSAAGNLAAGKTMTASSVGDVYVASNA 60 M+ + GK +MY LI +LF GQLAL+P+VS AAGNLA GK++T+SS GDVYVA+NA Sbjct: 1 MIAASKKFTGKPTVMYFLIVILFVGQLALYPSVSLAAGNLAQGKSITSSSFGDVYVATNA 60 Query: 61 SDGNQATYWESSGNAFPGWLKVDLGASSSVNQVVLKLPASWEARTQTLSIQGSPDDSSYS 120 +DGNQ TYWES NAFP W+KVDLG SSVNQVVLKLPA+WE+RTQTLS++GS DDS+Y+ Sbjct: 61 NDGNQGTYWESVSNAFPQWIKVDLGEVSSVNQVVLKLPANWESRTQTLSVEGSSDDSTYN 120 Query: 121 NLVSAASYTFNPSSGSNTVTIHFTAATARYIKLNFSANTGWPAAQVSEFEVYG-TTASPN 179 NL ++A+YTFNP+SGSNTVTI+FTAA+ARY+KLNF+ANTGWPAAQ+SEFE+YG TT P Sbjct: 121 NLAASANYTFNPASGSNTVTINFTAASARYVKLNFTANTGWPAAQLSEFEIYGSTTTLPT 180 Query: 180 GTYEAEAASLSGGAKINTDHSGYSGSAFVDGYLTQGXXXXXXXXXXXXGIYDAALRYANA 239 YEAE A+LSGGAK+NTDH+GY+G+ FVDGYLTQG G YDAAL+YANA Sbjct: 181 TGYEAENAALSGGAKVNTDHTGYTGTGFVDGYLTQGATTAFSVNVASAGNYDAALKYANA 240 Query: 240 SGSTRTLSVYVNGTKVKQTSLASLANWDTWSTKVEALSLLSGTNTIAYKYDSTDSGNVNL 299 SGST+T+S+YVNGTK+KQ+SL +LANW+TWSTKVE L+L +G NTI YKYD+ D+GNVNL Sbjct: 241 SGSTKTISIYVNGTKIKQSSLLNLANWNTWSTKVETLALNAGANTITYKYDAGDTGNVNL 300 Query: 300 DNLLL 304 DNL+L Sbjct: 301 DNLIL 305 Score = 108 bits (270), Expect = 2e-21, Method: Compositional matrix adjust. Identities = 69/147 (46%), Positives = 103/147 (70%), Gaps = 6/147 (4%) Query: 39 NLAAGKTMTASSVGDVYVASNASDGNQATYWESSGNAFPGWLKVDLGASSSVNQVVLKL- 97 NLA K++TASS +V +NA+DG+ TYWE +G ++P L V+LG+++ V VVLKL Sbjct: 352 NLALNKSITASSSVFTFVQTNANDGDVTTYWEGAGGSYPNTLTVNLGSNADVTSVVLKLN 411 Query: 98 PAS-WEARTQTLSIQG-SPDDSSYSNLVSAASYTFNPSSGSNTVTIHFTAATARYIKLNF 155 P+S W RTQT+ + G + + +++++LV A YTFNP+SG NTVTI T ATA ++L Sbjct: 412 PSSAWSTRTQTIQVLGHNQNTTAFTSLVPATVYTFNPASG-NTVTIPVT-ATASELQLKI 469 Query: 156 SANTGWPAAQVSEFEVYGT-TASPNGT 181 + N+G A Q++EF+V GT +A+P+ T Sbjct: 470 TTNSGSSAGQIAEFQVIGTPSANPDLT 496 Score = 97.1 bits (240), Expect = 7e-18, Method: Compositional matrix adjust. Identities = 64/144 (44%), Positives = 87/144 (60%), Gaps = 5/144 (3%) Query: 365 NLAIGKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVKLN 424 NLA GK +V TNANDG+ TYWE ++P + V+LG +SV VV+KL Sbjct: 39 NLAQGKSITSSSFGDVYVATNANDGNQGTYWESVSNAFPQWIKVDLGEVSSVNQVVLKL- 97 Query: 425 PASIWSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPASG-NSVTIPVTATVSE-LQLKI 482 PA+ W +RTQT+ V G + S + +L A YTFNPASG N+VTI TA + ++L Sbjct: 98 PAN-WESRTQTLSVEGSSD-DSTYNNLAASANYTFNPASGSNTVTINFTAASARYVKLNF 155 Query: 483 TANSGSSAGQVAEFQIIGTPAANP 506 TAN+G A Q++EF+I G+ P Sbjct: 156 TANTGWPAAQLSEFEIYGSTTTLP 179 >B1Q2N9.1 B1Q2N9_9BACL Putative glycosidase Length = 1304 Score = 744 bits (1922), Expect = 0.0, Method: Compositional matrix adjust. Identities = 365/501 (72%), Positives = 416/501 (83%) Query: 363 GSNLAIGKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVK 422 GSNL + K +TFVPTNANDGDVTTYWEG GGSYPNTLSVNLG+NA +TS+V+K Sbjct: 374 GSNLGLNKSINASSSVFTFVPTNANDGDVTTYWEGAGGSYPNTLSVNLGSNADITSIVLK 433 Query: 423 LNPASIWSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPASGNSVTIPVTATVSELQLKI 482 LNP+S WS RTQTI+VLGHNQ +AFTSLVP VYTFNPA+GN+VTIPVTAT SE+QLKI Sbjct: 434 LNPSSAWSTRTQTIQVLGHNQNTTAFTSLVPATVYTFNPATGNTVTIPVTATASEVQLKI 493 Query: 483 TANSGSSAGQVAEFQIIGTPAANPDLTVTSMSWSPSAPVETDAITLTAAVKNTGTAVSAA 542 T N+GS+AGQ+AEFQ++G PAANPDL +T ++W+PSAPVET+AITL A VKN GT S A Sbjct: 494 TTNTGSTAGQIAEFQVMGAPAANPDLAITGLTWTPSAPVETNAITLNATVKNIGTLASTA 553 Query: 543 TNVSFYLGTALAGTAPVGALAAGASSNVSLNIGXXXXXXXXXXXKVDEGNTVIELNEGNN 602 TNV+FYLG+ L GT+PVGALAAGAS+NV+LN+G KVDE NTVIELNEGNN Sbjct: 554 TNVNFYLGSTLVGTSPVGALAAGASTNVTLNMGVKDAATYTLTAKVDENNTVIELNEGNN 613 Query: 603 SYTNPSPLTVNPVSSSDLIASPVSWTPGNPAGGNTVTFSIAVKNQGTAASAGGAHNXXXX 662 S+T+P+ L + PVSSSDL+ASPVSWTP NPAGGN V+FS+A+KNQGTAASAGGAHN Sbjct: 614 SFTSPNSLIIAPVSSSDLVASPVSWTPSNPAGGNVVSFSVAIKNQGTAASAGGAHNITLK 673 Query: 663 XXXXXXXXXXXXXXGAYSGTIASGATTAPVTLGTWTAADGKYSVKSEIATDANELAVKRA 722 G Y+G I SG T PV+LGTWTAA+GKY+VK+EIA D NEL VK+A Sbjct: 674 VLDATTNAVLQTLTGTYNGVIGSGVTAPPVSLGTWTAANGKYTVKTEIAVDTNELPVKQA 733 Query: 723 NNIQTQPLYIGRGANMPYDMYEAEDGVIGGGAVKLAPNRNIGDLAGEASGRRAVTLNSTG 782 NNIQTQ L++GRGANMPYDMYEAEDGVIGGGAVKLA NR IGDLAGEASGRRAVTLN+TG Sbjct: 734 NNIQTQSLFVGRGANMPYDMYEAEDGVIGGGAVKLAANRTIGDLAGEASGRRAVTLNTTG 793 Query: 783 SYVEFTTKANTNTLVARFSIPDSPSGDGTNATLNVYVNGVFTKAISLTSKYAWLYGSEAS 842 SYVEFTTKA+TNTLV RFSIPDS GDGTNATLN+YVNGV+TKAI+LTSKYAWLYGSE S Sbjct: 794 SYVEFTTKADTNTLVTRFSIPDSAGGDGTNATLNIYVNGVYTKAINLTSKYAWLYGSEIS 853 Query: 843 PDNSPGSGPPRHIYDEANMMF 863 P NSP +G PRHIYDEAN+MF Sbjct: 854 PGNSPSAGSPRHIYDEANIMF 874 Score = 417 bits (1071), Expect = e-114, Method: Compositional matrix adjust. Identities = 199/303 (65%), Positives = 248/303 (81%), Gaps = 1/303 (0%) Query: 1 MLTGNTASAGKRLLMYCLITVLFAGQLALFPAVSSAAGNLAAGKTMTASSVGDVYVASNA 60 M+ + GK ++YCLI +LF GQL L+P+VS AAGNLA GKT+T+SS GDVYVA+NA Sbjct: 1 MIAASKRFTGKTAVLYCLIVILFVGQLGLYPSVSLAAGNLAQGKTITSSSFGDVYVAANA 60 Query: 61 SDGNQATYWESSGNAFPGWLKVDLGASSSVNQVVLKLPASWEARTQTLSIQGSPDDSSYS 120 +DG+Q TYWES+ FP W+KVDLGA+SSVNQVVLKLP +WE RTQTL++QGS DD++Y+ Sbjct: 61 NDGSQGTYWESASGVFPQWIKVDLGAASSVNQVVLKLPTNWETRTQTLAVQGSTDDAAYN 120 Query: 121 NLVSAASYTFNPSSGSNTVTIHFTAATARYIKLNFSANTGWPAAQVSEFEVYG-TTASPN 179 NLV +A+YTFNP+ SNTVTI FTAA RY+KLNF++NT WPAAQ++EFEV+G TT +P+ Sbjct: 121 NLVDSANYTFNPTIDSNTVTISFTAANVRYVKLNFTSNTVWPAAQLAEFEVHGNTTTTPS 180 Query: 180 GTYEAEAASLSGGAKINTDHSGYSGSAFVDGYLTQGXXXXXXXXXXXXGIYDAALRYANA 239 YEAE A+LSGGAK+NTDH+GY+G+ FVDGYL QG G YDA LR++NA Sbjct: 181 SGYEAENAALSGGAKVNTDHTGYTGTGFVDGYLNQGAATAFSVNVASAGNYDATLRFSNA 240 Query: 240 SGSTRTLSVYVNGTKVKQTSLASLANWDTWSTKVEALSLLSGTNTIAYKYDSTDSGNVNL 299 SGST+T+SVYVNGTK+KQTSLA+LANW+TWSTK+E L+L +G NTI YKYD+ D+GNVNL Sbjct: 241 SGSTKTISVYVNGTKIKQTSLANLANWNTWSTKIETLALNAGANTITYKYDAGDTGNVNL 300 Query: 300 DNL 302 DNL Sbjct: 301 DNL 303 Score = 103 bits (258), Expect = 6e-20, Method: Compositional matrix adjust. Identities = 63/145 (43%), Positives = 97/145 (66%), Gaps = 5/145 (3%) Query: 36 AAGNLAAGKTMTASSVGDVYVASNASDGNQATYWESSGNAFPGWLKVDLGASSSVNQVVL 95 A NL K++ ASS +V +NA+DG+ TYWE +G ++P L V+LG+++ + +VL Sbjct: 373 AGSNLGLNKSINASSSVFTFVPTNANDGDVTTYWEGAGGSYPNTLSVNLGSNADITSIVL 432 Query: 96 KL-PAS-WEARTQTLSIQG-SPDDSSYSNLVSAASYTFNPSSGSNTVTIHFTAATARYIK 152 KL P+S W RTQT+ + G + + +++++LV A YTFNP++G NTVTI T ATA ++ Sbjct: 433 KLNPSSAWSTRTQTIQVLGHNQNTTAFTSLVPATVYTFNPATG-NTVTIPVT-ATASEVQ 490 Query: 153 LNFSANTGWPAAQVSEFEVYGTTAS 177 L + NTG A Q++EF+V G A+ Sbjct: 491 LKITTNTGSTAGQIAEFQVMGAPAA 515 Score = 90.9 bits (224), Expect = 6e-16, Method: Compositional matrix adjust. Identities = 62/144 (43%), Positives = 80/144 (55%), Gaps = 5/144 (3%) Query: 365 NLAIGKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVKLN 424 NLA GK +V NANDG TYWE G +P + V+LGA +SV VV+KL Sbjct: 39 NLAQGKTITSSSFGDVYVAANANDGSQGTYWESASGVFPQWIKVDLGAASSVNQVVLKL- 97 Query: 425 PASIWSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPA-SGNSVTIPVT-ATVSELQLKI 482 P + W RTQT+ V G A A+ +LV A YTFNP N+VTI T A V ++L Sbjct: 98 PTN-WETRTQTLAVQGSTDDA-AYNNLVDSANYTFNPTIDSNTVTISFTAANVRYVKLNF 155 Query: 483 TANSGSSAGQVAEFQIIGTPAANP 506 T+N+ A Q+AEF++ G P Sbjct: 156 TSNTVWPAAQLAEFEVHGNTTTTP 179 >C4E6Y9.1 C4E6Y9_STRRS Putative carbohydrate binding protein Length = 1200 Score = 650 bits (1676), Expect = 0.0, Method: Compositional matrix adjust. Identities = 343/518 (66%), Positives = 400/518 (77%), Gaps = 5/518 (0%) Query: 363 GSNLAIGKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVK 422 GSNLA+GK +TFV TNAND VTTYWEG GGSYP+TL+V LG+NA+V SVV+K Sbjct: 272 GSNLAVGKPITASSSVFTFVATNANDNSVTTYWEGNGGSYPSTLTVQLGSNAAVNSVVLK 331 Query: 423 LNPASIWSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPASGNSVTIPVTATVSELQLKI 482 LNP S W RTQTI+VLG Q++S+FT+L A YTFNPASGN+VTIPVTAT +++QLKI Sbjct: 332 LNPDSSWGTRTQTIQVLGREQSSSSFTNLSSAATYTFNPASGNTVTIPVTATAADIQLKI 391 Query: 483 TANSGSSAGQVAEFQIIGTPAANPDLTVTSMSWSPSAPVETDAITLTAAVKNTGTAVSAA 542 T NSG+ AGQVAEFQ+IGTPA NPDLT+T MS +PSAPVETD++ LTA VKN GTA S A Sbjct: 392 TTNSGAPAGQVAEFQVIGTPAPNPDLTITGMSSAPSAPVETDSVALTATVKNIGTAASGA 451 Query: 543 TNVSFYLGTALAGTAPVGALAAGASSNVSLNIGXXXXXXXXXXXKVDEGNTVIELNEGNN 602 TNV+FYLGTA GTA VGALAAGAS++VS N G KVDE ++VIE NE NN Sbjct: 452 TNVNFYLGTAKVGTASVGALAAGASTSVSANAGPRDAGTYPLSAKVDEADSVIEQNETNN 511 Query: 603 SYTNPSPLTVNPVSSSDLIASPVSWTPGNPAGGNTVTFSIAVKNQGTAASAGGAHNXXXX 662 +TNPSPL V PV SSDL+A+ SWTP PA G+ VTFS+A+KNQGT ASAGGAH Sbjct: 512 GHTNPSPLVVRPVDSSDLVAT-TSWTPSTPANGDVVTFSVAIKNQGTVASAGGAH-AITL 569 Query: 663 XXXXXXXXXXXXXXGAYSGTIASGATTAPVTLGTWTAADGKYSVKSEIATDANELAVKRA 722 G++SG IA+GATT+PV+LGTWTAA+GKYSVK+ +A DANEL VKR Sbjct: 570 TVSNEAGTVVRTLTGSHSGVIAAGATTSPVSLGTWTAANGKYSVKTVLADDANELPVKRG 629 Query: 723 NNIQTQPLYIGRGANMPYDMYEAEDGVIGGGAVKLAPNRNIGDLAGEASGRRAVTLNSTG 782 NN TQP ++GRGANMPYDMYEAED V+GGGA L+PNR+IG+LAGEASGRRAVTLNSTG Sbjct: 630 NNTATQPFFVGRGANMPYDMYEAEDAVVGGGATVLSPNRDIGNLAGEASGRRAVTLNSTG 689 Query: 783 SYVEFTTKANTNTLVARFSIPDSPSGDGTNATLNVYVNGVFTKAISLTSKYAWLYGSEAS 842 SYVEFTTKA+TNTLV RFSIPD+ G G ++TLN+YVNG F K I+LTSKYAWLYG+EAS Sbjct: 690 SYVEFTTKASTNTLVTRFSIPDAAGGGGIDSTLNIYVNGTFLKPINLTSKYAWLYGNEAS 749 Query: 843 PDNSPGSGPPRHIYDEANMMFXXXXHNSER---KHDPA 877 P NSPG+G PRHIYDEAN+M R + DPA Sbjct: 750 PGNSPGAGGPRHIYDEANVMLGTTVPAGSRIRLQKDPA 787 Score = 164 bits (415), Expect = 4e-38, Method: Compositional matrix adjust. Identities = 88/161 (54%), Positives = 113/161 (70%), Gaps = 5/161 (3%) Query: 30 FPAVSSAAG-NLAAGKTMTASSVGDVYVASNASDGNQATYWESSGNAFPGWLKVDLGASS 88 P S+AA NLAAGK +A S + Y A N +DGN ATYWES+ N FP W++VDLGAS+ Sbjct: 27 LPQASAAADPNLAAGKPASAGSANNPYTAGNVNDGNAATYWESANNTFPQWVQVDLGAST 86 Query: 89 SVNQVVLKLPAS--WEARTQTLSIQGSPDDSSYSNLVSAASYTFNPSSGSNTVTIHFTAA 146 SVN++VLKLP + W RTQTL++QG + +V +A YTFNP++G NTVTI+FTA Sbjct: 87 SVNKIVLKLPPAPEWATRTQTLTVQGDTSGPPTNTIVPSAGYTFNPATG-NTVTINFTAT 145 Query: 147 TARYIKLNFSANTGWPAAQVSEFEVYGTTASPNGTYEAEAA 187 + RY++L + NTGWPA Q+SEFEVYG A P G +A A Sbjct: 146 SVRYVRLTITGNTGWPAGQLSEFEVYG-PAGPGGDTQAPTA 185 Score = 112 bits (280), Expect = 2e-22, Method: Compositional matrix adjust. Identities = 81/163 (49%), Positives = 107/163 (65%), Gaps = 6/163 (3%) Query: 39 NLAAGKTMTASSVGDVYVASNASDGNQATYWESSGNAFPGWLKVDLGASSSVNQVVLKL- 97 NLA GK +TASS +VA+NA+D + TYWE +G ++P L V LG++++VN VVLKL Sbjct: 274 NLAVGKPITASSSVFTFVATNANDNSVTTYWEGNGGSYPSTLTVQLGSNAAVNSVVLKLN 333 Query: 98 -PASWEARTQTLSIQGSPD-DSSYSNLVSAASYTFNPSSGSNTVTIHFTAATARYIKLNF 155 +SW RTQT+ + G SS++NL SAA+YTFNP+SG NTVTI T ATA I+L Sbjct: 334 PDSSWGTRTQTIQVLGREQSSSSFTNLSSAATYTFNPASG-NTVTIPVT-ATAADIQLKI 391 Query: 156 SANTGWPAAQVSEFEVYGTTASPNGTYEAEAASLSGGAKINTD 198 + N+G PA QV+EF+V GT A PN S + A + TD Sbjct: 392 TTNSGAPAGQVAEFQVIGTPA-PNPDLTITGMSSAPSAPVETD 433 Score = 108 bits (270), Expect = 3e-21, Method: Compositional matrix adjust. Identities = 62/137 (45%), Positives = 83/137 (60%), Gaps = 2/137 (1%) Query: 365 NLAIGKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVKLN 424 NLA GK + N NDG+ TYWE ++P + V+LGA+ SV +V+KL Sbjct: 37 NLAAGKPASAGSANNPYTAGNVNDGNAATYWESANNTFPQWVQVDLGASTSVNKIVLKLP 96 Query: 425 PASIWSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPASGNSVTIPVTAT-VSELQLKIT 483 PA W+ RTQT+ V G T +VP A YTFNPA+GN+VTI TAT V ++L IT Sbjct: 97 PAPEWATRTQTLTVQGDTSGPPTNT-IVPSAGYTFNPATGNTVTINFTATSVRYVRLTIT 155 Query: 484 ANSGSSAGQVAEFQIIG 500 N+G AGQ++EF++ G Sbjct: 156 GNTGWPAGQLSEFEVYG 172 >C1WSS4.1 C1WSS4_9ACTO Putative carbohydrate binding protein Length = 1194 Score = 585 bits (1507), Expect = e-164, Method: Compositional matrix adjust. Identities = 300/518 (57%), Positives = 373/518 (72%), Gaps = 7/518 (1%) Query: 363 GSNLAIGKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVK 422 GSNLA+ K +TFVP NAND +VTTYWEG G P TL+ LG+NA V+SVVV+ Sbjct: 272 GSNLALRKPITASGHVHTFVPANANDDNVTTYWEGNG--TPATLTTELGSNADVSSVVVR 329 Query: 423 LNPASIWSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPASGNSVTIPVTATVSELQLKI 482 LNP S W RTQT VLG Q+A+ F+++V A YTF+PASGN+VTIPV+A V++++L Sbjct: 330 LNPDSAWGNRTQTFSVLGREQSAAGFSTIVASAAYTFSPASGNTVTIPVSARVADVRLNF 389 Query: 483 TANSGSSAGQVAEFQIIGTPAANPDLTVTSMSWSPSAPVETDAITLTAAVKNTGTAVSAA 542 T N+G+ +GQVAEFQ++G PA NPDLT+ +SW+P++PVETD ITL A V N G+A S A Sbjct: 390 TGNTGAPSGQVAEFQVMGVPAPNPDLTLNGVSWTPASPVETDTITLRATVNNLGSAGSGA 449 Query: 543 TNVSFYLGTALAGTAPVGALAAGASSNVSLNIGXXXXXXXXXXXKVDEGNTVIELNEGNN 602 T V+FYLG GTA VGA+AAGAS+ V+ IG KVDE TV+E N+GNN Sbjct: 450 TGVNFYLGATRVGTATVGAIAAGASTTVTATIGSRDAGSYPLSAKVDEAGTVVEQNDGNN 509 Query: 603 SYTNPSPLTVNPVSSSDLIASPVSWTPGNPAGGNTVTFSIAVKNQGTAASAGGAHNXXXX 662 S ++ SPL V PV+SSDL+A+ VSW+PGNP GN VTFS++++NQG+ ASA GAH Sbjct: 510 SASSASPLVVTPVASSDLVAAAVSWSPGNPTAGNNVTFSVSIRNQGSIASAAGAHG--IT 567 Query: 663 XXXXXXXXXXXXXXGAYSGTIASGATTAPVTLGTWTAADGKYSVKSEIATDANELAVKRA 722 G+YSG IA+GATT VTLG+W AA+G+YSV+ +A DANEL VKR Sbjct: 568 LTLLSGSTVVRTLTGSYSGAIAAGATTPAVTLGSWPAANGRYSVRVVVADDANELPVKRG 627 Query: 723 NNIQTQPLYIGRGANMPYDMYEAEDGVIGGGAVKLAPNRNIGDLAGEASGRRAVTLNSTG 782 NN +P ++GRGANMPYD EAED +GGGA + PNR +GDLAGEASGRRAVTL TG Sbjct: 628 NNTSERPFFVGRGANMPYDQLEAEDAAVGGGAQVVGPNRTVGDLAGEASGRRAVTLTGTG 687 Query: 783 SYVEFTTKANTNTLVARFSIPDSPSGDGTNATLNVYVNGVFTKAISLTSKYAWLYGSEAS 842 ++VEFTT+A+TNTLV RFSIPD+P G G ++++NVYVNG F K + LTSKYAWLYG EAS Sbjct: 688 AFVEFTTRASTNTLVTRFSIPDAPGGGGISSSINVYVNGTFHKTLPLTSKYAWLYGPEAS 747 Query: 843 PDNSPGSGPPRHIYDEANMMFXXXXHNSER---KHDPA 877 P+NSPGSGP RHIYDEAN+M R + DPA Sbjct: 748 PNNSPGSGPARHIYDEANLMLDGTFPAGTRIKLQKDPA 785 Score = 154 bits (388), Expect = 5e-35, Method: Compositional matrix adjust. Identities = 79/135 (58%), Positives = 101/135 (74%), Gaps = 3/135 (2%) Query: 43 GKTMTASSVGDVYVASNASDGNQATYWESSGNAFPGWLKVDLGASSSVNQVVLKLP-ASW 101 GK+ TAS+ Y ASNA+DGNQ +YWES+ NAFP W++VDLGAS S NQVVLKLP A W Sbjct: 44 GKSATASTSTQNYAASNATDGNQGSYWESANNAFPQWIQVDLGASVSTNQVVLKLPTAGW 103 Query: 102 EARTQTLSIQGSPDDSSYSNLVSAASYTFNPSSGSNTVTIHFTAATARYIKLNFSANTGW 161 +R QTL++QGS D ++++L +AS F ++ SNTVTI + AAT RY++L +ANTGW Sbjct: 104 GSRNQTLAVQGSTDGQNFTDLSPSASRAF--TAPSNTVTIDYGAATVRYVRLRITANTGW 161 Query: 162 PAAQVSEFEVYGTTA 176 PA Q+SE EVYG A Sbjct: 162 PAGQLSELEVYGPAA 176 Score = 104 bits (259), Expect = 5e-20, Method: Compositional matrix adjust. Identities = 70/168 (41%), Positives = 103/168 (61%), Gaps = 8/168 (4%) Query: 34 SSAAGNLAAGKTMTASSVGDVYVASNASDGNQATYWESSGNAFPGWLKVDLGASSSVNQV 93 S A NLA K +TAS +V +NA+D N TYWE GN P L +LG+++ V+ V Sbjct: 269 SGAGSNLALRKPITASGHVHTFVPANANDDNVTTYWE--GNGTPATLTTELGSNADVSSV 326 Query: 94 VLKL--PASWEARTQTLSIQGSPDDSS-YSNLVSAASYTFNPSSGSNTVTIHFTAATARY 150 V++L ++W RTQT S+ G ++ +S +V++A+YTF+P+SG NTVTI +A A Sbjct: 327 VVRLNPDSAWGNRTQTFSVLGREQSAAGFSTIVASAAYTFSPASG-NTVTIPVSARVAD- 384 Query: 151 IKLNFSANTGWPAAQVSEFEVYGTTASPNGTYEAEAASLSGGAKINTD 198 ++LNF+ NTG P+ QV+EF+V G A PN S + + + TD Sbjct: 385 VRLNFTGNTGAPSGQVAEFQVMGVPA-PNPDLTLNGVSWTPASPVETD 431 Score = 80.9 bits (198), Expect = 5e-13, Method: Compositional matrix adjust. Identities = 54/137 (39%), Positives = 77/137 (56%), Gaps = 5/137 (3%) Query: 369 GKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVKLNPASI 428 GK + +NA DG+ +YWE ++P + V+LGA+ S VV+KL P + Sbjct: 44 GKSATASTSTQNYAASNATDGNQGSYWESANNAFPQWIQVDLGASVSTNQVVLKL-PTAG 102 Query: 429 WSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPASGNSVTIPV-TATVSELQLKITANSG 487 W +R QT+ V G + FT L P A F A N+VTI ATV ++L+ITAN+G Sbjct: 103 WGSRNQTLAVQGSTDGQN-FTDLSPSASRAFT-APSNTVTIDYGAATVRYVRLRITANTG 160 Query: 488 SSAGQVAEFQIIGTPAA 504 AGQ++E ++ G PAA Sbjct: 161 WPAGQLSELEVYG-PAA 176 >B5H8T7.1 B5H8T7_STRPR Secreted glycosyl hydrolase Length = 1416 Score = 582 bits (1499), Expect = e-164, Method: Compositional matrix adjust. Identities = 293/500 (58%), Positives = 371/500 (74%), Gaps = 1/500 (0%) Query: 364 SNLAIGKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVKL 423 SNLA+ K +TFV NAND DVTTYWEG GSYPNTL+V LGA+A V++VV+KL Sbjct: 489 SNLAVSKPITASSVIHTFVAQNANDNDVTTYWEGAAGSYPNTLTVKLGADADVSAVVLKL 548 Query: 424 NPASIWSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPASGNSVTIPVTATVSELQLKIT 483 NP + W ARTQ IEVLG Q AS FT +V Y F+PA GN+VT+P+ A ++++QL+ T Sbjct: 549 NPDTAWGARTQNIEVLGRGQNASGFTGVVAAKDYAFDPARGNTVTVPLDARLADVQLRFT 608 Query: 484 ANSGSSAGQVAEFQIIGTPAANPDLTVTSMSWSPSAPVETDAITLTAAVKNTGTAVSAAT 543 +N+G++AGQ+AEFQ++G PA NPDL +TS++ SP++PVE+D ITL+A V+N+G A + A+ Sbjct: 609 SNTGATAGQIAEFQVLGVPAPNPDLQITSVTASPASPVESDEITLSATVRNSGPAAAPAS 668 Query: 544 NVSFYLGTALAGTAPVGALAAGASSNVSLNIGXXXXXXXXXXXKVDEGNTVIELNEGNNS 603 V+ LG TA G LAAGA + VS +IG DE N VIE NE +N+ Sbjct: 669 AVTLRLGGTKVATAQAGPLAAGAQTTVSASIGTRDAGTYQLSAVADEANAVIEQNETDNT 728 Query: 604 YTNPSPLTVNPVSSSDLIASPVSWTPGNPAGGNTVTFSIAVKNQGTAASAGGAHNXXXXX 663 +T+P+ L V PV+SSDL+ + V+ +P PA G++VTFS+AV+NQGT ASAGG+H Sbjct: 729 HTSPTALVVKPVASSDLVPASVTTSPSAPAAGDSVTFSVAVRNQGTTASAGGSHG-LTLA 787 Query: 664 XXXXXXXXXXXXXGAYSGTIASGATTAPVTLGTWTAADGKYSVKSEIATDANELAVKRAN 723 GAYSGTIA+GATTAPV LGTWTAADG Y+++ +A DANEL VKR N Sbjct: 788 LVDSRGATVRTFTGAYSGTIAAGATTAPVNLGTWTAADGSYTLRVTVADDANELPVKREN 847 Query: 724 NIQTQPLYIGRGANMPYDMYEAEDGVIGGGAVKLAPNRNIGDLAGEASGRRAVTLNSTGS 783 N TQ L++GRGA+MP+DMYEAEDG GGGA + PNR +GD+AGEASGR+AVTL+STG Sbjct: 848 NTGTQALFVGRGADMPFDMYEAEDGTAGGGAQVVGPNRTVGDIAGEASGRKAVTLDSTGE 907 Query: 784 YVEFTTKANTNTLVARFSIPDSPSGDGTNATLNVYVNGVFTKAISLTSKYAWLYGSEASP 843 YVEFT++A+TNTLV RFSIPD+P G G +ATLNVYV+GVF KAI LTSKYAWLYG+EASP Sbjct: 908 YVEFTSRASTNTLVTRFSIPDAPGGGGIDATLNVYVDGVFRKAIDLTSKYAWLYGAEASP 967 Query: 844 DNSPGSGPPRHIYDEANMMF 863 NSPG+G PRHIYDEA++M Sbjct: 968 GNSPGAGAPRHIYDEAHIML 987 Score = 152 bits (383), Expect = 2e-34, Method: Compositional matrix adjust. Identities = 70/134 (52%), Positives = 106/134 (79%), Gaps = 1/134 (0%) Query: 39 NLAAGKTMTASSVGDVYVASNASDGNQATYWESSGNAFPGWLKVDLGASSSVNQVVLKLP 98 ++AAG+ ASS Y A+N +DG+Q++YW+S+G++ P W++ DLG+++ V++VVLKLP Sbjct: 23 DIAAGRPAAASSSHSEYAAANVTDGDQSSYWQSAGSSLPQWVQADLGSTTGVDEVVLKLP 82 Query: 99 ASWEARTQTLSIQGSPDDSSYSNLVSAASYTFNPSSGSNTVTIHFTAATARYIKLNFSAN 158 A WE+RTQTLS+QGS D +S+S L S+A+YTF P S +NTV++ F +A ARY++++ +AN Sbjct: 83 AGWESRTQTLSVQGSADGTSFSTLKSSAAYTFTPGS-ANTVSVTFPSARARYVRVHITAN 141 Query: 159 TGWPAAQVSEFEVY 172 TGW AAQ+S EV+ Sbjct: 142 TGWQAAQLSALEVH 155 Score = 148 bits (373), Expect = 3e-33, Method: Compositional matrix adjust. Identities = 72/135 (53%), Positives = 99/135 (73%), Gaps = 1/135 (0%) Query: 39 NLAAGKTMTASSVGDVYVASNASDGNQATYWESSGNAFPGWLKVDLGASSSVNQVVLKLP 98 NLA G+T+TASS + Y A+NA+DGN A+YWES + P W++ DLGAS V++VVL+LP Sbjct: 163 NLARGRTLTASSHTEAYQAANANDGNSASYWESRNHELPQWIQADLGASVRVDRVVLRLP 222 Query: 99 ASWEARTQTLSIQGSPDDSSYSNLVSAASYTFNPSSGSNTVTIHFTAATARYIKLNFSAN 158 W ARTQTL IQGS + S +++L ++ Y F+ ++G + TI F AAT RY+++ SAN Sbjct: 223 DGWGARTQTLKIQGSANGSDFTDLTASRGYLFD-AAGDHAATIAFDAATTRYVRVLVSAN 281 Query: 159 TGWPAAQVSEFEVYG 173 TG PAAQ+SE E+YG Sbjct: 282 TGQPAAQLSELEIYG 296 Score = 105 bits (261), Expect = 3e-20, Method: Compositional matrix adjust. Identities = 66/167 (39%), Positives = 101/167 (60%), Gaps = 6/167 (3%) Query: 36 AAGNLAAGKTMTASSVGDVYVASNASDGNQATYWESSGNAFPGWLKVDLGASSSVNQVVL 95 +A NLA K +TASSV +VA NA+D + TYWE + ++P L V LGA + V+ VVL Sbjct: 487 SASNLAVSKPITASSVIHTFVAQNANDNDVTTYWEGAAGSYPNTLTVKLGADADVSAVVL 546 Query: 96 KL--PASWEARTQTLSIQGSPDDSS-YSNLVSAASYTFNPSSGSNTVTIHFTAATARYIK 152 KL +W ARTQ + + G ++S ++ +V+A Y F+P+ G NTVT+ A A ++ Sbjct: 547 KLNPDTAWGARTQNIEVLGRGQNASGFTGVVAAKDYAFDPARG-NTVTVPLDARLAD-VQ 604 Query: 153 LNFSANTGWPAAQVSEFEVYGTTASPNGTYEAEAASLSGGAKINTDH 199 L F++NTG A Q++EF+V G A PN + + + S + + +D Sbjct: 605 LRFTSNTGATAGQIAEFQVLGVPA-PNPDLQITSVTASPASPVESDE 650 Score = 78.2 bits (191), Expect = 3e-12, Method: Compositional matrix adjust. Identities = 50/138 (36%), Positives = 74/138 (53%), Gaps = 6/138 (4%) Query: 363 GSNLAIGKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVK 422 G ++A G+ + N DGD ++YW+ G S P + +LG+ V VV+K Sbjct: 21 GPDIAAGRPAAASSSHSEYAAANVTDGDQSSYWQSAGSSLPQWVQADLGSTTGVDEVVLK 80 Query: 423 LNPASIWSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPASGN--SVTIPVTATVSELQL 480 L PA W +RTQT+ V G S F++L A YTF P S N SVT P +A +++ Sbjct: 81 L-PAG-WESRTQTLSVQGSADGTS-FSTLKSSAAYTFTPGSANTVSVTFP-SARARYVRV 136 Query: 481 KITANSGSSAGQVAEFQI 498 ITAN+G A Q++ ++ Sbjct: 137 HITANTGWQAAQLSALEV 154 Score = 74.7 bits (182), Expect = 5e-11, Method: Compositional matrix adjust. Identities = 53/159 (33%), Positives = 79/159 (49%), Gaps = 12/159 (7%) Query: 365 NLAIGKXXXXXXXXYTFVPTNANDGDVTTYWEGTGGSYPNTLSVNLGANASVTSVVVKLN 424 NLA G+ + NANDG+ +YWE P + +LGA+ V VV++L Sbjct: 163 NLARGRTLTASSHTEAYQAANANDGNSASYWESRNHELPQWIQADLGASVRVDRVVLRLP 222 Query: 425 PASIWSARTQTIEVLGHNQAASAFTSLVPPAVYTFNPASGNSVTIPV-TATVSELQLKIT 483 W ARTQT+++ G S FT L Y F+ A ++ TI AT +++ ++ Sbjct: 223 DG--WGARTQTLKIQGSAN-GSDFTDLTASRGYLFDAAGDHAATIAFDAATTRYVRVLVS 279 Query: 484 ANSGSSAGQVAEFQIIGTPAANPDLTVTSMSWSPSAPVE 522 AN+G A Q++E +I G PA T + +P AP E Sbjct: 280 ANTGQPAAQLSELEIYG-PA-------TGDTTAPGAPAE 310 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 0.309 0.125 0.360 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: 4,945,809,126 Number of extensions: 196916656 Number of successful extensions: 489121 Number of sequences better than 1.0e-05: 239 Number of HSP's gapped: 488711 Number of HSP's successfully gapped: 418 Length of query: 924 Length of database: 3,060,696,203 Length adjustment: 145 Effective length of query: 779 Effective length of database: 1,694,649,028 Effective search space: 1320131592812 Effective search space used: 1320131592812 Neighboring words threshold: 11 Window for multiple hits: 40 X1: 16 ( 7.1 bits) X2: 38 (14.6 bits) X3: 64 (24.7 bits) S1: 42 (21.7 bits) S2: 136 (57.0 bits)