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= 0030.0029.p (352 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IPN1.1 D8IPN1_HERSS Glucans biosynthesis glucosyltransferase H... 530 e-148 F1W005.1 F1W005_9BURK Glucans biosynthesis glucosyltransferase H 472 e-131 A4GA55.2 A4GA55_HERAR Glucans biosynthesis glucosyltransferase H... 468 e-130 C6BF35.1 C6BF35_RALP1 Glucans biosynthesis glucosyltransferase H... 467 e-129 E2T4H2.1 E2T4H2_9RALS Glucans biosynthesis glucosyltransferase H... 467 e-129 >D8IPN1.1 D8IPN1_HERSS Glucans biosynthesis glucosyltransferase H EC=2.4.1.- Length = 857 Score = 530 bits (1366), Expect = e-148, Method: Compositional matrix adjust. Identities = 275/341 (80%), Positives = 295/341 (86%), Gaps = 2/341 (0%) Query: 1 MKHCALAPLPGDGNLSGPILSHDFVEASLMRRAGWSVWIAYDLDGSYEEMPPALLDELGR 60 MKHCALAPLPG GNLSGPI+SHDFVEASLMRRAGWSVWIAYDLDGSYEEMPP LLDEL R Sbjct: 447 MKHCALAPLPGKGNLSGPIMSHDFVEASLMRRAGWSVWIAYDLDGSYEEMPPNLLDELSR 506 Query: 61 DRRWCQGNLMNFRLFLARGMHVVHRAVFVTGVMAYLSAPLWALFLALSTVLLATHTLIDP 120 DRRWCQGNLMNFRLFLARGMH+VHRAVFVTGVMAY+SAPLW LFL LSTVLLA HTLIDP Sbjct: 507 DRRWCQGNLMNFRLFLARGMHIVHRAVFVTGVMAYVSAPLWGLFLILSTVLLAAHTLIDP 566 Query: 121 QYFVEPRQLFPIWPEWHPEKALALVSATATILFLPKVLSVLLIIVKGARGYGGALRVTLS 180 QYF PRQLFPIWPEWHPEKALALVSATATILFLPK+L+VLL VKGARG+GGAL + LS Sbjct: 567 QYFTSPRQLFPIWPEWHPEKALALVSATATILFLPKILAVLLFAVKGARGFGGALALFLS 626 Query: 181 MLIELLFSMMLAPVRMLFHTRFVLGAFLGWALSWKSPPRADNETGWGQAVSRHGVHSVLG 240 M+IELLFSM+LAPVRMLFHTRFVLGAFLGW WKSPPRADNETGWG+A+ RHG HS+LG Sbjct: 627 MVIELLFSMVLAPVRMLFHTRFVLGAFLGWNAGWKSPPRADNETGWGEAMRRHGWHSLLG 686 Query: 241 VAWGALVYWLNPSFIWWLMPIAGSLMFSVPLSVLSSRVSFGRLFRRLQLFVIPEEVDAPR 300 VAWGALVYWLNPSFIWWL+PIAGSL SVP+SVLSSRV++GR FRR LF IPEE P Sbjct: 687 VAWGALVYWLNPSFIWWLIPIAGSLAVSVPVSVLSSRVTYGRGFRRAGLFKIPEETSPPF 746 Query: 301 ELRDTVAHLNATAPLPGFVXGPAPMAIRA--CPTSAAPPAI 339 ELR+TV L T PLPGFV + A C T+ A P + Sbjct: 747 ELRETVRLLQETPPLPGFVEAVVDPSFNALVCATAHAHPQV 787 >F1W005.1 F1W005_9BURK Glucans biosynthesis glucosyltransferase H Length = 801 Score = 472 bits (1215), Expect = e-131, Method: Compositional matrix adjust. Identities = 236/318 (74%), Positives = 263/318 (82%) Query: 1 MKHCALAPLPGDGNLSGPILSHDFVEASLMRRAGWSVWIAYDLDGSYEEMPPALLDELGR 60 M+HCALAPLPG G LSG ILSHDFVEA+LMRRAGW+VWIAYDL GSYEEMPP LLDEL R Sbjct: 399 MRHCALAPLPGSGGLSGDILSHDFVEAALMRRAGWAVWIAYDLPGSYEEMPPNLLDELKR 458 Query: 61 DRRWCQGNLMNFRLFLARGMHVVHRAVFVTGVMAYLSAPLWALFLALSTVLLATHTLIDP 120 DRRWC GNLMNFRLF A GMH VHR VF TGVMAYLSAPLW LFL LST +LA HTL+ P Sbjct: 459 DRRWCHGNLMNFRLFTAHGMHPVHRTVFATGVMAYLSAPLWFLFLGLSTGMLAAHTLLVP 518 Query: 121 QYFVEPRQLFPIWPEWHPEKALALVSATATILFLPKVLSVLLIIVKGARGYGGALRVTLS 180 +YF PRQLFP WPEWHPEKALAL SATAT+LFLPK+LSV+LI ++GAR YGG LR+ L Sbjct: 519 EYFTAPRQLFPTWPEWHPEKALALFSATATLLFLPKILSVVLISLQGARRYGGTLRLLLG 578 Query: 181 MLIELLFSMMLAPVRMLFHTRFVLGAFLGWALSWKSPPRADNETGWGQAVSRHGVHSVLG 240 MLIEL+FS +LAPVRMLFHTRFV AFLGW + WKSPPR D ET W +AV +HG+H++LG Sbjct: 579 MLIELVFSALLAPVRMLFHTRFVTAAFLGWEMRWKSPPRGDAETSWAEAVRKHGLHTLLG 638 Query: 241 VAWGALVYWLNPSFIWWLMPIAGSLMFSVPLSVLSSRVSFGRLFRRLQLFVIPEEVDAPR 300 + WGA VYWL P F+WWL+PI GSL S+PLSVLSSRVS GR RRL LFVIPEE+ P Sbjct: 639 LVWGAGVYWLEPGFLWWLLPIVGSLALSIPLSVLSSRVSLGRRLRRLGLFVIPEEIKPPP 698 Query: 301 ELRDTVAHLNATAPLPGF 318 ELR T A+L AT+P P F Sbjct: 699 ELRATTAYLAATSPAPTF 716 >A4GA55.2 A4GA55_HERAR Glucans biosynthesis glucosyltransferase H EC=2.4.1.- Length = 846 Score = 468 bits (1203), Expect = e-130, Method: Compositional matrix adjust. Identities = 223/319 (69%), Positives = 263/319 (82%) Query: 1 MKHCALAPLPGDGNLSGPILSHDFVEASLMRRAGWSVWIAYDLDGSYEEMPPALLDELGR 60 ++HCALA LPG G +G ILSHDF+EA+LMRRAGW VWIAYDLDGSYEEMPP LLDEL R Sbjct: 427 IEHCALALLPGKGPFAGEILSHDFIEAALMRRAGWKVWIAYDLDGSYEEMPPNLLDELKR 486 Query: 61 DRRWCQGNLMNFRLFLARGMHVVHRAVFVTGVMAYLSAPLWALFLALSTVLLATHTLIDP 120 DRRWCQGNLMNFRLFL+RGMH VHRAVFVTGVMAYLSAPLW LFL LST LLA HTL DP Sbjct: 487 DRRWCQGNLMNFRLFLSRGMHSVHRAVFVTGVMAYLSAPLWFLFLILSTGLLAQHTLTDP 546 Query: 121 QYFVEPRQLFPIWPEWHPEKALALVSATATILFLPKVLSVLLIIVKGARGYGGALRVTLS 180 YF EP QLFP WP+WHPEKALAL SATAT+LFLPK+LS +LI ++GA+ +GG +R+ S Sbjct: 547 TYFTEPWQLFPNWPQWHPEKALALFSATATLLFLPKILSAVLICIQGAKQFGGRMRLLFS 606 Query: 181 MLIELLFSMMLAPVRMLFHTRFVLGAFLGWALSWKSPPRADNETGWGQAVSRHGVHSVLG 240 +LIE+ FSM+LAPVRMLFHT FV+ AF+GWAL WKSPPR D ET G+A HG+H++LG Sbjct: 607 VLIEMFFSMLLAPVRMLFHTHFVIAAFMGWALRWKSPPREDAETSPGEAFRHHGLHTLLG 666 Query: 241 VAWGALVYWLNPSFIWWLMPIAGSLMFSVPLSVLSSRVSFGRLFRRLQLFVIPEEVDAPR 300 +AWGA V+WLNP+F+ WL+PI GSL ++P+S+ SS+VS G FR+ LF+IPEE + P Sbjct: 667 LAWGAAVFWLNPTFLPWLLPIVGSLAVAIPISIYSSKVSNGLRFRKQNLFLIPEEAEPPV 726 Query: 301 ELRDTVAHLNATAPLPGFV 319 EL TVAH+ AT P P F+ Sbjct: 727 ELLATVAHVKATPPAPDFI 745 >C6BF35.1 C6BF35_RALP1 Glucans biosynthesis glucosyltransferase H EC=2.4.1.- Length = 860 Score = 467 bits (1202), Expect = e-129, Method: Compositional matrix adjust. Identities = 229/318 (72%), Positives = 264/318 (83%) Query: 1 MKHCALAPLPGDGNLSGPILSHDFVEASLMRRAGWSVWIAYDLDGSYEEMPPALLDELGR 60 +KHCALAP+PG G+LSG I+SHDFVEA+LMRRAGW+VWIAYDLDGSYEEMPP LLDELGR Sbjct: 462 IKHCALAPIPGKGSLSGEIMSHDFVEAALMRRAGWAVWIAYDLDGSYEEMPPNLLDELGR 521 Query: 61 DRRWCQGNLMNFRLFLARGMHVVHRAVFVTGVMAYLSAPLWALFLALSTVLLATHTLIDP 120 DRRWC GNLMNFRLF A G H VHRAVF+TGVMAYLSAPLW LFL LST LLA HTLI P Sbjct: 522 DRRWCHGNLMNFRLFGAPGFHRVHRAVFITGVMAYLSAPLWFLFLILSTALLAKHTLIAP 581 Query: 121 QYFVEPRQLFPIWPEWHPEKALALVSATATILFLPKVLSVLLIIVKGARGYGGALRVTLS 180 +YF +PRQLFPIWPEWHPEKA AL SATAT+LFLPK+LSVL++ +G + +GGA+ + LS Sbjct: 582 EYFTQPRQLFPIWPEWHPEKAAALFSATATVLFLPKILSVLVLWAQGPKRFGGAIHLALS 641 Query: 181 MLIELLFSMMLAPVRMLFHTRFVLGAFLGWALSWKSPPRADNETGWGQAVSRHGVHSVLG 240 M IE FS++ APVRMLFHTRFV AFLGW + WKSPPR D +T WG AV RHG+H+V+G Sbjct: 642 MAIEAAFSVLAAPVRMLFHTRFVTAAFLGWKVHWKSPPREDAQTHWGDAVRRHGLHTVIG 701 Query: 241 VAWGALVYWLNPSFIWWLMPIAGSLMFSVPLSVLSSRVSFGRLFRRLQLFVIPEEVDAPR 300 + W A+VYWLNPSF+WWL P+ G+L+ S+PLSV SSRVS GR RRL+LF+IPEEV PR Sbjct: 702 IVWAAIVYWLNPSFLWWLSPVVGALIVSIPLSVFSSRVSLGRRMRRLRLFMIPEEVRPPR 761 Query: 301 ELRDTVAHLNATAPLPGF 318 ELR T HL P+P F Sbjct: 762 ELRATRKHLRNAPPMPDF 779 >E2T4H2.1 E2T4H2_9RALS Glucans biosynthesis glucosyltransferase H EC=2.4.1.- Length = 862 Score = 467 bits (1201), Expect = e-129, Method: Compositional matrix adjust. Identities = 229/318 (72%), Positives = 264/318 (83%) Query: 1 MKHCALAPLPGDGNLSGPILSHDFVEASLMRRAGWSVWIAYDLDGSYEEMPPALLDELGR 60 +KHCALAP+PG G+LSG I+SHDFVEA+LMRRAGW+VWIAYDLDGSYEEMPP LLDELGR Sbjct: 462 IKHCALAPIPGKGSLSGEIMSHDFVEAALMRRAGWAVWIAYDLDGSYEEMPPNLLDELGR 521 Query: 61 DRRWCQGNLMNFRLFLARGMHVVHRAVFVTGVMAYLSAPLWALFLALSTVLLATHTLIDP 120 DRRWC GNLMNFRLF A G H VHRAVF+TGVMAYLSAPLW LFL LST LLA HTLI P Sbjct: 522 DRRWCHGNLMNFRLFGAPGFHRVHRAVFITGVMAYLSAPLWFLFLILSTALLAKHTLIAP 581 Query: 121 QYFVEPRQLFPIWPEWHPEKALALVSATATILFLPKVLSVLLIIVKGARGYGGALRVTLS 180 +YF +PRQLFPIWPEWHPEKA AL SATAT+LFLPK+LSVL++ +G + +GGA+ + LS Sbjct: 582 EYFTQPRQLFPIWPEWHPEKAAALFSATATVLFLPKILSVLVLWAQGPKRFGGAIHLALS 641 Query: 181 MLIELLFSMMLAPVRMLFHTRFVLGAFLGWALSWKSPPRADNETGWGQAVSRHGVHSVLG 240 M IE FS++ APVRMLFHTRFV AFLGW + WKSPPR D +T WG AV RHG+H+V+G Sbjct: 642 MAIEAAFSVLAAPVRMLFHTRFVTAAFLGWKVHWKSPPREDAQTHWGDAVRRHGLHTVIG 701 Query: 241 VAWGALVYWLNPSFIWWLMPIAGSLMFSVPLSVLSSRVSFGRLFRRLQLFVIPEEVDAPR 300 + W A+VYWLNPSF+WWL P+ G+L+ S+PLSV SSRVS GR RRL+LF+IPEEV PR Sbjct: 702 IVWAAIVYWLNPSFLWWLSPVVGALIVSIPLSVFSSRVSLGRRMRRLRLFMIPEEVRPPR 761 Query: 301 ELRDTVAHLNATAPLPGF 318 ELR T HL P+P F Sbjct: 762 ELRATRKHLRNAPPMPDF 779