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= 0251.0026.p (887 letters) Database: pfamseq 9,421,015 sequences; 3,060,696,203 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value B1DGT5.1 B1DGT5_9BACL Glycoside hydrolase family 2 sugar binding 1400 0.0 A9KJP8.1 A9KJP8_CLOPH Putative uncharacterized protein 739 0.0 C3RI92.1 C3RI92_9MOLU Putative uncharacterized protein 610 e-172 A6PM75.1 A6PM75_9BACT Putative uncharacterized protein 446 e-123 C4G2K9.1 C4G2K9_ABIDE Putative uncharacterized protein 442 e-121 >B1DGT5.1 B1DGT5_9BACL Glycoside hydrolase family 2 sugar binding Length = 896 Score = 1400 bits (3624), Expect = 0.0, Method: Compositional matrix adjust. Identities = 659/889 (74%), Positives = 759/889 (85%), Gaps = 6/889 (0%) Query: 1 MSSRVTEVLQGREHNYILPFLWQHGEEEAVIREEMARVHESGIGAVCIEARPHPDFLGPK 60 MS+R+ EVL+GREHNYILPFLWQHGE+E IREEMARVHE+GIGAVC+EARPHPDFLGPK Sbjct: 1 MSNRLKEVLEGREHNYILPFLWQHGEDEHRIREEMARVHEAGIGAVCVEARPHPDFLGPK 60 Query: 61 WWLDMDIIMDEARKRGMKVWLLDDDHFPTGHAAGKVKEAPEELHRSFLGERYIDTIGPAQ 120 WW DMDIIMDEAR+RGMKVWLLDDDHFPTGHAAGKVK+APEELHR FL ERYIDT+GPA Sbjct: 61 WWADMDIIMDEARQRGMKVWLLDDDHFPTGHAAGKVKQAPEELHRKFLAERYIDTVGPAN 120 Query: 121 GTSLLVDTLLMTGLRPTISLKDNASGKNKLVSVTAVRRDPSSGALLGESVDLTELVHEGV 180 GTSLL+DTLLM GLRPT S +NA GKNKL+SV AVRRD S G+LL E +DLT+L+ +G+ Sbjct: 121 GTSLLLDTLLMNGLRPTFSTLENAKGKNKLISVAAVRRDSSDGSLLNECIDLTDLITDGI 180 Query: 181 LYWDIPEGYWRVFVISEDKQGGSEKQENYLNPLDRNSVSILLDTVYEAVYDRYKADFGHT 240 LYWDIPEGYWRVFVISE K GGS QE+YLNPL R+SV ILLDTVYEAVY RYKADFG T Sbjct: 181 LYWDIPEGYWRVFVISESKDGGSAAQEDYLNPLVRDSVRILLDTVYEAVYKRYKADFGST 240 Query: 241 FAGFFSDEPGFYNDTTTFDFNSRPGKAGVSLPWSSEMPVLLEQALGGDYRKHLPLLWH-D 299 FAGFFSDEPGFYND TTFDF SRPGK GV LPWSS MP LLEQALGGDYRK L LLW D Sbjct: 241 FAGFFSDEPGFYNDKTTFDFQSRPGKKGVPLPWSSAMPGLLEQALGGDYRKKLYLLWQED 300 Query: 300 TGEQSDLIRYTYMNIVSKLYAENFCNQIGEWCRARGVEYIGHVLEDNNVHARLGSGAGHF 359 Q + +RY YMNIVSKLYA+NFC+QIG+WCRARGVEYIGHVLEDNNVHARLG G GHF Sbjct: 301 ESAQFNAVRYAYMNIVSKLYADNFCSQIGDWCRARGVEYIGHVLEDNNVHARLGPGPGHF 360 Query: 360 FRSLWGQDMSGLDVVLWQIVPGFDQLSFRQPTGGETDSEFYHYGLAKLGVSLGHIDPKKQ 419 FRSLWGQ MSGLDVVLWQIVPGFD+LSFR T GE DSEF+HYGLAKLGVSL HIDPKKQ Sbjct: 361 FRSLWGQGMSGLDVVLWQIVPGFDELSFRN-TSGEADSEFFHYGLAKLGVSLAHIDPKKQ 419 Query: 420 GRTMCEVYGAYGWAEGLKLMKWLTDHMLVRGVNHFVPHAFTQKGFPDPDCPPHMYAGGKN 479 GRTMCEVYGAYGW EGLKLMKWLTDHMLVRGVN+FVPHAFTQK FP+PDCPPHMYA GKN Sbjct: 420 GRTMCEVYGAYGWTEGLKLMKWLTDHMLVRGVNYFVPHAFTQKAFPEPDCPPHMYADGKN 479 Query: 480 PQYRYYGYLNRYINRISHLISGGRHVATAAVLYHAEAEWSGESMYFHKPVKALMQHQIDC 539 PQYRYY +LN YINR+SHLISGGRHVATAAV+YHAEAEWSG++MYFHKP K LMQHQIDC Sbjct: 480 PQYRYYKHLNHYINRMSHLISGGRHVATAAVMYHAEAEWSGKAMYFHKPAKVLMQHQIDC 539 Query: 540 EVLPVDILLEAASVKDNKLQVNREDYSCLIVPYAEALPAATLQRLLQFAEQGLPVRFVNG 599 ++LP+D+LLE+AS+KDN+L V++EDY CLIVPYAEALPAA ++ L+Q+AEQGL + FV Sbjct: 540 DILPIDVLLESASIKDNRLVVHQEDYKCLIVPYAEALPAAIIRSLVQYAEQGLEIFFVEE 599 Query: 600 LPKRSSEGIDVSGALLSLSVHPNVKTSGLDRLAQDLTADGYYEVKVDGYEPHLRNYHYVH 659 LP R+SEG+D + L +L+ HP VK LD LAQ+LTA GYYE++ D Y+P+LRNYHY H Sbjct: 600 LPSRTSEGLDAADELFTLANHPKVKRVALDILAQELTASGYYEIRADQYQPYLRNYHYQH 659 Query: 660 EDAEVFMFFNESPNQIITTKVALP--LEGDVYAYDAFLNRVTRKETIGESGA-EVVELML 716 E +V+MFFNE P Q + TK+ LP ++GDVYAYDA+LNR+++ + IG+ G + V+L+L Sbjct: 660 EGLDVWMFFNEHPYQTLDTKLELPVSIQGDVYAYDAYLNRLSKVKAIGKGGELKTVQLVL 719 Query: 717 HPYESVLLLHGTALTDYPAGLQWIADGIGLELKGEWTVSIADADHYPNFEARGQLTSLKN 776 PYESV+LLHG L A + + + EL GEW+VSIA+A HYP+F+ GQL +L N Sbjct: 720 SPYESVVLLHGKDLETCTALPSYAVEAV-FELTGEWSVSIAEAVHYPSFKQWGQLAALSN 778 Query: 777 MSGRDVLPGFSGTFRYETEFEWNHSCDKVLLDLGEVYETAEVWINGQHAGLNLCPPYRME 836 MS D LP FSGTFRYETEFEW+ S ++ +L+LGEVYETAEVW+NG+ AG+ +CPPYRME Sbjct: 779 MSRPDYLPRFSGTFRYETEFEWSESSEQAILELGEVYETAEVWLNGEQAGVRICPPYRME 838 Query: 837 VTGTIRKGTNRLVIEVTNTLAKDQRDFLSSFSQQEPSGLIGPVIITPVS 885 ++G ++KG N+LVIEVTNTLAKDQRDFLSSF+QQEPSGLIGPV + ++ Sbjct: 839 ISGLLKKGINKLVIEVTNTLAKDQRDFLSSFAQQEPSGLIGPVTVKKIT 887 >A9KJP8.1 A9KJP8_CLOPH Putative uncharacterized protein Length = 897 Score = 739 bits (1909), Expect = 0.0, Method: Compositional matrix adjust. Identities = 384/903 (42%), Positives = 541/903 (59%), Gaps = 30/903 (3%) Query: 1 MSSRVTEVLQGREHNYILPFLWQHGEEEAVIREEMARVHESGIGAVCIEARPHPDFLGPK 60 M S + E+++ +E NYILPF WQHGE E +RE M +H GI AVC+EARPHPD+LGP Sbjct: 1 MKSFIKELIEQKEGNYILPFFWQHGESEGKLREYMEAIHSCGIRAVCVEARPHPDYLGPG 60 Query: 61 WWLDMDIIMDEARKRGMKVWLLDDDHFPTGHAAGKVKEAPEELHRSFLGERYIDTIGPAQ 120 WW D+DII+DEA+KR MK+W+LDD HFPTG+AAGK+ E+ ++ + ++ ++ID GP Sbjct: 61 WWHDLDIIIDEAKKRDMKLWILDDAHFPTGYAAGKIAESEDKYCKQYISRKFIDVSGPTP 120 Query: 121 GTSLLVDTLLMTGLRPT---------ISLKDNASGKNKLVSVTAVRRDPSSGALLGESVD 171 + + ++M + P+ S K ++++S+ A + D S +L+GE +D Sbjct: 121 EVEVNLAAMMMPIMLPSGLNLEMFGMSSEKKRYFTDDRILSIRAYQMDKDS-SLIGEGID 179 Query: 172 LTELVHEGVLYWDIPEGYWRVFVISEDKQGGSEKQENYLNPLDRNSVSILLDTVYEAVYD 231 LT + G L WD+P+G WR+ V+ + G E + +Y+N +D++S I +D VYE Y+ Sbjct: 180 LTTNIVNGKLIWDVPKGTWRINVLFITRNG--EGRCDYINMVDKDSCRIQIDAVYEPHYE 237 Query: 232 RYKADFGHTFAGFFSDEPGFYNDTTTFDFNSRPGKAGVSLPWSSEMPVLLEQALGGDYRK 291 YK +FG T AGFFSDEP N + ++F+ GK LPWSS++ +LE+ LG +Y Sbjct: 238 HYKEEFGKTIAGFFSDEPCLGN-SIGYNFDESIGKKKTPLPWSSQLEKMLEEKLGKEYLP 296 Query: 292 HLPLLWHDTGEQ--SDLIRYTYMNIVSKLYAENFCNQIGEWCRARGVEYIGHVLEDNNVH 349 + P LW D ++ + +RY YM+ V++L ENF QIG+WC RGVEYIGH++EDNN H Sbjct: 297 YYPALWTDMADEKVNARVRYAYMDCVTRLVEENFSRQIGQWCEERGVEYIGHIVEDNNQH 356 Query: 350 ARLGSGAGHFFRSLWGQDMSGLDVVLWQIVPGFDQLSFRQPTGGETDSEFYHYGLAKLGV 409 +RLGS GHFFRS+ GQ MSG+D + Q++PG + G + D EFYHY L KLG Sbjct: 357 SRLGSSQGHFFRSMMGQHMSGIDNIGDQVLPGGENHKREALLGADKDGEFYHYELGKLGS 416 Query: 410 SLGHIDPKKQGRTMCEVYGAYGWAEGLKLMKWLTDHMLVRGVNHFVPHAFTQKGFPDPDC 469 SL HIDPKKQGR MCE++GAYGW G++ MK+L DH LVRG+N +VPHAF+ K FPD DC Sbjct: 417 SLAHIDPKKQGRAMCEIFGAYGWRLGIRTMKYLMDHFLVRGINVYVPHAFSPKDFPDSDC 476 Query: 470 PPHMYAGGKNPQYRYYGYLNRYINRISHLISGGRHVATAAVLYHAEAEWSGESMYFHKPV 529 PPH YAGG++PQ+ Y+ L Y NR+ HL++GG H+A AAVLYH EAEW+G M+ K Sbjct: 477 PPHFYAGGEDPQFNYFKKLMHYTNRMCHLLNGGTHIAPAAVLYHGEAEWTGGCMFNQKVA 536 Query: 530 KALMQHQIDCEVLPVDILLEAASVK---DNKLQVNREDYSCLIVPYAEALPAATLQRLLQ 586 + L++ QID ++LP D+ + ++ D LQVN E Y C IVPYAE + Sbjct: 537 RELLESQIDFDILPSDVFADMSAYNATFDGFLQVNGESYDCFIVPYAEFITKEVAVFAGT 596 Query: 587 FAEQGLPVRFVNGLPKRSSEGIDVSGALLSLSVHPNVKTSGLDRLAQDLTADGYYEVKVD 646 +++G PV FV GLP+ L L L+ L++ L + +E+ D Sbjct: 597 ASKKGFPVFFVQGLPESICNIDKKEEEKLLLDGMSECIVVPLEALSKTLKDNKLFEISSD 656 Query: 647 GYEPHLRNYHYVHEDAEVFMFFNESPNQIITTKVALPLEGDVYAYDAFLNRVTRKETIGE 706 LR YHY E E++MF NES + + + +G+V YDA NR+ E Sbjct: 657 NQFDGLRYYHYRKEQTELYMFSNESIGKEYNGWITVKSKGEVSLYDAMDNRIIPAEYRNT 716 Query: 707 SGAEVVELMLHPYESVLLLHGTALTDYPAGLQWIADGIGLELKGEWTVSIADADHYPNFE 766 + + L PY+SV+ L L + + A G L W +S A+ YP F+ Sbjct: 717 EDGTSIHIRLTPYQSVVALF-EDLKEVEDQGNFEAKP-GYRLDAAWRISSAEVSKYPEFQ 774 Query: 767 ARGQLTSLKNMSGRDVLPGFSGTFRYETEFEWNH-SCDKVLLDLGEVYETAEVWINGQHA 825 T LK+M GR VLP FSG RYE+EF ++ + LL++ +VYE AEVW+NG Sbjct: 775 PVEVTTELKSM-GR-VLPDFSGYLRYESEFVYDRMPTGRELLNITDVYEGAEVWLNGHCL 832 Query: 826 GLNLCPPYRMEVTGTIRKGTNRLVIEVTNTLAK-------DQRDFLSSFSQQEPSGLIGP 878 G+ +CPPY+ + +R G N + IEV TL + D R + EP+G++G Sbjct: 833 GMKICPPYQFPLGEALRAGENHIRIEVATTLDRKVKSLPQDMRSLMFYSKITEPTGIVGS 892 Query: 879 VII 881 V I Sbjct: 893 VEI 895 >C3RI92.1 C3RI92_9MOLU Putative uncharacterized protein Length = 857 Score = 610 bits (1574), Expect = e-172, Method: Compositional matrix adjust. Identities = 335/883 (37%), Positives = 492/883 (55%), Gaps = 57/883 (6%) Query: 5 VTEVLQGREHNYILPFLWQHGEEEAVIREEMARVHESGIGAVCIEARPHPDFLGPKWWLD 64 V + L ++ + PF WQHGE I E + ++ E GI CIE+RPHP FL WW Sbjct: 4 VEKNLNSSSYHNLFPFFWQHGESNNKIDEYITKMKEQGINDFCIESRPHPAFLEKGWWQS 63 Query: 65 MDIIMDEARKRGMKVWLLDDDHFPTGHAAGKVKEAPEELHRSFLGERYIDTIGPAQGTSL 124 +D I+++A++ MK+W+LDD FPTG+A GKV PE L + +L R D G + L Sbjct: 64 LDFIIEKAKENDMKIWILDDARFPTGYANGKV---PEALRKRYLNYRRYDIAGNQKFAQL 120 Query: 125 LVDTLLMTGLRPTISLKDNASGK----NKLVSVTAVRRDPSSGALLGES--VDLTELVHE 178 L+P + ++ + K +++ V + D S E+ +D+T + + Sbjct: 121 --------NLKPIVDMRTFMNNKRHQQDQIFRVVLAKNDISVKDGFNETDLIDITNQIKD 172 Query: 179 GVLYWDIPEGY-WRVFVISEDKQGGSEKQENYLNPLDRNSVSILLDTVYEAVYDRYKADF 237 VL + + +FV+ G E YL+P+ + + +L+D VY+ YD Y +F Sbjct: 173 NVLTVSLENNVNYSIFVLYVTMVGDEAVTEEYLDPMKKEATQVLIDEVYQKHYDHYYHEF 232 Query: 238 GHTFAGFFSDEPGFYNDTTTFDFNSRPGKAGVSLPWSSEMPVLLEQALGGDYR-KHLPLL 296 G T GFFSDEP F N N+ G+ + LPW+ + + L++ D+ +L LL Sbjct: 233 GKTIVGFFSDEPRFGNTKGP---NASIGRYNMPLPWNENVLMKLKEI---DFDLNNLVLL 286 Query: 297 WHDTGEQSDLIRYTYMNIVSKLYAENFCNQIGEWCRARGVEYIGHVLEDNNVHARLGSGA 356 + ++++RY YMNI+S LY+ENF IG WC+ + ++Y+GHV+EDNN H+RLG GA Sbjct: 287 FQGMSSTANMVRYAYMNIISNLYSENFSQVIGNWCKEKEIDYVGHVIEDNNAHSRLGYGA 346 Query: 357 GHFFRSLWGQDMSGLDVVLWQIVPGFDQLSFRQPTGGETDSEFYHYGLAKLGVSLGHIDP 416 GH+FRS+ GQ M+G+D++ QIVPG D TGG +D EFYHY L KLG S +D Sbjct: 347 GHYFRSIAGQTMAGIDIIGGQIVPGMDYHHTAFSTGG-SDGEFYHYALCKLGASAAKLDK 405 Query: 417 KKQGRTMCEVYGAYGWAEGLKLMKWLTDHMLVRGVNHFVPHAFTQKGFPDPDCPPHMYAG 476 K GR MCE +GAYGW EGLK+MKW+TDHM+ GVN VPHAF K FPD DCPPH YA Sbjct: 406 NKNGRLMCEAFGAYGWVEGLKMMKWITDHMISHGVNLIVPHAFDPKEFPDWDCPPHFYAH 465 Query: 477 GKNPQYRYYGYLNRYINRISHLISGGRHVATAAVLYHAEAEWSGESMYFHKPVKALMQHQ 536 G NPQY Y+ Y Y NR+ +L+S G + VLYHA AEWSG+ M K +K L Q+Q Sbjct: 466 GNNPQYPYFHYFANYANRLCNLMSDGHQICKVGVLYHAFAEWSGDYMLIQKVLKVLQQNQ 525 Query: 537 IDCEVLPVDILLEAASVKDNKLQVNREDYSCLIVPYAEALPAATLQRLLQFAEQGLPVRF 596 IDC V+ D L+EA +K++ Q+N D+ L+VPYA+ LP LQ + + + V F Sbjct: 526 IDCNVISEDYLMEAM-IKEDVYQINGYDFEVLVVPYAKRLPDCLLQTIKRLKSK---VIF 581 Query: 597 VNGLPKRSSEGIDVSGALLSLSVHPNVKTSGLDRLAQDLTADGYYEVKVDGYEPHLRNYH 656 ++ P E +V GAL+ L L ++L + Y E+ +D E L YH Sbjct: 582 IDAFP----EDEEVEGALV----------LSLQELPREL--NDYSEILIDHMEEKLVFYH 625 Query: 657 YVHEDAEVFMFFNESPNQIITTKVALPLEGDVYAYDAFLNRVTRKETIGESGAEVVELML 716 Y H+D +++MF NES I +++ L + + YDAF N+ + + E ++ L L Sbjct: 626 YQHDDGDIYMFNNESIYSDINSQIMLKTDQSLMIYDAFSNQTYKFASKIEGQQQIFNLHL 685 Query: 717 HPYESVLLLHGTALTDYPAGLQWIADGIGLELKGEWTVSIADADHYPNFEARGQLTSLKN 776 PY+S++L+ G + PA + + +E+ + + + NF+A T+L N Sbjct: 686 APYQSLILVSGKSNDLIPAKKSELGNVNDVEISLR---AFNETKYRVNFKADLN-TNLMN 741 Query: 777 MSGRDVLPGFSGTFRYETEFEWNHSCDKVLLDLGEVYETAEVWINGQHAGLNLCPPYRME 836 P FSG +Y F ++ VLL++ E YE EV +NG+ AG+ + P Y + Sbjct: 742 R-----YPCFSGAVKY--HFRYSFITKDVLLEISEAYEIVEVIVNGKLAGVKIAPEYLFD 794 Query: 837 VTGTIRKGTNRLVIEVTNTLAKDQRDFLSSFSQQEPSGLIGPV 879 ++ + G N I V NTLA++Q D +S F EP G+ G + Sbjct: 795 ISEYLEIGENSFEIIVINTLARNQHDAMSQFLALEPMGITGTL 837 >A6PM75.1 A6PM75_9BACT Putative uncharacterized protein Length = 892 Score = 446 bits (1148), Expect = e-123, Method: Compositional matrix adjust. Identities = 284/896 (31%), Positives = 436/896 (48%), Gaps = 67/896 (7%) Query: 1 MSSRVTEVLQGREHNYILPFLWQHGEEEAVIREEMARVHESGIGAVCIEARPHPDFLGPK 60 +S +++E L R +Y++P LW GE +R+EM + +GI E R F Sbjct: 2 ISQKISECLSDRTGSYLIPLLWYTGESAEQVRKEMDAIRRAGISEFIFENRGGDWFCTEP 61 Query: 61 WWLDMDIIMDEARKRGMKVWLLDDDHFPTGHAAGKVKEAPEE--LHRSFLGERYIDTIGP 118 W + ++ A M+VWLLDD H TG A +K PE + L +D +GP Sbjct: 62 WMRLFEEVLQYAAACRMRVWLLDDSHVNTGSANDSLKR-PENAPFRQQCLRIELMDVVGP 120 Query: 119 -AQGTSLLVDTLLMTGLRPTISLKDNASGKNKLVSVTAVRRDPSSGALLGESVDLTELVH 177 + G + L + + ++++ A RRD SG G+ VDL+ + Sbjct: 121 LSAGAAFLPEH----------------TAAETILAIAAYRRDGRSGECTGDPVDLSGSIK 164 Query: 178 EGVLYWDIPEGYWRVFVISEDKQGGSEKQENYLNPLDRNSVSILLDTVYEAVYDRYKADF 237 +G+ D+PEG WR++ + NY+ + NS L+D V+E ++DR+ A F Sbjct: 165 DGLCMLDLPEGIWRIYFVMTADPARQGMFANYITMVSANSCRHLIDEVHEKIHDRFSAYF 224 Query: 238 GHTFAGFFSDEPGFYNDTTTF--DFNS-RPGKAGVSLPWSSEMPVLLE---QALGGDYRK 291 G FAGFFSDEP F N + D+ R G+ PWS++M LL + + Sbjct: 225 GTVFAGFFSDEPAFGNCDGQYGDDYAEHRMGQLRRLYPWSADMARLLAARCRMTEDELML 284 Query: 292 HLPLLWHDTGEQSDLIRYTYMNIVSKLYAENFCNQIGEWCRARGVEYIGHVLEDNNVHAR 351 LP LW +R YM++++ L+ EN+ ++G+WC GVEYIGHVLED H R Sbjct: 285 RLPALWDAVSPGDTALRLAYMDLITGLWRENYSCRLGDWCERHGVEYIGHVLEDEGAHMR 344 Query: 352 LGSGAGHFFRSLWGQDMSGLDVVLWQIVPGFDQLSFRQPTGGE-TDSEFYHYGLAKLGVS 410 G G GHFFR++ GQ M+G+D VL Q +PG + G + ++ FY Y + KL VS Sbjct: 345 TGWGCGHFFRAMAGQHMAGIDTVLGQTIPGITSMPHALNQGTQLKNTLFYQYTMPKLAVS 404 Query: 411 LGHIDPKKQGRTMCEVYGAYGWAEGLKLMKWLTDHMLVRGVNHFVPHA------------ 458 L +P+ +GR++CE++GAYGW GL M+ + + L GVNH++PHA Sbjct: 405 LARHNPRMRGRSVCEIFGAYGWNAGLSFMRAILNFYLASGVNHYIPHAYSMCLPEVFRGD 464 Query: 459 ---------FTQKGFPDPDCPPHMYAGGKNPQYRYYGYLNRYINRISHLISGGRHVATAA 509 FT G+ P YAGG NPQY + L RY R+ HL++GG H+A A Sbjct: 465 ADEHRNGGGFTPPGYCMSYLAPAFYAGGFNPQYGIFCKLMRYAQRVCHLLAGGEHLADVA 524 Query: 510 VLYHAEAEW--SGESMYFHKPVKALMQHQIDCEVLPVDILLEAASVKDNKLQVNREDYSC 567 + Y+AE +W G + AL + D ++LP D LL A ++++L+V YS Sbjct: 525 IYYNAEGDWVNQGAVTSLDEVCAALTRGGFDYDILPADTLLRDAEAENSRLRVGPASYSA 584 Query: 568 LIVPYAEALPAATLQRLLQFAEQGLPVRFVNGLPKRSSEGIDVSGALLSLSVHPNVKTSG 627 LIVP + LP L+R A QG+P+ F +P+R+ E S A+ SL N+ Sbjct: 585 LIVPGSTVLPEKLLERFEVLAAQGVPLLFAGMMPERTEE--PDSPAMASLP--GNLYAVP 640 Query: 628 LDRLAQDLTADGYYEVKVDGYEPHLRNYHYVHEDAEVFMFFNESPNQIITTKVALPLEGD 687 + LA+ L +++ P LR + ED + FF +VA + Sbjct: 641 VPALAERLGGICPGRLRISPAMPELRYFGMRGEDGAICYFFCNEGRTDARFQVA--ATEN 698 Query: 688 VYAYDAFLNRVTRKETIGESGAEVVELMLHPYESVLLLHGTALTDYPAGLQWIADG--IG 745 YD + NR+ R + E + L + P E ++++ D P GL G Sbjct: 699 AVLYDPWKNRLFRL----AAEPEGIRLAVRPQELLVVIFN---RDEP-GLPLFRSGEKAM 750 Query: 746 LELKGEWTVSIADADHYPNFEARGQLTSLKNMSGRDVLPGFSGTFRYETEFEWNHSCDKV 805 EL + +S+ +A F + ++ N++ + L F G RYE EF+W+ + Sbjct: 751 RELPLRYRISLREAGDAGAFRVIRENSAAVNLTVEENLTRFCGEIRYEAEFDWDGVSAET 810 Query: 806 LLDLGEVYETAEVWINGQHAGLNLCPPYRMEVTGTIRKGTNRLVIEVTNTLAKDQR 861 L+ + E + AE+W+NG + G + P R E+ G ++ G N L+I + A R Sbjct: 811 LV-IPECGDCAELWLNGSYCGAEIGPQCRFEIGGKLKPGRNTLLIRTADNPAYADR 865 >C4G2K9.1 C4G2K9_ABIDE Putative uncharacterized protein Length = 850 Score = 442 bits (1136), Expect = e-121, Method: Compositional matrix adjust. Identities = 290/892 (32%), Positives = 464/892 (52%), Gaps = 55/892 (6%) Query: 3 SRVTEVLQGREHNYILPFLWQHGEEEAVIREEMARVHESGIGAVCIEARPHPDFLGPKWW 62 +R+ ++ + NYILPFLW HG + + + ++ESG AVC+EARPHPDF G WW Sbjct: 2 NRIKQIWEKGPDNYILPFLWMHGASDEKKKRMVEVIYESGARAVCLEARPHPDFAGSLWW 61 Query: 63 LDMDIIMDEARKRGMKVWLLDDDHFPTGHAAGKVKEAPEELHRSFLGERYIDTIGPAQGT 122 D+++I++EA+++ MKVW+LDD HFPTG A G + APE+L R L E+++D +GP + Sbjct: 62 HDVEVILEEAKEKDMKVWILDDAHFPTGSANGAAEHAPEKLKRICLTEQHMDILGPV--S 119 Query: 123 SLLVDTLLMTGLRPTISLKDNASGKNKLVSVTAVRRDPS-SGALLGESVDLTELVHEGVL 181 L V+ P K K+V V + + + ++ + + LT+ + +GVL Sbjct: 120 DLYVNIEERLNCDPETGEFIPKYYKEKVVEVLLGKTETRGNKEIIKDVICLTDRIRDGVL 179 Query: 182 YWDIPEGYWRVFVISEDKQGGSEKQENYLNPLDRNSVSILLDTVYEAVYDRYKADFGHTF 241 +PEG +R+ +I+ K S+ + ++ L+ SV +L++ VYE Y + FG+T Sbjct: 180 NITVPEGSYRLVIITR-KIHASKFLSDAISFLEPESVDLLINAVYEPHYKHFSDWFGNTI 238 Query: 242 AGFFSDEPGFYN-DTTTFDFNSRPGKAGVSLPWSSEMPVLLEQALGGDYRKHLPLLW--- 297 AGFFSDEPGF+N + R G LPWS ++ L+++ D R LP L+ Sbjct: 239 AGFFSDEPGFFNLKNIGYGDVLRTGDVSEPLPWSDKIYRQLKESYPYDLRISLPYLFGMK 298 Query: 298 -HDTGEQSDLIRYTYMNIVSKLYAENFCNQIGEWCRARGVEYIGHVLEDNNVHARLGSGA 356 GE L R YM++V+K Y +NF ++ +WC VEYIGHV+ED + RLG G Sbjct: 299 SDQPGEDRKLCR-LYMDLVTKEYEKNFPEKLSKWCSEHKVEYIGHVVEDIPSYERLGQGT 357 Query: 357 GHFFRSLWGQDMSGLDVVLWQIVPGFDQLSFRQPTGGETDSEFYHYGLAKLGVSLGHIDP 416 GH+FR++ QDM+G+DVVL ++P +FY YGL +L S Sbjct: 358 GHYFRAIRKQDMAGIDVVLNSLLP--------------EKEDFYLYGLPQLAASCAAHSE 403 Query: 417 KKQGRTMCEVYGAYGWAEGLKLMKWLTDHMLVRGVNHFVPHAFTQKGFPDPDCPPHMYAG 476 K++GR MCE++GAYGW+EG+ MKW+ D+ML+ G+N FVPHAFT FPD DCPPH +A Sbjct: 404 KQKGRAMCELFGAYGWSEGVTFMKWMADYMLLHGINVFVPHAFTDNSFPDADCPPHFWAE 463 Query: 477 GKNPQYRYYGYLNRYINRISHLISGGRHVATAAVLYHAEAEWSGESMYFHKPVKALMQHQ 536 G NPQ+ L Y+N+++ L+S V AVL+ AE +W G++ + + K L+ HQ Sbjct: 464 GNNPQFAAIRQLFCYMNKMADLLSNSEAVVKNAVLFEAEFDWVGDTQPYCEIGKELITHQ 523 Query: 537 IDCEVLPVDILLEAASVKDNKLQVNREDYSCLIVPYAEALPAATLQRLLQFAEQGLPVRF 596 + ++ +D L+AA + ++ + YS L +P + + + L + +G+ + F Sbjct: 524 TEYHLVCMDD-LKAAICEAGEICIRNRKYSRLFIPKIQYMDREDAKLLEEVQNKGIQIYF 582 Query: 597 VNGLPKRSSEGIDVSGALLSLSVHPNVKTSGLDRLAQDLTADGYYEVKVDGYEPHLRNYH 656 ++G P + + G +L V + + LAQ VK+ G + Sbjct: 583 IDGKP------LSLEGEILK-----EVNSIPVISLAQVSENAEQQFVKLKGEHTKWVHCS 631 Query: 657 YVHEDAEVF-MFFNESPNQIITTKVALPLEGDVYAYDAFLNRVTRKETIGESGAEV-VEL 714 ++ E+ + N S Q + ++ + V + L RV E + + E ++ Sbjct: 632 TYEKNGEILHVLLNTSLKQSVEAEMIVQ---QVKREKSKLLRVDMMEQLYMNVQEFQSKI 688 Query: 715 MLHPYESVL---LLHGTALTDYPAGLQWIADGIGLELKGEWTVSIADADHYPNFEARGQL 771 +L P E + +L T+ + + D + ++ EW +S++ +E G++ Sbjct: 689 ILEPGEMAVFSEVLEHEVSTEVLSHKEKQWDVLQID---EWNLSVSSYKTPGLWENLGKI 745 Query: 772 TSLKNMSGRDVLPGFSGTFRYETEFEWNHSCDKVLLDLGEVYETAEVWINGQHAGLNLCP 831 L ++ P F+GT RYE E + + L L E VWI+G++AG + Sbjct: 746 RQLGDLYVN--YPDFAGTIRYEAEVSLKNIKE---LWLKGASEAVTVWIDGENAGRCIGT 800 Query: 832 PYRMEVT-GTIRKGTNRLVIEVTNTLAKDQRDFLSSFSQQEPSGLIGPVIIT 882 PYR + + K T L I++ +TL +D LS + G G V I Sbjct: 801 PYRYHLPYEDMEKVT--LCIDIASTLYGAVKDKLSQAREIPRLGFEGEVWIC 850 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 0.319 0.138 0.426 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: 5,877,190,021 Number of extensions: 270198670 Number of successful extensions: 542630 Number of sequences better than 1.0e-05: 90 Number of HSP's gapped: 542470 Number of HSP's successfully gapped: 100 Length of query: 887 Length of database: 3,060,696,203 Length adjustment: 145 Effective length of query: 742 Effective length of database: 1,694,649,028 Effective search space: 1257429578776 Effective search space used: 1257429578776 Neighboring words threshold: 11 Window for multiple hits: 40 X1: 16 ( 7.4 bits) X2: 38 (14.6 bits) X3: 64 (24.7 bits) S1: 41 (21.7 bits) S2: 136 (57.0 bits)