BLASTP 2.2.17 [Aug-26-2007] 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 composition-based statistics: Schaffer, Alejandro A., L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST protein database searches with composition-based statistics and other refinements", Nucleic Acids Res. 29:2994-3005. Query= 0001.1243.p (547 letters) Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,459,386 sequences; 5,307,515,862 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value ref|YP_003775402.1| exopolysaccharide methanolan synthase [Herba... 693 0.0 ref|ZP_08273945.1| EpsH [Oxalobacteraceae bacterium IMCC9480] >g... 538 e-150 ref|YP_003051603.1| exosortase 2 [Methylovorus glucosetrophus SI... 329 9e-88 emb|CBA27729.1| hypothetical protein Csp_A03740 [Curvibacter put... 325 1e-86 ref|YP_410946.1| hypothetical protein Nmul_A0246 [Nitrosospira m... 305 1e-80 >ref|YP_003775402.1| exopolysaccharide methanolan synthase [Herbaspirillum seropedicae SmR1] gb|ADJ63494.1| exopolysaccharide methanolan synthase protein [Herbaspirillum seropedicae SmR1] Length = 547 Score = 693 bits (1788), Expect = 0.0, Method: Composition-based stats. Identities = 368/544 (67%), Positives = 434/544 (79%), Gaps = 1/544 (0%) Query: 4 QTLRPMRQQPFSGLPWLVVAAGLAAMYVPSFIDLFHGVWGTERNAHGPIVLAVACCYLFV 63 QTL P +++ L WL+VA GLAAMYVPSF+DL HGVWG+ERNAHGPIVL VAC YL V Sbjct: 5 QTLNPPQERSPGPLSWLLVALGLAAMYVPSFVDLLHGVWGSERNAHGPIVLVVACVYLGV 64 Query: 64 RVRQLHQDGLIERRPAPIAGMVFLLLGLLCFVLGRSQTVLFMEAGSLIPILIGIVLLQFG 123 R+RQL GLIER+PAP+AG + +LLGLLCF LGR+QTVLFMEAGSLIPIL+GIVLL +G Sbjct: 65 RIRQLRDAGLIERQPAPLAGSLMVLLGLLCFALGRAQTVLFMEAGSLIPILVGIVLLVYG 124 Query: 124 IRTCRRLWFAFFFMLFMVPLPASVVDLLTQPLKIGVSYASELILRQFGYPIARSGVILYI 183 ++TCRRLWFAFFFMLFMVPLPASVVD+LTQPLKIGVSYA++ +L+ YP+ARSGVI+ I Sbjct: 125 VKTCRRLWFAFFFMLFMVPLPASVVDVLTQPLKIGVSYAAQHLLQWLDYPVARSGVIISI 184 Query: 184 GPYQLLVADACAGLNSLFTLEALGLLYMNLVRHQSLFRNLVLAVLIVPISFTANTVRVMV 243 GPYQLLVADACAGLNSLFTLEALGLLYMNLVRH SL RN +LA+LIVPISFTANTVRV+V Sbjct: 185 GPYQLLVADACAGLNSLFTLEALGLLYMNLVRHPSLVRNTLLALLIVPISFTANTVRVVV 244 Query: 244 LALITYYLGDAAGQGFLHGFAGMLLFFVALGLIIALDGLLRWIAVRHAGWQGRAVPLPVQ 303 LALITYYLGDAAGQGFLHGFAGMLLFFVALGLII +D LLRWIAV+ A +GRA+P Sbjct: 245 LALITYYLGDAAGQGFLHGFAGMLLFFVALGLIIGMDSLLRWIAVQLARGRGRALPAAPV 304 Query: 304 RKRVASTESAREKFVMNIRLAVPMAVAMALSVAVAGMLVPHDPQVLKDGKFSSIVPTQFG 363 R++ A+ F + + +A +A M +SV A L PH V K F++ +P +FG Sbjct: 305 RRQPAAPLRQDGLFALRLPVAAVLAGGMLVSVGAAYALAPHQESVAKTAPFATFLPQRFG 364 Query: 364 DWREVPSPFLQVDVGLDDGTGRNAEQPYDDVLGRTYVNSRGQMVMLALAYAKEQTQDVKI 423 DWR VPSP+LQV L +GTGR AEQPYDD + RTYVNSRGQ VMLALAYA+EQ QDVKI Sbjct: 365 DWRMVPSPYLQVSTALQEGTGRTAEQPYDDEIARTYVNSRGQQVMLALAYAREQMQDVKI 424 Query: 424 HLPEVCYVAQGFVLSGKERVAIPVRAGSQPVMGSRFVASRQNRVEAVTYWVRIGDGFPNG 483 H PEVCYVAQGF LSG++ +++ G + + G RF+A +R+E VTYW RIGD P G Sbjct: 425 HPPEVCYVAQGFTLSGQQPLSMRAADG-KTIEGRRFLARSGDRMEPVTYWTRIGDALPVG 483 Query: 484 GLAARLKIFEDGMAGRISDGILVRASTLVQEGASQADEFALQQRFLEDLQSAVGAANPGL 543 GL ARL IF GM GRI+DGILVRAS+L+ + + Q FALQQ FL+DL++A+ NPGL Sbjct: 484 GLDARLTIFRQGMQGRIADGILVRASSLISDPSGQDAAFALQQGFLQDLEAALRKNNPGL 543 Query: 544 LVPA 547 L+PA Sbjct: 544 LLPA 547 >ref|ZP_08273945.1| EpsH [Oxalobacteraceae bacterium IMCC9480] gb|EGF32586.1| EpsH [Oxalobacteraceae bacterium IMCC9480] Length = 547 Score = 538 bits (1386), Expect = e-150, Method: Composition-based stats. Identities = 286/549 (52%), Positives = 377/549 (68%), Gaps = 11/549 (2%) Query: 1 MTAQTLRPMRQQPFSGLPWLVVAAGLAAMYVPSFIDLFHGVWGTERNAHGPIVLAVACCY 60 M +P+ + LPW+++ GL A+Y P+F DLFHG W TE+NA GPIV+ V+ + Sbjct: 1 MATTLSQPIAVKRTQFLPWILILVGLCAVYGPTFYDLFHGAWSTEKNAQGPIVMGVSFYF 60 Query: 61 LFVRVRQLHQDGLIERRPAPIAGMVFLLLGLLCFVLGRSQTVLFMEAGSLIPILIGIVLL 120 L+ RV+QL + GL +R PAP+AG + L GLLC+ +GRSQ+VL +E GSL+ +L G+V+ Sbjct: 61 LYYRVKQLLERGLFDRSPAPVAGSLMLGFGLLCYAVGRSQSVLLLEVGSLVVVLSGMVVT 120 Query: 121 QFGIRTCRRLWFAFFFMLFMVPLPASVVDLLTQPLKIGVSYASELILRQFGYPIARSGVI 180 +G+RT R+WFAFFFMLFM+PLPASVVD +TQPLKIGVSYA+E +L GYPIARSGVI Sbjct: 121 FYGVRTWSRMWFAFFFMLFMIPLPASVVDAVTQPLKIGVSYATEHLLYWAGYPIARSGVI 180 Query: 181 LYIGPYQLLVADACAGLNSLFTLEALGLLYMNLVRHQSLFRNLVLAVLIVPISFTANTVR 240 L IG YQLLVADACAGLNSLF LEALGLLYMNLVRH S+ RN+VLA LIVPISFTANT+R Sbjct: 181 LTIGQYQLLVADACAGLNSLFVLEALGLLYMNLVRHSSVVRNVVLAALIVPISFTANTIR 240 Query: 241 VMVLALITYYLGDAAGQGFLHGFAGMLLFFVALGLIIALDGLLRWIAVRHAGWQGRAVPL 300 ++ LALITYY GDAAGQGF+HGF+G++LF AL LII +DG++ + + + VP Sbjct: 241 IIFLALITYYFGDAAGQGFVHGFSGIVLFLSALLLIIGVDGVISRLV------RDKPVPG 294 Query: 301 PVQRKRVASTESAREKFVMNI-----RLAVPMAVAMALSVAVAGMLVPHDPQVLKDGKFS 355 ++++S R K + + ++ + +AM ++V A L P + + Sbjct: 295 LSPAGLKSASKSVRLKAWQAVSAVTGKPSLAIMLAMFVAVGAAYALTPVMGKAKAMTPLA 354 Query: 356 SIVPTQFGDWREVPSPFLQVDVGLDDGTGRNAEQPYDDVLGRTYVNSRGQMVMLALAYAK 415 + +PTQFGDW E+ S +Q D+ + ++ QPYDDVL RTYVN G VMLALAYAK Sbjct: 355 TSIPTQFGDWTEIKSSIVQADLTAMEDGKKSINQPYDDVLTRTYVNKAGDQVMLALAYAK 414 Query: 416 EQTQDVKIHLPEVCYVAQGFVLSGKERVAIPVRAGSQPVMGSRFVASRQNRVEAVTYWVR 475 EQ QDVKIHLPEVCY AQG+ + + V +G V G R + + NR EAV+YWVR Sbjct: 415 EQRQDVKIHLPEVCYPAQGYQVLANTPTNLAVLSGGATVPGKRLLTTGNNRTEAVSYWVR 474 Query: 476 IGDGFPNGGLAARLKIFEDGMAGRISDGILVRASTLVQEGASQADEFALQQRFLEDLQSA 535 IGD +P GGLA R+KIF DG+ G ++DG+LVRAS L+ + A + +Q++FL L + Sbjct: 475 IGDAYPQGGLATRMKIFRDGIGGNVTDGMLVRASMLIGDKADAQRSYVIQEQFLSALVAT 534 Query: 536 VGAANPGLL 544 A L+ Sbjct: 535 FKAGEQPLV 543 >ref|YP_003051603.1| exosortase 2 [Methylovorus glucosetrophus SIP3-4] gb|ACT51076.1| exosortase 2 [Methylovorus glucosetrophus SIP3-4] Length = 300 Score = 329 bits (843), Expect = 9e-88, Method: Composition-based stats. Identities = 165/278 (59%), Positives = 211/278 (75%), Gaps = 1/278 (0%) Query: 15 SGLPWLVVAAGLAAMYVPSFIDLFHGVWGTERNAHGPIVLAVACCYLFVRVRQLHQDGLI 74 S + W+++A GL +Y PSF DLFHG+WGTER+AHGPIV V+ + + ++RQ+ + I Sbjct: 16 SSVAWVLIALGLGVVYFPSFWDLFHGIWGTERHAHGPIVFVVSIWFFYFKIRQIEEHN-I 74 Query: 75 ERRPAPIAGMVFLLLGLLCFVLGRSQTVLFMEAGSLIPILIGIVLLQFGIRTCRRLWFAF 134 +PAP+AG V LGL+ +++GRSQT+L E GSLIP+L+GI L+ FG + + LWFAF Sbjct: 75 PLQPAPLAGWVLFSLGLVIYIIGRSQTLLIFEIGSLIPVLLGITLITFGKQVAKFLWFAF 134 Query: 135 FFMLFMVPLPASVVDLLTQPLKIGVSYASELILRQFGYPIARSGVILYIGPYQLLVADAC 194 FF+ F+VPLPA VVD+ T P+K VSYA+E IL YPI+RSGV+L IG YQLLVADAC Sbjct: 135 FFLCFVVPLPALVVDMATLPMKTAVSYATEHILYMLDYPISRSGVMLTIGQYQLLVADAC 194 Query: 195 AGLNSLFTLEALGLLYMNLVRHQSLFRNLVLAVLIVPISFTANTVRVMVLALITYYLGDA 254 AGLNSLFTLE LGLLYMN+ H+S FRN LAVLIVPISF AN RV+VL+LITY+ GD Sbjct: 195 AGLNSLFTLEVLGLLYMNVTHHESPFRNFTLAVLIVPISFMANVTRVIVLSLITYHWGDE 254 Query: 255 AGQGFLHGFAGMLLFFVALGLIIALDGLLRWIAVRHAG 292 AGQGFLH F+G++LF AL L+I D LLR+++ + G Sbjct: 255 AGQGFLHEFSGLVLFITALILVIGTDSLLRFLSNKFFG 292 >emb|CBA27729.1| hypothetical protein Csp_A03740 [Curvibacter putative symbiont of Hydra magnipapillata] Length = 295 Score = 325 bits (833), Expect = 1e-86, Method: Composition-based stats. Identities = 164/281 (58%), Positives = 214/281 (76%), Gaps = 1/281 (0%) Query: 17 LPWLVVAAGLAAMYVPSFIDLFHGVWGTERNAHGPIVLAVACCYLFVRVRQLHQDGLIER 76 LPWL++A G +++P+F DLF +W T++NAHGPIVL VA + + +V+ + G + Sbjct: 16 LPWLLLATGFGVVFLPTFKDLFRTLWSTDQNAHGPIVLVVAVWFFYFKVKNMAYGGEVAL 75 Query: 77 RPAPIAGMVFLLLGLLCFVLGRSQTVLFMEAGSLIPILIGIVLLQFGIRTCRRLWFAFFF 136 PA AG + LL GL+ +V GRSQ+V +E GS++P+L G V++ FG C++LWFAFFF Sbjct: 76 APARTAGSLTLLFGLIMYVAGRSQSVYVLEVGSIVPLLAGCVMIYFGTAICKKLWFAFFF 135 Query: 137 MLFMVPLPASVVDLLTQPLKIGVSYASELILRQFGYPIARSGVILYIGPYQLLVADACAG 196 + FM+PLP SVVD LTQP+KI VSYA+E +L GYPIARSGVIL +G YQLLVADACAG Sbjct: 136 LCFMIPLPGSVVDALTQPMKIAVSYATEHVLYWLGYPIARSGVILMVGQYQLLVADACAG 195 Query: 197 LNSLFTLEALGLLYMNLVRHQSLFRNLVLAVLIVPISFTANTVRVMVLALITYYLGDAAG 256 LNSLFTLEALGLLYMN++RH+S RN +LA+LIVPIS T+N +RV++LAL+TY+ GD AG Sbjct: 196 LNSLFTLEALGLLYMNVMRHESPARNSILAILIVPISMTSNVIRVVILALVTYHFGDEAG 255 Query: 257 QGFLHGFAGMLLFFVALGLIIALDGLLRWIAVRHAGWQGRA 297 QGF+HGF+G++LF AL LII +D LLR VR + Q A Sbjct: 256 QGFVHGFSGIVLFITALMLIIGVDSLLR-AGVRKSNSQAAA 295 >ref|YP_410946.1| hypothetical protein Nmul_A0246 [Nitrosospira multiformis ATCC 25196] gb|ABB73554.1| membrane protein, putative [Nitrosospira multiformis ATCC 25196] Length = 304 Score = 305 bits (782), Expect = 1e-80, Method: Composition-based stats. Identities = 166/275 (60%), Positives = 206/275 (74%), Gaps = 6/275 (2%) Query: 17 LPWLVVAAGLAAMYVPSFIDLFHGVWGTERNAHGPIVLAVACCYLFVRVRQL-HQDGLIE 75 L WL + AGL +Y+PS +DLF GVW T++ AHGPIVL++AC ++ + ++ HQ E Sbjct: 23 LIWLPIIAGLIVLYLPSLVDLFRGVWSTDQQAHGPIVLSIACWLIYRKWPEMWHQS---E 79 Query: 76 RRP-APIAGMVFLLLGLLCFVLGRSQTVLFMEAGSLIPILIGIVLLQFGIRTCRRLWFAF 134 P AP AG + GL+ +V+GRSQ +L E GS+I +L IVLL G R + WF Sbjct: 80 SEPSAPAAGWPIFIFGLILYVIGRSQEILLFEIGSVIWLLAAIVLLMRGSRALKVQWFPL 139 Query: 135 FFMLFMVPLPASVVDLLTQPLKIGVSYASELILRQFGYPIARSGVILYIGPYQLLVADAC 194 FFMLFM+PLP++ VD LT P+K+ VSY +E IL F YPIAR+GVIL IG Y+LLVADAC Sbjct: 140 FFMLFMIPLPSAFVDALTMPMKMAVSYVAETILFWFNYPIARTGVILQIGQYKLLVADAC 199 Query: 195 AGLNSLFTLEALGLLYMNLVRHQSLFRNLVLAVLIVPISFTANTVRVMVLALITYYLGDA 254 AGL++LFTLEALGLLY+NLVRH SLFRN+ LA+ IVPISFTAN +RVMVL LITY+ GD Sbjct: 200 AGLHTLFTLEALGLLYLNLVRHDSLFRNVALAIFIVPISFTANVIRVMVLTLITYHFGDE 259 Query: 255 AGQGFLHGFAGMLLFFVALGLIIALDGLLRWIAVR 289 AGQGFLHGFAGM+LF AL LII +D LL+ +AVR Sbjct: 260 AGQGFLHGFAGMVLFLSALLLIIGVDSLLQ-MAVR 293