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= 0218.0022.p (392 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_001628894.1| hypothetical protein Bpet0291 [Bordetella pe... 427 e-117 ref|YP_003506256.1| hypothetical protein Mrub_0459 [Meiothermus ... 305 1e-80 ref|YP_004367788.1| alpha-galactosidase, NPCBM associated NEW3 d... 301 2e-79 ref|YP_675659.1| hypothetical protein Meso_3122 [Mesorhizobium s... 298 9e-79 ref|YP_004057424.1| hypothetical protein Ocepr_0794 [Oceanitherm... 293 3e-77 >ref|YP_001628894.1| hypothetical protein Bpet0291 [Bordetella petrii DSM 12804] emb|CAP40623.1| conserved hypothetical protein [Bordetella petrii] Length = 386 Score = 427 bits (1098), Expect = e-117, Method: Compositional matrix adjust. Identities = 204/361 (56%), Positives = 279/361 (77%) Query: 32 DIKGLYMMTDYPAVTIRPGTTSNISLRLQNYDLGPQRYNLSVEGVPSGWTATLLGGGQPV 91 +IKGLY++TDYPAVT +PGTTS + L+L+NY L P+R L+++GVP GWTATLLGGGQPV Sbjct: 26 NIKGLYLVTDYPAVTAQPGTTSTVRLQLRNYGLPPERLGLAIDGVPDGWTATLLGGGQPV 85 Query: 92 AAAMPAPDSSVPLQLRLDVPANASLAEQTLTVKAEGQGSEATLPIVVALAKELPAKLTVT 151 AAAMP+ D SV LQL+L VPA+A +TLTV A G G LP+ + LAKELP KLT+ Sbjct: 86 AAAMPSTDDSVSLQLQLKVPADAGTQPRTLTVVASGDGQRIELPVHIMLAKELPTKLTLD 145 Query: 152 SKLPELRGSPKSNFEYTLTIKNDSGRNLVASFAAAAPQNFETSFTEAYGTQELSSIPIDA 211 +KLP ++G +S+F+Y+LT+KNDSG++L SFAA APQ F+T FTE YG+Q++S++PI A Sbjct: 146 TKLPAIKGGAQSSFDYSLTVKNDSGKDLTVSFAAKAPQYFDTRFTEGYGSQQISALPIKA 205 Query: 212 GQSKDIKLKVRPPSAIDAGHFPVKVIVNAEDASAQTEVALDVAGQPQLQLSGRDGLLSAR 271 G+SKDIKL VRPPS+ + G +PV+V+ +A+ A +++ LD+ GQP+LQL+GRDGL+S Sbjct: 206 GESKDIKLTVRPPSSTEPGSYPVQVVASADGIEASSQLKLDIVGQPRLQLAGRDGLMSGD 265 Query: 272 AVAAEQSTIPVVVTNSGTAPADSIEFAATAPSGWKVTFQPAKIERLVPGKDTEVQALVTP 331 A A + STIPVV+ N G A AD++ + + PSGWKV F+P IE L PG+ E QA +TP Sbjct: 266 AQAGKASTIPVVIRNDGGAAADNVALSGSGPSGWKVEFEPKTIEHLAPGQQVEAQASITP 325 Query: 332 SDKSLAGDYQLAVRATSRGETASSQFRVTVSTSTVWGMAGAGVIGVALLLMLGAVARFGR 391 S++SLAGDY + A++ G++AS FR+TVSTS++WG+ G ++ +A L+++GAVARFGR Sbjct: 326 SERSLAGDYMTHLSASANGQSASGDFRITVSTSSLWGIVGVIILAIAALILVGAVARFGR 385 Query: 392 R 392 R Sbjct: 386 R 386 >ref|YP_003506256.1| hypothetical protein Mrub_0459 [Meiothermus ruber DSM 1279] gb|ADD27236.1| conserved hypothetical protein [Meiothermus ruber DSM 1279] Length = 379 Score = 305 bits (781), Expect = 1e-80, Method: Compositional matrix adjust. Identities = 152/360 (42%), Positives = 238/360 (66%) Query: 33 IKGLYMMTDYPAVTIRPGTTSNISLRLQNYDLGPQRYNLSVEGVPSGWTATLLGGGQPVA 92 +GL + T YP+ ++R G T ++ + L+ Y+L PQ + V + GW A+LLGGG+ V Sbjct: 20 FRGLALYTPYPSQSVRLGETISLPITLKGYNLPPQTVQVRVAELAPGWKASLLGGGRVVG 79 Query: 93 AAMPAPDSSVPLQLRLDVPANASLAEQTLTVKAEGQGSEATLPIVVALAKELPAKLTVTS 152 A PD L LRL+ P N + AEG G A LPI + L + LP +L++ + Sbjct: 80 AVYVLPDGEQSLSLRLEPPQNVRAGTYRFRLVAEGSGVRAELPIALTLGQVLPKRLSLET 139 Query: 153 KLPELRGSPKSNFEYTLTIKNDSGRNLVASFAAAAPQNFETSFTEAYGTQELSSIPIDAG 212 +LP L+G+P ++F Y +T++N+S ++L+ + A AP+NF SF+ A+G QE++S+P+ AG Sbjct: 140 ELPVLKGTPTASFRYRVTLRNESDQDLLVNLEADAPENFRVSFSTAFGGQEINSLPLKAG 199 Query: 213 QSKDIKLKVRPPSAIDAGHFPVKVIVNAEDASAQTEVALDVAGQPQLQLSGRDGLLSARA 272 +S+D++++V PP ++A + V + A +A A+ V LD+ GQ +L LS + LS RA Sbjct: 200 ESRDLEVQVTPPRQVEAKVYAVTLRALAGEAKAELAVNLDITGQVELSLSTPEERLSGRA 259 Query: 273 VAAEQSTIPVVVTNSGTAPADSIEFAATAPSGWKVTFQPAKIERLVPGKDTEVQALVTPS 332 A ++ I +VV N+G+APA+++E +A+ PSGW+V F+P KIERL PG ++EV A + PS Sbjct: 260 YAGRENPIKLVVKNNGSAPAENLELSASEPSGWEVRFEPDKIERLAPGAESEVTARIKPS 319 Query: 333 DKSLAGDYQLAVRATSRGETASSQFRVTVSTSTVWGMAGAGVIGVALLLMLGAVARFGRR 392 +++AGDY L +RA++ G AS+ +RVTV TST+WG+ G +I VA+ + AV+RFGRR Sbjct: 320 SRAVAGDYMLTLRASAEGAQASADYRVTVQTSTLWGLIGVALIAVAVGAVGFAVSRFGRR 379 >ref|YP_004367788.1| alpha-galactosidase, NPCBM associated NEW3 domain-containing protein [Marinithermus hydrothermalis DSM 14884] gb|AEB11678.1| Alpha-galactosidase, NPCBM associated NEW3 domain-containing protein [Marinithermus hydrothermalis DSM 14884] Length = 379 Score = 301 bits (770), Expect = 2e-79, Method: Compositional matrix adjust. Identities = 152/362 (41%), Positives = 236/362 (65%) Query: 31 RDIKGLYMMTDYPAVTIRPGTTSNISLRLQNYDLGPQRYNLSVEGVPSGWTATLLGGGQP 90 ++ KGL + T YPA T+R + + L +++Y L PQ L + +P GW ATLLG G+P Sbjct: 18 QNYKGLSLSTPYPAQTVRIDKSITLPLTVKSYGLPPQTVTLRITTIPDGWKATLLGNGRP 77 Query: 91 VAAAMPAPDSSVPLQLRLDVPANASLAEQTLTVKAEGQGSEATLPIVVALAKELPAKLTV 150 + A PD + + L+L+ PANA+ V+A G G+ +TLPI + L + LP +L + Sbjct: 78 IEAVFLEPDGTAEVSLKLEPPANATPGTYRFAVEAIGNGARSTLPITLTLGEVLPPQLNL 137 Query: 151 TSKLPELRGSPKSNFEYTLTIKNDSGRNLVASFAAAAPQNFETSFTEAYGTQELSSIPID 210 +LP L+G+P +NF Y T+KN+S ++L+ + A AP+ F+ SF A+G+QE++S+P+ Sbjct: 138 EVELPVLKGTPTTNFRYRATLKNESDQDLLVNLEALAPEGFQVSFKPAFGSQEVTSLPVK 197 Query: 211 AGQSKDIKLKVRPPSAIDAGHFPVKVIVNAEDASAQTEVALDVAGQPQLQLSGRDGLLSA 270 AG+S+ + ++V P + A + V+V +A +A+A+ + L+V G+P++ LS +G LS Sbjct: 198 AGESRRLDIEVDLPPQVPADTYTVRVRASAGEATAEVPLTLEVTGRPRISLSTPEGRLSG 257 Query: 271 RAVAAEQSTIPVVVTNSGTAPADSIEFAATAPSGWKVTFQPAKIERLVPGKDTEVQALVT 330 RA A +++ I +VV N GTAPA ++ A PSGW+V+F+P +I + PG+ EV A + Sbjct: 258 RATAGQETPIKLVVRNQGTAPAREVKLTAFEPSGWEVSFEPKEIPEIPPGETVEVTAKIK 317 Query: 331 PSDKSLAGDYQLAVRATSRGETASSQFRVTVSTSTVWGMAGAGVIGVALLLMLGAVARFG 390 PS +SLAGDY + +RA+ G + S FRVTV TST WG+ G G+I VAL ++ +VARFG Sbjct: 318 PSTRSLAGDYMVTLRASGEGVSDSVDFRVTVLTSTSWGIIGVGLIAVALGVVGFSVARFG 377 Query: 391 RR 392 RR Sbjct: 378 RR 379 >ref|YP_675659.1| hypothetical protein Meso_3122 [Mesorhizobium sp. BNC1] gb|ABG64494.1| conserved hypothetical protein [Chelativorans sp. BNC1] Length = 409 Score = 298 bits (763), Expect = 9e-79, Method: Compositional matrix adjust. Identities = 161/370 (43%), Positives = 234/370 (63%), Gaps = 6/370 (1%) Query: 25 SAAEPPRDIKGLYMMTDYPAVTIRPGTTSNISLRLQNYDLGPQRYNLSVEGVPSGWTATL 84 SAAE + I+GL++ T YP + G +I L L N + PQR SV G+P GW + Sbjct: 44 SAAE--QQIEGLWLTTPYPDFFAQSGEEVDIGLTLANKGMPPQRVEFSVSGLPDGWQWEI 101 Query: 85 LGGGQPVAAAMPAPDSSVPLQLRLDVPANASLAEQTLTVKAEGQGSEATL--PIVVALAK 142 GGG+ V AA+ A D +V L L+L PA + A++T G+ + TL PI + LA+ Sbjct: 102 DGGGKRVGAAIAASDQTVDLSLKL-TPAEGA-ADETYQFTITGRTGDQTLELPISLTLAE 159 Query: 143 ELPAKLTVTSKLPELRGSPKSNFEYTLTIKNDSGRNLVASFAAAAPQNFETSFTEAYGTQ 202 PA+LT+ +LP LRG+ +S+F+Y + I ND + V + + AP F+ +F E YG+Q Sbjct: 160 TEPAQLTLEPELPALRGTVRSSFDYQVAITNDGQEDTVVNLVSEAPAGFQVTFKERYGSQ 219 Query: 203 ELSSIPIDAGQSKDIKLKVRPPSAIDAGHFPVKVIVNAEDASAQTEVALDVAGQPQLQLS 262 EL+S+P+ AG+ KD+ + V+ P AG +PV+V DASA+T++ LD+ GQP+L L+ Sbjct: 220 ELTSLPLKAGEKKDLSVSVKAPENAQAGQYPVRVGAAGGDASAETQLVLDITGQPELSLA 279 Query: 263 GRDGLLSARAVAAEQSTIPVVVTNSGTAPADSIEFAATAPSGWKVTFQPAKIERLVPGKD 322 G G LS A A EQ + V NSGTAPA +++F+A+ PSGW V F P +I + G+ Sbjct: 280 GPGGRLSGDATAGEQRSFNFTVENSGTAPARAVKFSASPPSGWNVEFSPEEIAEIPAGET 339 Query: 323 TEVQALVTPSDKSLAGDYQLAVRATSRGETASSQFRVTVSTSTVWGMAGAGVIGVALLLM 382 EV +TPSD+++AGDY ++VRA G + S+ FRVTV TST+WG+ G GVI A++++ Sbjct: 340 AEVAVNMTPSDQAIAGDYVVSVRANGDGASDSASFRVTVRTSTIWGVTGLGVIAAAVVVL 399 Query: 383 LGAVARFGRR 392 AV R+GRR Sbjct: 400 GFAVTRYGRR 409 >ref|YP_004057424.1| hypothetical protein Ocepr_0794 [Oceanithermus profundus DSM 14977] gb|ADR36251.1| hypothetical protein Ocepr_0794 [Oceanithermus profundus DSM 14977] Length = 382 Score = 293 bits (751), Expect = 3e-77, Method: Compositional matrix adjust. Identities = 157/386 (40%), Positives = 237/386 (61%), Gaps = 6/386 (1%) Query: 8 RLVAAFGLAIPLAIPSASAAEPPRDIKGLYMMTDYPAVTIRPGTTSNISLRLQNYDLGPQ 67 R +A F LA+ + + A+ KGL + T YPA+T++ G N+ L L+NY L PQ Sbjct: 2 RRLAGFLLAL-----AVTFAQGQTTYKGLVLSTPYPALTVKAGEVVNLPLTLRNYGLPPQ 56 Query: 68 RYNLSVEGVPSGWTATLLGGGQPVAAAMPAPDSSVPLQLRLDVPANASLAEQTLTVKAEG 127 L VEG P+GWT LG G+ V AA APD++ L LR++VP T+TV AEG Sbjct: 57 LTRLRVEGAPAGWTVAFLGSGRVVEAAFLAPDATQNLTLRVEVPKEVGEGRYTMTVLAEG 116 Query: 128 QGSEATLPIVVALAKELPAKLTVTSKLPELRGSPKSNFEYTLTIKNDSGRNLVASFAAAA 187 + A LP+ + + K LP L + +LP L+G+PK+ F Y T+KN+S ++L+ A A Sbjct: 117 ASARARLPLTLTVGKVLPPSLRLEVELPVLKGTPKTTFRYRATLKNESDQDLLVGLEADA 176 Query: 188 PQNFETSFTEAYGTQELSSIPIDAGQSKDIKLKVRPPSAIDAGHFPVKVIVNAEDASAQT 247 PQ FE F + QE++++PI AG++K++ ++V PP + AG + ++V + A A Sbjct: 177 PQGFEVVFKPQFSGQEVTTLPIKAGETKNVDIEVSPPPRVQAGEYKIEVAARSGAARAGL 236 Query: 248 EVALDVAGQPQLQLSGRDGLLSARAVAAEQSTIPVVVTNSGTAPADSIEFAATAPSGWKV 307 E+ + G+P+L L+ DG LS RA A S + +VV N G+A A +EF++ PSGW++ Sbjct: 237 ELTAVITGRPELSLTTPDGRLSGRAYAGRTSPLKIVVKNRGSAEAKQVEFSSYEPSGWEL 296 Query: 308 TFQPAKIERLVPGKDTEVQALVTPSDKSLAGDYQLAVRATSR-GETASSQFRVTVSTSTV 366 +F+P +I+ + G+ EV + PS K++AGDY + + A + G ++ FR+TV TSTV Sbjct: 297 SFEPKRIDAIPAGEQAEVTVKIKPSSKAIAGDYMVTLTARPKNGTPENADFRITVLTSTV 356 Query: 367 WGMAGAGVIGVALLLMLGAVARFGRR 392 WG+ G G+I VAL ++ AVARFGRR Sbjct: 357 WGVVGVGLIAVALGVLALAVARFGRR 382