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= 0034.0001.p (508 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|ZP_08638369.1| hypothetical protein GME_16797 [Halomonas sp.... 602 e-170 gb|EGU43101.1| hypothetical protein VISP3789_13015 [Vibrio splen... 533 e-149 ref|ZP_05966969.2| hypothetical protein ENTCAN_05325 [Enterobact... 431 e-118 ref|YP_003529418.1| hypothetical protein EAMY_0060 [Erwinia amyl... 414 e-113 ref|YP_003949695.1| hypothetical protein STAUR_0059 [Stigmatella... 264 3e-68 ref|ZP_01459557.1| conserved hypothetical protein [Stigmatella a... 264 3e-68 ref|YP_004626397.1| hypothetical protein Thein_1573 [Thermodesul... 255 1e-65 gb|EGV37146.1| hypothetical protein l13_04580 [Neisseria weaveri... 254 2e-65 ref|YP_002940973.1| hypothetical protein Kole_1274 [Kosmotoga ol... 230 6e-58 ref|ZP_02389223.1| hypothetical protein BthaB_30079 [Burkholderi... 213 9e-53 >ref|ZP_08638369.1| hypothetical protein GME_16797 [Halomonas sp. TD01] gb|EGP18348.1| hypothetical protein GME_16797 [Halomonas sp. TD01] Length = 544 Score = 602 bits (1552), Expect = e-170, Method: Compositional matrix adjust. Identities = 289/509 (56%), Positives = 378/509 (74%), Gaps = 5/509 (0%) Query: 1 VDEYPLAGDLGIDGVVYVKQSTEKRPGWGPVLDEVTGRVVPGLANRSSSAVLLLRVDGDV 60 V+ + L ++G +++K + EK+P W + VTG + L+NRSSSAVL+++ Sbjct: 34 VNAHELDSKHDLEGKLFLKINKEKKPKWSGFAENVTGVSLDELSNRSSSAVLIIKTATAT 93 Query: 61 FAFTFGYGRYLIEQSLFVQDFGLRAALNTLDENSLRSVDLHTIEDQPVQKKSQAARDSAV 120 AFTFGYGR+LI+ FV DFG++ ALNTL+ +SLRSVDL T+EDQ VQKKSQA+R+S+V Sbjct: 94 MAFTFGYGRFLIDTKYFVHDFGIKTALNTLNHDSLRSVDLFTLEDQAVQKKSQASRESSV 153 Query: 121 GVFGIDILRDVLRAVTGVPKSGVGLTQISGGDSMFSFSIDMEAADFPELARRAKGYYEND 180 GVFGIDI RDVLRAVTG PK GV L ISGGD+++SF ++M+ + +L YY ND Sbjct: 154 GVFGIDISRDVLRAVTGSPKDGVSLKNISGGDAVYSFGVEMDVDEISQLVDLLFAYYAND 213 Query: 181 DYKTSFSWVDNVRKLKDDASIDALNAQLIQAISTRNPGIMVTLPEIGVWDTILGFSFTRN 240 YK +FSWVDN+RK+K + ID L+++LI I T++ I +T+PEI WD+I GFS+TR Sbjct: 214 SYKRNFSWVDNIRKVKAKSEIDRLDSKLIDKIKTKSTKITITIPEIVQWDSIYGFSYTRT 273 Query: 241 KDGIRPVIQAGDYIDTIPDLANLTIEGLKRDRLFVHDVDGNITEHSVYRCIYFEIADGDK 300 K+ I+P I+ +YID I D A ++I+ +KRDRLFV+DV+ N +EH +Y+CIYFE + DK Sbjct: 274 KNSIKPTIEPKEYIDNI-DFAKVSIDSIKRDRLFVYDVNENESEHQIYKCIYFEHKEIDK 332 Query: 301 TKIIFDGKWYEVDAIFIGRIAATLNLVQISSLVFPSVEIWDE----EGKSKIESEGDYNI 356 T I+F G WYE+D F+ R+ ATL + +SSL FP V IWDE + KSKIESEGDYN Sbjct: 333 TYILFAGLWYEIDNSFMARVDATLGRINVSSLAFPKVYIWDEIEDGKTKSKIESEGDYNK 392 Query: 357 RAAATLGYFLLDKKLVKTDRTTSPIELCDLLTPAKQLIHVKHRKGGSAGLSHLFAQGGVA 416 RA+ Y LLDK+L+K++RTT+ IELCDL+T KQ +HVKHRKGGSAGLSHLFAQG V+ Sbjct: 393 RASTNYSYHLLDKELIKSNRTTTSIELCDLMTDNKQFVHVKHRKGGSAGLSHLFAQGSVS 452 Query: 417 AEIMLGDKAFRKKARTVLRGVNPAARDLIPLDGVRTADYEIVFLILGEGSATLKQNLPFF 476 AEI+LGD+ FRKK RTVLR V+ +D +PLD ++ EIVFLILGE SA+LK NLPFF Sbjct: 453 AEILLGDREFRKKTRTVLRRVSSGLQDSVPLDKFKSDGVEIVFLILGEDSASLKSNLPFF 512 Query: 477 SKVNLAKTFENLTQRGFRVTIAGAPTASR 505 SKVNL+K FENL+QRGF V++AG T S+ Sbjct: 513 SKVNLSKAFENLSQRGFEVSVAGVGTESK 541 >gb|EGU43101.1| hypothetical protein VISP3789_13015 [Vibrio splendidus ATCC 33789] Length = 550 Score = 533 bits (1374), Expect = e-149, Method: Compositional matrix adjust. Identities = 265/506 (52%), Positives = 351/506 (69%), Gaps = 11/506 (2%) Query: 4 YPLAGDLGIDGVVYVKQSTEKRPGWGPVLDEVTGRVVPGLANRSSSAVLLLRVDGDVFAF 63 Y L L I GV+YVK P W + +T + L NRSSSAVL+++ A Sbjct: 37 YELKPSLEITGVLYVKTPKVSPPSWAKFAESLTTISIDELQNRSSSAVLMIKASEATMAI 96 Query: 64 TFGYGRYLIEQSLFVQDFGLRAALNTLDENSLRSVDLHTIEDQPVQKKSQAARDSAVGVF 123 TFGYGR+L++ FV DFG++ ALNTL+ ++LRS+D+ T+++Q VQKKSQA+R ++V VF Sbjct: 97 TFGYGRHLLDMGCFVTDFGIKTALNTLNHDTLRSIDVVTLDEQGVQKKSQASRSTSVDVF 156 Query: 124 GIDILRDVLRAVTGVPKSGVGLTQISGGDSMFSFSIDMEAADFPELARRAKGYYENDDYK 183 GIDI +D+LR VTG PK VGL ISG + FSF ++E D P L + +Y++ DYK Sbjct: 157 GIDISKDLLRGVTGSPKVNVGLFNISGSGTTFSFGKEIEIKDMPSLVNKIYTHYKSSDYK 216 Query: 184 TSFSWVDNVRKLKDDASIDALNAQLIQAISTRNPGIMVTLPEIGVWDTILGFSFTRNKDG 243 SF+WVDN+R+L++ I+ LN +LI + P +++++PE+ WD I GFSFTR+K Sbjct: 217 ESFAWVDNIRRLEEKKDIEPLNQKLIDELKKPCPNVVISIPEMLDWDLISGFSFTRSKAN 276 Query: 244 IRPVIQAGDYIDTIPDLANLTIEGLKRDRLFVHDVDGNITEHSVYRCIYFEIADGDKTKI 303 ++P I++ DY + D +L+I+ LKRDRLFV D TE+ VY C+YFEI D KT I Sbjct: 277 VKPTIESSDYFANL-DTGSLSIDSLKRDRLFVFDSKEENTEYKVYDCVYFEIKDSKKTYI 335 Query: 304 IFDGKWYEVDAIFIGRIAATLNLVQISSLVFPSVEIWDE-------EGK--SKIESEGDY 354 +F G WYE+ F+ I TL+ + +SL FP V W+E +GK KIE+EGDY Sbjct: 336 LFSGVWYEIADSFVDTIDKTLSNIDTTSLNFPKVYTWEETPTTGKNKGKVVEKIETEGDY 395 Query: 355 NIRAAATLGYFLLDKKLVKTDRTTSPIELCDLLTPAKQLIHVKHRKGGSAGLSHLFAQGG 414 N RAA+ GYF+LDKKLVK+ RTT+ IELCDLLT Q IHVKHRKGGSAGLSHLFAQG Sbjct: 396 NERAASEKGYFVLDKKLVKSGRTTTAIELCDLLTEDSQFIHVKHRKGGSAGLSHLFAQGN 455 Query: 415 VAAEIMLGDKAFRKKARTVLR-GVNPAARDLIPLDGVRTADYEIVFLILGEGSATLKQNL 473 VAAEIMLGD+ FRK AR+V+R V+P + +PL+ + + E+VFLILGE S+ LK+NL Sbjct: 456 VAAEIMLGDREFRKAARSVIRDKVSPKVVETVPLEKLESTGVEVVFLILGEDSSGLKENL 515 Query: 474 PFFSKVNLAKTFENLTQRGFRVTIAG 499 PFFSKVNL KTFENL+Q+GF+VT+AG Sbjct: 516 PFFSKVNLTKTFENLSQKGFKVTVAG 541 >ref|ZP_05966969.2| hypothetical protein ENTCAN_05325 [Enterobacter cancerogenus ATCC 35316] gb|EFC57886.1| hypothetical protein ENTCAN_05325 [Enterobacter cancerogenus ATCC 35316] Length = 531 Score = 431 bits (1107), Expect = e-118, Method: Compositional matrix adjust. Identities = 228/505 (45%), Positives = 318/505 (62%), Gaps = 9/505 (1%) Query: 3 EYPLAGDLGIDGVVYVKQSTEKRPGWGPVLDEVTGRVVPGLANRSSSAVLLLRVDGDVFA 62 EYP+ G G+ GV ++K+ E P W ++ + G+ V L +SSSA LL++ G +FA Sbjct: 28 EYPITGIKGMTGVCFIKEKKENAPKWKDFIEGIVGQKVDDLITKSSSAALLVKSKGRIFA 87 Query: 63 FTFGYGRYLIEQSLFVQDFGLRAALNTLDENSLRSVDLHTIEDQPVQKKSQAARDSAVGV 122 TFGYGR LIEQS FV DFG+++ALN L +SLRSVD TI+D PVQ+KSQA+ + + + Sbjct: 88 ITFGYGRCLIEQSYFVSDFGIKSALNMLRHDSLRSVDTFTIDDSPVQRKSQASSNIEISM 147 Query: 123 FGIDILRDVLRAVTGVPKSGVGLTQISGGDSMFSFSIDMEAADFPELARRAKGYYENDDY 182 FG+DI +D+LR+VTG+P V + GGD+ S I+M D P A Y + Y Sbjct: 148 FGLDITKDILRSVTGLPLKDVPFNYVCGGDNNLSVKIEMAPDDIPVYANECLKRYTDTCY 207 Query: 183 KTSFSWVDNVRKLKDDASIDALNAQLIQAISTRN-PGIMVTLPEIGVWDTILGFSFTRNK 241 FSWVDN++++K I++L+ +LI I N I + +PE+ I F+FTR+K Sbjct: 208 LEQFSWVDNLKRVKVSQRIESLDNELIADIKKNNIKRINIVIPEVFDEAEIDSFTFTRSK 267 Query: 242 DGIRPVIQAGDYIDTIPDLANLTIEGLKRDRLFVHDVDGN-ITEHSVYRCIYFEIADGDK 300 I Y + + D+A++ IE +KRD+LF +D G+ + S+Y+C+ +E K Sbjct: 268 SAPSHYIDKDIYFNGL-DIASIDIEKIKRDKLFTYDSQGSEVKSFSIYKCLNYEKTINKK 326 Query: 301 TKIIFDGKWYEVDAIFIGRIAATLNLVQISSLVFPSVEIWDEE---GKSKIESEGDYNIR 357 I+F G W+EVD F+ I L + I FP V I ++ K K E+EGDYN R Sbjct: 327 NYILFLGHWFEVDKEFVDDIETDLKAIPIHKDSFPKV-IKSKDPKTNKDKFETEGDYNER 385 Query: 358 AAATLGYFLLDKKLVKTDRTTSPIELCDLL-TPAKQLIHVKHRKGGSAGLSHLFAQGGVA 416 + + GY LLDKKLVK+ +TTS IELCDL K LIH K R GGS+GLSHLF+Q VA Sbjct: 386 ISKSKGYLLLDKKLVKSRKTTSAIELCDLADLNNKILIHAKQRNGGSSGLSHLFSQANVA 445 Query: 417 AEIMLGDKAFRKKARTVL-RGVNPAARDLIPLDGVRTADYEIVFLILGEGSATLKQNLPF 475 AE+ML D+ FRK AR VL + A DLIP+D +++++YEIV L+LG S T+ ++LPF Sbjct: 446 AELMLSDQEFRKSARDVLEKNFGAKAMDLIPIDNIKSSEYEIVLLMLGANSKTVLKDLPF 505 Query: 476 FSKVNLAKTFENLTQRGFRVTIAGA 500 FSKVNL TF +L QRG++V++AG Sbjct: 506 FSKVNLINTFSSLRQRGYKVSVAGT 530 >ref|YP_003529418.1| hypothetical protein EAMY_0060 [Erwinia amylovora CFBP1430] ref|YP_003537155.1| hypothetical protein EAM_0054 [Erwinia amylovora ATCC 49946] emb|CBJ44729.1| conserved hypothetical protein [Erwinia amylovora ATCC 49946] emb|CBA19002.1| hypothetical protein EAMY_0060 [Erwinia amylovora CFBP1430] Length = 535 Score = 414 bits (1065), Expect = e-113, Method: Compositional matrix adjust. Identities = 217/504 (43%), Positives = 308/504 (61%), Gaps = 7/504 (1%) Query: 3 EYPLAGDLGIDGVVYVKQSTEKRPGWGPVLDEVTGRVVPGLANRSSSAVLLLRVDGDVFA 62 EYPL G G+ G ++K + P W +E G + L RSSSAVL+++ +FA Sbjct: 32 EYPLKGVKGVKGKCFIKDVQDNTPKWKEFFEEFAGDKIDSLITRSSSAVLIIKYKSRIFA 91 Query: 63 FTFGYGRYLIEQSLFVQDFGLRAALNTLDENSLRSVDLHTIEDQPVQKKSQAARDSAVGV 122 TFGYGR L+EQS FV DFG+++ALN L +SLRSVD TI+D PVQKK+QA+ D+ + + Sbjct: 92 ITFGYGRSLLEQSYFVSDFGIKSALNMLKPDSLRSVDTFTIDDSPVQKKTQASLDTEISM 151 Query: 123 FGIDILRDVLRAVTGVPKSGVGLTQISGGDSMFSFSIDMEAADFPELARRAKGYYENDDY 182 FG+DI +D+LRAVTG P V +I GGD+ I++E D GYY+ +Y Sbjct: 152 FGVDISKDILRAVTGSPLDEVSFKKICGGDNSLQVKIELEPEDLVSYLEECLGYYDGKEY 211 Query: 183 KTSFSWVDNVRKLKDDASIDALNAQLIQAI-STRNPGIMVTLPEIGVWDTILGFSFTRNK 241 FSWVDN++K++ I+ L+ L++ I S ++ I + +PEI + FS+TR K Sbjct: 212 LEKFSWVDNLKKVRKQNKIEGLDGVLLKKIKSKKHEDISIIVPEIMTDKDVEYFSYTRAK 271 Query: 242 DGIRPVIQAGDYIDTIPDLANLTIEGLKRDRLFV-HDVDGNITEHSVYRCIYFEIADGDK 300 I I Y + + D +NL IE +KRD+LF ++ + + S+Y+C+ FEI + Sbjct: 272 GVISYSIDKSVYFNAV-DYSNLDIEKIKRDKLFAFNNQEAEVESFSMYKCLSFEIVENKT 330 Query: 301 TKIIFDGKWYEVDAIFIGRIAATLNLVQISSLVFPS-VEIWDEEGK-SKIESEGDYNIRA 358 ++F G+W+E+ F + L ++ S FP + D+ K K+ESEG+YN R Sbjct: 331 RYMLFLGQWFEIRKNFSEYVEKELKAIKTHSKSFPDLIRTLDQTTKVVKLESEGEYNERI 390 Query: 359 AATLGYFLLDKKLVKTDRTTSPIELCDLL-TPAKQLIHVKHRKGGSAGLSHLFAQGGVAA 417 A + Y L+D+KLVK+ R T+ IELCDL K LIH KHRKGGS+GLSHLFAQ VA+ Sbjct: 391 AKSNNYILMDRKLVKSSRATTSIELCDLADVKNKILIHAKHRKGGSSGLSHLFAQASVAS 450 Query: 418 EIMLGDKAFRKKARTVLRGVN-PAARDLIPLDGVRTADYEIVFLILGEGSATLKQNLPFF 476 E++LGD+ FR AR V+R + AA LIP + ++ +E+V L+LG L + LPFF Sbjct: 451 ELILGDEEFRAAAREVIREHHGKAAMRLIPAKKINSSQFEVVLLVLGCDPHELLKGLPFF 510 Query: 477 SKVNLAKTFENLTQRGFRVTIAGA 500 SKVNL + NL+QRG VT+A A Sbjct: 511 SKVNLINMYSNLSQRGLTVTVASA 534 >ref|YP_003949695.1| hypothetical protein STAUR_0059 [Stigmatella aurantiaca DW4/3-1] gb|ADO67868.1| conserved uncharacterized protein [Stigmatella aurantiaca DW4/3-1] Length = 523 Score = 264 bits (675), Expect = 3e-68, Method: Compositional matrix adjust. Identities = 171/511 (33%), Positives = 266/511 (52%), Gaps = 33/511 (6%) Query: 5 PLAGDLGIDGVVYVKQSTEKRPGWGPVLDEVTGRVVPGLANRSSSAVLLLRVDGDVFAFT 64 P+ D G +G +Y +S K+P W ++E + + AVL L+ D +FA T Sbjct: 23 PIPADWGFEGTLYTFESPAKKPRWVSFVEEGFPGGISISPGSTPGAVLFLKADSRLFALT 82 Query: 65 FGYGRYLIEQSLFVQDFGLRAALNTLDENSLRSVDLHTIEDQPVQKKSQAARDSAVGVFG 124 FG GR+L++ DFGL+A LN +D LRS+D+ T ED PV + Q +R+S++ F Sbjct: 83 FGQGRHLLKADAHEVDFGLKATLNMVDAAKLRSLDVRTFEDLPVHTRRQVSRNSSLDAFT 142 Query: 125 IDILRDVLRAVTGVPKSGVGLTQISGGDSMFSFSIDMEAADFPELARRAKGY---YENDD 181 +D++RD+L AVTG P +++G D++ ++ + F EL K Y+ D Sbjct: 143 VDVVRDLLGAVTGEPPDETFAKRLTGRDAL---TLTGQVV-FSELVNTCKTLLKAYKKDT 198 Query: 182 YKTSFSWVDNVRKLKDDASIDALNAQLIQAISTRN-PGIMVTLPEIGVWDTILGFSFTRN 240 YK F+WVDN+R +KD + LN +L++ ++ R+ I + PE+ W T GF + Sbjct: 199 YKEHFAWVDNIRLVKDGILRNELNTELLKTLNARDFHKIHLAPPEVIDW-TQAGFRYPGE 257 Query: 241 KDGIRPVIQAGDYIDTIPDLA----------NLTIEGLKRD--RLFVHDVDGNITEHSVY 288 ++G+ D + I LA LT++ LK+D R+ D + S+Y Sbjct: 258 REGVSEPHNDLDIEECIEALAKREGVPASSLKLTVDDLKKDKIRIVYEDSSFEPDQWSLY 317 Query: 289 RCIYFEIADGDKTKIIFDGKWYEVDAIFIGRIAATLNLVQISSLVFPSVEIWDEEGKSKI 348 C+ E+++ D I+ G+W++V+ F R FPS Sbjct: 318 NCLVAELSNRDSLHILSAGQWFKVEKTFAARTLEDAKGFVKELKGFPSAR--------PD 369 Query: 349 ESEGDYNIRAA-ATLGYFLLDKKLVKTDRTTSPIELCDLLTPAKQLIHVKHRKGGSAGLS 407 E+EG YN + A + LLDK+L+K+ + IE CDL + + Q IH+K RK S+ LS Sbjct: 370 ETEGHYNEKVAQGSKTLALLDKELLKSKGARTTIEPCDLFSHSGQFIHIK-RKLRSSALS 428 Query: 408 HLFAQGGVAAEIMLGDKAFRKKARTVLRGVNPAARDLIPLDGVRTADYEIVFLILGEGSA 467 HLFAQG VAAE L D +FRKK + V+ +P+ L LD +YEIVF I+ Sbjct: 429 HLFAQGAVAAETFLQDDSFRKKLKAVIAKKSPSLAPL--LDNPIPGNYEIVFAIITASKR 486 Query: 468 TLKQNLPFFSKVNLAKTFENLTQRGFRVTIA 498 + LPFFS++N + + L+ GF+V++ Sbjct: 487 EWPEALPFFSQLNFVRNAKRLSGYGFKVSLC 517 >ref|ZP_01459557.1| conserved hypothetical protein [Stigmatella aurantiaca DW4/3-1] gb|EAU69637.1| conserved hypothetical protein [Stigmatella aurantiaca DW4/3-1] Length = 542 Score = 264 bits (674), Expect = 3e-68, Method: Compositional matrix adjust. Identities = 171/511 (33%), Positives = 266/511 (52%), Gaps = 33/511 (6%) Query: 5 PLAGDLGIDGVVYVKQSTEKRPGWGPVLDEVTGRVVPGLANRSSSAVLLLRVDGDVFAFT 64 P+ D G +G +Y +S K+P W ++E + + AVL L+ D +FA T Sbjct: 42 PIPADWGFEGTLYTFESPAKKPRWVSFVEEGFPGGISISPGSTPGAVLFLKADSRLFALT 101 Query: 65 FGYGRYLIEQSLFVQDFGLRAALNTLDENSLRSVDLHTIEDQPVQKKSQAARDSAVGVFG 124 FG GR+L++ DFGL+A LN +D LRS+D+ T ED PV + Q +R+S++ F Sbjct: 102 FGQGRHLLKADAHEVDFGLKATLNMVDAAKLRSLDVRTFEDLPVHTRRQVSRNSSLDAFT 161 Query: 125 IDILRDVLRAVTGVPKSGVGLTQISGGDSMFSFSIDMEAADFPELARRAKGY---YENDD 181 +D++RD+L AVTG P +++G D++ ++ + F EL K Y+ D Sbjct: 162 VDVVRDLLGAVTGEPPDETFAKRLTGRDAL---TLTGQVV-FSELVNTCKTLLKAYKKDT 217 Query: 182 YKTSFSWVDNVRKLKDDASIDALNAQLIQAISTRN-PGIMVTLPEIGVWDTILGFSFTRN 240 YK F+WVDN+R +KD + LN +L++ ++ R+ I + PE+ W T GF + Sbjct: 218 YKEHFAWVDNIRLVKDGILRNELNTELLKTLNARDFHKIHLAPPEVIDW-TQAGFRYPGE 276 Query: 241 KDGIRPVIQAGDYIDTIPDLA----------NLTIEGLKRD--RLFVHDVDGNITEHSVY 288 ++G+ D + I LA LT++ LK+D R+ D + S+Y Sbjct: 277 REGVSEPHNDLDIEECIEALAKREGVPASSLKLTVDDLKKDKIRIVYEDSSFEPDQWSLY 336 Query: 289 RCIYFEIADGDKTKIIFDGKWYEVDAIFIGRIAATLNLVQISSLVFPSVEIWDEEGKSKI 348 C+ E+++ D I+ G+W++V+ F R FPS Sbjct: 337 NCLVAELSNRDSLHILSAGQWFKVEKTFAARTLEDAKGFVKELKGFPSAR--------PD 388 Query: 349 ESEGDYNIRAA-ATLGYFLLDKKLVKTDRTTSPIELCDLLTPAKQLIHVKHRKGGSAGLS 407 E+EG YN + A + LLDK+L+K+ + IE CDL + + Q IH+K RK S+ LS Sbjct: 389 ETEGHYNEKVAQGSKTLALLDKELLKSKGARTTIEPCDLFSHSGQFIHIK-RKLRSSALS 447 Query: 408 HLFAQGGVAAEIMLGDKAFRKKARTVLRGVNPAARDLIPLDGVRTADYEIVFLILGEGSA 467 HLFAQG VAAE L D +FRKK + V+ +P+ L LD +YEIVF I+ Sbjct: 448 HLFAQGAVAAETFLQDDSFRKKLKAVIAKKSPSLAPL--LDNPIPGNYEIVFAIITASKR 505 Query: 468 TLKQNLPFFSKVNLAKTFENLTQRGFRVTIA 498 + LPFFS++N + + L+ GF+V++ Sbjct: 506 EWPEALPFFSQLNFVRNAKRLSGYGFKVSLC 536 >ref|YP_004626397.1| hypothetical protein Thein_1573 [Thermodesulfatator indicus DSM 15286] gb|AEH45433.1| hypothetical protein Thein_1573 [Thermodesulfatator indicus DSM 15286] Length = 537 Score = 255 bits (652), Expect = 1e-65, Method: Compositional matrix adjust. Identities = 160/503 (31%), Positives = 269/503 (53%), Gaps = 20/503 (3%) Query: 5 PLAGDLGIDGVVYVKQSTEKRPGWGPVLDEVTGRVVPGLANRSSSAVLLLRVDGDVFAFT 64 PL +L +G + S + P W + + ++ ++S VL ++ + +FAFT Sbjct: 37 PLRSELPFEGEFWYSTSLSRPPKWIEFIQPSLDLDLNEISVSNASGVLFIKTEKRIFAFT 96 Query: 65 FGYGRYLIEQSLFVQDFGLRAALNTLDENSLRSVDLHTIEDQPVQKKSQAARDSAVGVFG 124 FGYGR L++ + +FGL+ LN + N LRS+DL T ED + + Q +R + +GVFG Sbjct: 97 FGYGRNLLKPDCYELNFGLKVVLNRIHPNRLRSLDLRTYEDMMLATRKQTSRGADLGVFG 156 Query: 125 IDILRDVLRAVTGVPKSGVGLTQISGGDSMFSFSIDMEAADFPELARRAKGYYENDDYKT 184 +D+ RD+LRAVTG P+ +++G D++ +F+ + E ++ Y ++ YK Sbjct: 157 LDVSRDLLRAVTGEPEDEAFAKRLTGADAL-TFTAQITIDQLGEKCKQILEAYYDNRYKQ 215 Query: 185 SFSWVDNVRKLKDDASIDALNAQLIQAISTRN-PGIMVTLPEIGVWDTILGFSFTRNKDG 243 F WVD + +++D + I LN++L +AI +N + + PE+ W +I F T + Sbjct: 216 YFGWVDYLNEVRDPSLIKFLNSKLEEAIKNKNIEKLHLAPPEVVDWQSIDKFRITGTRQQ 275 Query: 244 IRPVIQAGDYIDTIPDLA-NLTIEGLKRDRLFVHDVDGNITEH--SVYRCIYFEIADGDK 300 + +Y++ + D NLT+E LK R+ V ++ + S++ CI +EI + Sbjct: 276 EYDDLDIEEYLNVLGDKTNNLTVEKLKSYRVSVRWINNEQFQDKWSLFNCIVWEIIHEGR 335 Query: 301 TKIIFDGKWYEVDAIFIGRIAATLNLVQISSLVFPSVEIWDEEGKSKIESEGDYNIRAAA 360 ++ +GKW+E+D+ F R+ + + + P+ E E +YN+R A Sbjct: 336 LYVLIEGKWFEIDSSFAERVKSFVQSIPPPVYNLPTARTG--------ERESEYNLRVAQ 387 Query: 361 TLGYFL-LDKKLVKTDRTTSPIELCDLLTPAKQLIHVKHRKGGSAGLSHLFAQGGVAAEI 419 F+ LDK LVK S IE CDLL+ KQ+IHVK +K SA LSHLFAQG V+A + Sbjct: 388 EDDSFICLDKILVKPTDAVSSIEFCDLLSDKKQIIHVK-KKTRSATLSHLFAQGTVSARV 446 Query: 420 MLGDKAFRKKARTVLRGVNPAAR--DLIPLDGVR--TADYEIVFLILGEG-SATLKQNLP 474 L D + R+K R + ++ R +LIP R + YE+ ++I+ + + + LP Sbjct: 447 FLQDSSVREKIREKIATMDNGERFLELIPDASQRPNPSSYEVTYVIISKKIGSDVTSLLP 506 Query: 475 FFSKVNLAKTFENLTQRGFRVTI 497 FFS++NL + L G++V + Sbjct: 507 FFSQLNLMQNARFLQGMGYKVAL 529 >gb|EGV37146.1| hypothetical protein l13_04580 [Neisseria weaveri ATCC 51223] Length = 536 Score = 254 bits (650), Expect = 2e-65, Method: Compositional matrix adjust. Identities = 159/504 (31%), Positives = 269/504 (53%), Gaps = 23/504 (4%) Query: 6 LAGDLGIDGVVYVKQSTEKRPGWGPVLDEVTGRVVPGLANRSSSAVLLLRVDGDVFAFTF 65 L D G + V+Y KQ+ + P W + + L + +AVLL++ FA TF Sbjct: 37 LKMDGGQELVLYSKQNPPRPPSWVNLFKPHIDDDLSHLFSSGCAAVLLMKHSDRYFALTF 96 Query: 66 GYGRYLIEQSLFVQDFGLRAALNTLDENSLRSVDLHTIEDQPVQKKSQAARDSAVGVFGI 125 GYGR+L+ F ++FGLR +N +D LRSVD+HT+E PV KK+QA+ ++ FG+ Sbjct: 97 GYGRHLLNPDCFEENFGLRVVVNAVDPGKLRSVDVHTLESIPVHKKNQASVSTSFADFGL 156 Query: 126 DILRDVLRAVTGVPKSGVGLTQISGGDSMFSFSIDMEAADFPELARRAKGYYENDDYKTS 185 D+ +D++ A TG PK +SG D++ S+ E D P L R ++++ YK S Sbjct: 157 DVEQDLMYAATGSPKDKEFCKTLSGKDAL-KISLPFELQDLPLLLDRTITLFDSESYKQS 215 Query: 186 FSWVDNVRKLKDDASIDALNAQLIQAISTRN-PGIMVTLPEIGVWDTILGFSFTRNKDG- 243 F W+D + ++++ + + L+A+LI+ I+ + +++PE+ W+ I GF + + K G Sbjct: 216 FPWIDRLSEVRNVSIKNELDAKLIEKIAQNDFSKTWLSIPEVINWENISGFRYQKAKRGE 275 Query: 244 IRPVIQAGDYID-TIPDLANLTIEGLKRDRLFVHDVDGNITEHS--VYRCIYFEIADGDK 300 + I Y+ T D L+I+ ++ + +V ++ VY+CIY E+ + Sbjct: 276 LHDDISWEGYLAYTKNDSEELSIKKMREQYIHCINVANEQPAYTWKVYQCIYCELELNGE 335 Query: 301 TKIIFDGKWYEVDAIFIGRIAATLNLVQISSLVFPSVEIWDEEGKSKIESEGDYNIRAAA 360 + +GKWY++D F+ + + + +S + P + E +SE YN + Sbjct: 336 VYSLTNGKWYKIDGDFLENLDKNIQDIPLSKISLPE---YSE------KSEDKYNEKVVN 386 Query: 361 TLG--YFLLDKKLVKTDRTTSPIELCDLLTPAKQLIHVKHRKGGSAGLSHLFAQGGVAAE 418 + G + L+DK+ + +S IELCD+ T K+LIHVK R GGS+ LSHLF+QG V+ + Sbjct: 387 SDGSRFVLMDKRNISYGGGSSRIELCDIYTNDKKLIHVK-RYGGSSVLSHLFSQGLVSTQ 445 Query: 419 IMLGDKAFRKKARTVLRGVNP-AARDLIPLDGVRTADYEIVFLILGEGSATLKQNLPFFS 477 ++L D FR L + A++ P + +++E+V++I T +LP FS Sbjct: 446 LILSDGNFRALVNKKLPKTHKLPAKNEKP----KASEFEVVYVIASNDKKTTALDLPLFS 501 Query: 478 KVNLAKTFENLTQRGFRVTIAGAP 501 K+NL + +L G V+I P Sbjct: 502 KINLRSCYNHLQLMGVSVSICIVP 525 >ref|YP_002940973.1| hypothetical protein Kole_1274 [Kosmotoga olearia TBF 19.5.1] gb|ACR79969.1| conserved hypothetical protein [Kosmotoga olearia TBF 19.5.1] Length = 526 Score = 230 bits (586), Expect = 6e-58, Method: Compositional matrix adjust. Identities = 163/512 (31%), Positives = 260/512 (50%), Gaps = 37/512 (7%) Query: 1 VDEYPLAGDLGIDGVVYVKQSTEKRPGWGPVLDEVTGRVVPGLANRSSSAVLLLRVDGDV 60 +D+ ++G L I K ST P W +++ + + N ++SA+L + V+ + Sbjct: 33 LDKKIISGQLAI-----TKGSTT--PSWVRFVNDALEEELTEVINSANSALLFVNVEKRM 85 Query: 61 FAFTFGYGRYLIEQSLFVQDFGLRAALNTLDENSLRSVDLHTIEDQPVQKKSQAARDSAV 120 F +FGYGR ++++ FV+DFGL+ LNT+D ++S+D E+ +SQ + S Sbjct: 86 FILSFGYGRNMLKEECFVRDFGLKTVLNTVDPTKIKSIDSAITENITKHTRSQTSIASPT 145 Query: 121 GVFGIDILRDVLRAVTGVPKSG----VGLTQISGGDSMFSFSIDMEAADFPELARRAKGY 176 FG+D+ RD+LRAVTG PK +G T I+G DS+ + + D EL + Sbjct: 146 EEFGLDVSRDILRAVTGHPKEEYRKVLGRT-ITGKDSLHIL-VKITMRDLEELLEKILEL 203 Query: 177 YENDDYKTSFSWVDNVRKLKDDASIDALNAQLIQAI-STRNPGIMVTLPEIGVWDTILGF 235 YE+D YK +F WVDN+R+ KD + I L +L+ + S + + +PEI D I F Sbjct: 204 YESDSYKENFDWVDNLREEKDPSKIKELKKKLVDDLNSEKYEAFHLAIPEIYEPDRIESF 263 Query: 236 SFTRNKDGIRPVIQAGDYIDTIPDLANLTIE----GLKRDRLFVHDVDGN--ITEHSVYR 289 ++ +K+ R D ++ I +L T E LK ++ + D N S+ + Sbjct: 264 AYF-SKNSFR--YTELDIVEAIKELKKKTDEINFDTLKNKNIYAFESDTNGIYMRWSLAK 320 Query: 290 CIYFEIADGDKTKIIFDGKWYEVDAIFIGRIAATLNLVQISSLVFPSVEIWDEEGKSKIE 349 CI +E DK ++ G WY ++ F + ++ ++ L+ + Sbjct: 321 CIVYETEYEDKRYVLTMGNWYCIEPSFAKEVTKSIEKIKDVQLISCQSDF---------- 370 Query: 350 SEGDYNIRAAATLG-YFLLDKKLVKTDRTTSPIELCDLLTPAKQLIHVKHRKGGSAGLSH 408 E YN + A +G L DKKL+K S IELCD+LT LIHVK R G S+ LSH Sbjct: 371 REDQYNEKLAKNIGDAILFDKKLIKCTDARSRIELCDVLTKDHMLIHVKKR-GRSSTLSH 429 Query: 409 LFAQGGVAAEIMLGDKAFRKKARTVLRGVNPAARDLIP--LDGVRTADYEIVFLILGEGS 466 LF+QG V+AE +L D F +AR + D +P D +++ Y +VF I+ + Sbjct: 430 LFSQGKVSAEALLSDAGFLNEARNRIEKEKKNPDDYLPDTNDKIKSEGYTVVFAIIDKSD 489 Query: 467 ATLKQNLPFFSKVNLAKTFENLTQRGFRVTIA 498 L ++LPFFS +N + + L G++V A Sbjct: 490 KPLSKSLPFFSLLNFRQVEKTLKMMGYKVAKA 521 >ref|ZP_02389223.1| hypothetical protein BthaB_30079 [Burkholderia thailandensis Bt4] Length = 575 Score = 213 bits (541), Expect = 9e-53, Method: Compositional matrix adjust. Identities = 170/511 (33%), Positives = 249/511 (48%), Gaps = 42/511 (8%) Query: 4 YPLAGDLGIDGVVYVKQSTEKRPGWGPVLDEVTGRVVPGL--ANRSSSAVLLLRVDGDVF 61 Y L G+ + K S K P W P L V V P L RS AVLL++ G +F Sbjct: 42 YDLKISEGVARLYAKKSSRPKLPDWAPFL-VVNQDVPPDLFEGTRSEGAVLLVQHAGALF 100 Query: 62 AFTFGYGRYLIEQSLFVQDFGLRAALNTLDENSLRSVDLHTIEDQPVQKKSQAARDSAVG 121 A +FG G +LI L +DFGLR LN++D LRS+D + E P+ +SQ+ARD+ + Sbjct: 101 ALSFGMGHHLINLDLVERDFGLRVTLNSIDPLKLRSLDKASHEVNPLHIRSQSARDADIF 160 Query: 122 VFGIDILRDVLRAVTGVPKSGVGLTQISGGDSMFSFSIDMEAA--DFPE-----LARRAK 174 ID D++ AVTG + + ISG D++ +I+ A D P+ L RR K Sbjct: 161 DLNIDPELDMVHAVTGTSEVALFGEHISGRDAL---TINPPATLDDLPKILAEALTRRNK 217 Query: 175 GYYENDDYKTSFSWVDNVRKLKDDASIDALNAQLIQAIST--RNPGIMVTLPEIGVWDTI 232 E F+W+DNV +++D I+ L+ L A+ + R + + PEI W+T Sbjct: 218 PLPER------FAWIDNVHRVRDSTMIECLDDALTDALRSDPRPENLWLGEPEIVDWETQ 271 Query: 233 LGFSF-TRNKDGIRPVIQAGDYIDTIPDL-ANLTIEGLKRDRLFVHDVD-GNITEHSVYR 289 G+SF R++ +Q ++ I A + E L+ + V+D + +I + YR Sbjct: 272 TGYSFDQRSRTARHRTLQIDQLLEYIAGHGAKPSAELLRSISVHVNDANYQSIKSWTAYR 331 Query: 290 CIYFEIADGDKTKIIFDGKWYEVDAIFIGRIAATLNLVQISSLVFPSVEIWDEEGKSKIE 349 C+Y E+ G +T I+ +G W+E+ F+ I + P + Sbjct: 332 CLYAELPMGKETFILRNGLWFEISRKFVDEIDTYFKRLDAELAKMPVYQ---------HA 382 Query: 350 SEGDYNIRAAA-TLGYFLLDKKLVKTDRTTSPIELCDLLTPAKQLIHVKHRKGGSAGLSH 408 +EG YN A GY LLDKK + IE CDL+ + LIHVK + SA LSH Sbjct: 383 NEGLYNESVAKENAGYDLLDKKNISFGNAYDKIEFCDLVRDGRDLIHVKLYR-SSATLSH 441 Query: 409 LFAQGGVAAEIMLGDKAFRKKARTVLRGVNPAARDLI-PLDGVRTADYEIVFLILGEGSA 467 LFAQG V+AE + + FR K L P + L PL + +Y IV+ I + Sbjct: 442 LFAQGSVSAETFMRHEEFRVKLNEKL----PTSIRLSDPLTRPKAENYRIVYAI--ATTK 495 Query: 468 TLKQNLPFFSKVNLAKTFENLTQRGFRVTIA 498 L ++LPFFSK+ L L GF+V +A Sbjct: 496 ELPKDLPFFSKITLKNAIIGLNGLGFQVVLA 526