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= 0035.0003.p (425 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IW86.1 D8IW86_HERSS Mg2+/Co2+ transporter transmembrane protein 684 0.0 F1W310.1 F1W310_9BURK CorB 593 e-167 C6BEG3.1 C6BEG3_RALP1 Putative uncharacterized protein 491 e-136 E2T4X5.1 E2T4X5_9RALS Putative uncharacterized protein 490 e-136 B2UCV7.1 B2UCV7_RALPJ Putative uncharacterized protein 488 e-136 >D8IW86.1 D8IW86_HERSS Mg2+/Co2+ transporter transmembrane protein Length = 434 Score = 684 bits (1766), Expect = 0.0, Method: Compositional matrix adjust. Identities = 327/415 (78%), Positives = 378/415 (91%), Gaps = 1/415 (0%) Query: 1 VQILALALLILCSAFFSMTETALMAANRHRLRHLAKHGNKRAITLLWLLERTDRLLSLIL 60 VQ+LAL +LIL SAFFSMTETALMAANRHRLRHLAK GN+ AIT+LWLL+RT+RLLSL+L Sbjct: 8 VQVLALFILILLSAFFSMTETALMAANRHRLRHLAKQGNRAAITILWLLDRTERLLSLVL 67 Query: 61 IANTLINALATALVTALAITAFGNHEKVITIATACVAGLLIVFAEIVPKIIGATYPERIS 120 IANT INALATALVTALAI AFGNH++VIT ATACVA LLI+FAEIVPK+IGATYPERIS Sbjct: 68 IANTAINALATALVTALAIAAFGNHQRVITAATACVAALLIIFAEIVPKVIGATYPERIS 127 Query: 121 LFTGFFLKPLMALAKPLLWVVNIIVSTILRIIHIKASGRSHEQRLSPEELRSIVLEGGNF 180 LFTGF LKPLM +AKPL+W VN+ VS ILR++ IK R+ EQR+SPEELRSIVLEGG+F Sbjct: 128 LFTGFILKPLMRVAKPLIWFVNLFVSAILRLLRIKTGARAAEQRISPEELRSIVLEGGSF 187 Query: 181 IPQKHKSILLNLFDLEKISVEDVMTPRAQVEALNLSVSIDEIRNQLATCYHNKLPVYEGE 240 IPQKHKSILLNLFDLEKISVEDVMTPR+QVEALNL+ +D+I +QLATCYHNKLPV+EGE Sbjct: 188 IPQKHKSILLNLFDLEKISVEDVMTPRSQVEALNLAAPVDDILHQLATCYHNKLPVFEGE 247 Query: 241 INQIVGILHVRKAIMLFSQDEEITGEEIRALLSAPYFIPQDTDVFTQLQYFQENHERLGI 300 IN IVGILHVRK + LF ++EEI+ ++IR LLSAPY++P +TDVFTQLQYFQENHERLG+ Sbjct: 248 INHIVGILHVRKTVSLFRREEEISHDDIRELLSAPYYVPVETDVFTQLQYFQENHERLGV 307 Query: 301 IVDEYGEVQGLVTLEDIIEEMIGEFTTSVPGAARADSFAWNKDGECLLEGATTLRDINKR 360 +VDEYGEVQGLVTLEDIIEEMIGEFTTS PG++ + F W+KDG CLLEG+TTLRDINKR Sbjct: 308 VVDEYGEVQGLVTLEDIIEEMIGEFTTSSPGSS-GEGFGWDKDGACLLEGSTTLRDINKR 366 Query: 361 LGLSLPLDGPKTLNGLLLEWLRDIPEANVSVRIAGCIIEIVQVQNQAIKVVKLFA 415 LGL LPLDGPKT+NGLLLE+L+DIPEA+V+V++ GC+IEIVQVQNQAI++VKL A Sbjct: 367 LGLQLPLDGPKTINGLLLEYLQDIPEASVAVKMDGCVIEIVQVQNQAIRMVKLIA 421 >F1W310.1 F1W310_9BURK CorB Length = 409 Score = 593 bits (1529), Expect = e-167, Method: Compositional matrix adjust. Identities = 285/399 (71%), Positives = 340/399 (85%), Gaps = 1/399 (0%) Query: 18 MTETALMAANRHRLRHLAKHGNKRAITLLWLLERTDRLLSLILIANTLINALATALVTAL 77 M ETALM+ANRHRLRHLAK G+ A T LWLL+RTD++LSL+LIANTLINALATALVT + Sbjct: 1 MAETALMSANRHRLRHLAKRGSHAATTTLWLLDRTDQVLSLVLIANTLINALATALVTTI 60 Query: 78 AITAFGNHEKVITIATACVAGLLIVFAEIVPKIIGATYPERISLFTGFFLKPLMALAKPL 137 I +FG+ E VI I T VA LLIVFAEI PKIIGAT+PERI+L LKPLMA++KP+ Sbjct: 61 VIASFGHEEGVIAITTGAVAFLLIVFAEISPKIIGATFPERIALPAALILKPLMAVSKPV 120 Query: 138 LWVVNIIVSTILRIIHIKASGRSHEQRLSPEELRSIVLEGGNFIPQKHKSILLNLFDLEK 197 +W VN+ V+ +LR++ I+ G + +LS EELRS+VLEGGNFIP+KH+SILLNLFDLE Sbjct: 121 IWFVNLFVTALLRLLRIR-QGVKRDHKLSQEELRSMVLEGGNFIPKKHQSILLNLFDLEH 179 Query: 198 ISVEDVMTPRAQVEALNLSVSIDEIRNQLATCYHNKLPVYEGEINQIVGILHVRKAIMLF 257 +SVEDVMTPRAQ+E+LNL+ SIDEI+ QL TCYHNKLPV++GEIN+I+GILHVRKAI L Sbjct: 180 MSVEDVMTPRAQIESLNLAQSIDEIKRQLTTCYHNKLPVHDGEINRIIGILHVRKAIGLL 239 Query: 258 SQDEEITGEEIRALLSAPYFIPQDTDVFTQLQYFQENHERLGIIVDEYGEVQGLVTLEDI 317 ++DEE+ + RALL+ PYFIP+DTDV TQLQYFQENHERL IIVDEYGEVQGLVTLEDI Sbjct: 240 NEDEELAVDHFRALLTPPYFIPEDTDVLTQLQYFQENHERLAIIVDEYGEVQGLVTLEDI 299 Query: 318 IEEMIGEFTTSVPGAARADSFAWNKDGECLLEGATTLRDINKRLGLSLPLDGPKTLNGLL 377 IEEMIGEFTTS P AARAD+ +W+ G CLLEG+TTLRDINK+LGL LDGPKT+NGLL Sbjct: 300 IEEMIGEFTTSTPAAARADNVSWDDTGSCLLEGSTTLRDINKQLGLQFALDGPKTINGLL 359 Query: 378 LEWLRDIPEANVSVRIAGCIIEIVQVQNQAIKVVKLFAP 416 LE+L+DIPEA+V ++I GC+IEIVQV+NQ+IKVVKL P Sbjct: 360 LEYLQDIPEASVCLKINGCVIEIVQVKNQSIKVVKLIRP 398 >C6BEG3.1 C6BEG3_RALP1 Putative uncharacterized protein Length = 424 Score = 491 bits (1263), Expect = e-136, Method: Compositional matrix adjust. Identities = 248/419 (59%), Positives = 321/419 (76%), Gaps = 5/419 (1%) Query: 2 QILALALLILCSAFFSMTETALMAANRHRLRHLAKHGNKRAITLLWLLERTDRLLSLILI 61 QI A+ LL+ CSAFFS++ETA+MA NRHRLRHLAK A L LL +TD+LLSLILI Sbjct: 9 QIGAVVLLLCCSAFFSISETAMMALNRHRLRHLAKSNVSGARNTLQLLGQTDKLLSLILI 68 Query: 62 ANTLINALATALVTALAITAFGNHEKVITIATACVAGLLIVFAEIVPKIIGATYPERISL 121 N LIN L+T LAI FGN+ ++IATA VA L+IVFAEI PKI+GATYPER++ Sbjct: 69 GNNLINTAVPVLITTLAIHYFGNNGTTLSIATAIVAFLIIVFAEIAPKIVGATYPERVAF 128 Query: 122 FTGFFLKPLMALAKPLLWVVNIIVSTILRIIHIKASGRSHEQRLSPEELRSIVLEGGNFI 181 F +KPLM ++ PL+ VVN +LR++ I + ++ EQR+S EELR++VLE GNFI Sbjct: 129 PASFIIKPLMQVSTPLVAVVNAFAMGVLRLVRIN-TRKAPEQRMSTEELRTLVLESGNFI 187 Query: 182 PQKHKSILLNLFDLEKISVEDVMTPRAQVEALNLSVSIDEIRNQLATCYHNKLPVYEGEI 241 P KH+SILLNLFDL+ I+V+DVMTPRA+VE+L+LS I+E+ QL TCYHNKLPV+E + Sbjct: 188 PHKHRSILLNLFDLDAITVDDVMTPRARVESLDLSRPIEEVIQQLETCYHNKLPVFEQDS 247 Query: 242 NQIVGILHVRKAIMLFSQDEEITGEEIRALLSAPYFIPQDTDVFTQLQYFQENHERLGII 301 +Q++GILHVRKA+ L ++T ++ R+LL+ PYF+P T VF QLQYFQEN RLG+I Sbjct: 248 DQVIGILHVRKALSLLGH-TDLTHDDFRSLLAEPYFVPSGTPVFRQLQYFQENRRRLGLI 306 Query: 302 VDEYGEVQGLVTLEDIIEEMIGEFTTSVPGAARADSFAWNKDGECLLEGATTLRDINKRL 361 V+EYG++ GLVTLEDIIEEMIGEFTT++P A + AW+K+G L + +LRD+N+RL Sbjct: 307 VNEYGDMLGLVTLEDIIEEMIGEFTTTLPNAGK---LAWDKEGTYLADAGMSLRDLNRRL 363 Query: 362 GLSLPLDGPKTLNGLLLEWLRDIPEANVSVRIAGCIIEIVQVQNQAIKVVKLFAPTTAK 420 GLSLP DGPKTLNGLLLE L +IPEA VSV+IAGC+++IVQ+ +Q+I+ V+L P K Sbjct: 364 GLSLPTDGPKTLNGLLLEELEEIPEATVSVKIAGCVMDIVQMDSQSIRTVRLHQPPQPK 422 >E2T4X5.1 E2T4X5_9RALS Putative uncharacterized protein Length = 424 Score = 490 bits (1261), Expect = e-136, Method: Compositional matrix adjust. Identities = 248/419 (59%), Positives = 321/419 (76%), Gaps = 5/419 (1%) Query: 2 QILALALLILCSAFFSMTETALMAANRHRLRHLAKHGNKRAITLLWLLERTDRLLSLILI 61 QI A+ LL+ CSAFFS++ETA+MA NRHRLRHLAK A L LL +TD+LLSLILI Sbjct: 9 QIGAVVLLLCCSAFFSISETAMMALNRHRLRHLAKSNVSGARNTLQLLGQTDKLLSLILI 68 Query: 62 ANTLINALATALVTALAITAFGNHEKVITIATACVAGLLIVFAEIVPKIIGATYPERISL 121 N LIN L+T LAI FGN+ ++IATA VA L+IVFAEI PKI+GATYPER++ Sbjct: 69 GNNLINTAVPVLITTLAIHYFGNNGTTLSIATAIVAFLIIVFAEIAPKIVGATYPERVAF 128 Query: 122 FTGFFLKPLMALAKPLLWVVNIIVSTILRIIHIKASGRSHEQRLSPEELRSIVLEGGNFI 181 F +KPL+ ++ PL+ VVN +LR++ I + ++ EQR+S EELR++VLE GNFI Sbjct: 129 PASFIIKPLLQISTPLVAVVNAFAMGVLRLVRIN-TRKAPEQRMSTEELRTLVLESGNFI 187 Query: 182 PQKHKSILLNLFDLEKISVEDVMTPRAQVEALNLSVSIDEIRNQLATCYHNKLPVYEGEI 241 P KH+SILLNLFDL+ I+V+DVMTPRA+VE+L+LS I+E+ QL TCYHNKLPV+E + Sbjct: 188 PHKHRSILLNLFDLDAITVDDVMTPRARVESLDLSRPIEEVVQQLETCYHNKLPVFEQDS 247 Query: 242 NQIVGILHVRKAIMLFSQDEEITGEEIRALLSAPYFIPQDTDVFTQLQYFQENHERLGII 301 +Q++GILHVRKA+ L E+T ++ R+LL+ PYF+P T VF QLQYFQEN RLG+I Sbjct: 248 DQVIGILHVRKALSLLGH-TELTHDDFRSLLAEPYFVPSGTPVFRQLQYFQENRRRLGLI 306 Query: 302 VDEYGEVQGLVTLEDIIEEMIGEFTTSVPGAARADSFAWNKDGECLLEGATTLRDINKRL 361 V+EYG++ GLVTLEDIIEEMIGEFTT++P A + AW+K+G L + +LRD+N+RL Sbjct: 307 VNEYGDMLGLVTLEDIIEEMIGEFTTTLPNAGK---LAWDKEGTYLADAGMSLRDLNRRL 363 Query: 362 GLSLPLDGPKTLNGLLLEWLRDIPEANVSVRIAGCIIEIVQVQNQAIKVVKLFAPTTAK 420 GLSLP DGPKTLNGLLLE L +IPEA VSV+IAGC+++IVQ+ +Q+I+ V+L P K Sbjct: 364 GLSLPTDGPKTLNGLLLEELEEIPEATVSVKIAGCVMDIVQMDSQSIRTVRLHQPPQPK 422 >B2UCV7.1 B2UCV7_RALPJ Putative uncharacterized protein Length = 424 Score = 488 bits (1256), Expect = e-136, Method: Compositional matrix adjust. Identities = 247/419 (58%), Positives = 320/419 (76%), Gaps = 5/419 (1%) Query: 2 QILALALLILCSAFFSMTETALMAANRHRLRHLAKHGNKRAITLLWLLERTDRLLSLILI 61 QI A+ LL+ CSAFFS++ETA+MA NRHRLRHLAK A LL +TD+LLSLILI Sbjct: 9 QIGAVVLLLCCSAFFSISETAMMALNRHRLRHLAKSNVSGARNTQQLLGQTDKLLSLILI 68 Query: 62 ANTLINALATALVTALAITAFGNHEKVITIATACVAGLLIVFAEIVPKIIGATYPERISL 121 N LIN L+T LAI FGN+ ++IATA VA L+IVFAEI PKI+GATYPER++ Sbjct: 69 GNNLINTAVPVLITTLAIHYFGNNGTTLSIATAIVAFLIIVFAEIAPKIVGATYPERVAF 128 Query: 122 FTGFFLKPLMALAKPLLWVVNIIVSTILRIIHIKASGRSHEQRLSPEELRSIVLEGGNFI 181 F +KPL+ ++ PL+ VVN +LR++ I + ++ EQR+S EELR++VLE GNFI Sbjct: 129 PASFIIKPLLQISTPLVAVVNAFAMGVLRLVRIN-TRKAPEQRMSTEELRTLVLESGNFI 187 Query: 182 PQKHKSILLNLFDLEKISVEDVMTPRAQVEALNLSVSIDEIRNQLATCYHNKLPVYEGEI 241 P KH+SILLNLFDL+ I+V+DVMTPRA+VE+L+LS I+E+ QL TCYHNKLPV+E + Sbjct: 188 PHKHRSILLNLFDLDAITVDDVMTPRARVESLDLSRPIEEVVQQLETCYHNKLPVFEQDS 247 Query: 242 NQIVGILHVRKAIMLFSQDEEITGEEIRALLSAPYFIPQDTDVFTQLQYFQENHERLGII 301 +Q++GILHVRKA+ L E+T ++ R+LL+ PYF+P T VF QLQYFQEN RLG+I Sbjct: 248 DQVIGILHVRKALSLLGH-TELTHDDFRSLLAEPYFVPSGTPVFRQLQYFQENRRRLGLI 306 Query: 302 VDEYGEVQGLVTLEDIIEEMIGEFTTSVPGAARADSFAWNKDGECLLEGATTLRDINKRL 361 V+EYG++ GLVTLEDIIEEMIGEFTT++P A + AW+K+G L + +LRD+N+RL Sbjct: 307 VNEYGDMLGLVTLEDIIEEMIGEFTTTLPNAGK---LAWDKEGTYLADAGMSLRDLNRRL 363 Query: 362 GLSLPLDGPKTLNGLLLEWLRDIPEANVSVRIAGCIIEIVQVQNQAIKVVKLFAPTTAK 420 GLSLP DGPKTLNGLLLE L +IPEA VSV+IAGC+++IVQ+ +Q+I+ V+L P K Sbjct: 364 GLSLPTDGPKTLNGLLLEELEEIPEATVSVKIAGCVMDIVQMDSQSIRTVRLHQPPQPK 422