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= 0037.0205.p (499 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IXZ9.1 D8IXZ9_HERSS Putative uncharacterized protein 763 0.0 C6BLX6.1 C6BLX6_RALP1 Microcystin LR degradation protein MlrC-li... 577 e-162 B2UK85.1 B2UK85_RALPJ MlrC domain protein 577 e-162 B9MIF2.1 B9MIF2_ACIET Microcystin LR degradation protein MlrC-li... 572 e-161 Q1LET0.1 Q1LET0_RALME Putative uncharacterized protein 571 e-161 >D8IXZ9.1 D8IXZ9_HERSS Putative uncharacterized protein Length = 503 Score = 763 bits (1969), Expect = 0.0, Method: Compositional matrix adjust. Identities = 383/493 (77%), Positives = 427/493 (86%) Query: 1 MPLKIVIARLNHETNTFSPIPTPLEAFLPQWDGAAYQDQKGARTAMGAFLDIADGIAATI 60 M VIAR+NHETNTFSPIPTPLEAF PQWD AAY+DQKGARTAMGAFL++A+ A I Sbjct: 1 MKPTFVIARMNHETNTFSPIPTPLEAFAPQWDDAAYRDQKGARTAMGAFLELAEQAGAQI 60 Query: 61 VTPLSATANPSATVAADAYTLMTDAIVRAIEGGCDAIMLDLHGAMVAENADDGEGALLER 120 VTPL+A ANPSA VAADAYTLM DAIVRAIE GCDAI+LDLHGAMVAENA+DGEGALLER Sbjct: 61 VTPLAAWANPSAAVAADAYTLMCDAIVRAIEQGCDAILLDLHGAMVAENAEDGEGALLER 120 Query: 121 IRKIAPHVPLCVALDLHGNVTQKMVDNADIIVSFKTYPHIDMYETGEHAGRLLVELLQKK 180 IR++APH P+ VALDLHGNVTQKMV +AD+IVSFKTYPHIDM+ETGEHAGRLL+ L+ + Sbjct: 121 IRRVAPHTPMAVALDLHGNVTQKMVTHADVIVSFKTYPHIDMFETGEHAGRLLLARLRGR 180 Query: 181 SHPVTGWRQIPLLSATLTSNTSASAMLRAVEQARQAEKQAGVLAVSVLAGFPLSDFRDAG 240 S P WRQ+P+LSATLTSNTSASAM RAVE A+ AE++ GVLAVSVLAGFPLSDFRDAG Sbjct: 181 SQPRMAWRQVPMLSATLTSNTSASAMQRAVEAAKAAEQEPGVLAVSVLAGFPLSDFRDAG 240 Query: 241 MSVVVVTDNDIALAQNVADAIAKQIWAERDDFVYDSQPLRQSLAHAREMAAGAGKGPVLL 300 MSVVVVT++D A A VA IA+QIWAER DFVY S PL QSLA AR++ G G+GP+LL Sbjct: 241 MSVVVVTEDDAAQADAVAARIARQIWAERADFVYHSPPLAQSLAQARQLRQGPGQGPMLL 300 Query: 301 LDHSDNVMSGGTCNTMDVLEAALAEGMRGIAAGPISDPEAVAQLLKAGVGATVTLAVGNK 360 LDHSDNVMSGGTCNTMDVLEAAL EG+ GIA GP+SDPEAVAQL++AG+GATVTLAVGNK Sbjct: 301 LDHSDNVMSGGTCNTMDVLEAALQEGLEGIAVGPVSDPEAVAQLVEAGLGATVTLAVGNK 360 Query: 361 VALTQQGIVKTPLQLIGKVLAITDGVFRVSGPIYTGSTINMGNSVLFDTGAAKIVITEER 420 V L QGI KTP GKV+AITDG F V+GPIYTGS + MG SVLFD GAA+IVITEER Sbjct: 361 VDLAAQGITKTPPVYTGKVVAITDGRFTVTGPIYTGSHLQMGRSVLFDIGAARIVITEER 420 Query: 421 VEPYDLGVFTSLGLDPATMDYVILKSRMYCRPVFVPISKGLEECDSDSGGPTSSNFDLFP 480 VEPYDLGVFTSLGLDPA ++ILKSRMYCRPVF PIS+ L ECDSDSGGPTS+NF LFP Sbjct: 421 VEPYDLGVFTSLGLDPAQQSFLILKSRMYCRPVFAPISRALVECDSDSGGPTSANFRLFP 480 Query: 481 IRKVRRPVYPLDA 493 I+KVRRP+YPLDA Sbjct: 481 IKKVRRPIYPLDA 493 >C6BLX6.1 C6BLX6_RALP1 Microcystin LR degradation protein MlrC-like protein Length = 492 Score = 577 bits (1488), Expect = e-162, Method: Compositional matrix adjust. Identities = 293/491 (59%), Positives = 363/491 (73%), Gaps = 4/491 (0%) Query: 3 LKIVIARLNHETNTFSPIPTPLEAFLPQWDGAAYQDQKGARTAMGAFLDIADGIAATIVT 62 ++I+IAR NHETNTFSP+PTPL +F P + AY+ KG RTA GAF+D+A+ A IV Sbjct: 1 MRILIARFNHETNTFSPVPTPLASFHPHYGDDAYRAAKGTRTAAGAFIDLAEAAGAEIVV 60 Query: 63 PLSATANPSATVAADAYTLMTDAIVRAIEGGCDAIMLDLHGAMVAENADDGEGALLERIR 122 P+ A ANPS VAADAYT + DAIV A+ GCDA++LDLHGAMVAEN+DDGEG LLER+R Sbjct: 61 PVVAGANPSGRVAADAYTTLCDAIV-AVAPGCDALLLDLHGAMVAENSDDGEGDLLERLR 119 Query: 123 KIAPHVPLCVALDLHGNVTQKMVDNADIIVSFKTYPHIDMYETGEHAGRLLVELLQKKSH 182 + P VP+ VALDLHGN+TQK +D ADI VSFKTYPH+DMYETGEHAGRLL + L +++ Sbjct: 120 AVVPDVPIAVALDLHGNLTQKFIDLADIAVSFKTYPHVDMYETGEHAGRLLFDKLAGRAN 179 Query: 183 PVTGWRQIPLLSATLTSNTSASAMLRAVEQARQAEKQAGVLAVSVLAGFPLSDFRDAGMS 242 PV WR++PL++ TL S T AM RAV ARQAE Q G+LAVS+LAGF L+D +S Sbjct: 180 PVLAWRRLPLVTHTLRSRTDEGAMHRAVALARQAE-QDGMLAVSILAGFGLADIAAPCLS 238 Query: 243 VVVVTDNDIALAQNVADAIAKQIWAERDDFVYDSQPLRQSLAHAREMAAGAGKGPVLLLD 302 +VVV + D A A IA IWA+R+ FVY S+PL +S+A A +A G GPVLLLD Sbjct: 239 IVVVGNGDKHAADAAAQRIADAIWADREGFVYRSEPLTESIARAARVADAPGSGPVLLLD 298 Query: 303 HSDNVMSGGTCNTMDVLEAALAEGMRGIAAGPISDPEAVAQLLKAGVGATVTLAVGNKVA 362 H DN MSGGTC+ M VL AL +G+ GIA GP+ DPEAVA +++AG GATVTL +G+KV Sbjct: 299 HGDNCMSGGTCDDMHVLHEALKQGLSGIAVGPVCDPEAVAAMIEAGEGATVTLPIGDKVP 358 Query: 363 LTQQGIVKTPLQLIGKVLAITDGVFRVSGPIYTGSTINMGNSVLFDTGAAKIVITEERVE 422 LTQ GI P L GKV+AI+DG + ++GP YTG I MG + L D GAA+IV+TE E Sbjct: 359 LTQLGIYPVPRALTGKVVAISDGEYTITGPTYTGQRIRMGRTALLDIGAAQIVVTETPQE 418 Query: 423 PYDLGVFTSLGLDPATMDYVILKSRMYCRPVFVPISKGLEECDSDSGGPTSSNFDLFPIR 482 +DLG+FT +G+DP +V+LKSRMYCRPVFVPI+K + EC D GG TSS++ FP Sbjct: 419 HWDLGIFTHIGVDPRAARFVLLKSRMYCRPVFVPIAKAVVEC--DGGGVTSSDYARFPFA 476 Query: 483 KVRRPVYPLDA 493 KVRRPV+PLDA Sbjct: 477 KVRRPVFPLDA 487 >B2UK85.1 B2UK85_RALPJ MlrC domain protein Length = 492 Score = 577 bits (1488), Expect = e-162, Method: Compositional matrix adjust. Identities = 293/491 (59%), Positives = 363/491 (73%), Gaps = 4/491 (0%) Query: 3 LKIVIARLNHETNTFSPIPTPLEAFLPQWDGAAYQDQKGARTAMGAFLDIADGIAATIVT 62 ++I+IAR NHETNTFSP+PTPL +F P + AY+ KG RTA GAF+D+A+ A IV Sbjct: 1 MRILIARFNHETNTFSPVPTPLASFHPHYGDDAYRAAKGTRTAAGAFIDLAEAAGAEIVV 60 Query: 63 PLSATANPSATVAADAYTLMTDAIVRAIEGGCDAIMLDLHGAMVAENADDGEGALLERIR 122 P+ A ANPS VAADAYT + DAIV A+ GCDA++LDLHGAMVAEN+DDGEG LLER+R Sbjct: 61 PVVAGANPSGRVAADAYTTLCDAIV-AVAPGCDALLLDLHGAMVAENSDDGEGDLLERLR 119 Query: 123 KIAPHVPLCVALDLHGNVTQKMVDNADIIVSFKTYPHIDMYETGEHAGRLLVELLQKKSH 182 + P VP+ VALDLHGN+TQK +D ADI VSFKTYPH+DMYETGEHAGRLL + L +++ Sbjct: 120 AVVPDVPIAVALDLHGNLTQKFIDLADIAVSFKTYPHVDMYETGEHAGRLLFDKLAGRAN 179 Query: 183 PVTGWRQIPLLSATLTSNTSASAMLRAVEQARQAEKQAGVLAVSVLAGFPLSDFRDAGMS 242 PV WR++PL++ TL S T AM RAV ARQAE Q G+LAVS+LAGF L+D +S Sbjct: 180 PVLAWRRLPLVTHTLRSRTDEGAMHRAVALARQAE-QDGMLAVSILAGFGLADIAAPCLS 238 Query: 243 VVVVTDNDIALAQNVADAIAKQIWAERDDFVYDSQPLRQSLAHAREMAAGAGKGPVLLLD 302 +VVV + D A A IA IWA+R+ FVY S+PL +S+A A +A G GPVLLLD Sbjct: 239 IVVVGNGDKHAADAAAQRIADAIWADREGFVYRSEPLTESIARAARVADAPGSGPVLLLD 298 Query: 303 HSDNVMSGGTCNTMDVLEAALAEGMRGIAAGPISDPEAVAQLLKAGVGATVTLAVGNKVA 362 H DN MSGGTC+ M VL AL +G+ GIA GP+ DPEAVA +++AG GATVTL +G+KV Sbjct: 299 HGDNCMSGGTCDDMHVLHEALKQGLSGIAVGPVCDPEAVAAMIEAGEGATVTLPIGDKVP 358 Query: 363 LTQQGIVKTPLQLIGKVLAITDGVFRVSGPIYTGSTINMGNSVLFDTGAAKIVITEERVE 422 LTQ GI P L GKV+AI+DG + ++GP YTG I MG + L D GAA+IV+TE E Sbjct: 359 LTQLGIYPVPRALTGKVVAISDGEYTITGPTYTGQRIRMGRTALLDIGAAQIVVTETPQE 418 Query: 423 PYDLGVFTSLGLDPATMDYVILKSRMYCRPVFVPISKGLEECDSDSGGPTSSNFDLFPIR 482 +DLG+FT +G+DP +V+LKSRMYCRPVFVPI+K + EC D GG TSS++ FP Sbjct: 419 HWDLGIFTHIGVDPRAARFVLLKSRMYCRPVFVPIAKAVVEC--DGGGVTSSDYARFPFA 476 Query: 483 KVRRPVYPLDA 493 KVRRPV+PLDA Sbjct: 477 KVRRPVFPLDA 487 >B9MIF2.1 B9MIF2_ACIET Microcystin LR degradation protein MlrC-like protein Length = 488 Score = 572 bits (1473), Expect = e-161, Method: Compositional matrix adjust. Identities = 287/491 (58%), Positives = 366/491 (74%), Gaps = 6/491 (1%) Query: 3 LKIVIARLNHETNTFSPIPTPLEAFLPQWDGAAYQDQKGARTAMGAFLDIADGIAATIVT 62 +KI+IARLNHETNTFSP+PTPLEAF P + AA + KG RTAM AF+D+A+G+ AT+VT Sbjct: 1 MKILIARLNHETNTFSPVPTPLEAFSPAFGEAALRANKGMRTAMAAFIDLAEGMGATLVT 60 Query: 63 PLSATANPSATVAADAYTLMTDAIVRAIEGGCDAIMLDLHGAMVAENADDGEGALLERIR 122 P+SATANPS V A AY +T IV A G CDAI+LDLHGAMVAE+ DDGEG LL R+R Sbjct: 61 PVSATANPSGPVHAKAYDELTRRIVEAAPG-CDAILLDLHGAMVAEHTDDGEGDLLARVR 119 Query: 123 KIAPHVPLCVALDLHGNVTQKMVDNADIIVSFKTYPHIDMYETGEHAGRLLVELLQKKSH 182 AP VP+ VALDLHGN+T++MV +AD++V FKTYPHIDMYETGEHAGRLL+++L+ ++H Sbjct: 120 AAAPGVPIGVALDLHGNITEQMVQSADVMVGFKTYPHIDMYETGEHAGRLLLQMLRGEAH 179 Query: 183 PVTGWRQIPLLSATLTSNTSASAMLRAVEQARQAEKQAGVLAVSVLAGFPLSDFRDAGMS 242 W ++PL+S TL S T M AVE AR E+ +G+ AVSV GF L+D +S Sbjct: 180 FRVCWHRLPLMSHTLRSTTLEGPMRDAVEAARGLER-SGLPAVSVFGGFSLADIEAPCVS 238 Query: 243 VVVVTD-NDIALAQNVADAIAKQIWAERDDFVYDSQPLRQSLAHAREMAAGAGKGPVLLL 301 VV D A Q+ D +A+QIW R ++VY S PL SL A++MA GA + PVLLL Sbjct: 239 VVATCRAEDAAATQDAVDGLARQIWQRRTEYVYRSDPLEDSLRRAQDMAQGATR-PVLLL 297 Query: 302 DHSDNVMSGGTCNTMDVLEAALAEGMRGIAAGPISDPEAVAQLLKAGVGATVTLAVGNKV 361 DH DN MSGGTC+TMDVL+AAL G+ GIA GP+ DPEAVA+L+ AG GA V + +GNKV Sbjct: 298 DHGDNCMSGGTCDTMDVLQAALERGLTGIAMGPLCDPEAVARLIAAGEGAEVDVDLGNKV 357 Query: 362 ALTQQGIVKTPLQLIGKVLAITDGVFRVSGPIYTGSTINMGNSVLFDTGAAKIVITEERV 421 L + G+ K PL+L G V A++DG + V+GPIYTG +MG++VLFDTG+A+IV++E+ Sbjct: 358 PLDRIGLHKKPLRLHGTVRAVSDGSYTVTGPIYTGQRCHMGHTVLFDTGSAQIVVSEQTH 417 Query: 422 EPYDLGVFTSLGLDPATMDYVILKSRMYCRPVFVPISKGLEECDSDSGGPTSSNFDLFPI 481 EP+DLGVF +GLDP +++LKSRMYCRPVF P+S+GL ECDS G T+S++ FP Sbjct: 418 EPWDLGVFHCVGLDPTRFRFLLLKSRMYCRPVFTPLSEGLVECDSP--GVTTSDYARFPF 475 Query: 482 RKVRRPVYPLD 492 ++VRRPVYPLD Sbjct: 476 KRVRRPVYPLD 486 >Q1LET0.1 Q1LET0_RALME Putative uncharacterized protein Length = 497 Score = 571 bits (1472), Expect = e-161, Method: Compositional matrix adjust. Identities = 291/494 (58%), Positives = 361/494 (73%), Gaps = 5/494 (1%) Query: 3 LKIVIARLNHETNTFSPIPTPLEAFLPQWDGAAYQDQKGARTAMGAFLDIADGIAATIVT 62 +KI+IARLNHETNT+SP+ TPLE+F P++ Y+ KG RTA GAF+D+A+ + A IV Sbjct: 1 MKILIARLNHETNTYSPVATPLESFSPRYGAQGYRAAKGTRTAAGAFIDLAEAVGAEIVV 60 Query: 63 PLSATANPSATVAADAYTLMTDAIVRAIEGGCDAIMLDLHGAMVAENADDGEGALLERIR 122 P+ A ANPS VAADAYT +TD IV A GCDA+MLDLHGAMVAEN+DDGEG LL+R+R Sbjct: 61 PVIAGANPSGRVAADAYTHLTDTIV-AAAAGCDAVMLDLHGAMVAENSDDGEGELLQRLR 119 Query: 123 KIAPHVPLCVALDLHGNVTQKMVDNADIIVSFKTYPHIDMYETGEHAGRLLVELLQKKSH 182 ++ P P+ VALDLHGN+TQ ++D+ADI VSFKTYPHIDMYETGEHAGRLL+E++ + Sbjct: 120 QVLPDAPIAVALDLHGNITQPLIDHADIAVSFKTYPHIDMYETGEHAGRLLLEMIAGRVR 179 Query: 183 PVTGWRQIPLLSATLTSNTSASAMLRAVEQARQAEKQAGVLAVSVLAGFPLSDFRDAGMS 242 PV WR+ PL++ TL S T AM RAV A++AEK G+LAVS+LAGF L+D +S Sbjct: 180 PVMAWRRPPLVTHTLRSRTDEGAMQRAVALAKEAEK-GGMLAVSILAGFGLADIPAPCIS 238 Query: 243 VVVVTDNDIALAQNVADAIAKQIWAERDDFVYDSQPLRQSLAHAREMAAGAGKG-PVLLL 301 V+VV D D A VA+ IA QIW ER+ F Y PL S+A A A + PVLLL Sbjct: 239 VIVVGDGDRRKADEVAERIAAQIWEEREGFTYRPDPLPTSIAMAAAAANATAEHRPVLLL 298 Query: 302 DHSDNVMSGGTCNTMDVLEAALAEGMRGIAAGPISDPEAVAQLLKAGVGATVTLAVGNKV 361 DH DN MSGGTC+ M VL ALA+G+ GIA GP+ DPEAVAQL+ AGVGA+VTL VG+KV Sbjct: 299 DHGDNCMSGGTCDDMAVLHEALAQGLDGIAVGPVCDPEAVAQLIAAGVGASVTLNVGDKV 358 Query: 362 ALTQQGIVKTPLQLIGKVLAITDGVFRVSGPIYTGSTINMGNSVLFDTGAAKIVITEERV 421 A Q + L GKV AI+DG + +SGP YTG I MG +VL DTGAAK+++TE Sbjct: 359 AAPQLSVYPESKPLSGKVTAISDGEYVISGPTYTGQRIRMGRTVLLDTGAAKVIVTETPQ 418 Query: 422 EPYDLGVFTSLGLDPATMDYVILKSRMYCRPVFVPISKGLEECDSDSGGPTSSNFDLFPI 481 E +DLG+FT +G+DP ++ILKSRMYCRPVFVPI+K + ECDS+ G TSS +++FP Sbjct: 419 EHWDLGIFTHIGVDPHAARFLILKSRMYCRPVFVPIAKSVIECDSE--GVTSSRYEMFPF 476 Query: 482 RKVRRPVYPLDATT 495 R V RPVYPLD T Sbjct: 477 RNVSRPVYPLDKDT 490