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= 0012.0034.p (293 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J178.1 D8J178_HERSS ABC-type Mn2+/Zn2+ transport systems, perm... 449 e-124 Q21WS6.1 Q21WS6_RHOFD ABC-3 395 e-108 A1VLD1.1 A1VLD1_POLNA ABC-3 protein 394 e-107 C9YH09.1 C9YH09_9BURK Putative uncharacterized protein 378 e-103 C1D798.1 C1D798_LARHH Membrane protein 295 4e-78 >D8J178.1 D8J178_HERSS ABC-type Mn2+/Zn2+ transport systems, permease component protein Length = 295 Score = 449 bits (1155), Expect = e-124, Method: Compositional matrix adjust. Identities = 245/295 (83%), Positives = 271/295 (91%), Gaps = 2/295 (0%) Query: 1 MTLLHDFYQFAIAPFQEFAFMRRALVATLALALSSAPLGVMLTLRRMSLFGEALSHAVLP 60 M+LL +Q A+ PFQEF+FMRRALVA ALAL SAPLGV+LTLRRMSLFGEALSHAVLP Sbjct: 1 MSLLSLMHQLAVEPFQEFSFMRRALVAAFALALGSAPLGVLLTLRRMSLFGEALSHAVLP 60 Query: 61 GVAAGFIFFGLSLPALSIGGFLAGVVVVALAGWISRHTELKEDASLAAVYVVALALGVIM 120 GVA GFIFFGLSLPALSIGGF AGV+VVA+AGWISRHTELKEDASLAA+YVVALALGVI+ Sbjct: 61 GVAVGFIFFGLSLPALSIGGFAAGVLVVAVAGWISRHTELKEDASLAAIYVVALALGVIL 120 Query: 121 ISGHGTQLDLLHILFGNVLGVDTEGLLLVAGVSSLSVLLMAGLYRGLLLESFDPSYLAAS 180 IS HGTQLDLLHILFGNVLGVD+EGL+L+AGV+S SVL +A LYRGLLLESFDPSY+A Sbjct: 121 ISRHGTQLDLLHILFGNVLGVDSEGLVLIAGVASASVLGIAALYRGLLLESFDPSYMAVG 180 Query: 181 GGRN--TVYQQLFLMLVVLNLVASFQTLGTLMAVGLMMLPAVSARLWHDTLPAQLVNSAV 238 GGR+ +YQQ+FLMLVV+NLVASFQTLGTLMAVGLMMLPAVSARLWHD+LPAQL NS + Sbjct: 181 GGRSGGAIYQQVFLMLVVMNLVASFQTLGTLMAVGLMMLPAVSARLWHDSLPAQLCNSVL 240 Query: 239 QAALAGYAGLMLSYYASVPSGPVIIVCAGGFYFLSLIFAPRGWLPRILRRPHLRA 293 QAALAGYAGL++SYYASVPSGPVIIVCAG Y LSL+FAPRGWLPR+LRRPHL+A Sbjct: 241 QAALAGYAGLLVSYYASVPSGPVIIVCAGALYVLSLLFAPRGWLPRLLRRPHLQA 295 >Q21WS6.1 Q21WS6_RHOFD ABC-3 Length = 299 Score = 395 bits (1015), Expect = e-108, Method: Compositional matrix adjust. Identities = 204/295 (69%), Positives = 244/295 (82%), Gaps = 5/295 (1%) Query: 1 MTLLHDFYQFAIAPFQEFAFMRRALVATLALALSSAPLGVMLTLRRMSLFGEALSHAVLP 60 M + F++ PF EFAFMRRALVATLALA+S+APLGV LTLRRMSL G+ALSHAVLP Sbjct: 2 MAWYQTLWDFSVGPFAEFAFMRRALVATLALAISAAPLGVFLTLRRMSLLGDALSHAVLP 61 Query: 61 GVAAGFIFFGLSLPALSIGGFLAGVVVVALAGWISRHTELKEDASLAAVYVVALALGVIM 120 GVA GF+ FGLSLPA+++GG LAG+ V A+AG +SR T LKEDASLAA+Y+VALALGV + Sbjct: 62 GVAVGFMLFGLSLPAMALGGVLAGLAVAAIAGVVSRATRLKEDASLAAIYLVALALGVTL 121 Query: 121 ISGHGTQLDLLHILFGNVLGVDTEGLLLVAGVSSLSVLLMAGLYRGLLLESFDPSYLAAS 180 IS G+QLDLLHILFG+ LGVD +GLLLVAGV+S+SV+ +A LYRGL+LE+FDP +LAAS Sbjct: 122 ISRQGSQLDLLHILFGSALGVDAQGLLLVAGVASVSVIALAALYRGLVLETFDPVFLAAS 181 Query: 181 GG-----RNTVYQQLFLMLVVLNLVASFQTLGTLMAVGLMMLPAVSARLWHDTLPAQLVN 235 G R ++QQ FLMLVV+NLVA FQTLGTLMAVGLMMLPAVS+RLWHD+L AQL+N Sbjct: 182 AGRGWSRRGWIWQQSFLMLVVINLVAGFQTLGTLMAVGLMMLPAVSSRLWHDSLSAQLLN 241 Query: 236 SAVQAALAGYAGLMLSYYASVPSGPVIIVCAGGFYFLSLIFAPRGWLPRILRRPH 290 ++ QAALAG AGL+LSY+ PSGP II CAG Y LSL+ +P GWLP +L+RPH Sbjct: 242 ASAQAALAGVAGLLLSYHLDTPSGPTIIGCAGVLYGLSLLLSPGGWLPTVLKRPH 296 >A1VLD1.1 A1VLD1_POLNA ABC-3 protein Length = 294 Score = 394 bits (1011), Expect = e-107, Method: Compositional matrix adjust. Identities = 204/283 (72%), Positives = 240/283 (84%) Query: 8 YQFAIAPFQEFAFMRRALVATLALALSSAPLGVMLTLRRMSLFGEALSHAVLPGVAAGFI 67 + A +PF EFAFMRRALVATLAL+LS+APLGV LTLRRMSL G+ALSHAVLPGVA GF+ Sbjct: 9 WDAAFSPFAEFAFMRRALVATLALSLSAAPLGVFLTLRRMSLLGDALSHAVLPGVAIGFM 68 Query: 68 FFGLSLPALSIGGFLAGVVVVALAGWISRHTELKEDASLAAVYVVALALGVIMISGHGTQ 127 GLSL A+++GG +AG+ V ALAG ++R T LKEDASLAA+Y+VALALGV +ISGHGTQ Sbjct: 69 LGGLSLSAMALGGVVAGMGVAALAGLVTRFTTLKEDASLAAIYLVALALGVTLISGHGTQ 128 Query: 128 LDLLHILFGNVLGVDTEGLLLVAGVSSLSVLLMAGLYRGLLLESFDPSYLAASGGRNTVY 187 LDLLHILFG+ LGVDT GLL+VA V+S+SVLL+A +YRGL+LESFDP +LAA+G R ++ Sbjct: 129 LDLLHILFGSALGVDTPGLLMVASVASVSVLLLAAMYRGLVLESFDPVFLAAAGRRGWLW 188 Query: 188 QQLFLMLVVLNLVASFQTLGTLMAVGLMMLPAVSARLWHDTLPAQLVNSAVQAALAGYAG 247 QQ FLMLVV+NLVA FQTLGTLMAVGLMMLPAVS+RLWHDTLPAQL+N++ QA LA AG Sbjct: 189 QQGFLMLVVINLVAGFQTLGTLMAVGLMMLPAVSSRLWHDTLPAQLLNASAQAMLASVAG 248 Query: 248 LMLSYYASVPSGPVIIVCAGGFYFLSLIFAPRGWLPRILRRPH 290 L+LSY+ PSGP II CAG YF SL+ AP GWLPR+L R H Sbjct: 249 LLLSYHLDTPSGPTIIGCAGALYFASLLVAPGGWLPRVLSRTH 291 >C9YH09.1 C9YH09_9BURK Putative uncharacterized protein Length = 292 Score = 378 bits (971), Expect = e-103, Method: Compositional matrix adjust. Identities = 201/285 (70%), Positives = 237/285 (83%), Gaps = 2/285 (0%) Query: 8 YQFAIAPFQEFAFMRRALVATLALALSSAPLGVMLTLRRMSLFGEALSHAVLPGVAAGFI 67 ++ I+PF EFAFMRRALVATLAL+LS+APLGV LTLRRMSL G+ALSHAVLPGVA GF+ Sbjct: 5 WEALISPFAEFAFMRRALVATLALSLSAAPLGVFLTLRRMSLLGDALSHAVLPGVAIGFM 64 Query: 68 FFGLSLPALSIGGFLAGVVVVALAGWISRHTELKEDASLAAVYVVALALGVIMISGHGTQ 127 GLSL A+++GG +AG++V ++G +SR T LKEDASLAA+Y+VALALGV +I+GHGTQ Sbjct: 65 VSGLSLTAMAVGGVVAGLLVAGMSGAVSRFTTLKEDASLAAIYLVALALGVTLIAGHGTQ 124 Query: 128 LDLLHILFGNVLGVDTEGLLLVAGVSSLSVLLMAGLYRGLLLESFDPSYLAASGGR--NT 185 LDLLHILFG+ LGVD +GLLLVAGV++ SVL +A +YRGL+LE+FDP +LAA R Sbjct: 125 LDLLHILFGSALGVDGDGLLLVAGVATFSVLTLALMYRGLVLETFDPVFLAAHRSRVPPW 184 Query: 186 VYQQLFLMLVVLNLVASFQTLGTLMAVGLMMLPAVSARLWHDTLPAQLVNSAVQAALAGY 245 V+QQ FLMLVVLNLVA FQTLGTLMAVGLMMLPAVSARLWHDTLPAQL+N++ QAALAG Sbjct: 185 VWQQGFLMLVVLNLVAGFQTLGTLMAVGLMMLPAVSARLWHDTLPAQLLNASAQAALAGV 244 Query: 246 AGLMLSYYASVPSGPVIIVCAGGFYFLSLIFAPRGWLPRILRRPH 290 AGL+LSY+ PSGP II CAG Y SL+ AP GWLPR R H Sbjct: 245 AGLLLSYHFDTPSGPTIIGCAGALYATSLLLAPGGWLPRRWMRSH 289 >C1D798.1 C1D798_LARHH Membrane protein Length = 290 Score = 295 bits (756), Expect = 4e-78, Method: Compositional matrix adjust. Identities = 166/287 (57%), Positives = 224/287 (78%), Gaps = 1/287 (0%) Query: 6 DFYQFAIAPFQEFAFMRRALVATLALALSSAPLGVMLTLRRMSLFGEALSHAVLPGVAAG 65 F++ ++PF EFAFMRRALVA LALAL P+G+ L +RRMSL G+A+SHAVLPG A G Sbjct: 2 SFHELVLSPFAEFAFMRRALVACLALALGCGPIGLFLVMRRMSLMGDAMSHAVLPGAAVG 61 Query: 66 FIFFGLSLPALSIGGFLAGVVVVALAGWISRHTELKEDASLAAVYVVALALGVIMISGHG 125 FI GLSLPA+S+GGF AGV+VV AG +SR+T ++EDASLAA Y+++LALGV+++S G Sbjct: 62 FILAGLSLPAMSVGGFAAGVLVVLAAGLVSRYTAIREDASLAAFYLMSLALGVLLVSHFG 121 Query: 126 TQLDLLHILFGNVLGVDTEGLLLVAGVSSLSVLLMAGLYRGLLLESFDPSYLAASGGRNT 185 + +DL+HILFG+VL +D LLLVAG+S+LS++++A +YR LLL+SFDP +L + G R+ Sbjct: 122 SNVDLIHILFGSVLAIDDAALLLVAGISTLSMVVLALIYRPLLLDSFDPVFLQSVGVRSN 181 Query: 186 VYQQLFLMLVVLNLVASFQTLGTLMAVGLMMLPAVSARLWHDTLPAQLVNSAVQAALAGY 245 Y +F++LVVLNLVA FQ +GTLMAVGLMM+PA++ARLW +++ + S + A L+G Sbjct: 182 GYYLVFMVLVVLNLVAGFQAMGTLMAVGLMMIPAITARLWANSIGRMMGVSVLVAMLSGG 241 Query: 246 AGLMLSYYASVPSGPVIIVCAGGFYFLSLIFAP-RGWLPRILRRPHL 291 GL+LSY+ +PSGP I++ AGG Y LSL+ AP GWLPR+ R HL Sbjct: 242 VGLLLSYHLDLPSGPAIVLAAGGLYLLSLLLAPFGGWLPRVFRSRHL 288