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= 0028.0058.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 D8IU68.1 D8IU68_HERSS ABC-type Fe3+ transport system, permease c... 639 0.0 Q0K508.1 Q0K508_CUPNH ABC-type transporter, duplicated permease ... 560 e-157 Q46PR5.1 Q46PR5_CUPPJ Binding-protein-dependent transport system... 555 e-156 Q3K549.1 Q3K549_PSEPF Putative cation ABC transport system, memb... 551 e-155 B2AHQ5.1 B2AHQ5_CUPTR Putative ABC transporter, inner membrane c... 547 e-153 >D8IU68.1 D8IU68_HERSS ABC-type Fe3+ transport system, permease component protein Length = 578 Score = 639 bits (1647), Expect = 0.0, Method: Compositional matrix adjust. Identities = 330/425 (77%), Positives = 364/425 (85%), Gaps = 1/425 (0%) Query: 1 MNGSIYGFWGILLGEAFYTFPHALMILLSALSLADARLYDAASAMGAGSWKTFRTVTLPA 60 M+GSIYGFWGILLGE FYTFPHALMILLSALS AD RLYDAA AMGA W+ F TVTLPA Sbjct: 155 MDGSIYGFWGILLGEVFYTFPHALMILLSALSQADGRLYDAAQAMGASRWRIFTTVTLPA 214 Query: 61 TRYGIFGAFCLVFTLAITDFGVPKIVGGAFSVLAVEAYKAVVGQQQFDRGALIGLLLLIP 120 TRYGIFGA CLVFTL ITDFGVPKI GGA+SVLAVEAYKAVVGQQQF RGALIGLLLL+P Sbjct: 215 TRYGIFGALCLVFTLTITDFGVPKITGGAYSVLAVEAYKAVVGQQQFGRGALIGLLLLVP 274 Query: 121 ALLTFCIDGWLQKRQRAQMSSRAEVLTPRRQWRRDAVYTLILLAISAALLLMIAVAVGAS 180 ALLTF +D WLQ+RQRA MSSR+E P+ WRRD L + I++A+L+MI VA+GAS Sbjct: 275 ALLTFTLDAWLQRRQRASMSSRSETYVPQPDWRRDGANLLAVALIASAILMMIVVAMGAS 334 Query: 181 LVKLWPYNLKLTLMHYDFDNMDGGGWLAYWNSLRLAIGTSIVGTIVIFTGAWLMEKTRSN 240 LVKLWPYNL+LTL HYDFDNMDGGGWLAYWNSLRLA GTS+ GT++IF GAWLMEKTR Sbjct: 335 LVKLWPYNLQLTLQHYDFDNMDGGGWLAYWNSLRLACGTSVAGTLLIFCGAWLMEKTRGQ 394 Query: 241 RLLDNALRFLSFLPMAVPGLVLGLGFVFFFNHPANPLNFLYGSMAILILCSVMHFYTTAH 300 L LR L FLPMAVPGLVLGLG + FFNHPANP NFLYG+M +L+LC V+HFYTTA Sbjct: 395 AWLSTLLRMLCFLPMAVPGLVLGLGSLLFFNHPANPFNFLYGTMTLLVLCCVVHFYTTAQ 454 Query: 301 LTAVTALKQIDPEFEAASASLKAPLLRTYLRITVPLCLPAVLEIFRYLFVSSMTTVSAVI 360 LTAVTALKQ+DPEFEAAS SLK PLL+T++R+TVPLCLP +LEIFRYLFVSSMTTVSAVI Sbjct: 455 LTAVTALKQLDPEFEAASLSLKVPLLKTFIRVTVPLCLPQLLEIFRYLFVSSMTTVSAVI 514 Query: 361 FLYSPNTVLAAIAVLNMDDAGDVGPAAAMSTLILLTSIAVSLLMHWGLGYWVRRAQAWRS 420 FLY P+TVLA++AVLNMDDAGDVGPAAAMSTLILLTS A SLLMH G W+ RAQAWR Sbjct: 515 FLYRPDTVLASVAVLNMDDAGDVGPAAAMSTLILLTSAAASLLMHLGGRRWLARAQAWRR 574 Query: 421 AGKKH 425 G+ H Sbjct: 575 -GRAH 578 >Q0K508.1 Q0K508_CUPNH ABC-type transporter, duplicated permease domains Length = 575 Score = 560 bits (1443), Expect = e-157, Method: Compositional matrix adjust. Identities = 288/419 (68%), Positives = 334/419 (79%) Query: 2 NGSIYGFWGILLGEAFYTFPHALMILLSALSLADARLYDAASAMGAGSWKTFRTVTLPAT 61 G IYGFWGI+LGEAFYTFPHALM+L++ LSLADARLY+AA AMGA W+TF TVTLP Sbjct: 156 QGGIYGFWGIVLGEAFYTFPHALMVLVATLSLADARLYEAARAMGASPWRTFCTVTLPGA 215 Query: 62 RYGIFGAFCLVFTLAITDFGVPKIVGGAFSVLAVEAYKAVVGQQQFDRGALIGLLLLIPA 121 R G+F A CLV TL ITDFGVPK+VGG + VLA+EAYKAVVGQQQFDRGALIG+LLL PA Sbjct: 216 RQGLFAAACLVLTLVITDFGVPKVVGGGYPVLALEAYKAVVGQQQFDRGALIGMLLLAPA 275 Query: 122 LLTFCIDGWLQKRQRAQMSSRAEVLTPRRQWRRDAVYTLILLAISAALLLMIAVAVGASL 181 LLTF +D +Q+RQR QM SRA+V P + RD L++ +SAALL +IA A+GASL Sbjct: 276 LLTFAVDMAMQQRQRTQMGSRAQVYVPAPERGRDGACLLLVALVSAALLAVIATALGASL 335 Query: 182 VKLWPYNLKLTLMHYDFDNMDGGGWLAYWNSLRLAIGTSIVGTIVIFTGAWLMEKTRSNR 241 VKLWPYNL LTL HYDFDNMDGGGWLAY NSL+L+ T++ GT IF GAWL +TR Sbjct: 336 VKLWPYNLGLTLAHYDFDNMDGGGWLAYRNSLKLSALTALAGTAAIFLGAWLTLRTRGPA 395 Query: 242 LLDNALRFLSFLPMAVPGLVLGLGFVFFFNHPANPLNFLYGSMAILILCSVMHFYTTAHL 301 L LR LPMAVPGLVLGLG+VFFFN P NPL+ LYG+MA+L+LC+V H YTT HL Sbjct: 396 WLHGVLRAGFLLPMAVPGLVLGLGYVFFFNAPGNPLHALYGTMALLVLCNVAHCYTTGHL 455 Query: 302 TAVTALKQIDPEFEAASASLKAPLLRTYLRITVPLCLPAVLEIFRYLFVSSMTTVSAVIF 361 TA AL+Q+D EFEAA+ SL L T R+TVP+CLPA+L+IFRYLFVSSMTTVSAVIF Sbjct: 456 TAAAALRQLDNEFEAAALSLGVAPLVTCWRVTVPVCLPALLDIFRYLFVSSMTTVSAVIF 515 Query: 362 LYSPNTVLAAIAVLNMDDAGDVGPAAAMSTLILLTSIAVSLLMHWGLGYWVRRAQAWRS 420 LYSP+TVLAAI+VLNMDDAGD PAAAMSTLILLTS+ +LL+H W+RRAQ WR+ Sbjct: 516 LYSPDTVLAAISVLNMDDAGDTAPAAAMSTLILLTSVLAALLLHAVSAGWLRRAQRWRA 574 >Q46PR5.1 Q46PR5_CUPPJ Binding-protein-dependent transport systems inner membrane component Length = 580 Score = 555 bits (1429), Expect = e-156, Method: Compositional matrix adjust. Identities = 293/417 (70%), Positives = 341/417 (81%) Query: 3 GSIYGFWGILLGEAFYTFPHALMILLSALSLADARLYDAASAMGAGSWKTFRTVTLPATR 62 G IYGFWGILLGEAFYTFPHALM+L++ LSLADARLY+AA AMGA W+TF TVTLP R Sbjct: 161 GGIYGFWGILLGEAFYTFPHALMVLVATLSLADARLYEAARAMGASPWRTFCTVTLPGAR 220 Query: 63 YGIFGAFCLVFTLAITDFGVPKIVGGAFSVLAVEAYKAVVGQQQFDRGALIGLLLLIPAL 122 G+F A CLV TL ITDFGVPK+VGG + VLA+EAYKAVVGQQ+FD GALIG+LLL+PAL Sbjct: 221 QGLFAAACLVLTLVITDFGVPKVVGGGYPVLALEAYKAVVGQQKFDTGALIGMLLLLPAL 280 Query: 123 LTFCIDGWLQKRQRAQMSSRAEVLTPRRQWRRDAVYTLILLAISAALLLMIAVAVGASLV 182 LTF +D +Q+RQRAQMSSRA+V PR RDA+ L++ A+SAALL ++A AVGASLV Sbjct: 281 LTFGVDMAMQRRQRAQMSSRAQVYVPRPDRVRDAICLLMVAAVSAALLTVLATAVGASLV 340 Query: 183 KLWPYNLKLTLMHYDFDNMDGGGWLAYWNSLRLAIGTSIVGTIVIFTGAWLMEKTRSNRL 242 KLWPYNL+LTL HYDFDNMDGGGWLAY NSL+L++ T+I G +IF GAWL E+TR Sbjct: 341 KLWPYNLQLTLGHYDFDNMDGGGWLAYRNSLKLSLMTAIAGAAIIFLGAWLTERTRGPAW 400 Query: 243 LDNALRFLSFLPMAVPGLVLGLGFVFFFNHPANPLNFLYGSMAILILCSVMHFYTTAHLT 302 L LR LPMAVPGLVLGLG+VFFFN P NPL+ LYG+MA+L+LC+V HFYTT HLT Sbjct: 401 LHAVLRGGFLLPMAVPGLVLGLGYVFFFNAPDNPLHGLYGTMALLVLCNVAHFYTTGHLT 460 Query: 303 AVTALKQIDPEFEAASASLKAPLLRTYLRITVPLCLPAVLEIFRYLFVSSMTTVSAVIFL 362 A AL+Q+D EFEAA+ SL L T R+TVP+CLPA+L+IFRYLFVSSMTTVSAVIFL Sbjct: 461 AAAALRQLDTEFEAAALSLGVAPLVTCWRVTVPICLPAILDIFRYLFVSSMTTVSAVIFL 520 Query: 363 YSPNTVLAAIAVLNMDDAGDVGPAAAMSTLILLTSIAVSLLMHWGLGYWVRRAQAWR 419 YS +TVLAAI+VLNMDDAGD PAAAMSTLILLT+I +LL+H W+RR QAWR Sbjct: 521 YSSDTVLAAISVLNMDDAGDTAPAAAMSTLILLTAIVAALLLHAASAGWLRRTQAWR 577 >Q3K549.1 Q3K549_PSEPF Putative cation ABC transport system, membrane protein Length = 574 Score = 551 bits (1419), Expect = e-155, Method: Compositional matrix adjust. Identities = 279/425 (65%), Positives = 343/425 (80%) Query: 1 MNGSIYGFWGILLGEAFYTFPHALMILLSALSLADARLYDAASAMGAGSWKTFRTVTLPA 60 ++ +IYGFWGI+LGE YTFPHALMILLSALSLADARL+DAAS+MGA K FR++T PA Sbjct: 150 LSDNIYGFWGIVLGEVIYTFPHALMILLSALSLADARLFDAASSMGASPAKAFRSITWPA 209 Query: 61 TRYGIFGAFCLVFTLAITDFGVPKIVGGAFSVLAVEAYKAVVGQQQFDRGALIGLLLLIP 120 TR +F AFCLVFTL ITDFGVP +VGG + VLA+EAYKAVVGQQQF RGALIG++LL+P Sbjct: 210 TRQAVFAAFCLVFTLTITDFGVPVVVGGDYQVLALEAYKAVVGQQQFGRGALIGMVLLLP 269 Query: 121 ALLTFCIDGWLQKRQRAQMSSRAEVLTPRRQWRRDAVYTLILLAISAALLLMIAVAVGAS 180 AL +F +D WL++R MS RA+V P +RDA Y ++L ISAALLL+ +AV +S Sbjct: 270 ALFSFGVDAWLRRRHGDAMSGRAQVFKPAPSRKRDAFYLSVVLLISAALLLVFGMAVFSS 329 Query: 181 LVKLWPYNLKLTLMHYDFDNMDGGGWLAYWNSLRLAIGTSIVGTIVIFTGAWLMEKTRSN 240 LVK WPYNL L+L HY F+ GGG LAY NSL++A+GT+++G+++IFTGA+LMEKTRS Sbjct: 330 LVKFWPYNLSLSLNHYQFNETAGGGLLAYGNSLKMALGTALIGSVLIFTGAYLMEKTRSQ 389 Query: 241 RLLDNALRFLSFLPMAVPGLVLGLGFVFFFNHPANPLNFLYGSMAILILCSVMHFYTTAH 300 R L+ LR LSF+PMAVPGLVLGLG+VFFFN NPL+ LYG+M +LI+C++ H+ TTA Sbjct: 390 RGLNLTLRMLSFVPMAVPGLVLGLGYVFFFNLTGNPLHVLYGTMTLLIVCTIAHYLTTAQ 449 Query: 301 LTAVTALKQIDPEFEAASASLKAPLLRTYLRITVPLCLPAVLEIFRYLFVSSMTTVSAVI 360 +TA TAL+Q+D EFEAA+ SLK PL R YLR+TVP+CLPA+L+I RYLFVS+MTTVSA I Sbjct: 450 MTATTALRQLDAEFEAAALSLKVPLYRHYLRVTVPICLPALLDIVRYLFVSAMTTVSAAI 509 Query: 361 FLYSPNTVLAAIAVLNMDDAGDVGPAAAMSTLILLTSIAVSLLMHWGLGYWVRRAQAWRS 420 FLYSP+T+LAA+AVLNMDDAG+VG AAAMSTLIL TS VSLL+ W +RR+QAWR Sbjct: 510 FLYSPDTILAAVAVLNMDDAGNVGGAAAMSTLILFTSAGVSLLLAWASRGLLRRSQAWRQ 569 Query: 421 AGKKH 425 H Sbjct: 570 TAPGH 574 >B2AHQ5.1 B2AHQ5_CUPTR Putative ABC transporter, inner membrane component Length = 574 Score = 547 bits (1410), Expect = e-153, Method: Compositional matrix adjust. Identities = 291/418 (69%), Positives = 340/418 (81%) Query: 3 GSIYGFWGILLGEAFYTFPHALMILLSALSLADARLYDAASAMGAGSWKTFRTVTLPATR 62 G IYGFWGI+LGEAFYTFPHALM+L++ LSLADARLY+AA AMGAG W+TFRTVTLP R Sbjct: 156 GGIYGFWGIVLGEAFYTFPHALMVLVATLSLADARLYEAARAMGAGPWRTFRTVTLPGAR 215 Query: 63 YGIFGAFCLVFTLAITDFGVPKIVGGAFSVLAVEAYKAVVGQQQFDRGALIGLLLLIPAL 122 G+F A CLV TL ITDFGVPK+VGG + VLA+EAYKAVVGQQQFDRGALIG+LLL PAL Sbjct: 216 QGLFAAACLVLTLVITDFGVPKVVGGGYPVLALEAYKAVVGQQQFDRGALIGMLLLAPAL 275 Query: 123 LTFCIDGWLQKRQRAQMSSRAEVLTPRRQWRRDAVYTLILLAISAALLLMIAVAVGASLV 182 LTF +D LQ+RQR Q+ SRA+V P + RD L++LA+SAALL ++A AVGASLV Sbjct: 276 LTFAVDMALQRRQRTQLGSRAQVYVPAPERGRDGACLLLVLAVSAALLAVVATAVGASLV 335 Query: 183 KLWPYNLKLTLMHYDFDNMDGGGWLAYWNSLRLAIGTSIVGTIVIFTGAWLMEKTRSNRL 242 KLWPYNL LTL HYDFDNMDGGGWLAY NSL+L++ T++ GT+ IF GAWL +TR Sbjct: 336 KLWPYNLGLTLAHYDFDNMDGGGWLAYRNSLKLSVLTALAGTVAIFLGAWLTLRTRGPAW 395 Query: 243 LDNALRFLSFLPMAVPGLVLGLGFVFFFNHPANPLNFLYGSMAILILCSVMHFYTTAHLT 302 L LR LPMAVPGLVLGLG+VFFFN P NPL+ LYG+MA+L+LC+V H YTT HLT Sbjct: 396 LHGVLRAGFLLPMAVPGLVLGLGYVFFFNAPGNPLHPLYGTMALLVLCNVAHGYTTGHLT 455 Query: 303 AVTALKQIDPEFEAASASLKAPLLRTYLRITVPLCLPAVLEIFRYLFVSSMTTVSAVIFL 362 A AL+Q+D EFEAA+ SL L T R+TVP+CLPA+L+IFRYLFVSSMTTVSAVIFL Sbjct: 456 AAAALRQLDQEFEAAALSLGVAPLLTCWRVTVPVCLPALLDIFRYLFVSSMTTVSAVIFL 515 Query: 363 YSPNTVLAAIAVLNMDDAGDVGPAAAMSTLILLTSIAVSLLMHWGLGYWVRRAQAWRS 420 YSP+TVLAAI+VLNMDDAGD PAAAMSTLILLT++ +LL+H W+RRAQ WR+ Sbjct: 516 YSPDTVLAAISVLNMDDAGDTAPAAAMSTLILLTAVLAALLLHALSAGWLRRAQRWRA 573