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= 0015.0161.p (402 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value C3MI48.1 C3MI48_RHISN Putative ABC branched-chain amino transpor... 563 e-158 Q1LMV3.1 Q1LMV3_RALME ABC-type transporter, periplasmic componen... 491 e-137 Q46UE0.1 Q46UE0_CUPPJ Possible ureA/short-chain amide ABC transp... 488 e-136 Q46NP3.1 Q46NP3_CUPPJ Extracellular ligand-binding receptor 485 e-135 B9MGG0.1 B9MGG0_ACIET Extracellular ligand-binding receptor 485 e-135 >C3MI48.1 C3MI48_RHISN Putative ABC branched-chain amino transporter, periplasmic binding protein Length = 402 Score = 563 bits (1451), Expect = e-158, Method: Compositional matrix adjust. Identities = 268/401 (66%), Positives = 323/401 (80%), Gaps = 2/401 (0%) Query: 2 NKLVKMAPAALLMAMAMNGVMAQAAKPLRIGVMTDLSGQFSHEAGQGAVTAVKMAVQDFG 61 NKL+ ++ A + AM M+ AQ A P+RIGV+TD+SGQFSHEAG+G++TAVKMAV+DFG Sbjct: 3 NKLMLLSCVAAVGAMTMSA-GAQDAAPVRIGVLTDVSGQFSHEAGEGSITAVKMAVEDFG 61 Query: 62 GSVLGRPIEVLVNDHQNKPDIAASKAREWFDTQNVKMINNLINSGVAISVMNVAKEKNGI 121 G VL RP+EV+V DHQNKP++A S AREW+++Q V MINNLINSG+A++V VAK+++ I Sbjct: 62 GKVLDRPLEVVVADHQNKPEVAVSTAREWYESQGVTMINNLINSGIALAVTQVAKDEDRI 121 Query: 122 AIINGSGSSRITGDACTPNSIHYAYDTYALANGTGNAIIKQGGDSWFFLTADYAFGHSLE 181 AI+NGSGSSR+T D CTPNSIHY+YDTYALANGT N +I QG +WFFLTADYAFGH+LE Sbjct: 122 AIVNGSGSSRLTNDGCTPNSIHYSYDTYALANGTANQLILQGMKNWFFLTADYAFGHALE 181 Query: 182 ADTSAAVKAKGGKVIGAVRYPLNASDHSSFLLQAQQSKAKVVALAGSGTGFINAVKSAHE 241 AD + VK G+V G+VRYP+ SDHS+F+LQAQ S A+VVA+AGSGT FINAVKSA E Sbjct: 182 ADATQIVKDNDGEVSGSVRYPIETSDHSAFMLQAQASPAQVVAMAGSGTTFINAVKSAAE 241 Query: 242 FGVTQSGKQILAGLLVWITDVDAMGLEVAQGLTLTNGFYWDRDEETRKWSRRFFALMKRM 301 FG+ SGK + AGLLVW TDV ++GLE AQG+ LTN FYWDRD+ TR +S+RF + R Sbjct: 242 FGLAASGKTV-AGLLVWDTDVHSLGLETAQGMILTNAFYWDRDDATRAFSKRFEERVGRP 300 Query: 302 PTMGDAGDYSSTLHYLQAVKAAGTDDTAAVMAKMKATPINDMFAKNGKIRADGRMVHDMY 361 P MGDAGDYSST+HYL+AV+AAGT D VMAKM+ TPIND FAKNGKIR DGRMVHDMY Sbjct: 301 PHMGDAGDYSSTMHYLKAVEAAGTTDAQKVMAKMRETPINDFFAKNGKIREDGRMVHDMY 360 Query: 362 VYQVKKPSESKYPWDYYKYIATIPADQAYRPLSEGGCPLVK 402 VYQVK P+ES WD K + TI D A+RPLSE CPLVK Sbjct: 361 VYQVKTPAESTGEWDILKLVTTISGDDAFRPLSESQCPLVK 401 >Q1LMV3.1 Q1LMV3_RALME ABC-type transporter, periplasmic component; possible urea/short-chain amide ABC transporter up with Au Length = 412 Score = 491 bits (1264), Expect = e-137, Method: Compositional matrix adjust. Identities = 223/374 (59%), Positives = 293/374 (78%) Query: 29 LRIGVMTDLSGQFSHEAGQGAVTAVKMAVQDFGGSVLGRPIEVLVNDHQNKPDIAASKAR 88 ++IG++ D+SG +S G+G+ A +MA+ DFGG VLG+ IE++V DHQNK DIAA+KAR Sbjct: 38 VKIGLLLDMSGLYSDVTGRGSAAAAQMAIDDFGGKVLGKKIELVVVDHQNKADIAANKAR 97 Query: 89 EWFDTQNVKMINNLINSGVAISVMNVAKEKNGIAIINGSGSSRITGDACTPNSIHYAYDT 148 EWFD +V I ++ S A++V++VAK+KN I + +G G+ RIT D CTP S+HYAYDT Sbjct: 98 EWFDQDHVDAILDVAASAPALAVLDVAKQKNKIVVFSGPGTERITNDLCTPVSVHYAYDT 157 Query: 149 YALANGTGNAIIKQGGDSWFFLTADYAFGHSLEADTSAAVKAKGGKVIGAVRYPLNASDH 208 YALAN T A++++GG +WFFLTADYAFGH+L+ +A V GG+V+GA R+PLN SD Sbjct: 158 YALANTTARAMVERGGKTWFFLTADYAFGHTLQQSATAVVNEAGGRVLGAARHPLNTSDF 217 Query: 209 SSFLLQAQQSKAKVVALAGSGTGFINAVKSAHEFGVTQSGKQILAGLLVWITDVDAMGLE 268 +S+LLQAQ SKA+VV LA +G +NA+K+A EFG+T++G Q LAGLL++I D+ A+GL+ Sbjct: 218 ASYLLQAQASKAQVVGLANAGGDTVNAIKAASEFGLTRNGNQKLAGLLLYINDIHAIGLK 277 Query: 269 VAQGLTLTNGFYWDRDEETRKWSRRFFALMKRMPTMGDAGDYSSTLHYLQAVKAAGTDDT 328 AQGL LT FYWD ++ TR WSRR+F +K+MP M AG YSS HYL+AV+A GTD+T Sbjct: 278 TAQGLVLTEAFYWDMNDATRAWSRRYFEKVKKMPNMSQAGVYSSVSHYLKAVQATGTDET 337 Query: 329 AAVMAKMKATPINDMFAKNGKIRADGRMVHDMYVYQVKKPSESKYPWDYYKYIATIPADQ 388 AAVM +MKATPIND FAKNG+IR DGRMVHDMY+++VKKP ESKYPWDYYK +AT+P DQ Sbjct: 338 AAVMKQMKATPINDFFAKNGRIREDGRMVHDMYLFEVKKPEESKYPWDYYKLLATVPGDQ 397 Query: 389 AYRPLSEGGCPLVK 402 A+ P S+ CPL+K Sbjct: 398 AFIPPSKSQCPLLK 411 >Q46UE0.1 Q46UE0_CUPPJ Possible ureA/short-chain amide ABC transporter Length = 413 Score = 488 bits (1257), Expect = e-136, Method: Compositional matrix adjust. Identities = 220/374 (58%), Positives = 295/374 (78%) Query: 29 LRIGVMTDLSGQFSHEAGQGAVTAVKMAVQDFGGSVLGRPIEVLVNDHQNKPDIAASKAR 88 ++IG++ D+SG ++ G+G+ TA +MA+ DFGG VLG+ IE++V DHQNK DIAA+KAR Sbjct: 39 VKIGMLLDMSGLYADVTGRGSATAAQMAIDDFGGKVLGKKIELVVVDHQNKADIAANKAR 98 Query: 89 EWFDTQNVKMINNLINSGVAISVMNVAKEKNGIAIINGSGSSRITGDACTPNSIHYAYDT 148 EWFDT +V I ++ S A++V++VAK+KN I + +G GS RIT D CTP S+HYAYDT Sbjct: 99 EWFDTGHVDAILDVAASAPALAVLDVAKQKNHIVVFSGPGSERITNDLCTPVSVHYAYDT 158 Query: 149 YALANGTGNAIIKQGGDSWFFLTADYAFGHSLEADTSAAVKAKGGKVIGAVRYPLNASDH 208 YALAN T A++++GG +WFFLTADYAFGH+L+ +A + GGKV+GA R+P+ ASD Sbjct: 159 YALANTTARAMVQRGGKTWFFLTADYAFGHTLQDSATAVINEAGGKVLGAARHPIGASDF 218 Query: 209 SSFLLQAQQSKAKVVALAGSGTGFINAVKSAHEFGVTQSGKQILAGLLVWITDVDAMGLE 268 +S+LLQAQ SKA+VV LA +G +NA+K+A EFG+T++G Q +AGLL++I D+ A+GL+ Sbjct: 219 ASYLLQAQASKAQVVGLANAGGDTVNAIKAASEFGLTRNGAQRMAGLLLYINDIHAIGLK 278 Query: 269 VAQGLTLTNGFYWDRDEETRKWSRRFFALMKRMPTMGDAGDYSSTLHYLQAVKAAGTDDT 328 A GL LT FYWD ++ TR WSRR+F +K+MP M AG YSS +HYL+AV+AAGTD+T Sbjct: 279 TASGLVLTEAFYWDMNDATRAWSRRYFEKVKKMPNMSQAGAYSSVMHYLKAVQAAGTDET 338 Query: 329 AAVMAKMKATPINDMFAKNGKIRADGRMVHDMYVYQVKKPSESKYPWDYYKYIATIPADQ 388 AAVM KMK+ PIND FAKNG+IR DGRM+HDMY+++VK P+ESKYPWDYYK +AT+P DQ Sbjct: 339 AAVMKKMKSMPINDFFAKNGRIREDGRMIHDMYLFEVKSPAESKYPWDYYKVLATVPGDQ 398 Query: 389 AYRPLSEGGCPLVK 402 A+ P S+ CPL+K Sbjct: 399 AFMPASKSQCPLLK 412 >Q46NP3.1 Q46NP3_CUPPJ Extracellular ligand-binding receptor Length = 409 Score = 485 bits (1249), Expect = e-135, Method: Compositional matrix adjust. Identities = 231/399 (57%), Positives = 293/399 (73%), Gaps = 4/399 (1%) Query: 8 APAALLMAMAMNGVMAQAAK----PLRIGVMTDLSGQFSHEAGQGAVTAVKMAVQDFGGS 63 A A L AM N AQ+ K +++GV+TDLSG +S +G G VTAVKMA++DFGG Sbjct: 9 AAAVLSTAMVANFGYAQSGKISDDVVKLGVLTDLSGNYSEFSGPGTVTAVKMAIEDFGGK 68 Query: 64 VLGRPIEVLVNDHQNKPDIAASKAREWFDTQNVKMINNLINSGVAISVMNVAKEKNGIAI 123 VLG+PIEV+V DH NK D A++KAREWFDTQ V + +L NS +AI+V +A EKN IAI Sbjct: 69 VLGKPIEVVVADHLNKTDTASTKAREWFDTQKVDAVIDLTNSAIAIAVSKLAYEKNRIAI 128 Query: 124 INGSGSSRITGDACTPNSIHYAYDTYALANGTGNAIIKQGGDSWFFLTADYAFGHSLEAD 183 +N + + ++T + CTPN++HY DTYA ANGT A++ QGGD+WF L ADYAFG + Sbjct: 129 VNAAMTEKVTNEECTPNTVHYVADTYAFANGTAKAMLDQGGDTWFILAADYAFGTLMLDR 188 Query: 184 TSAAVKAKGGKVIGAVRYPLNASDHSSFLLQAQQSKAKVVALAGSGTGFINAVKSAHEFG 243 + V A GKV G+ ++PL A+D SSF++QAQ SKAKV+ LA +G +NA+KSA EFG Sbjct: 189 LTGTVNAAHGKVAGSAKHPLGAADFSSFMMQAQASKAKVIGLANAGVDTVNAMKSAQEFG 248 Query: 244 VTQSGKQILAGLLVWITDVDAMGLEVAQGLTLTNGFYWDRDEETRKWSRRFFALMKRMPT 303 +T+SGKQ L GL ITDV +MGL+ AQGL LT FYWD ++ETRKWS+R++ MK+MP Sbjct: 249 ITKSGKQSLVGLATTITDVHSMGLKTAQGLILTTPFYWDMNDETRKWSKRYYDKMKKMPN 308 Query: 304 MGDAGDYSSTLHYLQAVKAAGTDDTAAVMAKMKATPINDMFAKNGKIRADGRMVHDMYVY 363 M AG+YSS +HYLQAV+AAGTD+ VMAKM+ PIND FAKNG+IR DGRMVHDMY+ Sbjct: 309 MVHAGNYSSAMHYLQAVQAAGTDNAKDVMAKMRELPINDFFAKNGRIREDGRMVHDMYLM 368 Query: 364 QVKKPSESKYPWDYYKYIATIPADQAYRPLSEGGCPLVK 402 QVKKP ESKYPWDYYK I T+PA P+ + CPL+K Sbjct: 369 QVKKPEESKYPWDYYKLIKTLPASTVTIPVEQSKCPLLK 407 >B9MGG0.1 B9MGG0_ACIET Extracellular ligand-binding receptor Length = 419 Score = 485 bits (1248), Expect = e-135, Method: Compositional matrix adjust. Identities = 223/375 (59%), Positives = 288/375 (76%), Gaps = 1/375 (0%) Query: 29 LRIGVMTDLSGQFSHEAGQGAVTAVKMAVQDFGGSVLGRPIEVLVNDHQNKPDIAASKAR 88 +R+G++TDL+G F+ G G+ A++MA+ DFGG V G+ IE++V DHQNK DIA+SKAR Sbjct: 44 VRLGILTDLNGPFADITGPGSAAAIQMAIDDFGGKVAGKKIELVVADHQNKADIASSKAR 103 Query: 89 EWFDTQNVKMINNLINSGVAISVMNVAKEKNGIAIINGSGSSRITGDACTPNSIHYAYDT 148 EWFDT V I ++ S A++V+ VAK+K + I NG G R+TGD C P+++HY YDT Sbjct: 104 EWFDTGKVDAIMDVAVSAPALAVLEVAKQKQKVVIFNGPGLDRLTGDLCMPSTVHYVYDT 163 Query: 149 YALANGTGNAIIKQGGDSWFFLTADYAFGHSLEADTSAAVKAKGGKVIGAVRYPLNASDH 208 YALAN T +AI +GG WFF+TADYAFGHSL+ SA V A+GGKV+GA R+P+ A+D Sbjct: 164 YALANVTASAITARGGKDWFFITADYAFGHSLQEQASAVVTAQGGKVLGAARHPIAATDF 223 Query: 209 SSFLLQAQQSKAKVVALAGSGTGFINAVKSAHEFGVTQ-SGKQILAGLLVWITDVDAMGL 267 +SFL+ AQ SKA+VV LA +G +N +K+A EFG+T KQ LAGLL++I D+ A+GL Sbjct: 224 ASFLISAQNSKAQVVGLANAGGDTVNTIKAAREFGLTTGKNKQTLAGLLMYINDIHAIGL 283 Query: 268 EVAQGLTLTNGFYWDRDEETRKWSRRFFALMKRMPTMGDAGDYSSTLHYLQAVKAAGTDD 327 A GL LT GFYWD ++ETR WS+R+F MK+MP M AG YSST+HYL+AV+AA TDD Sbjct: 284 RTAGGLMLTEGFYWDMNDETRAWSKRYFEKMKKMPNMSQAGAYSSTMHYLKAVQAAKTDD 343 Query: 328 TAAVMAKMKATPINDMFAKNGKIRADGRMVHDMYVYQVKKPSESKYPWDYYKYIATIPAD 387 TA VMAKMKATPIND FAKNG+IR DGRMVHDMY+++VK +ESKYPWDYYK +AT+P D Sbjct: 344 TAHVMAKMKATPINDFFAKNGRIREDGRMVHDMYLFEVKSQAESKYPWDYYKLVATVPGD 403 Query: 388 QAYRPLSEGGCPLVK 402 +A+ PLS+ CP+VK Sbjct: 404 KAFLPLSQSKCPMVK 418