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= 0002.0702.p (361 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IUP2.1 D8IUP2_HERSS Transmembrane protein 502 e-140 F1VYQ0.1 F1VYQ0_9BURK Putative uncharacterized protein 375 e-102 A6T338.1 A6T338_JANMA Uncharacterized conserved protein 352 7e-95 A4G9B9.1 A4G9B9_HERAR Putative uncharacterized protein 349 4e-94 Q1LSC2.1 Q1LSC2_RALME Predicted integral membrane protein 216 5e-54 >D8IUP2.1 D8IUP2_HERSS Transmembrane protein Length = 380 Score = 502 bits (1292), Expect = e-140, Method: Compositional matrix adjust. Identities = 254/348 (72%), Positives = 293/348 (84%) Query: 1 LLIYALLIVYASWYPFSGWRDMGLLPYDYLWARLPYYWTGFDLWTNVIGYAPFGALVVYA 60 LL+YALLIVYASWYPFSGWRD+G+ P+DYLWARLPYYWTGFD+WTNV GYAP G L+V A Sbjct: 30 LLVYALLIVYASWYPFSGWRDLGIKPFDYLWARLPYYWTGFDVWTNVAGYAPLGLLLVLA 89 Query: 61 LYPRVRSVWAVLLGTLAGVALSAVMEAVQTYLPTRIPSNLDLITNSCGTFLGALIGAWTS 120 ++P +R WAVL TLAGV LSA MEA QTYLPTR+PSNLDL+TN+ G LGAL+GA S Sbjct: 90 MHPHIRPWWAVLPATLAGVLLSACMEAGQTYLPTRVPSNLDLLTNAVGVTLGALLGAACS 149 Query: 121 RYFLRQSRLLEIRRSWFSREASRGLVVVGLWPLALIYPQNHLFGLGHVVPPLSSLLSDLL 180 R FL +SR L R+ WF EASRGL V GLWPLALIYPQNHLFGLG++VPPLS SDLL Sbjct: 150 RTFLHESRFLLARQRWFPAEASRGLAVAGLWPLALIYPQNHLFGLGNLVPPLSGFFSDLL 209 Query: 181 DTPIDLATWWTNNAQLSAEQYWLAEIIVTACGLTGAVLTMLLLLRKPAPRNMLMAIYLFG 240 DTPIDLAT W NNAQLSAEQYWLA++IVTACGLTGA L +L LLR+ APR L+A+YL Sbjct: 210 DTPIDLATTWLNNAQLSAEQYWLADVIVTACGLTGAALLVLQLLRRQAPRRRLVALYLLA 269 Query: 241 AVFIKSLSCALFFAPENAFAWFTPGAAGGMIVGGLMLAGLSFAPPVAQRRIAGLALIFSL 300 + KSL+CALFFAP+NAF W +P A GG+++G +M+AGLS+APP AQRR+AGLAL SL Sbjct: 270 CIAAKSLACALFFAPQNAFVWISPSAVGGIMLGTMMIAGLSWAPPTAQRRVAGLALFLSL 329 Query: 301 LATNAVPANPYFVSTLQTWVQGKFLNFDGAAQFLSVLWPFLALWFLYH 348 + TNAVPANPY++STL+TWVQGKFLNFDGAAQFLSV+WPFLALW LY Sbjct: 330 VVTNAVPANPYYLSTLETWVQGKFLNFDGAAQFLSVIWPFLALWVLYR 377 >F1VYQ0.1 F1VYQ0_9BURK Putative uncharacterized protein Length = 377 Score = 375 bits (963), Expect = e-102, Method: Compositional matrix adjust. Identities = 213/355 (60%), Positives = 261/355 (73%) Query: 1 LLIYALLIVYASWYPFSGWRDMGLLPYDYLWARLPYYWTGFDLWTNVIGYAPFGALVVYA 60 LL YALLIVYASWYPF+GW+ GL P ++ + LP+YWT FD+ TNVI Y PFG L+V+A Sbjct: 21 LLGYALLIVYASWYPFTGWQSNGLPPLGFVSSPLPHYWTVFDVATNVIAYVPFGMLLVFA 80 Query: 61 LYPRVRSVWAVLLGTLAGVALSAVMEAVQTYLPTRIPSNLDLITNSCGTFLGALIGAWTS 120 LYP +R + L LAGV S MEAVQT+LPTR+PSNLDL+TN G +G ++G +S Sbjct: 81 LYPLLRGALVLALVLLAGVLWSGTMEAVQTFLPTRVPSNLDLLTNVAGAVIGGVLGLASS 140 Query: 121 RYFLRQSRLLEIRRSWFSREASRGLVVVGLWPLALIYPQNHLFGLGHVVPPLSSLLSDLL 180 +FL+QSRLL++R+ WFS EASRGL+VV WPLA IYPQ +LFG G + P LS L+DL Sbjct: 141 SFFLQQSRLLQVRQRWFSHEASRGLLVVCAWPLAQIYPQGYLFGQGQLTPLLSEALTDLA 200 Query: 181 DTPIDLATWWTNNAQLSAEQYWLAEIIVTACGLTGAVLTMLLLLRKPAPRNMLMAIYLFG 240 +PIDL + +LSAEQ+WL E I+TA G+TGAVLT+L LLRK AP LM + + Sbjct: 201 GSPIDLFSLMWPGLRLSAEQFWLCETIITAFGMTGAVLTLLCLLRKKAPLWTLMLLTIVL 260 Query: 241 AVFIKSLSCALFFAPENAFAWFTPGAAGGMIVGGLMLAGLSFAPPVAQRRIAGLALIFSL 300 A+ KS++ AL FAPENAF W TPGA GG+++ LMLAGL F QRR A L L+ SL Sbjct: 261 ALAAKSMASALLFAPENAFVWLTPGARGGLLLSLLMLAGLHFTSRPVQRRAAVLMLLISL 320 Query: 301 LATNAVPANPYFVSTLQTWVQGKFLNFDGAAQFLSVLWPFLALWFLYHPVHRKAG 355 LA N +P NPYFV TLQ+WVQGKFL+F+GAAQFLS+LWPF ALWFL HPVHR Sbjct: 321 LAVNLIPPNPYFVVTLQSWVQGKFLSFNGAAQFLSLLWPFFALWFLLHPVHRSKA 375 >A6T338.1 A6T338_JANMA Uncharacterized conserved protein Length = 385 Score = 352 bits (902), Expect = 7e-95, Method: Compositional matrix adjust. Identities = 194/353 (54%), Positives = 247/353 (69%), Gaps = 1/353 (0%) Query: 1 LLIYALLIVYASWYPFSGWRDMGLLPYDYLWARLP-YYWTGFDLWTNVIGYAPFGALVVY 59 LL Y LIVYAS YPF+GW+D+GL YL A +P YWTGFDL TN++GY P G L VY Sbjct: 29 LLAYLFLIVYASLYPFTGWQDVGLPLQTYLLATMPPRYWTGFDLLTNILGYIPLGMLAVY 88 Query: 60 ALYPRVRSVWAVLLGTLAGVALSAVMEAVQTYLPTRIPSNLDLITNSCGTFLGALIGAWT 119 ALYP+VR A+LL G+ LS MEA Q YLP+R+ SN+DL+TNS G +GALIG + Sbjct: 89 ALYPQVRRFGALLLAFALGIILSGTMEATQAYLPSRVASNMDLLTNSLGALIGALIGIAS 148 Query: 120 SRYFLRQSRLLEIRRSWFSREASRGLVVVGLWPLALIYPQNHLFGLGHVVPPLSSLLSDL 179 S L +SRL +R+ WF+ EASRGL + LWPLA IYPQ++LFG G ++P S LS+ Sbjct: 149 SHLVLERSRLRHLRQRWFTAEASRGLTIFALWPLAQIYPQSYLFGQGQLLPVFSDWLSEW 208 Query: 180 LDTPIDLATWWTNNAQLSAEQYWLAEIIVTACGLTGAVLTMLLLLRKPAPRNMLMAIYLF 239 L TP+DL ++ QL+ EQYWL E I+TACG+ GA+L + +LR APR +L+ + L Sbjct: 209 LATPVDLGSFLRQGIQLTVEQYWLTEAIITACGVGGALLALACMLRDKAPRLVLLLLLLL 268 Query: 240 GAVFIKSLSCALFFAPENAFAWFTPGAAGGMIVGGLMLAGLSFAPPVAQRRIAGLALIFS 299 A+ +K L+ A+FF+P+ AFAW TPGA GG+++G +L GL F QRR A LI Sbjct: 269 AALAVKGLATAIFFSPDAAFAWLTPGAQGGLLLGLALLTGLIFLSRTNQRRAAAGLLIAG 328 Query: 300 LLATNAVPANPYFVSTLQTWVQGKFLNFDGAAQFLSVLWPFLALWFLYHPVHR 352 L+ N P NPYF++TL+TWVQGKFLNF+GAAQFLS+ WPF ALWFL H HR Sbjct: 329 LIVVNIAPTNPYFIATLETWVQGKFLNFNGAAQFLSLFWPFAALWFLLHSSHR 381 >A4G9B9.1 A4G9B9_HERAR Putative uncharacterized protein Length = 383 Score = 349 bits (895), Expect = 4e-94, Method: Compositional matrix adjust. Identities = 187/341 (54%), Positives = 247/341 (72%) Query: 12 SWYPFSGWRDMGLLPYDYLWARLPYYWTGFDLWTNVIGYAPFGALVVYALYPRVRSVWAV 71 S YPF+GW+ MGL YL+A +P YWTGFD+ TN++GY P G L V+AL+P++R A+ Sbjct: 39 SLYPFTGWQSMGLPLQTYLFAGMPRYWTGFDVVTNILGYIPLGILTVFALHPKIRRTGAI 98 Query: 72 LLGTLAGVALSAVMEAVQTYLPTRIPSNLDLITNSCGTFLGALIGAWTSRYFLRQSRLLE 131 +L L GV LS MEA QT LP R+ SNLD ITNS GT +GA+IG+ +S L +SRL Sbjct: 99 VLTLLLGVVLSGAMEATQTLLPNRVASNLDFITNSMGTLIGAVIGSISSHLVLERSRLRH 158 Query: 132 IRRSWFSREASRGLVVVGLWPLALIYPQNHLFGLGHVVPPLSSLLSDLLDTPIDLATWWT 191 +R W + +ASRGL++ LWP+A IYPQ++LFG G ++P LS LS LL+TP+DL + Sbjct: 159 LRHQWLTAQASRGLIIFALWPMAQIYPQSYLFGNGQILPILSDWLSILLETPVDLGSLLR 218 Query: 192 NNAQLSAEQYWLAEIIVTACGLTGAVLTMLLLLRKPAPRNMLMAIYLFGAVFIKSLSCAL 251 N QLS EQYWLAE I+TA ++G +L +L +LR+ APR +L+ + L A+ +K+L+ AL Sbjct: 219 NGVQLSVEQYWLAEAIITALNVSGVLLALLCMLREKAPRAILVLVLLSAALAVKTLATAL 278 Query: 252 FFAPENAFAWFTPGAAGGMIVGGLMLAGLSFAPPVAQRRIAGLALIFSLLATNAVPANPY 311 F P NAFAW TPGA GG+++G +L+GL+F P AQRR A LI + +A N PANPY Sbjct: 279 LFTPANAFAWLTPGAQGGVLLGLCLLSGLAFLPSSAQRRTAIGLLILAFIAVNLAPANPY 338 Query: 312 FVSTLQTWVQGKFLNFDGAAQFLSVLWPFLALWFLYHPVHR 352 F++TL+TW+QGKFLNF+GAAQFLS+LWP ALWFL H HR Sbjct: 339 FIATLETWMQGKFLNFNGAAQFLSLLWPVAALWFLLHATHR 379 >Q1LSC2.1 Q1LSC2_RALME Predicted integral membrane protein Length = 440 Score = 216 bits (550), Expect = 5e-54, Method: Compositional matrix adjust. Identities = 140/356 (39%), Positives = 204/356 (57%), Gaps = 13/356 (3%) Query: 1 LLIYALLIVYASWYPFSGWRDMGLLPYDYLWARLPYYWTGFDLWTNVIGYAPFGALVVYA 60 LL + LL+VYAS YPF+GW + G+ + +L A P Y T FDL TNV+GY PFGALVV + Sbjct: 47 LLCFTLLVVYASLYPFTGWVNNGVSAFAFLTAPKPRYITEFDLLTNVLGYCPFGALVVLS 106 Query: 61 LYPRVRSVWAVLLGTLAGVALSAVMEAVQTYLPTRIPSNLDLITNSCGTFLGALIGAWTS 120 L+PRV A L+ +AG LS MEA+QT+LPTRI SN+DLITN+ G+ LGA + A + Sbjct: 107 LHPRVSGARATLIALVAGALLSGSMEALQTWLPTRISSNIDLITNALGSLLGAAVVAPFT 166 Query: 121 RYFLRQSRLLEIRRSWFSREASRGLVVVGLWPLALIYPQNHLFGLGHVVPPLSSLLSDLL 180 + + L +R +WF AS ++++ LWP A I+PQ HLFG+G +V L+D Sbjct: 167 SALVDRGTLTRLRYAWFEPYASFAIILILLWPFAQIFPQEHLFGMGGIV---REWLTDPD 223 Query: 181 DTPIDLAT-------WWTNNAQLSAEQYW---LAEIIVTACGLTGAVLTMLLLLRKPAPR 230 P++L W +N L + + E +VTA G L + +R+ AP Sbjct: 224 SWPMELVQAYFPSLIAWQDNIGLRPDDMQGQLMLETMVTASSWIGTGLFASIAMRRTAPM 283 Query: 231 NMLMAIYLFGAVFIKSLSCALFFAPENAFAWFTPGAAGGMIVGGLMLAGLSFAPPVAQRR 290 ++A L A+ IK+ L F +NAF W + G ++ L+L L P + Sbjct: 284 LRILAGLLTAALIIKAAVAELQFPDDNAFNWLSEGGRFALLTSSLVLVLLLRLPRWLRAI 343 Query: 291 IAGLALIFSLLATNAVPANPYFVSTLQTWVQGKFLNFDGAAQFLSVLWPFLALWFL 346 +A LAL ++ TN +P+NPY + Q W G+F++F+ AQ+L LWP LA +++ Sbjct: 344 LATLALATLIVLTNVLPSNPYAWISEQGWRMGRFIHFNSLAQWLGWLWPLLAFFYI 399