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= 0031.0158.p (211 letters) Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,459,386 sequences; 5,307,515,862 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value ref|YP_003777532.1| transmembrane protein [Herbaspirillum serope... 383 e-105 ref|YP_004751221.1| putative transmembrane protein [Collimonas f... 294 6e-78 ref|YP_001354836.1| hypothetical protein mma_3146 [Janthinobacte... 280 1e-73 ref|YP_001101146.1| hypothetical protein HEAR2912 [Herminiimonas... 278 4e-73 ref|ZP_08273199.1| hypothetical protein IMCC9480_571 [Oxalobacte... 253 1e-65 ref|YP_003603895.1| hypothetical protein BC1002_0277 [Burkholder... 192 3e-47 ref|YP_001894201.1| hypothetical protein Bphyt_0552 [Burkholderi... 189 2e-46 ref|ZP_06843250.1| conserved hypothetical protein [Burkholderia ... 189 2e-46 ref|YP_582423.1| putative transmembrane protein [Cupriavidus met... 189 3e-46 ref|YP_002912928.1| hypothetical protein bglu_1g31610 [Burkholde... 188 3e-46 >ref|YP_003777532.1| transmembrane protein [Herbaspirillum seropedicae SmR1] gb|ADJ65624.1| transmembrane protein [Herbaspirillum seropedicae SmR1] Length = 188 Score = 383 bits (984), Expect = e-105, Method: Compositional matrix adjust. Identities = 187/188 (99%), Positives = 188/188 (100%) Query: 24 MGRWKMLAVVAVCAAPMIASYLTYYVIKPQSRNNYGALIDPRQYPIPDLGSRAIDGSPAT 83 MGRWKMLAVVAVCAAPMIASYLTYYVIKPQSRNNYGALIDPRQYPIPDLGSRAIDGSPAT Sbjct: 1 MGRWKMLAVVAVCAAPMIASYLTYYVIKPQSRNNYGALIDPRQYPIPDLGSRAIDGSPAT 60 Query: 84 LADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEMERIERVWLVTDRQPIETLLL 143 LADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEMERIERVWLVTDRQPIETLLL Sbjct: 61 LADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEMERIERVWLVTDRQPIETLLL 120 Query: 144 REYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGNLMMRFPKNPDPGKMKKDISK 203 REYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGNLMMRFPK+PDPGKMKKDISK Sbjct: 121 REYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGNLMMRFPKDPDPGKMKKDISK 180 Query: 204 LLRASSIG 211 LLRASSIG Sbjct: 181 LLRASSIG 188 >ref|YP_004751221.1| putative transmembrane protein [Collimonas fungivorans Ter331] gb|AEK60398.1| putative transmembrane protein [Collimonas fungivorans Ter331] Length = 207 Score = 294 bits (752), Expect = 6e-78, Method: Compositional matrix adjust. Identities = 140/208 (67%), Positives = 168/208 (80%), Gaps = 1/208 (0%) Query: 4 MTKPDAASKTDPGEAARRRRMGRWKMLAVVAVCAAPMIASYLTYYVIKPQSRNNYGALID 63 M + S+ P E + R GRWK+ AV+AVCAAPMIASYLTYYVIKPQSRNNYG L+D Sbjct: 1 MDQKTPTSQPSPAEN-KPRWGGRWKLFAVIAVCAAPMIASYLTYYVIKPQSRNNYGELLD 59 Query: 64 PRQYPIPDLGSRAIDGSPATLADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEM 123 PR YP+P+LGS A+DG P TL Y+GKW+MLQ DGG C + C+ KLF +RQLRLMQGKEM Sbjct: 60 PRDYPVPELGSTALDGKPLTLDAYQGKWLMLQADGGACPKTCQDKLFEMRQLRLMQGKEM 119 Query: 124 ERIERVWLVTDRQPIETLLLREYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGN 183 ERIERVWL+TD QP+ T+++REYDGT +LRV L++WLP +AGTS DHIYLIDP G+ Sbjct: 120 ERIERVWLITDDQPLPTMVMREYDGTRLLRVKPELLKAWLPTEAGTSAADHIYLIDPRGH 179 Query: 184 LMMRFPKNPDPGKMKKDISKLLRASSIG 211 LMMRFPK+ DP K+KKD+SKLLRAS+IG Sbjct: 180 LMMRFPKDADPSKVKKDLSKLLRASAIG 207 >ref|YP_001354836.1| hypothetical protein mma_3146 [Janthinobacterium sp. Marseille] gb|ABR90774.1| Uncharacterized conserved protein [Janthinobacterium sp. Marseille] Length = 194 Score = 280 bits (716), Expect = 1e-73, Method: Compositional matrix adjust. Identities = 125/190 (65%), Positives = 155/190 (81%) Query: 22 RRMGRWKMLAVVAVCAAPMIASYLTYYVIKPQSRNNYGALIDPRQYPIPDLGSRAIDGSP 81 + GRWK+ AV+ VCAAP+I SY TYYVIKPQSR NYG LIDPR YPIP LG+ +D P Sbjct: 5 KNKGRWKLFAVILVCAAPIILSYFTYYVIKPQSRTNYGTLIDPRDYPIPALGATTLDKKP 64 Query: 82 ATLADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEMERIERVWLVTDRQPIETL 141 ATL Y+GKWVMLQV G +C C +KL +RQLRL QGKEM+RIERVWL+TD +P++T+ Sbjct: 65 ATLESYQGKWVMLQVSGAECEASCEKKLHDMRQLRLAQGKEMDRIERVWLITDDKPVDTI 124 Query: 142 LLREYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGNLMMRFPKNPDPGKMKKDI 201 L+RE+DGTD+LRV +R+WLP DAG+S+ DHIY+IDPLG+LMMRFPK+ DP K+KKD+ Sbjct: 125 LIREFDGTDMLRVKEELVRAWLPTDAGSSITDHIYMIDPLGHLMMRFPKDADPNKVKKDL 184 Query: 202 SKLLRASSIG 211 KLL+AS+IG Sbjct: 185 YKLLKASAIG 194 >ref|YP_001101146.1| hypothetical protein HEAR2912 [Herminiimonas arsenicoxydans] emb|CAL63025.1| Conserved hypothetical protein; putative thioredoxin domain [Herminiimonas arsenicoxydans] Length = 194 Score = 278 bits (711), Expect = 4e-73, Method: Compositional matrix adjust. Identities = 123/192 (64%), Positives = 156/192 (81%) Query: 20 RRRRMGRWKMLAVVAVCAAPMIASYLTYYVIKPQSRNNYGALIDPRQYPIPDLGSRAIDG 79 + + GRWK+ V+ CA+P+I SYLTYYVIKPQSR NYGA IDPR YPIP+LG+R +DG Sbjct: 3 QNKHKGRWKLFLVILACASPIILSYLTYYVIKPQSRTNYGAFIDPRNYPIPELGTRGLDG 62 Query: 80 SPATLADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEMERIERVWLVTDRQPIE 139 P L Y+GKW+MLQVD G+C C +KL +RQLRL QGKEMERIERVWL+TD +P++ Sbjct: 63 KPVALDAYQGKWIMLQVDSGECPAACEKKLHDMRQLRLAQGKEMERIERVWLITDDKPLD 122 Query: 140 TLLLREYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGNLMMRFPKNPDPGKMKK 199 T+L+RE+DGT +LRV + +R+WLPV+ +++ DHIY+IDPLGNLMMRFPK+ DP K+KK Sbjct: 123 TILIREFDGTHMLRVKSEAVRAWLPVEEDSTMTDHIYMIDPLGNLMMRFPKDADPNKIKK 182 Query: 200 DISKLLRASSIG 211 DI KLL+ASSIG Sbjct: 183 DIVKLLKASSIG 194 >ref|ZP_08273199.1| hypothetical protein IMCC9480_571 [Oxalobacteraceae bacterium IMCC9480] gb|EGF33343.1| hypothetical protein IMCC9480_571 [Oxalobacteraceae bacterium IMCC9480] Length = 208 Score = 253 bits (646), Expect = 1e-65, Method: Compositional matrix adjust. Identities = 117/192 (60%), Positives = 148/192 (77%), Gaps = 1/192 (0%) Query: 21 RRRMGRWKMLAVVAVCAAPMIASYLTYYVIKPQSRNNYGALIDPRQYPIP-DLGSRAIDG 79 R+ GRWK+ A++ VCA P+IASY TYYVIKPQ+R NYG ID +PIP DL + +DG Sbjct: 17 RQASGRWKLFAILGVCAFPLIASYFTYYVIKPQARTNYGDFIDYTVHPIPADLNTTTLDG 76 Query: 80 SPATLADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEMERIERVWLVTDRQPIE 139 +P L D GKW+ML VDGG CAE C +KL+ +RQLR+ QG+E +RIERVWL+TD+ P+E Sbjct: 77 APKGLKDLEGKWLMLTVDGGACAEACSKKLYDIRQLRVTQGRERDRIERVWLITDKVPLE 136 Query: 140 TLLLREYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGNLMMRFPKNPDPGKMKK 199 T ++RE+DGT +LR A + WLPV+AG +V DHIYLIDPLG LMMRFPK+ DP +KK Sbjct: 137 TEIIREFDGTQMLRAQADAVAKWLPVEAGATVADHIYLIDPLGRLMMRFPKDRDPNLIKK 196 Query: 200 DISKLLRASSIG 211 D+ KLL+ASSIG Sbjct: 197 DLGKLLKASSIG 208 >ref|YP_003603895.1| hypothetical protein BC1002_0277 [Burkholderia sp. CCGE1002] gb|ADG14384.1| conserved hypothetical protein [Burkholderia sp. CCGE1002] Length = 224 Score = 192 bits (488), Expect = 3e-47, Method: Compositional matrix adjust. Identities = 98/207 (47%), Positives = 130/207 (62%), Gaps = 5/207 (2%) Query: 9 AASKTDPGE--AARRRRMGRWKMLAVVAVCAAPMIASYLTYYVIKPQS-RNNYGALIDPR 65 AA++ PG+ R GRW +L + +CAAP+ SY YYV+KP NYGALIDP Sbjct: 19 AAARPMPGQPNGPGSWRRGRWVLLLLAVICAAPIAISYFMYYVVKPTGGSTNYGALIDP- 77 Query: 66 QYPIPD-LGSRAIDGSPATLADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEME 124 Q PIP+ L DG P LA G+W+M+ VD C + C KL+ +RQ+R QG E E Sbjct: 78 QRPIPESLVVTGEDGKPLKLASLHGRWLMISVDNSACDKACVTKLYFMRQIRAAQGPERE 137 Query: 125 RIERVWLVTDRQPIETLLLREYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGNL 184 R+ VWL TD + ++ Y TD+L D ++ +WLP D GT + DHIYL+DP GNL Sbjct: 138 RVVEVWLRTDADKVADVIQTAYPNTDMLIADPAQVAAWLPADTGTQITDHIYLVDPNGNL 197 Query: 185 MMRFPKNPDPGKMKKDISKLLRASSIG 211 MMRFPKN +P K+K D++KLL+ S+IG Sbjct: 198 MMRFPKNANPSKIKGDLTKLLKWSTIG 224 >ref|YP_001894201.1| hypothetical protein Bphyt_0552 [Burkholderia phytofirmans PsJN] gb|ACD14977.1| conserved hypothetical protein [Burkholderia phytofirmans PsJN] Length = 220 Score = 189 bits (481), Expect = 2e-46, Method: Compositional matrix adjust. Identities = 95/207 (45%), Positives = 131/207 (63%), Gaps = 5/207 (2%) Query: 9 AASKTDPGEAARRRRM--GRWKMLAVVAVCAAPMIASYLTYYVIKPQS-RNNYGALIDPR 65 AA K PG+ + GRW +L + +CAAP++ SY TYYVIKP +YG L++P Sbjct: 15 AAPKAMPGQPNGKGSWERGRWILLLLAIICAAPIVVSYFTYYVIKPSGGSTSYGTLVEP- 73 Query: 66 QYPIPD-LGSRAIDGSPATLADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEME 124 Q PIPD L DG P A RG+W+M+ VD C + C KL+ +RQ+R QG E E Sbjct: 74 QRPIPDSLVVTGEDGKPVKFATLRGRWLMISVDNSACDKACVTKLYFMRQIRAAQGPERE 133 Query: 125 RIERVWLVTDRQPIETLLLREYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGNL 184 R+ VWL TD + ++ + Y T+++ D ++ +WLP GT V DHIY++DP GNL Sbjct: 134 RVVEVWLRTDAGNVADVVQKAYPDTNMMIADPAQVSAWLPTANGTKVTDHIYMVDPNGNL 193 Query: 185 MMRFPKNPDPGKMKKDISKLLRASSIG 211 MMRFPK+P+P K+K D++KLL+ SSIG Sbjct: 194 MMRFPKDPNPSKIKGDVTKLLKWSSIG 220 >ref|ZP_06843250.1| conserved hypothetical protein [Burkholderia sp. Ch1-1] gb|EFG69215.1| conserved hypothetical protein [Burkholderia sp. Ch1-1] Length = 220 Score = 189 bits (480), Expect = 2e-46, Method: Compositional matrix adjust. Identities = 93/207 (44%), Positives = 131/207 (63%), Gaps = 5/207 (2%) Query: 9 AASKTDPGEAARRRRM--GRWKMLAVVAVCAAPMIASYLTYYVIKPQS-RNNYGALIDPR 65 AA K PG+ + GRW +L + +CAAP+ SY TYYVIKP +YG L++P Sbjct: 15 AAPKVMPGQPNGKGSWERGRWILLLLAIICAAPIAVSYFTYYVIKPTGGSTSYGTLVEP- 73 Query: 66 QYPIPD-LGSRAIDGSPATLADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEME 124 Q PIPD L DG P A RG+W+++ VD C + C KL+ +RQ+R QG E E Sbjct: 74 QRPIPDSLAVTGEDGKPVKFATLRGRWLLISVDNSTCDKACVTKLYFMRQIRAAQGPERE 133 Query: 125 RIERVWLVTDRQPIETLLLREYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGNL 184 R+ VWL TD + ++ + Y T+++ D ++ +WLP + GT + DHIY++DP GNL Sbjct: 134 RVVEVWLRTDAGNVADVIQKAYPDTNMMIADPAQVSAWLPTENGTKITDHIYMVDPNGNL 193 Query: 185 MMRFPKNPDPGKMKKDISKLLRASSIG 211 MMRFPK+P+P K+K D++KLL+ SSIG Sbjct: 194 MMRFPKDPNPSKIKGDVTKLLKWSSIG 220 >ref|YP_582423.1| putative transmembrane protein [Cupriavidus metallidurans CH34] gb|ABF07154.1| conserved hypothetical protein; putative transmembrane protein [Cupriavidus metallidurans CH34] Length = 225 Score = 189 bits (479), Expect = 3e-46, Method: Compositional matrix adjust. Identities = 102/213 (47%), Positives = 133/213 (62%), Gaps = 7/213 (3%) Query: 4 MTKPDAASKTDPGEAARRRRMGRWKMLAVVAVCAAPMIASYLTYYVIKPQ-SRNNYGALI 62 M +PD + DP AR RR GR +ML ++ VCA+P++ SY TYYVIKP NYG LI Sbjct: 15 MPQPDPTASPDPRIDARTRR-GRLQMLMLLLVCASPVLFSYFTYYVIKPTGGSTNYGVLI 73 Query: 63 DPRQYPIPDLGSRAIDGSPATLADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKE 122 DP Q P+P + LA RGKW+M+ D C E C +KLFT+RQ+R+ QG++ Sbjct: 74 DP-QRPMPPVQVTNERNESVPLASMRGKWLMVMTDPSACDETCAKKLFTVRQIRVGQGED 132 Query: 123 MERIERVWLVTDRQPIETLLLREYD----GTDILRVDAGKLRSWLPVDAGTSVEDHIYLI 178 ERI VWL+ DR ++ L Y+ G LR+D + WLP + G VED IYL+ Sbjct: 133 RERIVPVWLIQDRGDVDDRLAAAYNEPYAGVRFLRMDRATIAQWLPAEDGARVEDAIYLV 192 Query: 179 DPLGNLMMRFPKNPDPGKMKKDISKLLRASSIG 211 DPLGNLMMR+PK+PDP K+ D+ KLL+ S IG Sbjct: 193 DPLGNLMMRWPKDPDPKKISSDLKKLLKYSRIG 225 >ref|YP_002912928.1| hypothetical protein bglu_1g31610 [Burkholderia glumae BGR1] gb|ACR30224.1| Hypothetical protein bglu_1g31610 [Burkholderia glumae BGR1] Length = 235 Score = 188 bits (478), Expect = 3e-46, Method: Compositional matrix adjust. Identities = 100/206 (48%), Positives = 130/206 (63%), Gaps = 3/206 (1%) Query: 8 DAASKTDPGEAARRRRMGRWKMLAVVAVCAAPMIASYLTYYVIKPQ-SRNNYGALIDPRQ 66 D S+ D R GRW +LA+ +CAAP+IASY TYYVIKP+ + NYG LI+P Q Sbjct: 31 DPHSERDTSSQRGSWRRGRWVVLALCLICAAPLIASYFTYYVIKPRGASTNYGTLIEP-Q 89 Query: 67 YPIP-DLGSRAIDGSPATLADYRGKWVMLQVDGGDCAEPCRQKLFTLRQLRLMQGKEMER 125 PIP L + +G LA RG W+++ +G C + C +KL+ +RQ+R QG E +R Sbjct: 90 RPIPATLTATDENGRTVALASLRGVWLLMMENGSLCDDACARKLYFMRQVRATQGGERQR 149 Query: 126 IERVWLVTDRQPIETLLLREYDGTDILRVDAGKLRSWLPVDAGTSVEDHIYLIDPLGNLM 185 I VWL D I+ LL Y T L D L +WLP +AGT DHIYL+DP GNLM Sbjct: 150 ITMVWLRRDAAAIDARLLAAYPDTRRLVADPAALDAWLPAEAGTQATDHIYLVDPNGNLM 209 Query: 186 MRFPKNPDPGKMKKDISKLLRASSIG 211 MRFPK+PDP ++K D++KLL+ SSIG Sbjct: 210 MRFPKDPDPSRIKHDVTKLLKWSSIG 235