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= 0119.0014.p (389 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|NP_771098.1| hypothetical protein blr4458 [Bradyrhizobium ja... 664 0.0 ref|YP_577320.1| acriflavin resistance protein [Nitrobacter hamb... 659 0.0 ref|YP_532429.1| acriflavin resistance protein [Rhodopseudomonas... 654 0.0 ref|ZP_01048250.1| Acriflavin resistance protein [Nitrobacter sp... 654 0.0 ref|YP_318134.1| acriflavin resistance protein [Nitrobacter wino... 641 0.0 >ref|NP_771098.1| hypothetical protein blr4458 [Bradyrhizobium japonicum USDA 110] dbj|BAC49723.1| blr4458 [Bradyrhizobium japonicum USDA 110] Length = 1035 Score = 664 bits (1713), Expect = 0.0, Method: Compositional matrix adjust. Identities = 324/382 (84%), Positives = 362/382 (94%) Query: 3 SISEPFIRRPVGTTLLAIGLFLVGIVAYHFLPVSSVPNVDFPTIRVSASRPGADPSVMAA 62 SISEPFIRRPV TTLL+IGLFL+G+VAY FLPV+SVPNVDFP I VSASRPGADPSVMAA Sbjct: 3 SISEPFIRRPVATTLLSIGLFLLGVVAYEFLPVASVPNVDFPAIFVSASRPGADPSVMAA 62 Query: 63 TVAAPLERKLGTISGVDQITSTSSLGTTSIQVQFSIGRNIDRAARDVQAAINASLADLPS 122 TVA+PLER+LG ISG++QITSTSSLG T+IQ+QF IGRNID+AARDVQAAINASL DLPS Sbjct: 63 TVASPLERRLGEISGINQITSTSSLGVTNIQLQFDIGRNIDKAARDVQAAINASLVDLPS 122 Query: 123 DLPSLPRFRKANPAASPVFVLALTSKTISTSAMYDVADTVLAQRISQVPGVGEVTVSGAD 182 DLP+LPRFRKAN A +PVFVLALTSKT+S SA+YDVADTVLAQRISQVPGVG+VTVSGAD Sbjct: 123 DLPTLPRFRKANTAGAPVFVLALTSKTLSASAIYDVADTVLAQRISQVPGVGDVTVSGAD 182 Query: 183 QPAVRIALNPVSLANAGIATDDVRLAIINANPLGPVGIFNGGRLSETLSINKQMRTAAEF 242 QPAVR+ LNPV+L+NAGIATDDVR+AI+NANPLGPVGIFNG R SETLS+NKQMRTA EF Sbjct: 183 QPAVRVQLNPVALSNAGIATDDVRIAIVNANPLGPVGIFNGERQSETLSLNKQMRTAKEF 242 Query: 243 RDVVIKSSNGNYVRLADVAEVEDSVRNSRSIAWFNKQPAVLIQITKQGDANVIDTVDGVR 302 RD+VIKSSNGN+VRL+DVAE+EDSVRN+RSIAWFNKQPAVLIQITKQGDANVIDTVD V+ Sbjct: 243 RDIVIKSSNGNFVRLSDVAEIEDSVRNARSIAWFNKQPAVLIQITKQGDANVIDTVDRVK 302 Query: 303 RMLPELKKWIPAGVEISTLVDRTGTIRASVEDMQFTLLATAVLVMIVVFVFLRRVVPTIA 362 ++PELK+WIPAGV+ISTLVDRT TIRASV DMQ+TLLATA+LVM+VVFVFLRR+ PTIA Sbjct: 303 ALIPELKQWIPAGVDISTLVDRTSTIRASVLDMQWTLLATAILVMLVVFVFLRRMTPTIA 362 Query: 363 AGVSVPLALAGTCAGMWLAGFS 384 AG+SVPLALAGTCAGMW+AGFS Sbjct: 363 AGISVPLALAGTCAGMWVAGFS 384 >ref|YP_577320.1| acriflavin resistance protein [Nitrobacter hamburgensis X14] gb|ABE62860.1| acriflavin resistance protein [Nitrobacter hamburgensis X14] Length = 1032 Score = 659 bits (1701), Expect = 0.0, Method: Compositional matrix adjust. Identities = 321/382 (84%), Positives = 364/382 (95%) Query: 3 SISEPFIRRPVGTTLLAIGLFLVGIVAYHFLPVSSVPNVDFPTIRVSASRPGADPSVMAA 62 SISEPFIRRPVGTTLLAIGLFL+G+VAY FLPV+SVPNVDFP IRVSA+RPGA PSVMAA Sbjct: 3 SISEPFIRRPVGTTLLAIGLFLIGVVAYGFLPVASVPNVDFPMIRVSANRPGAAPSVMAA 62 Query: 63 TVAAPLERKLGTISGVDQITSTSSLGTTSIQVQFSIGRNIDRAARDVQAAINASLADLPS 122 TVAAPLER+LG I+GVDQITSTS+LG TSIQ++F+IGR+ID AARDVQAAINASLADLP+ Sbjct: 63 TVAAPLERRLGEIAGVDQITSTSTLGATSIQLRFAIGRDIDHAARDVQAAINASLADLPT 122 Query: 123 DLPSLPRFRKANPAASPVFVLALTSKTISTSAMYDVADTVLAQRISQVPGVGEVTVSGAD 182 DLP+LP+FRKANPAA+PVF+LALTSKT+STSA+YDVADTV+ QRISQVPGVGEV+VSGAD Sbjct: 123 DLPTLPKFRKANPAAAPVFILALTSKTMSTSAIYDVADTVIVQRISQVPGVGEVSVSGAD 182 Query: 183 QPAVRIALNPVSLANAGIATDDVRLAIINANPLGPVGIFNGGRLSETLSINKQMRTAAEF 242 QPAVRIALNPV+L+NAGI+TDDVR AI+NANPLGPVGIFNGGR SETLS N+QMRTAAEF Sbjct: 183 QPAVRIALNPVALSNAGISTDDVRTAIVNANPLGPVGIFNGGRQSETLSTNRQMRTAAEF 242 Query: 243 RDVVIKSSNGNYVRLADVAEVEDSVRNSRSIAWFNKQPAVLIQITKQGDANVIDTVDGVR 302 RD+VIKSS GN+V+L+DVA+V+D+ RNSRSIAWFNKQPAVLIQITKQGDANVIDTVD V+ Sbjct: 243 RDIVIKSSGGNFVQLSDVADVKDATRNSRSIAWFNKQPAVLIQITKQGDANVIDTVDRVK 302 Query: 303 RMLPELKKWIPAGVEISTLVDRTGTIRASVEDMQFTLLATAVLVMIVVFVFLRRVVPTIA 362 ++PELK+WIPAGVEISTLVDRTG+IRASV+DM++TLLATA LVM+VV+ FLRR PT+A Sbjct: 303 AIIPELKQWIPAGVEISTLVDRTGSIRASVDDMEWTLLATAFLVMVVVYAFLRRFTPTVA 362 Query: 363 AGVSVPLALAGTCAGMWLAGFS 384 AGVSVPLALAGTCAGMWLAGFS Sbjct: 363 AGVSVPLALAGTCAGMWLAGFS 384 >ref|YP_532429.1| acriflavin resistance protein [Rhodopseudomonas palustris BisB18] gb|ABD88110.1| acriflavin resistance protein [Rhodopseudomonas palustris BisB18] Length = 1034 Score = 654 bits (1688), Expect = 0.0, Method: Compositional matrix adjust. Identities = 323/382 (84%), Positives = 357/382 (93%) Query: 3 SISEPFIRRPVGTTLLAIGLFLVGIVAYHFLPVSSVPNVDFPTIRVSASRPGADPSVMAA 62 S+SEPFIRRPVGTTLLAIGLFL+G+VAY FLPV++VPNVDFP I V ASRPGADPSVMAA Sbjct: 3 SLSEPFIRRPVGTTLLAIGLFLLGLVAYKFLPVAAVPNVDFPMIFVQASRPGADPSVMAA 62 Query: 63 TVAAPLERKLGTISGVDQITSTSSLGTTSIQVQFSIGRNIDRAARDVQAAINASLADLPS 122 TVAAPLER+LG I+G+DQITSTSSLG+T IQ+QF+IGR++DRAARDVQAAINASL+DLP+ Sbjct: 63 TVAAPLERRLGEIAGIDQITSTSSLGSTRIQLQFAIGRDVDRAARDVQAAINASLSDLPT 122 Query: 123 DLPSLPRFRKANPAASPVFVLALTSKTISTSAMYDVADTVLAQRISQVPGVGEVTVSGAD 182 DLP+LP+FRKAN AASPVF+LALTSKTI SA+YDVADTV+AQRISQVPGVGEVTVSGAD Sbjct: 123 DLPTLPKFRKANSAASPVFILALTSKTIQPSAIYDVADTVIAQRISQVPGVGEVTVSGAD 182 Query: 183 QPAVRIALNPVSLANAGIATDDVRLAIINANPLGPVGIFNGGRLSETLSINKQMRTAAEF 242 QPAVRIALNPV+L+ A I+TDDVR AI+NANPLGPVGIFNG R SETLS NKQMRTAAEF Sbjct: 183 QPAVRIALNPVALSTANISTDDVRTAIVNANPLGPVGIFNGARQSETLSTNKQMRTAAEF 242 Query: 243 RDVVIKSSNGNYVRLADVAEVEDSVRNSRSIAWFNKQPAVLIQITKQGDANVIDTVDGVR 302 RD+VIKSS GN +RL+DVA VED+ R+SRSIAWFNKQPAVLIQITKQGDANVIDTVD V+ Sbjct: 243 RDIVIKSSGGNVLRLSDVATVEDATRSSRSIAWFNKQPAVLIQITKQGDANVIDTVDRVK 302 Query: 303 RMLPELKKWIPAGVEISTLVDRTGTIRASVEDMQFTLLATAVLVMIVVFVFLRRVVPTIA 362 +LPELK+WIPAGVEISTL DRTGTIRASV DMQ+TLLATAVLVM VVFVFLRR+ PTIA Sbjct: 303 ALLPELKQWIPAGVEISTLTDRTGTIRASVADMQWTLLATAVLVMGVVFVFLRRLTPTIA 362 Query: 363 AGVSVPLALAGTCAGMWLAGFS 384 AGVSVPLALAGTCAGMWLAGFS Sbjct: 363 AGVSVPLALAGTCAGMWLAGFS 384 >ref|ZP_01048250.1| Acriflavin resistance protein [Nitrobacter sp. Nb-311A] gb|EAQ33789.1| Acriflavin resistance protein [Nitrobacter sp. Nb-311A] Length = 1031 Score = 654 bits (1687), Expect = 0.0, Method: Compositional matrix adjust. Identities = 317/382 (82%), Positives = 360/382 (94%) Query: 3 SISEPFIRRPVGTTLLAIGLFLVGIVAYHFLPVSSVPNVDFPTIRVSASRPGADPSVMAA 62 SISEPFIRRPVGTTLLAIGLFL+G+VAY FLPV+SVPNVDFP IRVSA+RPGA PSVMAA Sbjct: 3 SISEPFIRRPVGTTLLAIGLFLIGVVAYGFLPVASVPNVDFPMIRVSANRPGASPSVMAA 62 Query: 63 TVAAPLERKLGTISGVDQITSTSSLGTTSIQVQFSIGRNIDRAARDVQAAINASLADLPS 122 TVAAPLER+LG I+GV+QITSTS+LG TSI V+F+IGR+ID AARDVQAAINASLADLP+ Sbjct: 63 TVAAPLERRLGEIAGVEQITSTSALGATSIHVRFAIGRDIDHAARDVQAAINASLADLPT 122 Query: 123 DLPSLPRFRKANPAASPVFVLALTSKTISTSAMYDVADTVLAQRISQVPGVGEVTVSGAD 182 DLP+LP+FRKANPAASPVF+LALTSKT+STSA+YDVADTV+ QR+SQVPGVGEV+VSGAD Sbjct: 123 DLPTLPKFRKANPAASPVFLLALTSKTMSTSALYDVADTVIVQRVSQVPGVGEVSVSGAD 182 Query: 183 QPAVRIALNPVSLANAGIATDDVRLAIINANPLGPVGIFNGGRLSETLSINKQMRTAAEF 242 QPAVRIALNPV+L+NAGI+TDDVR AI+NANPLGPVGIFNGGR SETLS N+QMRTA+EF Sbjct: 183 QPAVRIALNPVALSNAGISTDDVRTAIVNANPLGPVGIFNGGRQSETLSTNRQMRTASEF 242 Query: 243 RDVVIKSSNGNYVRLADVAEVEDSVRNSRSIAWFNKQPAVLIQITKQGDANVIDTVDGVR 302 RD++IKSS GN+VRL+DVA+V+D+ RNSRSIAWFNK+PAVLIQ+TKQGDANVIDTVD VR Sbjct: 243 RDIIIKSSGGNFVRLSDVADVKDATRNSRSIAWFNKRPAVLIQVTKQGDANVIDTVDRVR 302 Query: 303 RMLPELKKWIPAGVEISTLVDRTGTIRASVEDMQFTLLATAVLVMIVVFVFLRRVVPTIA 362 +LPELK+WIP GVE+S + DRT TIRASVEDM++TLLATA LVM+VVF FLRR+ PTIA Sbjct: 303 ALLPELKQWIPGGVEVSVIADRTSTIRASVEDMEWTLLATAFLVMMVVFAFLRRLTPTIA 362 Query: 363 AGVSVPLALAGTCAGMWLAGFS 384 AGVSVPLALAGTCAGMWLAGFS Sbjct: 363 AGVSVPLALAGTCAGMWLAGFS 384 >ref|YP_318134.1| acriflavin resistance protein [Nitrobacter winogradskyi Nb-255] gb|ABA04782.1| Acriflavin resistance protein [Nitrobacter winogradskyi Nb-255] Length = 1032 Score = 641 bits (1653), Expect = 0.0, Method: Compositional matrix adjust. Identities = 318/382 (83%), Positives = 362/382 (94%) Query: 3 SISEPFIRRPVGTTLLAIGLFLVGIVAYHFLPVSSVPNVDFPTIRVSASRPGADPSVMAA 62 SISEPFIRRPVGTTLLAIGLFL+G+VAY LPV+SVPNVDFP IRVSASRPGA PSVMAA Sbjct: 3 SISEPFIRRPVGTTLLAIGLFLIGVVAYGVLPVASVPNVDFPMIRVSASRPGASPSVMAA 62 Query: 63 TVAAPLERKLGTISGVDQITSTSSLGTTSIQVQFSIGRNIDRAARDVQAAINASLADLPS 122 TVAAPLER+LG I+GV+QITS+S+LG+TSI +QF+IGR+ID AARDVQAAINASLA+LP+ Sbjct: 63 TVAAPLERRLGEIAGVEQITSSSTLGSTSIHLQFAIGRDIDHAARDVQAAINASLANLPT 122 Query: 123 DLPSLPRFRKANPAASPVFVLALTSKTISTSAMYDVADTVLAQRISQVPGVGEVTVSGAD 182 D+P+LP+FRKANPAASPVF+LALTSKT+STSA+YDVADTVL QR+SQVPGVGEV+VSGAD Sbjct: 123 DMPTLPKFRKANPAASPVFILALTSKTMSTSAIYDVADTVLVQRVSQVPGVGEVSVSGAD 182 Query: 183 QPAVRIALNPVSLANAGIATDDVRLAIINANPLGPVGIFNGGRLSETLSINKQMRTAAEF 242 QPAVRIALNPV+L+NAGI+TDDVR AI+NANPLGPVGIFNG R SETLS N+QMR+AAEF Sbjct: 183 QPAVRIALNPVALSNAGISTDDVRTAIVNANPLGPVGIFNGDRQSETLSTNRQMRSAAEF 242 Query: 243 RDVVIKSSNGNYVRLADVAEVEDSVRNSRSIAWFNKQPAVLIQITKQGDANVIDTVDGVR 302 RD+VIKSS GN+VRL+DVAEV+D+ RNSRSIAWFNKQPAVLIQ+TKQGDANVIDTVD VR Sbjct: 243 RDIVIKSSGGNFVRLSDVAEVKDATRNSRSIAWFNKQPAVLIQVTKQGDANVIDTVDRVR 302 Query: 303 RMLPELKKWIPAGVEISTLVDRTGTIRASVEDMQFTLLATAVLVMIVVFVFLRRVVPTIA 362 +LPELK+WIPAG+E+S +VDRTGTIRASVEDM++TLLATA+LVM+VVF FLRR PT+A Sbjct: 303 ALLPELKQWIPAGIEVSIIVDRTGTIRASVEDMEWTLLATALLVMVVVFAFLRRFTPTVA 362 Query: 363 AGVSVPLALAGTCAGMWLAGFS 384 AGVSVPLALAGTCAGMWLAGFS Sbjct: 363 AGVSVPLALAGTCAGMWLAGFS 384