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= 0137.0048.p (836 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_001236335.1| hypothetical protein BBta_0131 [Bradyrhizobi... 1354 0.0 ref|YP_001202441.1| putative outer membrane protein [Bradyrhizob... 1311 0.0 ref|NP_770352.1| outer membrane protein [Bradyrhizobium japonicu... 1290 0.0 ref|YP_001240447.1| surface antigen domain-containing protein [B... 1281 0.0 ref|YP_001206109.1| hypothetical protein BRADO4132 [Bradyrhizobi... 1275 0.0 >ref|YP_001236335.1| hypothetical protein BBta_0131 [Bradyrhizobium sp. BTAi1] gb|ABQ32429.1| putative outer membrane protein of unknown function with surface antigen (D15) domain [Bradyrhizobium sp. BTAi1] Length = 834 Score = 1354 bits (3505), Expect = 0.0, Method: Compositional matrix adjust. Identities = 648/799 (81%), Positives = 723/799 (90%) Query: 38 AITVEGNRRVEAETIRSYFRPGPGGRLDQAVVDDALKELVGTGLFQDVKINQAGGRIVVS 97 +ITVEGNRRVEA+TIRSYF+PGP G LD A VDD LK LV TGLF DVKI++ GGR++V Sbjct: 36 SITVEGNRRVEADTIRSYFKPGPSGALDAAQVDDGLKALVETGLFADVKIDRQGGRLIVR 95 Query: 98 VIENPVIDRVAFEGNKKIKDEQLSAEMQSKPRGTLSRPMVQSDALRIAEIYRRSGRYDVH 157 V+ENPVI RVAFEGNKK+KDEQL AE+QSKPRGTLSRPMVQSDA RIAEIYRRSGRYDV Sbjct: 96 VVENPVIGRVAFEGNKKVKDEQLQAEVQSKPRGTLSRPMVQSDAQRIAEIYRRSGRYDVR 155 Query: 158 VTPEIIERSNNRVDLVFTVDEGAKTGIKTIEFMGNNSFSAARLKDVIKTHETNFLSFLGN 217 VTPEIIE+ NNRVDLVFTV EG KTG+K+I F+GNN++SAARL+DVIKTHE+N+LSFLGN Sbjct: 156 VTPEIIEQPNNRVDLVFTVVEGVKTGVKSITFVGNNAYSAARLRDVIKTHESNWLSFLGN 215 Query: 218 ADIYDPDRVEADRDLIRRFYLKHGYADVQVVAALAEYDPERKGFQVTFKIDEGQQYRVAT 277 D+YDPDRVEADRDLIRRFYLK+GYADVQVVAAL EYDPE+KGF VTFKIDEGQQYRV + Sbjct: 216 NDVYDPDRVEADRDLIRRFYLKNGYADVQVVAALTEYDPEQKGFLVTFKIDEGQQYRVGS 275 Query: 278 VSFRSSIAGFDPTTLRSLSRVGEGSLYNVEAVEKSVEDMQIEASRRGYAFAVVRPDGARN 337 V F+S+IA D LR+ SRV G+LYNVE +EKSVE+MQIEASRRG+AFAVVRP G RN Sbjct: 276 VDFQSTIAALDANALRTYSRVNVGALYNVEQLEKSVEEMQIEASRRGFAFAVVRPRGDRN 335 Query: 338 FEAHTVGIVFRVEEGPRTYIERIDIRGNGRTRDYVIRREFDLSEGDAYNRALVDRAERRL 397 EAHTV IVF+V+EGPRTYIERI IRGN RTRDYVIRREFD+SEGDAYNRALVDRAERRL Sbjct: 336 LEAHTVAIVFQVDEGPRTYIERITIRGNTRTRDYVIRREFDISEGDAYNRALVDRAERRL 395 Query: 398 KNLDYFKTVKITTEPGSTSDRVVLVVDLEEKSTGDFSVSGGYSTTDGALAEVSISERNLL 457 KNLD+FK VKITTEPGS+SDRV+LVV LEEKSTGDFS+SGGYSTTDGALAEVSISERN L Sbjct: 396 KNLDFFKDVKITTEPGSSSDRVILVVGLEEKSTGDFSISGGYSTTDGALAEVSISERNFL 455 Query: 458 GRGLFAKATVSYGQYSRGLSLSFVEPYLLDYRVALGLDAYYKEQLPTDYTTYGVKTIGFS 517 GRGL+AKA+VSYGQY+RG++LSFVEPYLLDYRVALGLD Y++QL YT+YG +T+GFS Sbjct: 456 GRGLYAKASVSYGQYTRGVALSFVEPYLLDYRVALGLDISYRQQLANSYTSYGTRTVGFS 515 Query: 518 PRLGLALREDLTLQLRYSLYQQEISLDSAYANCNNNPANPSLAFNPTPAYIQSLLGGVDP 577 PRLG LRED +LQLRYSLY+QEI+L S ANCNNN AN LAFNPTPAYIQS+LGGVDP Sbjct: 516 PRLGFQLREDTSLQLRYSLYRQEITLPSYLANCNNNSANGLLAFNPTPAYIQSVLGGVDP 575 Query: 578 TNSVSSGLYGYGCYGDGESTLPVRKELAAGATWTSQIGYTLTYNTLDNNKNPTDGLLIDF 637 TNS SSG+YGYGCYGDGES+L VRKEL GA TS +GYTLTYNTLDN KNPTDGLLID+ Sbjct: 576 TNSTSSGVYGYGCYGDGESSLAVRKELNDGAALTSALGYTLTYNTLDNTKNPTDGLLIDW 635 Query: 638 KQDFAGVGGDVTYLKSAVDAKYYTPLVSDLIGLIHLQGGLLTKVGDNDLRMLDHFQMGPN 697 +QDFAGVGG+V+YLKSAVDAKY+TPLVSD++ +IHLQGG+L K+GD DLRMLDH+QMGP Sbjct: 636 RQDFAGVGGNVSYLKSAVDAKYFTPLVSDIVSVIHLQGGVLNKIGDKDLRMLDHYQMGPT 695 Query: 698 LVRGFATNGIGPRDITYASLGAVGDALGGTKYWGASMELQMPFWFLPSKVGLKGAVYADA 757 LVRGFA+NGIGPRDITY SLGA GDALGGT+YWGAS ELQMPFWFLP +VGLKG+VYADA Sbjct: 696 LVRGFASNGIGPRDITYRSLGATGDALGGTRYWGASAELQMPFWFLPKEVGLKGSVYADA 755 Query: 758 GSLWGYEGPTSWAATGEVNTAACKCGLQYDDGNVVRTSVGVGLIWQSPFGPLRFDYAVPI 817 GSLWGY+GPTSWAATGEVNTAACKC +QYDD VVR+SVGVGLIW SPFGPLRFDYAVP+ Sbjct: 756 GSLWGYQGPTSWAATGEVNTAACKCAMQYDDSKVVRSSVGVGLIWASPFGPLRFDYAVPL 815 Query: 818 TKGKYDIVQEFRFGGGTSF 836 +KGKYD+VQEFRFGGGTSF Sbjct: 816 SKGKYDVVQEFRFGGGTSF 834 >ref|YP_001202441.1| putative outer membrane protein [Bradyrhizobium sp. ORS 278] emb|CAL74191.1| conserved hypothetical protein; putative signal peptide; putative outer membrane protein [Bradyrhizobium sp. ORS 278] Length = 834 Score = 1311 bits (3393), Expect = 0.0, Method: Compositional matrix adjust. Identities = 635/799 (79%), Positives = 716/799 (89%) Query: 38 AITVEGNRRVEAETIRSYFRPGPGGRLDQAVVDDALKELVGTGLFQDVKINQAGGRIVVS 97 +ITVEGNRR+EA+TIRSYF+PGP G LD VDD LK L+ TGLF DVKI++ GGR++V Sbjct: 36 SITVEGNRRIEADTIRSYFKPGPSGALDAGQVDDGLKALIETGLFADVKIDRQGGRLIVR 95 Query: 98 VIENPVIDRVAFEGNKKIKDEQLSAEMQSKPRGTLSRPMVQSDALRIAEIYRRSGRYDVH 157 V+ENPVI RVAFEGNKK+KDEQLSAE+QSKPRGTLSRPMVQSDA RIAEIYRRSGRYDV Sbjct: 96 VVENPVIGRVAFEGNKKVKDEQLSAEVQSKPRGTLSRPMVQSDAQRIAEIYRRSGRYDVR 155 Query: 158 VTPEIIERSNNRVDLVFTVDEGAKTGIKTIEFMGNNSFSAARLKDVIKTHETNFLSFLGN 217 VTPEIIE+ NNRVDLVFTV EG KT +K+++F+GN +FSA RL+D+IKT TN+LSFL + Sbjct: 156 VTPEIIEQPNNRVDLVFTVVEGVKTSVKSVDFVGNKAFSATRLRDIIKTRATNWLSFLAS 215 Query: 218 ADIYDPDRVEADRDLIRRFYLKHGYADVQVVAALAEYDPERKGFQVTFKIDEGQQYRVAT 277 DIYDPDRVEADRDLIRRFYLK+GYADVQVVAAL EYDPE+KGF VTF+I+EGQQYRV + Sbjct: 216 NDIYDPDRVEADRDLIRRFYLKNGYADVQVVAALTEYDPEQKGFLVTFQIEEGQQYRVGS 275 Query: 278 VSFRSSIAGFDPTTLRSLSRVGEGSLYNVEAVEKSVEDMQIEASRRGYAFAVVRPDGARN 337 V F+S+IA D TLR SRV G+LYNVE +EKSVE+MQIEASRRG+AFAVVRP G RN Sbjct: 276 VQFQSTIAALDGNTLRGYSRVNVGALYNVEQLEKSVEEMQIEASRRGFAFAVVRPRGDRN 335 Query: 338 FEAHTVGIVFRVEEGPRTYIERIDIRGNGRTRDYVIRREFDLSEGDAYNRALVDRAERRL 397 EAHTV IVF V+EGPRTYIERI IRGN RTRDYVIRREFD+SEGDAYNRALVDRAERRL Sbjct: 336 LEAHTVAIVFSVDEGPRTYIERISIRGNTRTRDYVIRREFDISEGDAYNRALVDRAERRL 395 Query: 398 KNLDYFKTVKITTEPGSTSDRVVLVVDLEEKSTGDFSVSGGYSTTDGALAEVSISERNLL 457 KNLD+FK VKI TEPGS+SDRV+LVV+LEEKSTGDFS+SGGYSTTDGALAEVSISERN L Sbjct: 396 KNLDFFKDVKIATEPGSSSDRVILVVNLEEKSTGDFSISGGYSTTDGALAEVSISERNFL 455 Query: 458 GRGLFAKATVSYGQYSRGLSLSFVEPYLLDYRVALGLDAYYKEQLPTDYTTYGVKTIGFS 517 GRGLFAKA+V+YGQY+RG+SLSFVEPYLLDYRVALGLD Y++QL YT+YG +T+GFS Sbjct: 456 GRGLFAKASVTYGQYARGVSLSFVEPYLLDYRVALGLDVSYRQQLANSYTSYGTRTVGFS 515 Query: 518 PRLGLALREDLTLQLRYSLYQQEISLDSAYANCNNNPANPSLAFNPTPAYIQSLLGGVDP 577 PRLG LREDL+LQLRYSLY+QEI+L S ANCNNN AN LAFNPTPAYIQS+LGGVDP Sbjct: 516 PRLGFQLREDLSLQLRYSLYRQEITLPSYLANCNNNAANGLLAFNPTPAYIQSVLGGVDP 575 Query: 578 TNSVSSGLYGYGCYGDGESTLPVRKELAAGATWTSQIGYTLTYNTLDNNKNPTDGLLIDF 637 TNS +SG+YGYGCYGDGES+L VRKEL GA+ TS +GYTLTYNTLDN KNPT+GLLID+ Sbjct: 576 TNSTTSGVYGYGCYGDGESSLAVRKELNQGASLTSALGYTLTYNTLDNTKNPTEGLLIDW 635 Query: 638 KQDFAGVGGDVTYLKSAVDAKYYTPLVSDLIGLIHLQGGLLTKVGDNDLRMLDHFQMGPN 697 +QDFAGVGG+V+YLKSAVDAKY+T LVS+++ +IHLQGG+L K+GD DLRMLDH+QMGP Sbjct: 636 RQDFAGVGGNVSYLKSAVDAKYFTLLVSEIVSVIHLQGGVLEKIGDKDLRMLDHYQMGPT 695 Query: 698 LVRGFATNGIGPRDITYASLGAVGDALGGTKYWGASMELQMPFWFLPSKVGLKGAVYADA 757 LVRGFA NGIGPRDITY S GA GDALGGTKYWGAS ELQMPFWFLP ++GLKG+VYADA Sbjct: 696 LVRGFAANGIGPRDITYRSFGATGDALGGTKYWGASAELQMPFWFLPKEIGLKGSVYADA 755 Query: 758 GSLWGYEGPTSWAATGEVNTAACKCGLQYDDGNVVRTSVGVGLIWQSPFGPLRFDYAVPI 817 GSLWGY+GPTSWAATGEVNT+ACKC +QYDD VVR+SVGVGLIW SPFGPLRFDYAVP+ Sbjct: 756 GSLWGYQGPTSWAATGEVNTSACKCAMQYDDSKVVRSSVGVGLIWASPFGPLRFDYAVPL 815 Query: 818 TKGKYDIVQEFRFGGGTSF 836 TKGKYD+VQEFRFGGGTSF Sbjct: 816 TKGKYDVVQEFRFGGGTSF 834 >ref|NP_770352.1| outer membrane protein [Bradyrhizobium japonicum USDA 110] dbj|BAC48977.1| blr3712 [Bradyrhizobium japonicum USDA 110] Length = 883 Score = 1290 bits (3338), Expect = 0.0, Method: Compositional matrix adjust. Identities = 645/837 (77%), Positives = 736/837 (87%), Gaps = 1/837 (0%) Query: 1 MKTWRSFVAAIVLSGFSIPGTPVTWPLLAPAGAQSVDAITVEGNRRVEAETIRSYFRPGP 60 MK W++ V A+V+ G ++ + V A AQ I VEGNRRVEAET+RSYFR GP Sbjct: 47 MKVWQNGVIAVVICGITVAASIVVVGSPTDAVAQVSQGIVVEGNRRVEAETVRSYFRSGP 106 Query: 61 GGRLDQAVVDDALKELVGTGLFQDVKINQAGGRIVVSVIENPVIDRVAFEGNKKIKDEQL 120 GRLDQA +DD LK L+GT LFQDVKI +AG ++VVSV+EN VI RVAFEGN+KIKDEQL Sbjct: 107 DGRLDQAAIDDGLKALIGTRLFQDVKIRRAGAQVVVSVVENAVIGRVAFEGNRKIKDEQL 166 Query: 121 SAEMQSKPRGTLSRPMVQSDALRIAEIYRRSGRYDVHVTPEIIERSNNRVDLVFTVDEGA 180 SAE+QSKPRG SR +VQSD LRIAEIYRRSGRYDVHVTPEI+E+ NNRVDLVFT+ EGA Sbjct: 167 SAEVQSKPRGAFSRAIVQSDTLRIAEIYRRSGRYDVHVTPEIVEQPNNRVDLVFTIAEGA 226 Query: 181 KTGIKTIEFMGNNSFSAARLKDVIKTHETNFLSFLGNADIYDPDRVEADRDLIRRFYLKH 240 KTG+K+I+F+GN +SAARL+DVIKTHE N LSFLGN D+YDPDR+EADRDLIRRFYLK+ Sbjct: 227 KTGVKSIDFIGNVGYSAARLRDVIKTHEGNLLSFLGNNDVYDPDRIEADRDLIRRFYLKN 286 Query: 241 GYADVQVVAALAEYDPERKGFQVTFKIDEGQQYRVATVSFRSSIAGFDPTTLRSLSRVGE 300 G+AD QVVAAL EYDP RKGF VTFKI+EGQQYRV +V FRS++ GFDP LRS SRV Sbjct: 287 GFADAQVVAALTEYDPGRKGFLVTFKIEEGQQYRVGSVDFRSTVPGFDPAALRSYSRVNA 346 Query: 301 GSLYNVEAVEKSVEDMQIEASRRGYAFAVVRPDGARNFEAHTVGIVFRVEEGPRTYIERI 360 GSLYNVE VEKSVEDMQIEASRRG+AFAVVRP G RNFEA TV +VF ++EGPRTYIERI Sbjct: 347 GSLYNVELVEKSVEDMQIEASRRGFAFAVVRPTGDRNFEAQTVSVVFSIDEGPRTYIERI 406 Query: 361 DIRGNGRTRDYVIRREFDLSEGDAYNRALVDRAERRLKNLDYFKTVKITTEPGSTSDRVV 420 ++RGN RTRDYVIRREFDLSEGDAYNRALVDRAERRLKNLD+FK+VKITTEPGS+SDRV+ Sbjct: 407 NVRGNTRTRDYVIRREFDLSEGDAYNRALVDRAERRLKNLDFFKSVKITTEPGSSSDRVI 466 Query: 421 LVVDLEEKSTGDFSVSGGYSTTDGALAEVSISERNLLGRGLFAKATVSYGQYSRGLSLSF 480 L+VDLEEKSTGDFS+SGGYST+DGALAEVSISERNL GRGL+ KA+V+YGQYSRG++LSF Sbjct: 467 LIVDLEEKSTGDFSISGGYSTSDGALAEVSISERNLFGRGLYGKASVTYGQYSRGVTLSF 526 Query: 481 VEPYLLDYRVALGLDAYYKEQLPTDYTTYGVKTIGFSPRLGLALREDLTLQLRYSLYQQE 540 VEPYLL+ R+ALGLD Y++Q YT+YGV T+G SPR+GLALRED +LQLRYSLYQQ Sbjct: 527 VEPYLLEQRIALGLDLSYRQQKANSYTSYGVTTLGLSPRVGLALREDTSLQLRYSLYQQR 586 Query: 541 ISLDSAYANCNNNPANPSLAFNPTPAYIQSLLGGVDPTNSVSSGLYGYGCYGDGESTLPV 600 I L SAY NCNNN +N SLA+NPTPAYI+++LGGVDP S S YGYGCYGDGES+LPV Sbjct: 587 IELSSAYNNCNNNASNASLAYNPTPAYIKNVLGGVDPVYSSDSSYYGYGCYGDGESSLPV 646 Query: 601 RKELAAGATWTSQIGYTLTYNTLDNNKNPTDGLLIDFKQDFAGVGGDVTYLKSAVDAKYY 660 RKEL+ GA+WTS +GYTLTYNTLDNNKNPTDGLLID++QDFAGVGG+V+YLK+AVD KYY Sbjct: 647 RKELSDGASWTSAVGYTLTYNTLDNNKNPTDGLLIDWRQDFAGVGGNVSYLKTAVDGKYY 706 Query: 661 TPLVSDLIGLIHLQGGLLTKVGDNDLRMLDHFQMGPNLVRGFATNGIGPRDITYASLGAV 720 PLV++++GL+HLQGG+L KVGD DLRMLDHFQMGPNLVRGFA+NGIGPRDI+YAS GA Sbjct: 707 APLVAEIVGLLHLQGGVLNKVGDKDLRMLDHFQMGPNLVRGFASNGIGPRDISYASFGAT 766 Query: 721 GDALGGTKYWGASMELQMPFWFLPSKVGLKGAVYADAGSLWGYEGPTSWAATGEVNTAAC 780 GDALGGTKYWGAS ELQMPFWFLP +VGLKGAVYADAGSLW Y+GPTSW+ATGEVN+AAC Sbjct: 767 GDALGGTKYWGASAELQMPFWFLPKEVGLKGAVYADAGSLWDYQGPTSWSATGEVNSAAC 826 Query: 781 -KCGLQYDDGNVVRTSVGVGLIWQSPFGPLRFDYAVPITKGKYDIVQEFRFGGGTSF 836 CGLQYDD V+R+SVGVGLIWQSPFGPLRFDYA+P+TKGKYD VQ+FRFGGGTSF Sbjct: 827 PTCGLQYDDSKVIRSSVGVGLIWQSPFGPLRFDYAIPLTKGKYDTVQQFRFGGGTSF 883 >ref|YP_001240447.1| surface antigen domain-containing protein [Bradyrhizobium sp. BTAi1] gb|ABQ36541.1| putative exported protein of unknown function with surface antigen domain [Bradyrhizobium sp. BTAi1] Length = 852 Score = 1281 bits (3315), Expect = 0.0, Method: Compositional matrix adjust. Identities = 627/851 (73%), Positives = 718/851 (84%), Gaps = 35/851 (4%) Query: 12 VLSGFSIPGTPVTWPLL-----APAGAQSVDAITVEGNRRVEAETIRSYFRPGPGGRLDQ 66 +L+ + PV PL +PA AQSV+AI V GNRRVE ETIRSYF+PGPGG LD Sbjct: 11 MLATLIMFAVPVALPLANVMMSSPAAAQSVNAIEVVGNRRVEVETIRSYFKPGPGGTLDA 70 Query: 67 AVVDDALKELVGTGLFQDVKINQAGGRIVVSVIENPVIDRVAFEGNKKIKDEQLSAEMQS 126 VDD LK L+ TGLF DVKIN+ GGR+VV+V+ENPVI RVAFEGNKK+KDEQL AE+QS Sbjct: 71 GRVDDGLKALIETGLFSDVKINRQGGRLVVTVVENPVIGRVAFEGNKKVKDEQLQAEVQS 130 Query: 127 KPRGTLSRPMVQSDALRIAEIYRRSGRYDVHVTPEIIERSNNRVDLVFTVDEGAKTGIKT 186 KPRGTLSRPMVQSDA RIAEIYRRSGRYDV VTPE+IE+ NNRVDL+FTV+EGAKTG+K+ Sbjct: 131 KPRGTLSRPMVQSDAQRIAEIYRRSGRYDVRVTPEMIEQPNNRVDLIFTVEEGAKTGVKS 190 Query: 187 IEFMGNNSFSAARLKDVIKTHETNFLSFLGNADIYDPDRVEADRDLIRRFYLKHGYADVQ 246 IEF+GNN+FS+ RLKDVIKTHETN LSFLG+ D+YDPDRVEADRDLIRRFYLK+GYADVQ Sbjct: 191 IEFVGNNAFSSYRLKDVIKTHETNLLSFLGSGDVYDPDRVEADRDLIRRFYLKNGYADVQ 250 Query: 247 VVAALAEYDPERKGFQVTFKIDEGQQYRVATVSFRSSIAGFDPTTLRSLSRVGEGSLYNV 306 VVAAL EYDPERKGF VTFKI+EGQQYRV +V F+S+I DP +LR+ SRV GSLYNV Sbjct: 251 VVAALTEYDPERKGFLVTFKIEEGQQYRVGSVDFQSTIPTLDPNSLRTFSRVNVGSLYNV 310 Query: 307 EAVEKSVEDMQIEASRRGYAFAVVRPDGARNFEAHTVGIVFRVEEGPRTYIERIDIRGNG 366 E++EKSVE+MQIEASRRGYAFAVVRP G RNFEAHTV +VF ++EGPRTYIERI+IRGN Sbjct: 311 ESLEKSVEEMQIEASRRGYAFAVVRPRGDRNFEAHTVSVVFAIDEGPRTYIERINIRGNT 370 Query: 367 RTRDYVIRREFDLSEGDAYNRALVDRAERRLKNLDYFKTVKITTEPGSTSDRVVLVVDLE 426 RTRDYVIRREFD+SEGDAYNRALVDRAERRLKNLD+FK VKITTEPGS+SDRV+LVV+LE Sbjct: 371 RTRDYVIRREFDISEGDAYNRALVDRAERRLKNLDFFKDVKITTEPGSSSDRVILVVNLE 430 Query: 427 EKSTGDFSVSGGYSTTDGALAEVSISERNLLGRGLFAKATVSYGQYSRGLSLSFVEPYLL 486 EKSTGDFS+SGGYSTTDGALAEVSISERN LGRGLFAKA+V+YGQ++RG SLSFVEPYLL Sbjct: 431 EKSTGDFSISGGYSTTDGALAEVSISERNFLGRGLFAKASVTYGQFARGYSLSFVEPYLL 490 Query: 487 DYRVALGLDAYYKEQLPTDYTTYGVKTIGFSPRLGLALREDLTLQLRYSLYQQEISLDSA 546 DYRVALGLD Y ++QL ++ +YG KT+GFSPRLG LREDL+LQLRYS+Y+QEI+L + Sbjct: 491 DYRVALGLDLYQRQQLANNFISYGTKTLGFSPRLGFQLREDLSLQLRYSIYRQEITLPAT 550 Query: 547 YANCNNNPA-----NPSLAFNPTPAYIQSLLGGVDPTNSVSSGLYGYGCYGDGESTLPVR 601 ++CNN A N + FNPTPA+I + GGVDPT G G GC+ +GE++LPVR Sbjct: 551 LSDCNNLTAGTLIGNRFVPFNPTPAFINA-NGGVDPT-----GNNGLGCFANGEASLPVR 604 Query: 602 KELAAGATWTSQIGYTLTYNTLDNNKNPTDGLLIDFKQDFAGVGGDVTYLKSAVDAKYYT 661 +ELA GAT TS +GYTL YNTLDNNKNPTDGLLIDFKQDFAGVGGDV+YLK+A DAKY+T Sbjct: 605 QELAKGATLTSALGYTLNYNTLDNNKNPTDGLLIDFKQDFAGVGGDVSYLKTAFDAKYFT 664 Query: 662 PLVSDLIGLIHLQGGLLTKVGDNDLRMLDHFQMGPNLVRGFATNGIGPRDITYASLGAVG 721 PLVSD++ ++HLQGG+L K+G+ LRMLDHFQMGPNLVRGFA NGIGPRDI Sbjct: 665 PLVSDIVSIVHLQGGILNKIGNTQLRMLDHFQMGPNLVRGFAPNGIGPRDINPF---GTQ 721 Query: 722 DALGGTKYWGASMELQMPFWFLPSKVGLKGAVYADAGSLWGYEGPTSWAATGEVNTAACK 781 DALGGTKYWGAS+ELQMPFWFLP +VGLKGAVYADAG LWGY+GPTSWA TGEVN A C+ Sbjct: 722 DALGGTKYWGASLELQMPFWFLPKEVGLKGAVYADAGGLWGYQGPTSWAQTGEVNVAGCR 781 Query: 782 C----------------GLQYDDGNVVRTSVGVGLIWQSPFGPLRFDYAVPITKGKYDIV 825 GLQ+DD N VR+SVGVGL+W SPFGPLRFDYA+P+TKG++D Sbjct: 782 APTRATGTVPANAGTCLGLQFDDQNKVRSSVGVGLVWASPFGPLRFDYAIPLTKGQFDRT 841 Query: 826 QEFRFGGGTSF 836 QEFRFGGGTSF Sbjct: 842 QEFRFGGGTSF 852 >ref|YP_001206109.1| hypothetical protein BRADO4132 [Bradyrhizobium sp. ORS 278] emb|CAL77884.1| conserved hypothetical protein; putative signal peptide; putative Surface antigen domains [Bradyrhizobium sp. ORS 278] Length = 853 Score = 1275 bits (3300), Expect = 0.0, Method: Compositional matrix adjust. Identities = 620/849 (73%), Positives = 713/849 (83%), Gaps = 34/849 (4%) Query: 14 SGFSIPGTPVTWPLLA-----PAGAQSVDAITVEGNRRVEAETIRSYFRPGPGGRLDQAV 68 + F + PV PL + P AQ+V++I V GNRRVE ETIRSYF+PGPGG LD Sbjct: 13 AAFIMFAVPVALPLASVVMSSPVAAQTVNSIEVVGNRRVELETIRSYFKPGPGGTLDAGR 72 Query: 69 VDDALKELVGTGLFQDVKINQAGGRIVVSVIENPVIDRVAFEGNKKIKDEQLSAEMQSKP 128 +DD LK L+ TGLF DVKIN+ GGR++VSV+ENPVI RVAFEGNKK+KDEQL AE+QSKP Sbjct: 73 IDDGLKALIETGLFSDVKINRQGGRLIVSVVENPVIGRVAFEGNKKVKDEQLQAEVQSKP 132 Query: 129 RGTLSRPMVQSDALRIAEIYRRSGRYDVHVTPEIIERSNNRVDLVFTVDEGAKTGIKTIE 188 RGTLS+PMVQSDA RIAEIYRRSGRYDV VTPE+IE+ NNRVDL+FT+ EG KTG+K+IE Sbjct: 133 RGTLSKPMVQSDAQRIAEIYRRSGRYDVRVTPEMIEQPNNRVDLIFTIQEGPKTGVKSIE 192 Query: 189 FMGNNSFSAARLKDVIKTHETNFLSFLGNADIYDPDRVEADRDLIRRFYLKHGYADVQVV 248 F+GNN+FS+ RLKDVIKT ETN LSFLG+ D+YDPDRVEADRDLIRRFYLK+GYADVQVV Sbjct: 193 FVGNNAFSSYRLKDVIKTRETNLLSFLGSGDVYDPDRVEADRDLIRRFYLKNGYADVQVV 252 Query: 249 AALAEYDPERKGFQVTFKIDEGQQYRVATVSFRSSIAGFDPTTLRSLSRVGEGSLYNVEA 308 AAL+EYDPERKGF VTFKI+EGQQYRV +V F+SSIA DP LR+ SRV GSLYNVE Sbjct: 253 AALSEYDPERKGFMVTFKIEEGQQYRVGSVDFQSSIATLDPNALRNYSRVSVGSLYNVEN 312 Query: 309 VEKSVEDMQIEASRRGYAFAVVRPDGARNFEAHTVGIVFRVEEGPRTYIERIDIRGNGRT 368 +EKSVE+MQIEASRRGYAFAVVRP G RNFEAHTV +VF V+EGPRTYIERI+IRGN RT Sbjct: 313 IEKSVEEMQIEASRRGYAFAVVRPRGDRNFEAHTVSVVFAVDEGPRTYIERINIRGNTRT 372 Query: 369 RDYVIRREFDLSEGDAYNRALVDRAERRLKNLDYFKTVKITTEPGSTSDRVVLVVDLEEK 428 RDYVIRREFD+SEGDAYNRALVDRAERRLKNLD+FK VKI+TEPGS+SDRV+LVV+LEEK Sbjct: 373 RDYVIRREFDISEGDAYNRALVDRAERRLKNLDFFKDVKISTEPGSSSDRVILVVNLEEK 432 Query: 429 STGDFSVSGGYSTTDGALAEVSISERNLLGRGLFAKATVSYGQYSRGLSLSFVEPYLLDY 488 STGDFS+SGGYSTTDGALAEVSISERN LGRGLFAKA+V+YGQ++RG SLSFVEPYLLDY Sbjct: 433 STGDFSISGGYSTTDGALAEVSISERNFLGRGLFAKASVTYGQFARGYSLSFVEPYLLDY 492 Query: 489 RVALGLDAYYKEQLPTDYTTYGVKTIGFSPRLGLALREDLTLQLRYSLYQQEISLDSAYA 548 RVALGLD Y ++QL ++ +YG KT+GFSPRLG LREDL+LQLRYS+Y+QEI+L + + Sbjct: 493 RVALGLDLYQRQQLANNFISYGTKTLGFSPRLGFQLREDLSLQLRYSIYRQEITLPTTLS 552 Query: 549 NCNNNPA-----NPSLAFNPTPAYIQSLLGGVDPTNSVSSGLYGYGCYGDGESTLPVRKE 603 +CNN A N + F+PTPA+I LGGVDPT G G GC+ +GE++LPVR+E Sbjct: 553 DCNNIAAGSMVGNRFVPFSPTPAFINGNLGGVDPT-----GNNGLGCFANGEASLPVRQE 607 Query: 604 LAAGATWTSQIGYTLTYNTLDNNKNPTDGLLIDFKQDFAGVGGDVTYLKSAVDAKYYTPL 663 LA GAT TS +GYTL YNTLDNNKNPTDGLL+DFKQDFAGVGGDV+YLK+A DAKY+TPL Sbjct: 608 LANGATLTSALGYTLNYNTLDNNKNPTDGLLVDFKQDFAGVGGDVSYLKTAFDAKYFTPL 667 Query: 664 VSDLIGLIHLQGGLLTKVGDNDLRMLDHFQMGPNLVRGFATNGIGPRDITYASLGAVGDA 723 VSD++ ++HLQGG+L K+G+ LRMLDHFQMGPNLVRGFA NGIGPRDI DA Sbjct: 668 VSDIVSIVHLQGGILNKIGNTQLRMLDHFQMGPNLVRGFAPNGIGPRDINPF---GTQDA 724 Query: 724 LGGTKYWGASMELQMPFWFLPSKVGLKGAVYADAGSLWGYEGPTSWAATGEVNTAACKC- 782 LGGTKYWGAS+ELQMPFWFLP + GLKGAVYADAG LWGY+GPTSWAATGEVN A C+ Sbjct: 725 LGGTKYWGASLELQMPFWFLPKETGLKGAVYADAGGLWGYQGPTSWAATGEVNVAGCRAP 784 Query: 783 ---------------GLQYDDGNVVRTSVGVGLIWQSPFGPLRFDYAVPITKGKYDIVQE 827 GLQ+DD N VR+SVGVGL+W SPFGPLRFDYA+P+TKG++D QE Sbjct: 785 TRATATVPANAGTCLGLQFDDQNKVRSSVGVGLVWASPFGPLRFDYAIPLTKGQFDRTQE 844 Query: 828 FRFGGGTSF 836 FRFGGGTSF Sbjct: 845 FRFGGGTSF 853