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= 0020.0002.p (441 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_660055.1| nodulation acetyltransferase protein [Rhizobium... 488 e-136 ref|ZP_03529330.1| nodulation acetyltransferase protein [Rhizobi... 484 e-134 gb|AAK50867.1|AF284858_1 nodulation protein NolL [Bradyrhizobium... 474 e-132 gb|AAK00183.1|AF222754_11 putative nodulation acetyltransferase ... 405 e-111 emb|CAD31521.1| ACETYL TRANSFERASE, NODULATION PROTEIN NOLL [Mes... 383 e-104 >ref|NP_660055.1| nodulation acetyltransferase protein [Rhizobium etli CFN 42] gb|AAC62211.1| NolL [Rhizobium etli CFN 42] gb|AAM55056.1| nodulation acetyltransferase protein [Rhizobium etli CFN 42] Length = 392 Score = 488 bits (1256), Expect = e-136, Method: Compositional matrix adjust. Identities = 244/367 (66%), Positives = 283/367 (77%), Gaps = 5/367 (1%) Query: 70 RDVEMMRN----VTGSTLPGTPEENDRDLALDFDKAVLIILVIVGHLIQYLLYRDEGFWD 125 R EM+R V G T+P PE +DRDLALDF K +LI+LVI GHLIQY+ Y +GFWD Sbjct: 16 RHREMLRMRARIVGGKTVPEAPEADDRDLALDFAKGILIVLVIFGHLIQYIFYEGDGFWD 75 Query: 126 SPFFKWIYMFDMPLFMAISGYLSCRALLRKSLMQAVGDRAMQLLVSMLFWCALLETAKLA 185 S FK IYMF MPLFMAISGYLS LL KS QA+GDRA+QLLV LFWC LLE KL Sbjct: 76 SACFKSIYMFHMPLFMAISGYLSRSGLLGKSFRQAIGDRALQLLVPTLFWCTLLEAVKLL 135 Query: 186 VLPRAPDASGNILQLLNDVAGTYWFIWAALVCFLFVKILSIFNRWSPWILFLSVIQVALA 245 + PR PDA GN+LQ ++D GTYWFIWAA FL VK++SIFN S L +S I VA+A Sbjct: 136 MFPRPPDAPGNLLQFMHDFVGTYWFIWAAFASFLLVKLISIFNSGSARSLLVSSILVAVA 195 Query: 246 PLTFSIFPLIKYTYPFFCLGFSFAQSRDWWTSITGAYKPLLIMSASIAALVCFLAWRKDS 305 P+TFSIFPLIKYTYPFFC+GFSFAQSRDWWTSI +KPLL+MSASIAA +CF+AWR+D+ Sbjct: 196 PVTFSIFPLIKYTYPFFCMGFSFAQSRDWWTSIMRYHKPLLMMSASIAASLCFMAWREDT 255 Query: 306 YVYNNLALVKDMQSAKDVLLMLFGSAAASAIMSELFRQCWRVGRSNRVVRFIAVEIGQST 365 YVYNNLAL++D+QSAKD+LLM FGS ASA+M E+ Q W++GRSNRVVRFIAVE+GQST Sbjct: 256 YVYNNLALIQDLQSAKDILLMFFGSTVASAVMIEILLQSWKIGRSNRVVRFIAVEVGQST 315 Query: 366 LVLYLIQGMAFRLMDSIPYAEPLDLTSKLAVAGILGAAIVLVALMVRRTVHDIPYLSQLI 425 LVLYL+Q FRLMD I Y E T + AGILG I+ VAL VR +V DIPYLSQL+ Sbjct: 316 LVLYLVQATVFRLMDLIQYGEQWAPTMRSGAAGILGTMIIAVALAVRWSVRDIPYLSQLM 375 Query: 426 LGTSPPR 432 LGT PPR Sbjct: 376 LGT-PPR 381 >ref|ZP_03529330.1| nodulation acetyltransferase protein [Rhizobium etli CIAT 894] Length = 392 Score = 484 bits (1246), Expect = e-134, Method: Compositional matrix adjust. Identities = 240/367 (65%), Positives = 283/367 (77%), Gaps = 5/367 (1%) Query: 70 RDVEMMRN----VTGSTLPGTPEENDRDLALDFDKAVLIILVIVGHLIQYLLYRDEGFWD 125 R EM+R V G T+P PE +DRDLALDF K +LI+LV+ GHLIQY+ Y +GFWD Sbjct: 16 RHREMVRIRARIVGGKTVPEAPEADDRDLALDFAKGILIVLVVFGHLIQYIFYEGDGFWD 75 Query: 126 SPFFKWIYMFDMPLFMAISGYLSCRALLRKSLMQAVGDRAMQLLVSMLFWCALLETAKLA 185 S FK IYMF MPLFMAISGYLS LL KS QA+GDRA+QLLV LFWC LLE KL Sbjct: 76 SACFKSIYMFHMPLFMAISGYLSRSGLLGKSFRQAIGDRALQLLVPTLFWCTLLEAVKLL 135 Query: 186 VLPRAPDASGNILQLLNDVAGTYWFIWAALVCFLFVKILSIFNRWSPWILFLSVIQVALA 245 + PR PDA GN+LQ ++D+ GTYWFIWAA FL VK++SIFN S L +S I VA+A Sbjct: 136 MFPRPPDAPGNLLQFMHDLVGTYWFIWAAFASFLLVKLISIFNSGSARSLLVSSILVAVA 195 Query: 246 PLTFSIFPLIKYTYPFFCLGFSFAQSRDWWTSITGAYKPLLIMSASIAALVCFLAWRKDS 305 P+TFSIFPLIKYTYPFFC+GFSFAQSRDWWTS+ +KP L+MSASIAA +CF+AWR+D+ Sbjct: 196 PVTFSIFPLIKYTYPFFCMGFSFAQSRDWWTSVMRYHKPRLMMSASIAASLCFMAWREDT 255 Query: 306 YVYNNLALVKDMQSAKDVLLMLFGSAAASAIMSELFRQCWRVGRSNRVVRFIAVEIGQST 365 YVYNNLAL++D+QSAKD+LLM FGS ASA+M E+ Q W++GRSNRVVRFIAVE+GQST Sbjct: 256 YVYNNLALIQDLQSAKDILLMFFGSTVASAVMIEILFQSWKIGRSNRVVRFIAVEVGQST 315 Query: 366 LVLYLIQGMAFRLMDSIPYAEPLDLTSKLAVAGILGAAIVLVALMVRRTVHDIPYLSQLI 425 LVLYL+Q FRLMD I Y E T + AG+LG I+ VAL VR +V DIPYLSQL+ Sbjct: 316 LVLYLVQATVFRLMDLIQYGEQWAPTMRSGAAGVLGTMIIAVALAVRWSVRDIPYLSQLM 375 Query: 426 LGTSPPR 432 LGT PPR Sbjct: 376 LGT-PPR 381 >gb|AAK50867.1|AF284858_1 nodulation protein NolL [Bradyrhizobium sp. ORS 285] Length = 376 Score = 474 bits (1221), Expect = e-132, Method: Compositional matrix adjust. Identities = 243/355 (68%), Positives = 282/355 (79%) Query: 76 RNVTGSTLPGTPEENDRDLALDFDKAVLIILVIVGHLIQYLLYRDEGFWDSPFFKWIYMF 135 +N+TG TPE NDRDL+LDF K VLI+LVIVGHLIQY++YRD+GFW SP+FKWIYMF Sbjct: 18 QNLTGVGTAETPEANDRDLSLDFTKGVLIVLVIVGHLIQYIIYRDDGFWCSPYFKWIYMF 77 Query: 136 DMPLFMAISGYLSCRALLRKSLMQAVGDRAMQLLVSMLFWCALLETAKLAVLPRAPDASG 195 MPLFMAISGYLSCRALL+KSL AV DRA+QLL+ MLFWCA+LET KLA P DA+G Sbjct: 78 HMPLFMAISGYLSCRALLQKSLACAVWDRALQLLLPMLFWCAVLETVKLAAFPSPHDATG 137 Query: 196 NILQLLNDVAGTYWFIWAALVCFLFVKILSIFNRWSPWILFLSVIQVALAPLTFSIFPLI 255 L LL DV GTYWF+WAA +CFLFVK+L IF+R P +L LSV+ V L PLT SI PLI Sbjct: 138 FSLALLYDVVGTYWFVWAAFICFLFVKLLLIFDRSLPLLLLLSVVAVELTPLTISIVPLI 197 Query: 256 KYTYPFFCLGFSFAQSRDWWTSITGAYKPLLIMSASIAALVCFLAWRKDSYVYNNLALVK 315 KYTYPFFCLGF+F+QSR WT + G YK LLI IAA FL W +D+YVYNNLALV+ Sbjct: 198 KYTYPFFCLGFAFSQSRAHWTRMRGGYKLLLIAFVYIAACASFLVWHRDTYVYNNLALVR 257 Query: 316 DMQSAKDVLLMLFGSAAASAIMSELFRQCWRVGRSNRVVRFIAVEIGQSTLVLYLIQGMA 375 D+ SAK VLLMLFGSAAASAIMSE +CWR+GRS RV RFIA++IGQSTL+LYLIQG Sbjct: 258 DLISAKSVLLMLFGSAAASAIMSEFLSRCWRLGRSTRVFRFIAIDIGQSTLLLYLIQGTV 317 Query: 376 FRLMDSIPYAEPLDLTSKLAVAGILGAAIVLVALMVRRTVHDIPYLSQLILGTSP 430 FRLMDSI YAEP DL + LAV ILG +VL AL+VR+ + + P+LSQL+LG SP Sbjct: 318 FRLMDSIQYAEPPDLATGLAVGAILGGTLVLFALLVRKMISENPFLSQLLLGASP 372 >gb|AAK00183.1|AF222754_11 putative nodulation acetyltransferase [Bradyrhizobium sp. WM9] Length = 373 Score = 405 bits (1042), Expect = e-111, Method: Compositional matrix adjust. Identities = 216/363 (59%), Positives = 268/363 (73%), Gaps = 4/363 (1%) Query: 78 VTGSTLPG--TPEENDRDLALDFDKAVLIILVIVGHLIQYLLYRDEGFWDSPFFKWIYMF 135 VTG+ +P T E NDRDL+LDF K LI+LVIVGHLIQY++YRD+GFW SP++K IYMF Sbjct: 8 VTGTIVPSSRTTEANDRDLSLDFAKGALIVLVIVGHLIQYVIYRDDGFWYSPYYKSIYMF 67 Query: 136 DMPLFMAISGYLSCRALLRKSLMQAVGDRAMQLLVSMLFWCALLETAKLAVLPRAPDASG 195 MPLFMAISGYLS R+LL+KS A DRA QLL+ MLFW +ETAKLA L RA + Sbjct: 68 HMPLFMAISGYLSSRSLLQKSFTLAASDRAKQLLLPMLFWWTFMETAKLAALWRATSLTS 127 Query: 196 NILQLLNDVAGTYWFIWAALVCFLFVKILSIFNRWSPWILFLSVIQVALAPLTFSIFPLI 255 +L+ ++D+AGTYWFIWA V +L +KI + N S W++ S I AL PLTFSI PLI Sbjct: 128 GLLEFVDDLAGTYWFIWATFVSYLLIKISTRLNHRS-WVISCSAILFALTPLTFSISPLI 186 Query: 256 KYTYPFFCLGFSFAQSRDWWTSITGAYKPLLIMSASIAALVCFLAWRKDSYVYNNLALVK 315 ++TYPFFC GF AQSRD WTS +KPLLI+ SI VCFLAW K++YVYNNL ++ Sbjct: 187 RFTYPFFCFGFLLAQSRDRWTSTLRHHKPLLILVLSIVTCVCFLAWGKNTYVYNNLGVIH 246 Query: 316 DMQSAKDVLLMLFGSAAASAIMSELFRQCWRVGRSNRVVRFIAVEIGQSTLVLYLIQGMA 375 D +SAKDVLLM G+AAASAI EL QCW G SNR+ RF+AVE+GQ+TL+LYL+QG Sbjct: 247 DFRSAKDVLLMFAGAAAASAIAIELLLQCWSFGHSNRMARFVAVELGQTTLLLYLVQGTV 306 Query: 376 FRLMDSIPYAEPLDLTSKLAVAGILGAAIVLVALMVRRTVHDIPYLSQLILGTSPPRPMS 435 FRLMD + + E DLT++L +AG+LGAAI+ +AL +R V +PYL+QL+LG PPR Sbjct: 307 FRLMDFMQFGELWDLTTRLIIAGMLGAAIIAIALTIRSIVRGVPYLAQLVLGM-PPRSGL 365 Query: 436 SGA 438 S A Sbjct: 366 SQA 368 >emb|CAD31521.1| ACETYL TRANSFERASE, NODULATION PROTEIN NOLL [Mesorhizobium loti R7A] Length = 373 Score = 383 bits (984), Expect = e-104, Method: Compositional matrix adjust. Identities = 190/355 (53%), Positives = 251/355 (70%), Gaps = 5/355 (1%) Query: 80 GSTLPGTPEENDRDLALDFDKAVLIILVIVGHLIQYLLYR-DEGFWDSPFFKWIYMFDMP 138 GS GT N+RDL+ DF K +LI LVI+GHL+QYL+Y+ + FW SP+FK IYMF MP Sbjct: 13 GSCPAGT---NNRDLSFDFAKGILITLVIIGHLLQYLIYQGTDAFWLSPYFKSIYMFHMP 69 Query: 139 LFMAISGYLSCRALLRKSLMQAVGDRAMQLLVSMLFWCALLETAKLAVLPRAPDASGNIL 198 LFMAISGYLS A+LRKS Q VG+RAMQLL+ MLFWC L+ T K AV+ + +L Sbjct: 70 LFMAISGYLSSGAILRKSFTQGVGERAMQLLLPMLFWCTLIWTLKSAVIFPTKSLTDTLL 129 Query: 199 QLLNDVAGTYWFIWAALVCFLFVKILSIFNRWSPWILFLSVIQVALAPLTFSIFPLIKYT 258 L +V GTYWFIWAA + F+ +++L+ FNR S WI+ S I VA AP+T SI PL+KYT Sbjct: 130 DLSTEVIGTYWFIWAAFISFVLIRVLTTFNRLSMWIISASAIAVAFAPITLSITPLLKYT 189 Query: 259 YPFFCLGFSFAQSRDWWTSITGAYKPLLIMSASIAALVCFLAWRKDSYVYNNLALVKDMQ 318 YPF+CLGF FAQ W + YK + ++ SIAA +CFL W K++Y YNNL L+ D Q Sbjct: 190 YPFYCLGFLFAQPIGWQNGVIWRYKSIFVVLFSIAAFICFLGWGKETYAYNNLVLIHDEQ 249 Query: 319 SAKDVLLMLFGSAAASAIMSELFRQCWRVGRSNRVVRFIAVEIGQSTLVLYLIQGMAFRL 378 SAK V LM GS AASA+ + QCWR+ S RV RF+AV++GQSTL+LYL+QG FRL Sbjct: 250 SAKQVFLMFSGSLAASAVAMQSMFQCWRLVYSTRVARFVAVQLGQSTLLLYLVQGAVFRL 309 Query: 379 MDSIPYAEPLDLTSKLAVAGILGAAIVLVALMVRRTVHDIPYLSQLILGTSPPRP 433 MD I + E +L +++A A +LG AIV++A+ +R ++ Y+S++++G +PPRP Sbjct: 310 MDLIQFGEVWNLATRIAFATVLGVAIVVIAMAIRSIARNLGYVSRIVVG-APPRP 363