MDB - MELIOIDOSIS DATABASE

  Protein search results for - M7ED58

Names and origin
Entry : M7ED58 (unreviewed)
Entry name : M7ED58_BURPE
Protein names : Thiotemplate mechanism natural product synthetase
Organism : Burkholderia pseudomallei MSHR1043
Organism ID : 1247713
ORF names : D512_20122
History
Date of creation : 2013-05-29
Date of modification : 2014-06-11
Date of sequence modification : 2013-05-29
Protein attributes
Protein existence : Predicted
Gene Ontology (GO)
GO term name : biosynthetic process; hydrolase activity, acting on ester bonds; transferase activity
GO identifier : GO:0009058; GO:0016788; GO:0016740
Keywords
Ligand & Biological process : Phosphopantetheine; Transferase
Reference
PubMed ID : 23860767
Protein sequence
Length : 3037 residues
>M7ED58|M7ED58_BURPE Burkholderia pseudomallei MSHR1043
MRQIVSTSNGSLDSRARIIAFPFAGGSGASYADIARELGDAFAFTTLSLPGRGATQHIPF
YDDWPSLVDDLAAEVARLDDGTPFFLFGHSLGALLAYEVARTLEQRGGARPAGVFLSGHP
APSRERAAPAWRRQTHALPDAEFVEAVRRWGFFPEGALDDPDVARYVLPPLRADLRLAET
YRHARGDALRAPCAIYGGAADPSTSVDDLRAWRAHVSPQHACPVESFDGHHFYFLDPSSR
AALCTSLAGHIEQRLAQRPASIVAAAPDPGSRVAACLRTAGDWGDAQAVLAAIREHVART
PDALALQDGERTWTYRQLASHAAELADAFRAAGVGRQDVIGVFLPHGAEYVLTIVGAWSI
GASVCLLEKSWPDSLVGEFVASCRVAQLATTPALLARAAKHLPDARCTLVGARPPLAQRA
WTSVAPRPDDIAFVSLTSGSTGKPKAVLTTHVGTSYCFHARDALYPYADGEREGLNVFLA
WECLRPLMFGRPAVVIGDDVIFDPPRLVALLRRERITRLVVTPSLLESVLDFPGIAGQLR
DALAHMSAWFLMGEVVPQRVVDKARAAFPPSVRLVNAYSTWESLDVCYADLLPSRASDDG
RRVPIGRPLPGCALAVLDEAGRAVPAGETGELYIASPALGPGYLDDAARTAEKFLPSVAA
LAERGHDAPAYRTGDRARLLPDGQIAILGRIDNTVKIRGFKVLLHAIENVLDAVDGVSKT
LVVPIDDPHTKQPSALAAYVVGRGGAPSETTLARLRQQARAKLPEYAVPAHFIGLEAFPL
RAGTSRKLDRRALPPPEPPAGASPAERGAVPAAAGDGLEARLAEVWRDVLGVASVARDDN
FFELGGNSLSAAKAVGALGERLGLSLAVVDLYQHSRLRDLADYCRRSREEDAARGRADAA
RDARAARTASGAGAPKVAIVGMAGRFPGADSVDAFWRNLTQGVDSLSRFTREQLLAKGVD
AAQLDHPDWVSAAQVVGDADKFDALFFGIGRREAVLMDPQHRLFMEVAWSALEQAGYARA
ENRYRTRTGVFASCGIDGYLVHHLQGGGLLTPLDPGRLMLTEIGNEKDYVATRVAYQLDL
GGPAVSVGAACSSALVAVVQAVQAIRAGQCEMAIAGASALSFPNFGFCYEDGLVGSADGH
VRPFDARASGTLFGDAVGAVVLKRLDLAEADGDPILAVISGVGLSNDGRMKAGYTAPNAD
AQRRCIVDALDMADVRSEQISYVECHATATLIGDAIELKGLSDAFAQTRGADADAAAVAG
RCAIGCVKGNIGHANCAAGITGLIKTVLQLRHRQRVPTVHFDTLNPKLVPFVEHDASPFV
VQRHADDWTVADPATQLPRRAGVSSFGIGGTNAHVIVEEAPPPARAAAPAESVPRAHHLM
TVSARTPGALARNLQALAERLAALDAADLGCAAHTLHVAREAHPLRVALAVPARPADAAA
ALRASAAALAEASVDMPDMSDAPAAPVRAKPGATVAFCFSGQGSQHPGMARELYRSNAEA
GRFRHHFDAACAALERALGAPIAHAILNADDEAMRRPLVTQCGLFALEHALAAVLGEYGV
RPVAVAGHSIGQYAAAVAAEALTLEQAAALVAARAGATEALNAFSAGGGAPARGGMLAVT
GDDARIERWAAGRADVWIAVRNAPRTLVLAGAQPALADAARALAALGCRCRPVPVSHPFH
TPLMQPVADAIIAQRIAGAAPRIPMTCNVTGGWLGADAASPGYWARHLLEPVRWSDNVAA
LLRWQPDVVLEIGPGTVLCSLIGKHLAGGANAGAPARPNGHAGANAAALAPRVLPTLPAA
GDDAHDAAHFCNTIGQLWCAGVPIDWRAYHAHEAAAPGRALARVPLPGYAFERDSYWTRP
QASIYVDAAQADAEPDAAPAAADHTDAADADSARAALADASNKTPAARAASTHTCSGECA
CERACAAEPRPSGGMERVAAPPAPSSRGLVRLKPRRRPRMKLYCFPYAGGSSRSFDGWAR
TAPDWLDIVAIEWAGRNARAEESLARDDAADLAAREAIAAAIVADAGELPVAFCGLSYGG
AAATELLGGPLRAWAASGRVKGLAIVGRAPLLEQPAIDAPADSFLLVPDALRDDPLWQEI
FRPVLEADLDADARCAHRIAQRWRDGGRQPLLTVPLQIHGAHDDPAFDWRLAGDWARISS
APLASLHRYPGGHDFMIRCEAEIVARVAAWLRPQRAARTAAPAPTFALHWQPRAIAPIAP
IAPNTPNTPNPLAAADGSSAGASLADASQADTSGAAMGASPGAAPLPECAVYAAGGEASA
FERLAPLLRESGDEAALLCIGAADDPLGAAQCAGFVKLWQALAARECAGTLTLVLPAGAA
SGPLVGAARVASAEHAALRVRLVLADDHPDLAPRAADPRWAAGLARDAAHCGDEPWLLRR
AGRMFAPRLMPHAAPALPEGTLGAAGGPYLVTGAAGGVGRALVDWLIDEQQVPPQRLIAL
CRNADLAPRGVRAVAADLADARALGAALESIGEVEGIFHLAGVLDDGVIANLDEARLRRV
LAPKQSLAALLAHAPRWRTRWAVAFSSTSALLGVPGQANYAAANAWLDQLACWPARAGEP
PVLSIQWGSWADVGMSARSDRAQRRAMQDGERALAPDAAFAALGALLAGMLGGAAAARQF
AVCDVDWPRSPWRDAPIVEAIARGAPNAGSEAEAAKVASATNRTKRADEASGANGRIAAS
STPVAMSSATPAAHVCGNARADAAAPRAGDESDRARSPRPASEPARFAAPTVEAAAAAQA
PAARATRSASAPDPVRAFLEDYVSRWDERLDLATLGLDSLDLAQMRNGFFKKFGVQIPLS
TLASPTLKIGELARRMRNVAGIADE