MDB - MELIOIDOSIS DATABASE

  Protein search results for - A3P5Y3

Names and origin
Entry : A3P5Y3 (unreviewed)
Entry name : A3P5Y3_BURP0
Protein names : Non-ribosomal peptide synthase
Organism : Burkholderia pseudomallei 1106a
Organism ID : 357348
ORF names : BURPS1106A_A1709
History
Date of creation : 2007-04-03
Date of modification : 2014-09-03
Date of sequence modification : 2007-04-03
Protein attributes
Protein existence : Predicted
Gene Ontology (GO)
GO term name : biosynthetic process; hydrolase activity, acting on ester bonds; phosphopantetheine binding; transferase activity
GO identifier : GO:0009058; GO:0016788; GO:0031177; GO:0016740
Keywords
Ligand & Biological process : Complete proteome; Phosphopantetheine; Transferase
Protein sequence
Length : 4553 residues
>A3P5Y3|A3P5Y3_BURP0 Burkholderia pseudomallei 1106a
MNHRLPHVERGDADEPSIETAAGEQPPLALPASVAQRRLWFVENGDVRASTYNVPAAFTL
TGPLDDAVLERALAFMQQRHPALRSRFRTRDGELRIELAPQPAPLARQDLGALDADVRAR
TAERLCANHANRRFDLERDAPIRCLLLRLGENEHVLAVNVHHIVFDDWSIRIFFRELGAV
YGALLAGATPDLPALDYAAAVAASVPAAARHAAARQYWARAMSGAPTLHKLPTDRPRPAE
PRMRGAVHKHVFARRHAEGIRALCRRAGVTPYMLGVAAFAALLHRYSGEDEIVIGSPFAN
RVTQAQQSLIGFFINLIPLRVRFDAGVNFLDLLAQVRETSFDAFEHAVLPFDQIVDAIRP
PRSSSHAPVFQIMFDYLKSGGMLELDGVGVTGSLVHTGTAKYDLTVSMEEGPDELAAIVE
YDTDLFDAGTIARLGGHFERLLENVLASPAAPIAEGSLLPADELRQVRRFTRPDEPYAHI
PFSPMPQRIREAARRAPHAVAIVHGDARMTYETLDRRSDALARALRARGVGRGSRVASLQ
SYSEKIVVAYLGILKAGAAYLPLDPADPRRLEKIEDAAPAMIVTARRDLEDVPQALRART
LTIDDPIECGKAPDAVNDVATDVVTDATARDAELDFATLAEADPAYVIYTSGSTGKPKGV
EVSHGSLNVSYHGWHRAYRFGKPGHPVTLQLAGMTFDLGIGDVSRTLACGGTLVMPPRDG
LLDAGRLHALMCAERVSFGDFPPVILRELIRHCNETGDRLDMLDTLVCGADVWFGHELHA
ARALCGPHARVLGSYGVTEAAIDSSYFDPDLHALAPDSVVPLGRPLPSCELLIVDPLLQM
TPIGVPGELLVAGPAVATRYLNNDALTAQKFLRGRVDEHGRVIAGDGQTRFYRTGDICRF
LEDGTIDFLGRRDNQIKIRGFRVELGEVEGVLAAHPDVRQCAVVVRDEASGDPSLAAFVV
SDAPIAALRGYLRGRLPAYMLPAAIERLGDMPLTASGKIDRNRLKAWPLSAPDVPPPDAA
TDVERRLLALWENLLSARVPSVHENFFQCGGHSLAAARLASSISQAFDISIGVSSVFNHP
SVAEQARLVEALASARAPRDVRQTAHADAAEPAGDDGLLSYSQQSLWLTAKRTPDDFSYN
IPVTWRLDGPLDAHALERAINDVVARHDALRTVFSSDVRTVVGPHRESSQEPTQRVLDTL
TIALRRVAVAPDDAASLPARLREAHSRAFDLNAGPLLRAVLFEIAPTHHVLDVTIHHIVI
DGPSFGLFWRDLQTAYRARVAGEAPGWQRPARRHADFVSRQRQALRGEAAARQLAYWREQ
LRGLPAALPLPDAVLAAHAPGSARSLTFEMPDDVAAGLAALARRTNGSPFIVYLALFAAA
LRQQTGEADFAIGTPLSLRPHEGFADVLGFFANTMPLRMRLHGLDTFERVLRYVREQCLA
LYENGDVPFEYLVQALKPARAARRNPVFQTIFSCEFDDERLQLTGVDAHALALDAYTAKL
DLEMAINVSGGRVVCHLMSRPGSFDADALSSIRHHFLRTACSATRAHAEREAAEARATHE
VHEVHEAHEAHEVHEAHEAHEVHEVHEVHEAHEAHEVHEVHEVHEVHEVHEMHEMHDVHE
ARAQLADDAPGARRPSADDLFGLFARSAARHAQRVALDSPMLRASYAQLAERVSAAARAL
AAHGVRRGDRVGIFVGHHPHNVTAMLAIARVGAAFVPMDPEHKPQWNRHIVDDAALTALV
GGAWTADAARGFGLPVVDLDAPPPPASELADAPAAGGAHPDDCAYVIYTSGSTGRPKGVA
VSHASVCHNVRAMAEIMRIGPQSRMAQYVSPVFDVVLGEIFPALAAGAAIVFAERRRPLP
GQALVDWLDAQRVSHVWIVPSALAMVPEAALPALEVLIVAGEACPRELAQRWAAGRRLLN
GYGPTEAAIVVSLTDYHAQRERLILRPMGGARLHVLDEALRPAPAGAAGELFIGGACVAQ
GYLGQPARTAQAFVADPFDAEPGARMYRTGDVVRRLDDGAIQFIGRVDRQVKIRGFRIEL
DAVRAALMEVPGVQAAEALAQPDASGQPLLVGYVVARRAKAELLDALRGKVPDAMVPSTL
VFLDALPTGSTGKTDLKALKALKTGDAARPAAAAADMPRAASQGRTLHRVREIWRTLLER
DDIGDDENFFDAGGHSLRAVALHQRITEAFGDVIALTDLFEHPTIGALAAHLDAFAPRDG
EAADDAAGAAARAPADGVLDTDAIAVIGLAGRFPDAPDLDRFWERLLAGYEAGRTLSDAE
LDAHGVPAELYRNPHFVRRFKELEGKAEFDAGFFGYSPREAQVMDPQQRIFLELAWQALE
QAGYGDRGRVRSVGVFASAAFNYYLVQNVMPNAERLRLEPGQWLIGNDKDFIATRTAYKL
NLLGPALSVGTACSSSLMAVHLACASLRNGEAQMALAGAVALDPDQVGYLYAEGGIMSPD
GRCRPFDAAAAGTAGGSGGGVVLLKRLDAALRDGDTVYAVIKGSAANNDGADKVSYTAPS
VAGQTAVIRDALRAARVSADSIGYVEAHGTGTPLGDPIEVRALAQAFAEAAAPGALANGR
CGIGSIKGNIGHLDAAAGIAGFIKAVLALHREAIPPSINCETPNARIGFDKTPFSVVREA
RAWPRTATPRRAGVSSFGVGGTNVHVVLEEAPRVRAGESAEPSRWQLLPVSARSPSALRE
QWRQLRDALAHARPRVQDVAHTLQVGRTAFEHRGFAVVDAAADAPAQLDAAGSPPAFERR
AAPPVVFMFPGQGSQYPGMGAALYRSGGVFQAEVDRCAQLLRAHLDRDVRSLMFDAGASL
LRETRYTQPALFAIEYALARQWLAWGVTPHAMIGHSVGELVAAAVGETLALPDALALVVA
RADAMQRQPPGAMLAVLADARELAALNGPGCEIAAINGPEQYVLAGDAARIAALEDACIA
AGVACQRLATSHAFHSSAMDGAAREIDRASERIVRRAARIPLISNRSGRWLNEQDLRDAG
YWSEHVRQPVQFHAGVRTLLDALDAPIFVEVGPGRALGNLIGGWAGLGPQRIVATLPHAR
ERRDDMAAALRGVGTLWAQGVDVNWAGLHAPGAARRIALPTYPFERTRHWIERPAGARAA
PAREADGVPMRRGEDAADGSLTVSFALHERLWFLDEHRIFDGAPVLPGTACIELVRRAYS
LVRPGAAVTMRDVYFPTALILSTDESRNVRVVFRPPERVSDGAAAGGDLAFVLESNDANG
PAGWTPHASGRIGDDPPACAAPASLAALDAPAALREQWGLTALDDVAALSAQAFADYGAR
WRGVDALWLGERAGLARLRLPAAGSGDLPDFALHPAMLDVATAFLPACLRPRDASVPFRY
ESIRMHRPLRADCYSFAVETAPNVYDVTLFAWDEAARRADVLVAIGGFARREPAHRARDV
AQWCRTVSWRDAPAARALPPERWLVFGDEWFALAPAGSVLVREDDAFRAHGDNGYGVRPG
EKADCDRLIARLAEQGGVPAHVVYGWAQTDVDRAFAGLAALLQALGAHPADFRVSLVTKG
ARSARTLDACAAAAPAGLLKAVRWEYPRIVCRHIDIDDASDATIDALRAELSSEPATPPG
APPELPSSIALAGARREAPGFAALPAVARDDVLRDGGAYLITGGASGIGLELAAHIASRR
RDVRLALLSRSPHDENAARFAALDEAAASVLRLTADVAHAAQLADALRTVRARFGRIDGV
IHAAGVEASGLLETGTPDAWRRVMAAKVHGARHLFDQLAGDPPDFIVLCSSLAAVVGGLG
QADYAAANGYMDALAQHWRQRGVAAIAIDWDTWSDTGMAFDHAARTRRSNDRPGALPGLA
NREGRALFDLALAHDAPRIVISKRGFEQDRRDAPTRARRAAAPGDAQAALVALWQELLGV
EQVGVDDDFFDLGGHSLLATQLISRVRDQYARSPTLGEFLEEPTIARLLRAIDHTGGDTG
GDMSGDTAGDAPDVDETLRYCVVPMVKAGSGAPFFCIPGMGGNITQLLPLANALGADRPV
IGLQYLGLDGKHAPHASVEAIAAHYVRCIRSVQPAGPYFLGGHSLGGKIAYEVARRLHAQ
GDAIGLVAMFDSAAPPYSFVAHQDDFAIASMILGVFAYYAGKMEMMAGIDDARLRDAPRE
RLLAFMGERLAQFGVIQSQSDTSAIRGLFNVYRAAADFSARYAPPHEHLPLPILLVKATE
PMPDGIKLPEIRETPAWGWENFTRLPVRTCEVAGNHYSCLMDGYVERIADALRDALASAR
QAIEA