MDB - MELIOIDOSIS DATABASE

  Protein search results for - A3NKB9

Names and origin
Entry : A3NKB9 (unreviewed)
Entry name : A3NKB9_BURP6
Protein names : Syringomycin synthetase
Organism : Burkholderia pseudomallei 668
Organism ID : 320373
ORF names : BURPS668_A1795
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
>A3NKB9|A3NKB9_BURP6 Burkholderia pseudomallei 668
MNHRLPNVGRGDADEPSIETAAGEPPPLALPASVAQRRLWFVENGDVRASTYNVPAAFTL
TGPLDDAVLERALAFMQQRHPALRSRFRTRDGELRIELAPQPAPLARQDLGALDADVRAR
TAERLCANHANRRFDLERDAPIRCLLLRLGENEHVLAVNVHHIVFDDWSIRIFFRELGAV
YGALLAGATPDLPALDYAAAVAASVPAAARHAAARQYWARAMSGAPTLHKLPTDRPRPAA
PRMRGAVHKHVFARRHAEGIRALCRRAGVTPYMLGVAAFAALLHRYSGEDEIVIGSPFAN
RVTQAQQSLIGFFINLIPLRVRFDAGVNFLDLLAQVRETSFDAFEHAVLPFDQIVDAIRP
PRSSSHAPVFQIMFDYLKSGGMLELDGVGVTGSLVHTGTAKYDLTVSMEEGPDELAAIVE
YDTDLFDAGTIARLGGHFERLLENVLASPAAPIAEGSLLPADELRQVRRFTRPDEPYAHI
PFSPMPQRIREAARRAPHAVAIVHGDARMTYETLDRRSDALARALRARGVGRGSRVASLQ
SYSEKIVVAYLGILKAGAAYLPLDPADPRRLEKIEDAAPAMIVTARRDLEDVPQALRART
LTIDDPIECGKAPDAVNDAVNDVATDVVTDATARDAELDFATLAEADPAYVIYTSGSTGK
PKGVEVSHGSLNVSYHGWHRAYRFGKPGHPVTLQLAGMTFDLGIGDVSRTLACGGTLVMP
PRDGLLDAGRLHALMRAERVSFGDFPPVILRELIRHCNETGERLDMLDTLVCGADVWFGH
ELHAARALCGPRARVLGSYGVTEAAIDSSYFDPDLHALAPDSVVPLGRPLPSCELLIVDP
LLQMTPIGVPGELLVAGPAVATRYLNNDALTAQKFLRGRVDEHGRVIAGDGQTRFYRTGD
ICRFLEDGTIDFLGRRDNQIKIRGFRVELGEVEGVLAAHPDVRQCAVVVRDEASGDPSLA
AFVVSDAPIAALRGYLRGRLPAYMLPAAIERLGDMPLTASGKIDRNRLKAWPLSAPDVPP
PDAATDVERRLLALWETLLSARVPSVHENFFQCGGHSLAAARLAASISQAFDVSIGVSSV
FNHPSVAEQARLVEALASARAPRDVRQTAHADAAEPAGDDGLLSYSQQSLWLTAKRTPDD
FSYNIPVTWRLDGPLDAHALERAINDVVARHDALRTVFSSDVRTVVGPHRESSQEPTQRV
LDTLTIALRRVAVAPDDAASLPARLREAHSRAFDLNAGPLLRAVLFEIAPTHHVLDVTIH
HIVIDGPSFGLFWRDLQTAYRARVAGEAPGWQRPARRHADFVSRQRQALRGEAAARQLAY
WREQLSGLPAALPLPDAVLAAHAPGSARSLTFEMPDDVAAGLAALARRTNGSPFIVYLAL
FAAALRQQTGEADFAIGTPLSLRPHEGFADVLGFFANTMPLRMRLHGLDTFERVLRYVRE
QCLALYENGDVPFEYLVQALKPARAARRNPVFQTIFSCEFDDERLQLTGVDAHALALDAY
TAKLDLEMAINVSDGRVVCHLMSRPGSFDADALSSIRHHFLRTACSATRAHAEREAAEAR
ATHEAHEAHEVHEAHEAHEVHEAHEAHEVHEAHEAHEMHEMHEMHEMHDVHDVHEARAQL
ADDAPGARRPSADDLFGLFARSAARHAQRVALDSPMLRASYAQLAERVSAAARALAAHGV
RRGDRVGIFVGHHPHNVTAMLAIARVGAAFVPMDPEHKPQWNRHIVDDAALTALVGGAWT
ADAARGFGLPVVDLDAPPPPASELADAPAAGGAHPDDCAYVIYTSGSTGRPKGVAVSHAS
VCHNVRAMAEIMRIGPQSRMAQYVSPVFDVVLGEIFPALAAGAAIVFAERRRPLPGQALV
DWLDAQRVSHVWIVPSALAMVPEAALPALEVLIVAGEACPRELAQRWAAGRRLLNGYGPT
EAAIVVSLTDYHAQRERLILRPMGGARLHVLDEALRPAPAGAAGELFIGGACVAQGYLGQ
PARTAQAFVADPFDAEPGARMYRTGDVVRRLDDGAIQFIGRVDRQVKIRGFRIELDAVRA
ALMEVPGVQAAEALAQPDASGQPLLVGYVVARRAKAELLDALRGKVPDAMVPSTLVFLDA
LPTGSTGKTDLKALKALKTGDAARPAAAAADMPRAASQGRTLHRVREIWRTLLERDDIGD
DENFFDAGGHSLRAVALHQRITEAFGDVIALTDLFEHPTIGALAAHLDAFAPRDGEAADD
AAGAAARAPADGVLDTDAIAVIGLAGRFPDAPDLDRFWERLLAGYEAGRTLSDAELDAHG
VPAELYRNPHFVRRFKELEGKAEFDAGFFGYSPREAQVMDPQQRIFLELAWQALEQAGYG
DRGRVRSVGVFASAAFNYYLVQNVMPNAERLRLEPGQWLIGNDKDFIATRTAYKLNLLGP
ALSVGTACSSSLMAVHLACASLRNGEAQMALAGAVALDPDQVGYLYAEGGIMSPDGRCRP
FDAAAAGTAGGSGGGVVLLKRLDAALRDGDTVYAVIKGSAANNDGADKVSYTAPSVAGQT
AVIRDALRAARVSADSIGYVEAHGTGTPLGDPIEVRALAQAFAEAAAPGALANGRCGIGS
IKGNIGHLDAAAGIAGFIKAVLALHREAIPPSINCETPNARIGFDKTPFSVVREARAWPR
TATPRRAGVSSFGVGGTNVHVVLEEAPRVRAGESAEPSRWQLLPVSARSPSALREQWRQL
RDALAHARPRVQDVAHTLQVGRTAFEHRGFAVVDAAADAPAQLDAAGSPPAFERRAAPPV
VFMFPGQGSQYPGMGAALYRSGGVFQAEVDRCAQLLRAHLDRDVRSLMFDADASLLRETR
YTQPALFAIEYALARQWLAWGVTPHAMIGHSVGELVAAAVGETLALPDALALVVARADAM
QRQPPGAMLAVLADARELAALNGPGCEIAAINGPEQYVLAGDAARIAALEDACIAAGVAC
QRLATSHAFHSSAMDGAAREIDRASERIVRRAARIPLISNRSGRWLNEQDLRDAGYWSEH
VRQPVQFHAGVRTLLDALDAPIFVEVGPGRALGNLIGGWAGLGPQRIVATLPHARERRDD
MAAALRGVGTLWAQGVDVNWAGLHAPGAARRIALPTYPFERTRHWIERPAGARAAPAREA
DGVPMRRGEDAADGSLTVSFALHERLWFLDEHRIFDGAPVLPGTACIELVRRAYSLVRPG
AAVTMRDVYFPTALILSTDESRNVRVVFRPPERVSDGAAAGGDLAFVLESNDANGPAGWT
PHASGRIGDDPPACAAPASLAALAALDAPAALREQWGLTALDDVAALSAQAFADYGARWR
GVDALWLGERAGLARLRLPAAGSGDLPDFALHPAMLDVATAFLPACLRPRDASVPFRYES
IRMHRPLRADCYSFAVETAPNVYDVTLFAWDEAARRADVLVAIGGFARREPAHRARDVAQ
WCRTVSWRDAPAARALPPERWLVFGDEWFALAPAGSVLVREDDAFRAHGDNGYGVRPGEK
ADCDRLIARLAEQGGVPAHVVYGWAQTDVDRAFAGLAALLQALGAHPADFRVSLVTKGAR
SARTLDACAAAAPAGLLKAVRWEYPRIVCRHIDIDDASDATIDALRAELSSEPATPPGAP
PGLPSSIALAGARREAPGFAALPAVARDDVLRDGGAYLITGGASGIGLELAAHIASRRRD
VRLALLSRSPHDENAARFAALDEAAASVLRLTADVAHAAQLADALRTVRARFGRIDGVIH
AAGVEASGLLETGTPDAWRRVMAAKVHGARHLFDQLAGDPPDFIVLCSSLAAVVGGLGQA
DYAAANGYMDALAQHWRQRGVAAIAIDWDTWSDTGMAFDHAARTRRSNDRPGALPGLANR
EGRALFDLALALAHDAPRIVISKRGFEQDRRDAPTRARRAAAPGDAQAALVALWQELLGV
EQVGVDDDFFDLGGHSLLATQLISRVRDQYARSPTLGEFLEEPTIARLLRAIDHTGGDTA
GDMSGDTAGDAPDVDETLRYCVVPMVKAGSGAPFFCIPGMGGNITQLLPLANALGADRPV
IGLQYLGLDGKHAPHASVEAIAAHYVRCIRSVQPAGPYFLGGHSLGGKIAYEVARRLHAQ
GDAIGLVAMFDSAAPPYSFVAHQDDFAIASMILGVFAYYAGKMEMMAGIDDARLRDAPRE
RLLAFMGERLAQFGVIQSQSDTSAIRGLFNVYRAAADFSARYAPPHEHLPLPILLVKATE
PMPDGIKLPEIRETPAWGWENFTRLPVRTCEVAGNHYSCLMDGYVERIADALRDALASAR
QAIEA