MDB - MELIOIDOSIS DATABASE

  Protein search results for - I2L2D1

Names and origin
Entry : I2L2D1 (unreviewed)
Entry name : I2L2D1_BURPE
Protein names : Polyketide non-ribosomal peptide synthase
Organism : Burkholderia pseudomallei 1258b
Organism ID : 1086033
ORF names : BP1258B_3508
History
Date of creation : 2012-07-11
Date of modification : 2014-07-09
Date of sequence modification : 2012-07-11
Protein attributes
Protein existence : Predicted
Gene Ontology (GO)
GO term name : phosphopantetheine binding; transferase activity
GO identifier : GO:0031177; GO:0016740
Keywords
Ligand & Biological process : Phosphopantetheine; Transferase
Reference
PubMed ID : 22615773
Protein sequence
Length : 4405 residues
>I2L2D1|I2L2D1_BURPE Burkholderia pseudomallei 1258b
MTASPPSSALVTAVEAAVLSLAGDVAGRAFDASAAERPLHALGFDSVQYVELSGCLNEYY
GLDLAPTLFFDVHVPRRIAEHLVARHPAALARKHGIGAGDDADTAARARAAAAENGAPQP
DMRAGAARPAGEPLLDTHASPGEPRGDAHENPCDDTRGAAAADAHESAADIAIVGMAGIF
PQSADLDAFWRHLAAGDDLIAEAPASRWDWRAGDGEPASRWGGFIPRIEYFDAAFFGISP
REAEQMDPQQRLLMQTAWAALEDAAVRPSDLMGSDAAVFVGVSTSDYMALLPGADGHLAV
GNAHAMLPNRLSHLLGAHGPSEAVDTACSSSLVALHRAVRALRRGESSVAIVGGVNVMLT
TRLHRALAAAGMLSPDGRCKTFDAAANGYVRGEGIAALVLMPLERARANGHPVRAVIKGS
AVNHGGRAAFLTAPDINAQAALIEAAYRDAGVDPATVSYIEAHGTGTSLGDPIEVQALRQ
GLDACARDLAGTASHAPARCGLGSVKTNIGHLEAAAGLAGVVKVVLAMDRRMLPPSLHCR
ELNPYLKLDGSRYHVVTEPTPWPDEATPTPLRAGVSSFGFGGSNAHVVLQSAHARPIARA
SAPPPPHTNEQAGADAPAADGPRAWFIPLSARTDAALHARAAQLAHWLDTEPADDAWLPA
LAKTLSIGREPMACRFGITCASLDELRAQLAIALGGRATSLARDDARLRPHAPACAAWLA
GETDPLPAAWDDATPRLRLPVYPFEGERHWPTEAAPAARFALAPDADGAYRIAIAPDAPL
VADHRLAGEPVLAAAAQIVIAWRAFEADALAGDAGQAGDVGESMESNGSSASKPAATSAD
SGTAADSRDPHDSYHSHDSRHTIDTIDTIDTNATSATSATSAATPIALCDIEWLAPIAIG
APTDLCITLARDAHGDIDARRGEAAHRRANGRAARFAIAAAPAIDTPLGRGHATRIASAP
SDAPELDIEAIRARCTQAVSADACYDAFAAIGIDYGPTFRPLRAIAVGRDEALAEFDASA
LARTTGDARIVALLDGAFQAIAGLTLAHAASLESGLLPASLARIEFTGPLADSVRAWIRE
APSDTGRRTFDIDLVTASGRSCASLRGLALASGRSATSREAPRITTPGDHLFAPQWLPCA
TNAAGAATPSPRAGALAIMGGTPAQRAALAATHAAAPRLIDDIAELDANVSHLVWLPSAP
ADAHAPLAQCASLDGLRLVKRLLALGAGDRAFDLTVLTVRSWTMPGDAPAFPAHADLAGL
CGALANEYPHWRVRLIDLPDAAALPADWHARSAEGGHPLLLHRHGQWFARRLVPLAALPA
PAAQPYRPGGVYVAIGGAGGLGRVWTEHAIRACGAQVVWIGRRPLDAQIDAHCDALAALG
PRPSYLSADASDAESLRAARDAVLERFGRLDGVVHTAIVLEDGGLAQLDEARFSAALNAQ
VATTANLARVFGSDPLDFILFFSSLQSAFVAAGQSNYAAGCTFRDAFADWLRTQLRCAVK
VVNWGYWGQTGVVATEPYRARMAALGIGSIEPAPAMAVVDALLASNVDQVGYLKTIASAA
VPTLAPALAARIAPRTRALAGTPPRVDATDDSAAWRDALAALERAIALRLFAELGALRVF
GGSGAPGGHAFDDGAARNSAAGQRSADDRAPDAAPFDIDTALRTGRVAPAYRRWLAHALT
LIARHGPLAWDGRSGRLAEAPPTPDAARAEWARARAELERTALLDAHLALVDATLDALPA
ILQGSVPATSILFPDGDLSRVEAVYQRNEQADRCNRALADAVLHLVGDASSAQPAALAEI
GAGTGGTTVPLLAALDARGARLGRYDFTDISKAFLLNAEQTFGRGRDMLRYRLFDVERPI
AEQALDTGGYDIVIATNVLHATQDIGVTLRNAKALLKAGGHLIINELLGTHGFAHATFGL
LPGWWRHRDSARRLPGSPLLSRDGWTRALREAGFAVLDGGSAGAAAGQGVIVAVSDGVIV
QPSHADARAASCAASRAAPGDDAGAHASAARPAASACSTASPAHAPAASPIAAAPTGASL
RARCVQALAQLVARTLKMPVGKLAPDQPLGSYGVDSILVIGLTKTLRETFGVALSNATLF
EHATLNALAEFFVAEHRAACERVLGGDAEPAPNAPNGPNAASAAAAMRPAMPPARAGAPS
PAAASAAPKPRESNVCAPPAADDTAVAVIGMSGRYAQADNLREFWANLRAGRHCITEVPA
ERWDWRTHFDAEKGAPGRTYSRWGGFLTQIDRFDAAFFRIAPNDAEQIDPQGRLFLEESW
AAIEDAGYTSDTLSADRRVGVFVGVMNGDYPTGAQFWSIANRVSHALDLHGPSLAVDTAC
SSSLTAIHLALDSLRSGTCDCALAGGVNLIQSPKHLVGLASLTMLSAGDACRAFGAGADG
FVDGEGVGVLVLKPLSRALADGDAIHGIIRGSMINAGGKTHGLTVPNPRAQQAVVGAALA
RSGVPARAVGYIEAHGTGTALGDPIELAGLTRAFAEATDELGFCALGSVKSNIGHCESAA
GVAGVTKVLLQMKHRELVPTLHAHEPNPDIDFARSPFVLQRTLAPWPQPALDGWPRIAGV
SSFGAGGANAHVVLEEFVETRAAAGGDDAGPAIVVLSAATDAALRRRARQLHAALAAGEI
GDERLHDLAYTLQIGRAAMVSRFGCVAGSAAELQAQLAAFVEGDASRGWHAHRLAGDRHG
LAELDADPELRASLVEQCVAAGKLDRLAALWCQGLGIDWPTLHRGRARRRMHLPTYPFDG
PRYWLRDDAAHAAEPAPADGAAEDASADAPNAANAPTPDVATLVRRTVAQVLGYPDVDMN
ESFLSLGGDSIRAARAHRVLQRALDTRIPLSLMLEASTLAECAQAIDALLSTQPEPASAL
ACETNAGAAGAPIADAAALESSAPPSRESASPPHPASPPRDARPRVHPLSSNQQQFFFLD
RLNPANPAFNLPGALRVRGEWHAHALEATYQALIDTHDVLRTRFVVRGGEPCAEVAPHRA
AAIRRHDLTALLPKHQAARVAECLTESSREGFALEQGEPSRLTVLELRDDDHVILLNLHH
IVGDAVSVVVLLDALARAALTGRAAAPDRARPQYAQWAAHERDALPATIERELPYWLERL
RDVPPPLPLPCDRARPPVPSYRGRSVPLAFAPAHITLLDAYCKAHGLSRFVVMLAAFKLA
LRVLSGRDDVVVGSPYANRAEDDTADMIGSLAYALVLRTRLGEAQTFADAVALVRRTVHG
AFDHLGVPYPRLVEALNPARHGGANPLYQIMFNVIPMPALPEGVEPVEVDSGWLDYDLFV
RLRASSHAIDGVLQFSADLFDRSTAEAIAAYYVELLHTLLAHPSLPLASLAPPAELALER
TIADAMPPLRIEIASTFTDRPLAGTLRYWGTATGQPIEPNFAPYGQLFQTLYDPSTPFHA
NRHGTNVVLVRPYDWLRFDDADAARADLTGDAGAAAAERIALYADELADALRDAAPSLAV
PVLVLVLPDDAASLAARDEHTGTATEAPAEALADARAGKPSPDTSLAPYRMLRAALADLP
SITVAHWRDVAAIYPVADVFDPHADAAGHVPFTSEYYAALASYIARTAFQHASVPLDDAW
NRLAAQIRDDAEHLLAAPADGARARRAPHAAPTNETQATLLPIFAAALKLDDPGIDDNFF
DCGGHSILAIGVVHQINEAFGTSLSVADIFMAPTVRRLAERMRDAPDGPEYVELASAAAL
PDDIAPLPGPVADAPRALLLTGATGFVGRHLLRELIDRTSATIYCLVRAPDAAQGLARIR
ATLERWSLWRDGDAARVIAVPGDLGRPRIGLSDAARARLVAEVDAIYHNGTSMNHLESFE
MARAANVGGVIELLRIATEGRPKTFNYVSTLAVFSMRERTGTHVFDESAPIDGERHPSDQ
GYTTSKWVGEQLTHLAAARGVPCNVFRLGLVTGDVRHGHYDELQAYYRLLKSCILMGAAF
DDFRYDLVITPVDYVARALAHLGARHSQGGRVFHLSTMQVTPMRTVFEMMNAHLRTPMRM
LTHRAWIDELRVRYRRGDVQSIVPVVQWMMNMSDAELVKLAREREETTFIYDCTATHREL
EQAGIVVPVFDDALLQRYLRGMFNDDADLRALAARLDGGECASPLHSHT