MDB - MELIOIDOSIS DATABASE

  Protein search results for - K7PY78

Names and origin
Entry : K7PY78 (unreviewed)
Entry name : K7PY78_BURPE
Protein names : Polyketide synthase
Organism : Burkholderia pseudomallei BPC006
Organism ID : 1229785
ORF names : BPC006_II0412
History
Date of creation : 2013-02-06
Date of modification : 2014-09-03
Date of sequence modification : 2013-02-06
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 : Complete proteome; Phosphopantetheine; Transferase
Reference
PubMed ID : 23144371
Protein sequence
Length : 4437 residues
>K7PY78|K7PY78_BURPE Burkholderia pseudomallei BPC006
MAALTRTARAFQNPTQTIPMTASPPSSALVTAVEAAVLSLAGDVAGRAFDASAAARPLHA
LGFDSVQYVELSGCLNEYYGLDLAPTLFFDVHVPRRIAEHLVARHPAALARKHGIGAGDD
ADTAARARAAAAENGAPQPDMRAGAARPAGEPLLDTHASPGEPRGDAHENPCDDTRGAAA
ADAHESAADIAIVGMAGIFPQSADLDAFWRHLAAGDDLIAEAPASRWDWRAGDGEPASRW
GGFIPRIEYFDAAFFGISPREAEQMDPQQRLLMQTAWAALEDAAVRPSDLMGSDAAVFVG
VSTSDYMALLPGADGHLAVGNAHAMLPNRLSHLLGAHGPSEAVDTACSSSLVALHRAVRA
LRRGESSVAIVGGVNVMLTTRLHRALTAAGMLSPDGRCKTFDAAANGYVRGEGIAALVLM
PLERARANGHPVRAVIKGSAVNHGGRAAFLTAPDINAQAALIEAAYRDAGVDPATVSYIE
AHGTGTSLGDPIEVQALRQGLDACARDLAGTASHAPARCGLGSVKTNIGHLEAAAGLAGV
VKVVLAMDRRMLPPSLHCRELNPYLKLDGSRYHVVTEPTPWPDEATPTPLRAGVSSFGFG
GSNAHVVLQSAHARPIARASAPPPPHPNEQAGADAPAADGPRAWFIPLSARTDAALHARA
AQLAHWLDTEPADDAWLPALAKTLSIGREPMARRFGITCASLDELRAQLAIALGGRATSL
ARDDARLRPHAPACAAWLAGETDPLPAAWDDATPRLRLPVYPFEGERHWPTEAAPAARFA
LAPDADGAYRIAIAPDAPLVADHRLAGEPVLAAAAQIVIAWRAFEADALAGDAGQAGDVG
ESMESMESMESMESNGSSASKPAATSADSGTAADSRDLHDSYHSHDFRHTIDTIDTIDTI
DTNATSAATPIALCDIEWLAPIAIGAPTDLCITLARDAHGDIDARRGEAAHRRANGRAAR
FAIAAAPAIDTPLGRGHATRIASAPSDAPELDIEAIRARCTQAVSADACYDAFAAIGIDY
GPTFRPLRAIAVGRDEALAEFDASALARTTGDARIVALLDGAFQAIAGLTLAHAASLESG
LLPASLARIEFTEPLADSVRAWIREAPSDTGRRTFDIDLVTASGRSCASLRGLALASGRS
ATSREAPRITTPGDHLFAPQWLPCATNAAGAATPSPRAGALAIMGGTPAQRAALAATHAA
APRLIDDIAELDANVSHLVWLPSAPADAHAPLAQCASLDGLRLVKRLLALGAGDRAFDLT
VLTVRSWTMPGDAPAFPAHADLAGLCGALANEYPHWRVRLIDLPDAAALPADWHARSAEG
GHPLLLHRHGQWFARRLVPLAALPAPAAQPYRPGGVYVAIGGAGGLGRVWTEHAIRACGA
QVVWIGRRPLDAQIDAHCDALAALGPRPSYLSADASDAESLRAARDAVLERFGRLDGVVH
TAIVLEDGGLAQLDEARFSAALNAQVATTANLARVFGSDPLDFILFFSSLQSAFVAAGQS
NYAAGCTFRDAFADWLRTQLRCAVKVVNWGYWGQTGVVATEPYRARMAALGIGSIEPAPA
MAVVDALLASNVDQVGYLKTIASAAVPTLAPALAARIAPRTRALAGTPPRVDATDDSAAW
RDALAALERAIARRLFAELGALRVFGGSGAPGGHAFDDGAARNSAAGQRSADDRAPDAAP
FDIDTALRTGRVAPAYRRWLAHALTLIARHGPLAWDGRSGRLAEAPPTPDAARAEWARAR
AELERTALLDAHLALVDATLDALPAILQGSVPATSILFPDGDLSRVEAVYQRNEQADRCN
RALADAVLHLVGDASSAQPAALAEIGAGTGGTTVPLLAALDARGARLGRYDFTDISKAFL
LNAEQTFGRGRDMLRYRLFDVERPIAEQALDTGGYDIVIATNVLHATQDIGVTLRNAKAL
LKAGGHLIINELLGTHGFAHATFGLLPGWWRHRDSARRLPGSPLLSRDGWTRALREAGFA
VLDGGSAGAAAGQGVIVALSDGVIVQPSHADARAASCAASRAAPGDDAGAHASAARPAAS
ACSTASPAHAPAASPIAAAPTGASLRARCVQALAQLVARTLKMPVGKLAPDQPLGSYGVD
SILVIGLTKTLRETFGVALSNATLFEHATLNALAEFFVAEHRAACERVLGNDAEPAPNAP
NGPNAASAAAATRPAMPPARADAPSPAAASAAPKPRESNVCAPPAADDTAVAVIGMSGRY
AQADNLREFWANLRAGRHCITEVPAERWDWRTHFDAEKGAPGRTYSRWGGFLTQIDRFDA
AFFRIAPNDAEQIDPQGRLFLEESWAAIEDAGYTSDTLSADRRVGVFVGVMNGDYPTGAQ
FWSIANRVSHALDLHGPSLAVDTACSSSLTAIHLALDSLRSGTCDCALAGGVNLIQSPKH
LVGLASLTMLSAGDACRAFGAGADGFVDGEGVGVLVLKPLSRALADGDAIHGIIRGSMIN
AGGKTHGLTVPNPRAQQAVVGAALARSGVPARAVGYIEAHGTGTALGDPIELAGLTRAFA
EATDELGFCALGSVKSNIGHCESAAGVAGVTKVLLQMKHRELVPTLHAHEPNPDIDFARS
PFVLQRTLAPWPQPALDGWPRIAGVSSFGAGGANAHVVLEEFVETRAAAGGDDAGPAIVV
LSAATDAALRRRARQLHAALAAGEIGDERLHDLAYTLQIGRAAMASRFGCVAGSAAELQA
QLAAFVEGDASRGWHAHRLAGDHHGLAELDADPELRASLVEQCVAAGKLDRLAALWCQGL
GIDWPTLHRGRARRRMHLPTYPFDGPRYWLRDDAAHAAEPAPADGAAEDASADAPNAASA
ANAPTPDVATLVRRTVAQVLGYPDVDMNESFLSLGGDSIRAARAHRVLQRALDTRIPLSL
MLEASTLAECAQAIDALLSTQPEPASALACETNAGAAGAPIADAAALESPAPPSRESASP
PHPASPPRDARPRVHPLSSNQQQFFFLDRLNPANPAFNLPGALRVRGEWHAHALEATYQA
LIDTHDVLRTRFVVRGGEPCAEVAPHRAAAIRRHDLTALLPKHQAARVAECLTESSREGF
ALEQGEPSRLTVLELRDDDHVILLNLHHIVGDAVSVVVLLDALARAALTGRAAAPDRARP
QYAQWAAHERDALPATIERELPYWLERLRDVPPPLPLPCDRARPPVPSYRGRSVPLAFAP
ALITLLDAYCKAHGLSRFVVMLAAFKLALRVLSGRDDVVVGSPYANRAEDDTADMIGSLA
YALVLRTRLGEAQTFADAVALVRRTVHGAFDHLGVPYPRLVEALNPARHGGANPLYQIMF
NVIPMPALPEGVEPVEVDSGWLDYDLFVRLRASSHAIDGVLQFSADLFDRSTAEAIAAYY
VELLHTLLAHPSLPLASLAPPAELALERTIADAMPPLRIEIASTFTDRPLAGTLRYWGTA
TGQPIEPNFAPYGQLFQTLYDPSTPFHANRHGTNVVLVRPYDWLRFDDADAARADLTGDA
GAAAAERIALYADELADALRDAAPSLAVPVLVLVLPDDAASLAARDEHTGTATEAPAEAL
ADARAGKPSPDTSLAPYRMLRAALADLPSITVAHWRDVAAIYPVADVFDPHADAAGHVPF
TSEYYAALASYIARTAFQHASVPLDDAWNRLAAQIRDDAEHLLAAPADGARARRAPHAAP
TNETQATLLPIFAAALKLDDPGIDDNFFDCGGHSILAIGVVHQINEAFGTSLSVADIFMA
PTVRRLAERMRDAPDGPEYVELASAAALPDDIAPLPGPVADAPRALLLTGATGFVGRHLL
RELIDRTSATIYCLVRAPDAAQGLARIRATLERWSLWRDGDAARVIAVPGDLGRPRIGLS
DAARARLVAEVDAIYHNGTSMNHLESFEMARAANVGGVIELLRIATEGRPKTFNYVSTLA
VFSMRERTGTHVFDESAPIDGERHPSDQGYTTSKWVGEQLTHLAAARGVPCNVFRLGLVT
GDVRHGHYDELQAYYRLLKSCILMGAAFDDFRYDLVITPVDYVARALAHLGARHSQGGRV
FHLSTMQVTPMRTVFEMMNAHLRTPMRMLTHRAWIDELRVRYRRGDVQSIVPVVQWMMNM
SDAELVKLAREREETTFIYDCTATHRELEQAGIVVPVFDDALLQRYLRGMFNDDADLRAL
AARLDGGECASPLHSHT