KEGG   Coccidioides posadasii: CPC735_062220
Entry
CPC735_062220     CDS       T01332                                 
Name
(RefSeq) PKS-like enzyme, putative
  KO
K00667  fatty acid synthase subunit alpha, fungi type [EC:2.3.1.86]
Organism
cpw  Coccidioides posadasii
Pathway
cpw00061  Fatty acid biosynthesis
cpw01100  Metabolic pathways
cpw01212  Fatty acid metabolism
Module
cpw_M00082  Fatty acid biosynthesis, initiation
cpw_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:cpw00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    CPC735_062220
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:cpw01004]
    CPC735_062220
Enzymes [BR:cpw01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.86  fatty-acyl-CoA synthase system
     CPC735_062220
Lipid biosynthesis proteins [BR:cpw01004]
 Fatty acid synthase
  Yeast type
   CPC735_062220
SSDB
Motif
Pfam: Fas_alpha_ACP FAS_I_H ketoacyl-synt ACPS Ketoacyl-synt_C
Other DBs
NCBI-GeneID: 9695989
NCBI-ProteinID: XP_003070494
UniProt: C5P3T1
Position
Unknown
AA seq 1841 aa
MSISSAGSIDLGNGVDSRKIAYHLLVELLAHQFAFPVQWIDTQNVLFDRERSISRLVELG
PSNILVNMARRTKDAKFTFQDTLLGIERLFLASTQDSKLIQYQYSTDEQTTASETLVESQ
ATSVSTPELTTSAPSQPPVDRKPSPSAPVANSIPDVPATALEIIQAIIGCKLRKSIPQVP
STKTIKDLAAGKSTLQNEFLADLSNEFGNTPDGAEDLPLNALAESFNSSPDHLGKTISTL
ISRWVSSTMPARFNLNSIREHLQRRWGLGPGRQTTVVLITMTKAVAESMGQFPSIDAAKE
LLDTVTSSYAKACGLNLQEQASTSTVPSADIVLDTATLDKLTHEQKRLAMVQHKALASYL
GIETCAHQDPLSESDNIHQSRLNLWISEFNEDFERRIQPRFNRRHQRRFNFWWNQVRMDV
IKSWISLLSGQVKGQPEVRADINMWRRIANRSNEETIDLVKRLIDHSDRTGEFHPRLFHL
GERVKSLIASSASHPPRASFSLPLTKPRTIIGEDGSIRCTEVPRDGFSDYVSLLKSGRAL
QFASLKTRVAGHWKVKSRMTEEFFRVISRVLTYGISFAGKVALVTGAGPGSIGAELVKGL
IMGGAVVIVTTSRAIADSQAYFRKMYAEFGSRGSELYLLPFNQGSMRDCAELIQYIYSPS
GLAKNIDILIPFAAIPEKGIEVDGIGAESEFAHRAMLVNVLRLIGHIAHMKSAEKIDCNP
TQVLLPLSPNHGTFGGDGLYSETKLGLESLLNRISSESWGKQVSLCGVVIGWTRGTGLME
SNDTLAETIEAHGGLTFSQEEMALNILSLLSPDVARMSEDKPILVDLGGNLQRLNGLESI
LKDARQSLRQRADIAKVIYEEDRRERSMATTETESEDGLHSKDRMSRCTLQMEFPRELDY
HQDLEPLKHLTGMVDHSSTVVIVGFSELGPWGSSRTRFEMESQQQLSTEGYIELAWLMGL
IKHVDINPPTGHYVGWVDAKSQERLSDGQVAQRFGDHIQQHCGIRIIEPEMAGGYDPHGK
ESLQEIAVEEDLPEFDATLATATAFKQKHGDYAVIRQLEEPDSFRVQIKAGARIMIPKKS
PVPANYVAGQLPSGWTPARYGIPEDIVNQVDPVTLFALCCVSDAFLSAGIKNPMEIFHHI
HVSEVGNFIGSSLGGTEKNREMFRDVYLDKTVPGDVLQETNLNTPAAWVNMLLLGSSGPI
KTPVGACATSLESLDIGVDSLLAGKTKMCLVGGVDNFHEDEAHAFTMMKATVDTEDQFAQ
GRTPAEMSRPTAESRGGFVEALGGGVQILCTAELAISMGLPIYAVVSGSAMAADKISRSV
PAPGQGVLTFAREAPEALQSPLLNLEYRREKLNASISQLLSGSNDKKIGHDSDDETELLS
PTLTPGFVSPSGSSGNSVPDSDSLESYQNSIDGFDLAKESTLPAQINALRRQWGNQFRQF
CPTISPMRASLATWGLGIDDIGIVSLHGTSTKANDVNELDALNKQMDHLGRKGPPLLAMC
QKSVTGHPKAPAAAWMLNGCLQAMNTGTVPGNFNCDNIDPALRDFPHILVTTETIHVPEI
NAFLLDSFGFGQKGAQMVGVAPKYLLGTLEKDVYQVYAEKCATRKRQANQAFAHAVMSDS
LVKAQTQPPYEKRDESRVLLDPLARVSTNPTSKKIYFDPANLHGTQPVMVRPEQPPQDHI
TLPEPSPINDVPAAKISISDITGDVLRSLPQDVKIRSIGVDIEAVSTFDYDSNPLFIQRN
FTPAEQAFAQACRDPHMALIGRWCAKEAVFKSLGVKSKGAGAPMKEIEVKSDRNGAPKVV
LHGAALRTARQANISNVIVSLSYSEGNVIAVAVSLNTPESL
NT seq 5526 nt   +upstreamnt  +downstreamnt
atgtctatttcttctgctggaagcattgatttaggcaacggtgtcgacagccggaaaatt
gcctaccatttacttgttgagttactcgcccaccaatttgcctttccagtacaatggata
gatactcagaatgttttatttgatagagagagaagcatctcacgccttgtggagctggga
ccgtcaaatatcttggtgaatatggctcggagaacgaaagatgctaaattcacgtttcaa
gacacgcttcttggcattgagcgtctttttctcgccagcacccaggattcaaaattgatc
cagtaccaatacagtactgacgagcagacgacagcttctgaaactctagtggagtcgcag
gcgacttctgtatctacaccggagttgacgaccagtgctccctcacagccaccagttgat
agaaaaccttcaccatccgctcccgtcgctaacagcatccccgatgtccctgccaccgca
ttagagataattcaggccatcataggctgcaagctccggaagtcaattcctcaagtgccc
tcaaccaagaccatcaaagatctagctgcaggaaaatctactctgcaaaatgagtttttg
gcagacctttccaacgagtttggtaacacccctgacggtgccgaggaccttcctcttaat
gcgctggcagaatccttcaatagctccccggatcatctggggaaaacgatatccacgttg
atatcccgatgggtttcatcaacgatgccggcacggttcaacctaaactccatccgagag
catctacaacgtcgttggggtttgggtcccggccgacaaactacagtcgttttgatcact
atgacaaaggcagtggctgagtccatgggccagttcccgtcaattgacgctgctaaagag
ttactggatacggtcaccagctcgtatgctaaggcttgcgggcttaatttacaggaacag
gcgtccacaagcaccgtaccttcggccgacattgtgctggataccgctacactggataag
ttgacacacgagcagaaacgccttgccatggtgcagcataaggcccttgcatcgtacctg
gggattgaaacgtgcgcccaccaagatcccctttccgaatcggataacatacaccagtct
cggctcaatctttggatatcggagtttaacgaagattttgaacgtcggattcaacctcgt
tttaaccgccgccaccagaggaggttcaatttctggtggaaccaagttcgcatggacgtt
atcaagagctggattagtcttctcagtggccaagttaaaggtcagccggaagttcgagca
gatataaatatgtggcgccggattgcgaacagatcgaatgaagagactattgatctggtc
aagcggctcatagaccactctgacaggactggtgaatttcatcctcgactatttcatctt
ggtgaacgagtaaagagtttaattgcttcgtcagcgtcgcatccaccgcgagcaagcttt
tcgctgccgttgactaaaccacggactatcataggggaggatggctccattcgctgcacc
gaagtcccacgcgatggcttctcggactatgtctctcttctaaagtcaggacgcgctcta
caatttgcttctctgaaaacacgtgtcgctggtcattggaaagtcaaaagcaggatgaca
gaggaattcttccgagttatctcacgggtcttgacatacggaatttctttcgctggcaag
gttgctcttgtaaccggagcaggccccggttctattggcgctgagcttgtcaagggactc
attatggggggagctgttgtcattgtcaccacaagccgcgctattgccgacagccaagca
tactttcgcaagatgtacgcagagtttggaagcagaggctctgaattgtatctcttgcca
ttcaaccaaggcagcatgcgtgattgtgctgaattgatccaatacatctacagcccatct
gggttagcaaaaaatatcgacatcctcattccgttcgctgccattccggagaaagggatt
gaagtcgatggcataggtgcagaatccgaatttgcccatcgtgcgatgctagtcaacgtt
ctccgactaattggccacattgctcacatgaagagtgcggaaaagattgattgcaaccca
acacaggttcttctacctctttctccaaatcacgggacctttggcggcgatggactctat
tccgagacaaagttgggcttggagagtctgcttaaccgaatttcttctgagtcgtgggga
aagcaggtgtcgttatgtggcgtcgtgataggctggacccggggcacaggactcatggaa
tctaatgacaccctggcggagaccatcgaagcccatggtgggttgacattctcccaggag
gagatggcgttgaatatactatcccttctctccccagacgtagctaggatgagcgaggac
aagcccattttggtagatcttgggggaaatcttcagaggttaaatgggctggaaagcatt
cttaaggacgcccgtcagtccctacgtcagcgtgcggatattgccaaggttatctatgaa
gaagatcgtcgtgaacgctcgatggcgacaacggagacggaaagtgaagatggactacat
agcaaggaccgtatgagccggtgcacattgcaaatggaatttcctcgcgagcttgactac
catcaggacttagaacccctaaagcacctaactggcatggtggaccattccagtaccgtt
gttatcgtggggttttcagagttgggcccctggggtagctcccggactcgtttcgaaatg
gagagtcaacaacagctctctactgagggctatatcgagcttgcatggctgatgggattg
atcaaacatgttgacattaaccctcccactgggcattatgtaggctgggtggacgcgaag
tcgcaagagcgcttatctgatgggcaggttgcccagagatttggggatcatattcaacag
cattgtggaattcgaatcattgaaccggagatggcaggaggatacgatcctcacggtaag
gagtccttacaagaaattgcagtggaggaagacctacccgagttcgacgcaactctggct
accgctacagcgttcaaacagaagcatggcgactatgctgtgatccgacaactggaagag
ccggactccttccgtgttcagatcaaggctggtgcgcggatcatgattccaaagaaatcc
cctgtacccgcgaattatgttgctggtcaacttccgagtggatggacgccagcccgatac
ggtataccagaagacattgtgaatcaagtggatccagtgacattgtttgcgctatgttgc
gtgtcagatgcgtttctcagcgcaggaataaagaatcccatggagatatttcaccatatc
catgtatctgaagtgggcaacttcattgggtcctcgctaggtggaacagaaaagaaccgc
gagatgtttagggatgtgtacctggacaagacagtgcccggggatgtgctccaggagacc
aacctcaatactcccgcagcgtgggtcaacatgcttttgctcggaagcagtggccctatt
aaaaccccggttggggcctgtgctaccagcctcgaatcactggacattggggtagattct
cttctcgctggaaagaccaagatgtgtcttgttggtggtgtggataacttccatgaggac
gaggcccacgcttttacgatgatgaaggccacagtcgacaccgaagaccagtttgcacaa
ggtcgcactcctgcagagatgtctcgacccaccgctgaatcacgggggggatttgttgaa
gctcttggtggaggtgtccaaattctatgcacagcggagctggccatttctatggggctg
cccatctacgctgtcgtctcaggctccgctatggcagcagacaaaatcagtcgctccgtt
ccagctcccggtcaaggcgttcttacattcgcgcgagaggccccagaagctcttcaatcc
ccgcttctaaatctagaataccgccgcgagaagttgaatgcatccatttctcaacttctc
tctggttctaatgacaagaaaataggccatgacagcgacgatgagacagagttgctttca
cccactctaacccctggatttgtttctccttctggttcatcaggaaattcagtaccagac
tcggatagtctagagtcataccagaacagtatcgatggcttcgatcttgcaaaagagtct
actcttccggcacagatcaatgcgctccgccgccagtgggggaatcagtttcgacaattt
tgccctacaatctcacccatgcgagcgtcgttggccacctggggactcggtattgatgat
attggaattgtatcgttgcatggaacttctacgaaagctaatgatgttaacgaactcgat
gcattaaacaagcaaatggaccatctcggtcgtaaaggtccgccccttttagctatgtgt
cagaaatctgtcacagggcatccaaaagcccccgctgcagcgtggatgctgaacggatgc
ctgcaagctatgaatacaggcacagtccctggaaatttcaattgcgataatatcgatcct
gctctccgggacttcccgcacatcttggtcacgacagagacgattcatgtccctgagatc
aatgcctttttgctggattcatttggcttcgggcaaaaaggggcccagatggtcggagtg
gcaccaaaatatctcctcgggacacttgagaaagatgtgtatcaagtgtatgcagaaaag
tgcgccaccaggaagcgacaagcgaatcaagcgtttgcacatgctgtcatgtctgattct
ctagtcaaggctcaaactcagccgccgtatgagaaacgggatgagtccagagtacttcta
gatccgttggctcgcgtatccactaatcccacgtccaagaagatctatttcgatcccgcc
aatctccatggtacccagcctgtcatggtcaggccggagcaacccccgcaggatcatatt
actctaccagagccgtcaccgataaacgatgtacctgccgccaaaatctccatttctgat
atcactggtgatgtcctgcgctcccttccacaagatgtgaaaatccgctcaattggtgtc
gacattgaggccgtaagcacctttgactacgactctaacccgttatttatacaacgaaac
ttcactcccgccgaacaggcgttcgcccaggcatgtcgggacccgcatatggcattgatc
gggcgctggtgcgcaaaggaagccgttttcaagagccttggggtcaagtccaaaggggca
ggggcaccgatgaaagaaattgaggtaaaaagtgataggaatggggcacctaaagtggtt
ttacatggtgcagccctacgtaccgccagacaggcgaacataagcaatgtgattgttagt
ctctcatacagcgaagggaacgttattgcagtggcagtgtctttgaacacacccgagtca
ctctga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (32)   
   KEGG COMPOUND (32)   
Chemical reaction (16)   
   KEGG ENZYME (1)   
   KEGG REACTION (15)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (69)   

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