KEGG   Debaryomyces hansenii: DEHA2B10032g
Entry
DEHA2B10032g      CDS       T01026                                 
Name
(RefSeq) DEHA2B10032p
  KO
K00667  fatty acid synthase subunit alpha, fungi type [EC:2.3.1.86]
Organism
dha  Debaryomyces hansenii
Pathway
dha00061  Fatty acid biosynthesis
dha01100  Metabolic pathways
dha01212  Fatty acid metabolism
Module
dha_M00082  Fatty acid biosynthesis, initiation
dha_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:dha00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    DEHA2B10032g
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:dha01004]
    DEHA2B10032g
Enzymes [BR:dha01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.86  fatty-acyl-CoA synthase system
     DEHA2B10032g
Lipid biosynthesis proteins [BR:dha01004]
 Fatty acid synthase
  Yeast type
   DEHA2B10032g
SSDB
Motif
Pfam: FAS_I_H Fas_alpha_ACP ACPS ketoacyl-synt Ketoacyl-synt_C adh_short KR F420_oxidored RHH_9 Myc-LZ
Other DBs
NCBI-GeneID: 2913312
NCBI-ProteinID: XP_457388
UniProt: Q6BWN1
Position
B:complement(789471..795107)
AA seq 1878 aa
MRPEIEQELSHTLLTELLAYQFASPVRWIETQDVFLKQHNTERVVEIGPSPTLSGMASRT
IKAKYESYDAALSLQRQVLCYSKDPKEIYYTPDPADLEPPAKEEAAPAEAAPAAAAPAAA
AAPAAPAGAGPAASIPDEPVKASLLLQALVAQKLKKSLDAIPMSKAIKDLVGGKSTVQNE
ILGDLGKEFGSTPEKPEDTPLEELAEQFQDNFNGQLGKTSTSLIGRLMSSKMPGGFSITI
ARKYLESRYGLGSGRQDSVLLLALTQEPAGRFGSEGEAKEYLDTMANKYATIAGISLTSA
SSQGQEGAGGAVIDSAALDAMTAESKKMARQQLEVFARYLQVDLNQGAKSFIKEKEASAV
LQKELDLWEAEHGEFYAQGIKPTFSPLKSRTYDSYWNWARQDVLSMYFDIIFGKLSSIDR
ETINQCIQIMNRANPTLIKFMQYHIDHTPEYKGETYKLAKRLGQQLIDNCKQTMSLDPVY
KDVSKITGPSTTVDAKGKINYQEVNKESVRKFEQYVYEMAQGGAMTKQQSQPTIQEDLAR
VYKAITKQASKNTKVEIEQLYTQLINYVESSNEIEVSKSTKSFLPTGTNTPTEEDELSTS
SGASEDDEIASLPDKTSILEPVSSTIPPETIPFLNLQRKSKSGRWDYDHKLSSTYLDGLE
SGAVNGLTFNNKYVLVTGAGAGSIGAEILQGLISGGAKVIVTTSRFSKKVTEYYQTMYSR
YGASGSTLIVVPFNQGSKQDVDSLVEYIYNDPKKGGLGWDLDVIIPFAAIPENGNGIDNI
DSKSEFAHRIMLTNLLRLLGAVKSRKNTDTRPAQCILPLSPNHGIFGFDGLYSESKISLE
TLFNRWYSEDWGSKLTICGAIIGWTRGTGLMGGNNIIAEGIEKLGVRTFSQKEMAFNILG
LLTPEIVQLCQEEPVMADLNGGLQFIDNLKEFTSKLRSDLTETADIRRAVSIESAIEQKV
INGDNVDANYSKVTVQPRSNMKFEFPTLKSYDEIKKIAPDLEGMLDLENVIVVTGFSEVG
PWGNSRTRWEMEANGEFSLEGCIEMAWIMGLIKYHNGKLKGKPYCGWVDTKTEQPVDDKD
IKSKYEEEILDHSGIRLIEPELFHGYDPKKKQMIQEVVIQHDLEAFETSKETAEQYKLEH
GDKCEIFEIQDSGEYTVKLLKGASLYVPKALRFDRLVAGQIPSGWNARRYGISEDTINQV
DPITLYVLVSTVEALLSAGITDPYEFYKYVHISEVGNCSGSGMGGVSALRGMFRDRYADK
PVQNDILQESFINTMSAWVNMLLLSSSGPIKTPVGACATAVESVDIGIETLLSGKAKVVI
VGGYDDFQEEGSYEFANMNATSNSNKEFEHGRTPKEMSRPATTSRNGFMEAQGSGIQVIM
NADLAIKMGVPIYAVLAMTATASDKIGRSVPAPGKGILTTAREHHGDLKYPSQMLNIKYR
SRQLKQRLQQVKCWEEGEIEYLNEEVELAKEEYGTEFSSSDFFRERTEEIHREAKRQISD
AKKQWGNNFFKSDPRIAPLRGSLAAFGLTIDDLGVASFHGTSTVANDKNESATINKMMKH
LGRSEGNPVFGVFQKYLTGHPKGAAGAWMLNGAIQILNSGLVPGNRNADNVDKILEEYEY
VLYPSRSIQTDGIKAVSVTSFGFGQKGAQAIAVHPDYLFGILDQATYESYATKVTARNKK
AYRYMHNAITRNTMFVAKEHPPYGDELEQPVYLDPLARVEVGKDELSFSNKSIQSSKSYV
SEVADSTGKALSSLNKSSKGVGVDVELISALNLDNETFLERNFTAAERAYCDKSSSPSAS
YTGTWSAKEAVFKALGVKSQGAGASLIDIEITRDNNGAPQVKLNDAAKKTADSAGVKKIN
ISISHDDFQATAVALSEF
NT seq 5637 nt   +upstreamnt  +downstreamnt
atgcgtccagagattgaacaagaattatcgcacacattgttaaccgagttgttagcatat
caatttgcttcgcctgtgagatggatcgagacacaagatgtgtttttgaaacagcacaac
accgagagggttgttgaaatcgggccatcgccaactttgtcgggaatggcatcgagaacc
atcaaggccaaatatgagtcgtacgatgcggcattgtcgttgcaacgtcaagttttgtgt
tacagtaaggaccctaaggagatctactacacgccagatccagcggacctcgagccaccc
gctaaagaagaagcggcaccagccgaggcagctccagcggccgcagcaccagcagcagca
gcagcaccagcagcgccagccggcgcgggccctgctgcctctattccagacgagccagtc
aaggcttcattattgttgcaagctttggttgcccagaagttgaagaagtcgctcgacgcc
attcctatgagcaaggccattaaggacttggtcgggggtaagtccacagtgcagaatgaa
atcttgggtgacttgggtaaggaatttggctccacgcctgaaaaaccagaagatactcca
ttggaagaattggctgagcaattccaagataacttcaacggccaattgggtaagacctcg
acatctttgatcggtagattgatgtcttccaagatgccgggtggattttccatcaccatc
gccagaaagtatttggaatcaagatatggtcttggttcgggtagacaggactcggtatta
ttgttagcattgacacaagaaccagctggtagattcggttccgagggtgaagctaaggaa
tacttggacaccatggctaataaatatgccactattgctggtatttcattaacatcggcc
tcctcgcaaggccaagaaggtgctggtggtgccgttattgacagtgctgccttagatgcc
atgactgcggaaagcaagaagatggccagacagcaattagaagtgtttgcaagatactta
caagttgacttgaaccaaggtgctaagtcgttcatcaaggagaaggaagcttctgctgtc
ttacaaaaggaattagatttatgggaagccgaacacggtgaattctacgcccaaggtatc
aaaccaaccttttctccattgaaatccagaacttacgattcgtactggaattgggctaga
caagatgtgttgtctatgtactttgatatcatttttggtaaattaagctcgattgatcgt
gaaacaattaaccaatgtatccaaattatgaaccgtgctaacccaaccttaatcaagttc
atgcaataccacattgaccacactccagaatacaagggtgaaacttataaattagccaag
agattgggtcaacaattaattgataactgtaagcaaactatgtctctcgacccggtttat
aaagatgtcagtaagatcaccggaccttcgacgaccgtcgatgccaagggtaagattaac
tatcaagaagtcaacaaggaatcagttagaaagttcgaacaatacgtttatgaaatggcc
caaggtggtgctatgactaagcaacaatcacagcctactattcaagaagatttagccaga
gtttataaggctattaccaaacaagcatccaagaatactaaagtggaaattgaacaatta
tacactcaattaattaattacgtcgaatcatcgaatgaaattgaggtctccaaatcaact
aaatctttcttgccaactggtacgaataccccaaccgaggaggatgaattgtccacttct
tcgggtgcttcagaggatgatgagattgcatctttaccagataagacatctattttggaa
ccagtctcttccaccattccaccagaaactatcccattcttaaacttacaaagaaagtca
aagtccggtcgttgggattacgaccacaaattatcctccacttacttggatggattagaa
agtggtgctgtcaacggtttaactttcaataataagtacgttttagttactggtgcaggt
gctggatctattggtgccgaaattttacaaggtttaattagtggtggtgccaaggttatt
gttaccacttctcgtttctctaagaaggttaccgaatactaccaaactatgtattctaga
tatggtgcctccggctctactttgattgtcgttccattcaaccaaggttccaaacaagat
gttgactccttagtagaatatatttacaacgatccaaagaagggtggtttaggatgggac
ttggatgttatcattccatttgctgctattccagaaaacggtaatggtattgataacatt
gattctaaatcagaatttgctcacagaattatgttaaccaacttattaagattattaggt
gctgttaaatctagaaagaacactgatactagaccagctcaatgtatcttaccactttct
ccaaaccacggtatttttggtttcgatggtttgtattcggaatcaaagatttctttagaa
accttattcaacagatggtactctgaagattggggttccaagttgactatctgtggtgcc
atcattggatggactagaggtactggtttgatgggtggtaacaatattattgctgaaggc
attgaaaagttaggtgtcagaactttcagccaaaaggaaatggcttttaacattttggga
ttgttaaccccagaaattgttcaattatgtcaggaagaacctgttatggccgacttgaac
ggtggtttacaattcattgacaacttgaaggaattcacatctaaattgagaagtgattta
actgaaactgctgatattagaagagctgtctccatcgaatctgccattgaacagaaggtc
attaatggtgataatgttgatgccaactattctaaggttactgttcaaccaagatctaat
atgaaattcgaattcccaaccttgaagtcttatgatgaaattaagaagatcgcaccagat
ttagaaggtatgttagacttagaaaatgttattgttgttactggtttctctgaagttggt
ccatggggtaactctagaactagatgggaaatggaagctaatggtgaattttcattggaa
ggttgtattgaaatggcctggatcatgggcttaatcaagtaccataatggtaagttgaag
ggtaagccatactgtggttgggttgataccaagactgaacaaccagttgatgacaaggat
atcaagagtaaatatgaagaagaaatcttagatcactctggtattcgtttgattgaacca
gaattgttccatggatatgatccaaagaagaagcaaatgattcaagaagtcgtgatccaa
cacgacttagaagcatttgaaacttccaaggaaacagccgaacaatataaattagaacat
ggcgataagtgtgaaatttttgaaatccaagattcaggagaatacactgtcaaattgttg
aagggtgctagcttgtacgtaccaaaggccttgaggtttgaccgtcttgttgctggtcaa
attccttctggatggaacgctcgtcgttatggtatttccgaagacaccattaaccaagtt
gatccaatcaccttgtacgtcttggtctctaccgtggaagcattattatcagctggtatc
accgatccttatgaattctataaatacgttcatatctcagaggttggtaactgttccggt
tctggtatgggtggtgtttctgctttacgtggtatgttcagagacagatacgccgacaag
cctgttcaaaacgatatcttacaagaatctttcatcaacacgatgtctgcatgggttaat
atgttgttattatcatcgtcaggtccaatcaaaacaccagtcggtgcatgtgcaactgcc
gttgaatccgtcgatattggtattgaaactttgttatctggtaaagctaaggttgttatt
gttggtggttatgatgatttccaagaagaaggttcttatgaattcgctaatatgaacgcc
acttctaactctaacaaggagttcgaacacggaagaactccaaaggaaatgtcgagacca
gctactaccagcagaaacggtttcatggaagctcaaggttccggtattcaagttattatg
aatgctgatttagcaatcaaaatgggtgttccaatttatgccgtcttagctatgactgct
accgcctctgataagatcggtagatctgttcctgctccaggtaagggtattttgaccacc
gcgcgtgaacatcacggtgacttgaagtacccatcgcaaatgttgaacatcaagtataga
tctcgtcaattgaaacaaagattgcaacaagttaagtgttgggaagaaggtgaaattgaa
tacttgaatgaagaggttgaattagctaaggaagaatatggtactgaattctcttcaagt
gatttcttccgtgaacgtaccgaagaaattcaccgtgaagctaagcgtcaaatttctgat
gctaagaaacaatggggtaacaatttctttaagtctgatccaagaattgctccattgaga
ggatctttggctgccttcggtttgactatcgatgacttaggtgttgcttcattccatggt
acttctactgtcgccaacgataagaatgaatcagccactattaacaagatgatgaaacat
ttgggtagaagtgaaggtaacccagtctttggtgttttccaaaaatacttaactggtcat
ccaaagggtgctgctggtgcttggatgttgaatggtgctattcaaatcttgaattcgggt
cttgttccaggtaacagaaatgccgataacgtcgacaagatcttagaagaatacgaatac
gtcttatatccatctagatctatccaaaccgatggtattaaagctgtttcagttacttct
ttcggttttggccaaaagggtgctcaagcaattgcagttcacccagattacttattcggt
atcttagaccaagctacttatgaatcctatgccaccaaagttactgctcgtaacaagaag
gcataccgttacatgcataatgctattacccgtaacactatgtttgttgctaaggaacat
cctccatacggtgacgaattggaacaaccagtttacttagaccctcttgcccgtgttgaa
gttggtaaggatgagttaagcttctccaacaaatcaattcaatcgtcaaagtcttatgtt
agcgaggttgctgattctactggtaaagctttaagctcattaaacaagtcttctaaaggt
gttggtgttgatgtcgaattaatctcagcgcttaacttggacaacgaaactttccttgaa
agaaacttcactgcggctgaacgtgcttactgtgataagtcttcctctccatccgcttct
tacaccggtacttggtctgctaaggaggctgttttcaaggctttgggcgttaaatcccaa
ggtgctggcgcatctttaattgatattgagatcacccgtgataacaatggtgctccacaa
gttaaattgaacgatgctgctaagaaaactgctgacagcgctggtgtcaagaagatcaac
atttctatttcccatgacgatttccaagccactgccgtcgcattaagtgaattttaa

  All links  
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 (61)   
   KEGG ORTHOLOGY (1)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (131)   

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