KEGG   Crassostrea gigas (Pacific oyster): 105318687
Entry
105318687         CDS       T03920                                 
Name
(RefSeq) fatty acid synthase
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
crg  Crassostrea gigas (Pacific oyster)
Pathway
crg00061  Fatty acid biosynthesis
crg01100  Metabolic pathways
crg01212  Fatty acid metabolism
Module
crg_M00082  Fatty acid biosynthesis, initiation
crg_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:crg00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    105318687
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:crg01004]
    105318687
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:crg04147]
    105318687
Enzymes [BR:crg01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     105318687
Lipid biosynthesis proteins [BR:crg01004]
 Fatty acid synthase
  Animal type
   105318687
Exosome [BR:crg04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   105318687
  Exosomal proteins of breast milk
   105318687
  Exosomal proteins of colorectal cancer cells
   105318687
  Exosomal proteins of bladder cancer cells
   105318687
SSDB
Motif
Pfam: ketoacyl-synt Ketoacyl-synt_C Thioesterase KAsynt_C_assoc Abhydrolase_1 ADH_zinc_N Acyl_transf_1 Thiolase_N Hydrolase_4
Other DBs
NCBI-GeneID: 105318687
NCBI-ProteinID: XP_011414220
Position
LG6:24955878..24976726
AA seq 1839 aa
MAEVFVAGIAARLPQSENIDVFWENLIKGNDMIGQTRWPKELYGTPPRVGLIKNLDKFDA
DYFNFEETEVHHMNPMLRHLLEVCAECIVDSSLCPPVLQNNSTGLYLACFLPDNDPLETS
RGANSRLCTTVPTLAGHLMEHFGLSGPMLTVDTGCSSSLSAMEMAVNDLRAGKCQFALVT
AVNLLLNPSYLQQMSQLGMLNPTGQSNVFDAKAGGYVRAEGVVSILLTRNESICKRVYLS
IVDIMTNCDGFKSEGITFPNSQSQADLMSKIYNRCKIDVNSISYVEAHSTGTKAGDPVEV
AGICEALCKNRQKPLLIGSVKGSMGHSEATAGFASFVKCVLIARHGTIPPQINFQSPNPN
INGIVDGKVKVVDKATTLEDGYISLNSFGYGGANGHLVLKPYRNHCSNQATSHKLVTIKA
RNELEMETIVEFVRKNKNDAASLALLSHSLLSHDPKRKVRGYVVTESGPNDEDVHKVSNN
LSVIPSIWLILRDVAWRKLDLSSSLMDIPVFRKSVQHSQQILSKIDDTLPWEDFYRGELC
TENVHQGTVFSIIILIGIVDIMKETKLQIQGVVGCGLSEIVAAYQDGCLSREQCVGLAYL
IGKLLKEFSNLGKTQSVYRVTLDPDEIYCMGPFTQVLSAVSQDTFVIAVETSNKEEVLRT
IHSKGGYYTELPGRLALYSDLMTEIVDGLEREAREILHSPKYRSKNMISLSQDYAIGCQS
SVSSLFDWDYLRRVLTTPATVTSVLNTLPVDTTLVDLSLSRFTHPRRLEKHFVFDPIPCA
GDLKSVLKTFGEIHLLGHDVSVECLYDVSFPVDVTAPPISPLIRWDHTQSWLIPEWPEFY
CRVKDDVEVPYSISDIETDGIHSTQGLLLYHALIAISEKHNKTHELVNGMELYDMVWTLN
ESSQENLLNTDTIYVQTGKKSFVIEKDGDTLLLSGKYKIYEPEEMVTLPKIPGYDLDINE
NLKGSNDDEDDRFFLEKTEIMWEDGWLDFLDTLLEFSTQGLEGPLLRIWISPSLHMKEVK
DCANMLAVVERCSGLSKAGGVVFHTKVSQLKNRNTQRVANLEGVENSRVSLLMVYSIDSV
SEENHRVLIYQGENAKEQVIGIVLITERGVEGREFPLSMGWTPKDLEQLIPYMLAVYLLL
DVAKIKENNSLLILPPIDTLCVYLMALANEMEVTIFTSSYDAEVRDVIDNLFPYVRVLSG
ERLEQNIKTLTQGEGCDVVLQFTSADFQSAIDMTADNGKAIFCTLPTPREQISLSKECSL
VVPDLSQAVTSFMRKSLEDIQLFLYNMQNGCIAEISKEGFPEVQGLKYNLAERSHFTHPV
ELAQILSAIEDPIVNANNQSIAEMMEADVIAMQRLQSAISTKPKDFSLLVNDCSDKENQF
DSYNPLNIAQTVTPAKLSGKPSDEVRLIYLPQINLQDYDDVFDTTTDKLGIPMVTPIITI
TDETDAVSKVITSTPMFGFTADHTDEFTKNLLPKKTTHLAIPRLTIPSAISNYKKGAKMS
LIVYSTPTTPHFSPALKSLLTPSITEPTIVPLNESRKRPALFCVHPITGKLKLLKTLGSL
LQYQFCGIQRTSMTPNDSIQSVASYYKNAVQMYDQEQPYYLIGYSFGSLVAMEMAIQLQE
QGSEVGCLILLDGGPAYFHSQFKQGTQAASQEEEKLVYLECGALVNFLQMYASIPNHHLI
MKILLSLKTTQERIDLALDMTFGRVLVSPNPAKSKWLIAKEKMKIRGFLTPCKSYGFGDA
AEEIIRLKRLEAAKDFISSVHMAYKYQRTSQKFRGDIHLLRVKSELPHSGNVPLDYGLKD
WCTGNVSLRFYNGTHESFLQEEDGEAVAKDITQIIQDLC
NT seq 5520 nt   +upstreamnt  +downstreamnt
atggctgaagtatttgtagcagggattgctgctaggctcccacagtctgagaacattgat
gtgttctgggagaatctgataaaaggaaatgatatgataggacaaacaagatggccaaaa
gagctgtatgggacaccaccacgagttggactgataaagaatttggacaagtttgatgca
gattattttaactttgaagaaactgaggttcatcacatgaatccaatgctgcgtcacttg
ctagaggtttgtgcagagtgcatagtggattccagcctgtgtccaccagtgctacagaat
aactccacaggactgtaccttgcctgctttctgccagacaatgatccactagagacttca
agaggagccaactcaaggctttgtactactgttcctactctggctggtcacctgatggaa
cactttggtctcagtggaccaatgctgacggtggacactggctgtagctccagtctgtca
gcaatggaaatggccgtcaatgatctgagagctggcaaatgtcagttcgctctagtgaca
gctgtcaacctcttattgaatccaagctacctccaacagatgtcacagctaggcatgctc
aatcctactggtcagagcaatgtttttgatgcaaaggccggaggatatgtacgagctgaa
ggagtggtatccattcttctgacaaggaatgagagcatctgtaaacgtgtgtacttaagc
attgttgatatcatgacaaactgtgatggcttcaaatcagaagggatcacctttccaaat
agtcaatcacaagcagatttaatgagcaaaatctacaacagatgcaaaatagatgtaaac
agcatttcttatgtggaggctcacagtacaggcactaaggcaggagatccagtggaagta
gctggtatttgtgaggccttatgcaaaaacagacagaagccattgttgattggatctgtc
aaaggcagtatgggtcacagtgaggccacagcaggatttgcaagctttgtaaagtgtgtc
ctaatagcaagacatggaactattccaccgcaaataaatttccagtcaccaaatcccaac
attaatggcatagtagacgggaaagtcaaagtggtagacaaagccaccactctggaagat
ggctacataagtttgaattcctttggatatgggggtgcaaatgggcatttggtcttaaag
ccttacagaaatcattgcagcaatcaagctacaagtcacaagttggtaacaatcaaagcc
agaaatgagcttgaaatggagaccatcgtggaatttgtccgaaagaataaaaatgacgca
gcctccctagctctgttgtcacactccttgctgtcacacgatccaaaacgaaaagttcgg
ggatatgtagtgacagagtctggaccaaatgatgaagatgtgcataaagtctcaaataac
ctctctgtgattccttcaatatggctgattctgagagatgttgcatggagaaaactggac
ctttcttcatcgcttatggacatacctgttttcaggaaatctgttcaacattctcagcag
atattgtccaaaattgacgatacattgccatgggaagacttctacagaggagagttatgc
actgaaaatgttcaccaaggaactgttttctctattatcatcttaataggcattgtggac
ataatgaaagaaacaaaacttcagattcaaggagtagttggatgtgggctgtcagaaatt
gtagctgcatatcaagatggctgcctttccagggaacagtgtgttggactggcatacttg
attgggaaacttctcaaagaattctctaatcttggaaagacacagtctgtgtacagagtg
actctggatccagatgagatctactgcatgggtcccttcacccaggtcttatcagcggtc
tctcaggacacttttgttatagcggtggaaacctccaacaaggaagaagtactgaggaca
attcatagcaaagggggttactacacagagttacctggcagactcgctctgtacagtgat
ttgatgactgagattgttgatggtttggaaagagaagcaagggagatactacatagcccc
aagtacaggtcaaagaacatgataagcctttctcaggactatgccattggttgccagtcc
agtgtgagcagtttgtttgactgggattatttgaggagggtcctgaccacgcctgccact
gtcacttcagtgctgaatactctaccagtggacacgaccctggtggacctcagcctgtcc
agattcacccacccacgcagactggagaaacacttcgtgtttgatccgattccatgtgca
ggagacctcaagtctgtcttgaaaacgtttggagagattcatttattgggacatgatgtg
tcagtggaatgtctgtacgatgtgtccttccctgtggatgtcactgccccgcccattagc
ccgctcatcaggtgggatcacactcagtcgtggttaattccagagtggccagagttctac
tgcagggtgaaggatgacgtggaggttccttacagtatcagtgatatagagaccgatggc
atccactccacacagggcttgctcctgtatcatgctctgatcgctatatctgaaaaacat
aacaagacccatgaactggtcaatggaatggagctgtatgacatggtgtggactctgaat
gaatccagtcaggaaaatcttctcaacactgacacaatatatgtacagactggcaaaaaa
tcctttgtgattgagaaggatggtgacactctgctcctcagtggaaagtacaagatatat
gaacctgaagaaatggtgacattacccaaaatacccggctatgaccttgatattaatgag
aacctgaaaggcagtaatgatgatgaggatgacaggttcttcttggagaagacagaaatc
atgtgggaggatggctggctggatttcctggatactttgttggagttctccacccagggg
ttagagggaccacttctgaggatctggatcagccccagcttacacatgaaggaagtcaag
gactgtgccaacatgctcgcagtagtagagagatgttcaggacttagcaaggcaggtggc
gtggttttccacactaaagtgagtcaactgaagaacagaaacacacagagagtggcaaat
ttagaaggagtagaaaattcccgagtcagcctgttgatggtgtactccatagactcggtg
tcagaggagaaccacagagtactgatttaccagggggaaaacgcaaaggaacaagtcatt
gggattgtgttgattacagaaagaggagttgaaggacgagaattccccctaagtatgggt
tggacaccaaaagacctggagcagttgattccatacatgttagcagtgtatctacttctg
gatgttgcaaaaatcaaagaaaacaattcacttttgatactgcctcctattgataccctt
tgtgtatacttgatggcattagccaatgagatggaggtcactatatttacatccagttat
gatgctgaagtccgagatgtgattgacaatttgttcccttacgtaagggtgttgtcggga
gaaaggctggaacagaacatcaagacactaacacaaggagaggggtgtgatgtggtcctc
cagttcactagtgctgatttccagtcagccattgacatgacagcagacaatgggaaggcg
atattctgcacactgcccactccccgtgaacagatctcgctgagcaaggagtgctccctg
gtggtccctgacctctcccaggccgtcaccagcttcatgaggaagagcctggaggacatt
cagctgtttctgtacaacatgcagaacggatgtatagcagagatctccaaggaaggtttt
cctgaagtgcagggtctgaagtacaatcttgctgagcggtcacattttacacacccagtg
gagctggctcaaatcctctcagctattgaagacccaatagtgaatgctaacaaccaaagc
atagcagaaatgatggaagcagatgtcattgcgatgcagagattacaaagtgcaatttcc
acaaaaccaaaagatttttcccttcttgtcaatgactgctccgacaaagaaaatcagttt
gacagctacaatcccttgaacattgcccagacagttactccagccaaactaagcggcaag
ccttcagatgaagtcagacttatttacctgccacagataaaccttcaggactacgatgat
gtgttcgataccaccactgacaaactaggtattcctatggtcaccccaattattacaatc
acagacgagactgatgcagtatcaaaggtcataacctctactccaatgtttggattcacc
gccgatcacacagatgaattcactaaaaacttactccctaaaaagacgacccaccttgcg
attccgaggctgacgattccttcggctatctctaattataagaaaggggcaaagatgagc
ctgattgtttactccacaccgaccaccccacacttcagtcccgctctgaagtcactgctg
acaccaagtattacagagcccaccattgtcccactgaatgaatccaggaagcggccggct
ttgttctgtgtacaccctatcactggaaagctgaaactgctaaaaacccttggaagtttg
cttcagtaccagttctgtggtatacaaagaacctcaatgactcctaatgattcaatccag
agtgtagctagttattacaaaaatgcggtacagatgtacgaccaagagcagccttactat
ttgattgggtattcctttggatcattggttgccatggagatggccattcagttacaagaa
caagggtcagaagttggatgcctgattctgttagatggaggtccagcttactttcatagt
cagtttaaacaaggaacacaggcagcatcccaagaagaggagaaattggtctacttggag
tgtggagccctagtcaactttctccagatgtatgcatccattccaaaccaccatctgatc
atgaagattctgctctcattgaaaacaacacaagagcgcattgatctggcccttgatatg
acttttggacgagttcttgtcagtccaaacccagctaaatccaaatggctcatcgctaag
gagaaaatgaaaataaggggatttctgactccatgtaaaagttatggctttggtgatgct
gcagaagaaataattcgtttaaagagacttgaagctgccaaagatttcatcagtagtgta
cacatggcgtacaaataccagcgcacaagccagaaatttagaggggacattcatctgttg
agggtgaaatctgaactgcctcactctgggaatgtaccactggactatgggctgaaggac
tggtgcactggcaatgtgagtctccggttctacaatgggacacacgagtccttcctacag
gaggaggatggagaggctgtagcaaaggatatcacccaaatcatacaagacttatgttga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (44)   
   KEGG COMPOUND (44)   
Chemical reaction (35)   
   KEGG ENZYME (1)   
   KEGG REACTION (34)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (128)   

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