KEGG   Scheffersomyces stipitis: PICST_85125
Entry
PICST_85125       CDS       T01023                                 
Symbol
FAS1
Name
(RefSeq) Fatty acid synthase subunit beta Includes: 3-hydroxypalmitoyl-[acyl-carrier-protein] dehydratase; Enoyl-[acyl-carrier-protein] reductase [NADH]; [Acyl-carrier-protein] acetyltransferase; [Acyl-carrier-protein] malonyltransferase; S-acyl fatty acid synthas
  KO
K00668  fatty acid synthase subunit beta, fungi type [EC:2.3.1.86]
Organism
pic  Scheffersomyces stipitis
Pathway
pic00061  Fatty acid biosynthesis
pic01100  Metabolic pathways
pic01212  Fatty acid metabolism
Module
pic_M00082  Fatty acid biosynthesis, initiation
pic_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:pic00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    PICST_85125 (FAS1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:pic01004]
    PICST_85125 (FAS1)
Enzymes [BR:pic01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.86  fatty-acyl-CoA synthase system
     PICST_85125 (FAS1)
Lipid biosynthesis proteins [BR:pic01004]
 Fatty acid synthase
  Yeast type
   PICST_85125 (FAS1)
SSDB
Motif
Pfam: Fas1-AflB-like_hel Acyl_transf_1 FAS_meander MaoC_dehydratas SAT FAS_N MaoC_dehydrat_N
Other DBs
NCBI-GeneID: 4840672
NCBI-ProteinID: XP_001386364
JGI: 85125
UniProt: A3LZH0
Position
7:complement(911831..919523)
AA seq 2075 aa
MPSTTSFHRPFSLNHGSIEHTLLVPNDLFFNYSQLKDSFIKTLPEVTEGFADDNEPSSPA
ELYGKFLGFIASLVTPNQPGQFDQVLKLSLQDFTSRFLKSHNDNIHAFAVTLLADDVNYP
TTPAKIKDNIIKNYYNAVINSNTKIDKVVSNLLYQAEAGDAKLVAIFGGQGNTDDYFEEL
RDLYKLYKGLIHDDLIEPFAAKLAKLVKQDSAFDKIYTQGLNILSWLSNPEQTPDQDYLL
SVPVSCPVICIIQLCHYAITCKVLGLTPGELRSYLNAGTTGHSQGLVTAVAIASSDSWDS
YFENSLKAISLLFFIGSRCLMSYPRTTLPPTMLQDSLENGEGRPSPMLSIRDLSASQVEK
FIDETNKHLPQEKHITLSLINGARNLVVSGPPESLYGLNLTLRNKKAPNGLDQSRIPHSQ
RKLKFSNRFLPIFSPFHSPLLDNATIAILEDVEAENLNFPKKDIKIPVYDTFNGENFQDY
DESSTSIIERVVRCITQLRVNWELATAVQATHMLDFGPGGVSGVGILTHRNKEGTGSRFI
IAGSLEASAFDDEYGFKHEIFHTSPSKNVKRAQNWLTEFKPTLIKNNSGKIFVNTKFSQL
LGRAPLMVPGMTPTTVNPEIIAASINAGYHIELAGGGYFHGPGMEAAIDEVVSNIKPGFS
FGINLIYVNPRMLQWGIPLIKELRERGYPIQSLTIGAGVPSLEVCTEYIEELGLTHLGLK
PGSIDAISQVISIAKAHPNFPIVLQWTGGRGGGHHSFEDFHQPILQMYSKIRRCSNIVLV
AGSGFGSDEDTYPYLTGSWAAEFNYPAMPFDGVLFGSRVMTSKEAHTSLEAKKLIAQCDG
VADSHWENTYKKPSGGIITVRSEMGEPIHKIATRGVMFWKELDDTIFNLPKNKLLEALNK
KKDYIIDKLNKDFQKPWFGKNSQGVCDLQDMTYQEVANRMIELLYVKKSDRWVDISLRNF
FGDFLRRTEERFTSSSGSISLIQNYNQLATKPQQFSDDFFNHFPVAKDQLISEEDCDFFL
MCALRPTQKPSPFVPVLDERFELFFKKDSLWQSEDLETVVDEDVQRTCILHGPVAAQFTN
KVNEPIGEILDSIHEGHISKLVKDYYNGDATKIPVVEYFGNTAPVKFESLANVDINRSSD
KIVYKIGATLPAKKCWLKLLAGEQINWLQAFISTDRIVQGSKHISNSVHDILTPAANSVV
EISHPLDATKTTLTVSEPVKGDLKPVVEIKLAKANTIQLSLIEHRTADSKPVALPFLYTY
NPNDGFAPILEVMENRNDRIKNFYWKLWFGADVPYDLNINVQEEIIGEEITITGQDISEF
THAIGNKCDAFVTRPGKVTLAPMDFAIVIGWRAIIKAIFPESVDGDLLKLVHLSNGYKMI
PGAAPLKKDDVVSSKAEIRAVLNQPSGKMVEVVGTIYREGKPVLEVTSQFLYRGDYSDYE
NTFQKVTETPVQIAFKSPKDLAILKSKEWFHLEKDVELLDQTLTFRCKSTYKFKSAQVYS
SIITTGQVYLELPTKEVIQVGTIEYEAAKSYGNPVTDYFARNGKTIEEAVKFENVIPLSS
GEELTSKAPGTNEPYAIVSGDYNPIHVSRVFAAYAKLPGTITHGMYSSASIRGLVEEWAA
NNVASRVRAFSCSFVGMVLPNDTLQTTLEHVGMINGRKIIKVETKNVETDIPVLVGEAEI
DQPITTYVFTGQGSQEQGMGMDLYKSSEVAREVWDKADRHFVNNYGFSILDIVQNNPNEL
TIHFGGAKGRKIRDNYIGMMFETIGEDGAIKSEKIFKDIDHTTTSFTFVSPTGLLSATQF
TQPALTLMEKAAYEDIKSKGLIPSDIMFAGHSLGEYSALSSLANVMPIESLVDVVFYRGM
TMQVAVPRDELGRSNYGMCAVNPSRVSPTFDDAALRFVVDEVSDKTKWLLEIVNYNVENQ
QYVTAGDLRALDTLTNVLNVIKLNKIDIVKLQQTLTLDQVKEHLSEIITEVSAQSIAKPQ
PIDLQRGFAVIPLKGISVPFHSSYLMSGVKPFQRFLCKKIPKSSVKPNDLIGKYIPNLTA
KPFEITKEYFQEVYELTKSDKIKSILENWDSYEKA
NT seq 6228 nt   +upstreamnt  +downstreamnt
atgccctccacaacctctttccaccgtccgttctcattgaaccacggctccatcgaacac
accttgttggttcccaacgacttgttcttcaactactcgcaattgaaggacctgttcatc
aagaccttgcccgaagtcaccgaaggctttgctgacgacaatgaaccttcctcgcctgcc
gagttgtacggtaagttcctcggcttcatcgcctcgctcgtcacaccaaaccagcccggc
cagttcgaccaggtcttgaagttgtcgctccaggacttcacctctcgtttcttgaagtcg
cacaacgacaacatccatgcttttgccgtgacattgttggctgacgacgtcaactaccca
acaaccccagccaagatcaaggacaacatcatcaaaaactactacaatgccgtcatcaac
tccaacaccaagatcgacaaagtcgtttcgaacttgttgtaccaagctgaagctggtgat
gccaagttggtggctatctttggtggtcaaggtaacactgacgattactttgaagaattg
agagacttatacaaattatacaagggattaatccacgatgacttgatcgagccctttgct
gccaagttggccaagttggtcaaacaggactccgccttcgacaagatttacacccaagga
ttgaacatcttgtcgtggttgtcaaacccagaacagactccagaccaagactatttgttg
tctgtgccagtatcgtgtcctgtgatctgtatcatccaattgtgccactatgctatcacc
tgtaaggttttgggcttaactcctggcgaattgagatcgtacttgaatgctggtaccact
ggtcactcgcaaggtttggtcacagccgtagccattgcctcttctgactcctgggattcg
tactttgaaaactcgttgaaggccatttccctcttgttcttcatcggttccagatgtttg
atgtcatacccaagaactaccttgccacctaccatgttgcaggactctcttgaaaacggt
gaaggtagaccttctccaatgttgtcaatcagagacttgtcagcttctcaagttgagaag
ttcattgacgaaaccaacaagcacttgcctcaagaaaagcacatcactctttccttaatt
aacggtgccagaaacttggttgtgtccggacctccagaatcgctctacggtttgaacttg
accttgagaaacaaaaaggctcctaacggtttggaccaactgagaattcctcactcccag
agaaagttgaagttctccaaccgtttcttacctattttctcgcctttccactcgcctctt
ttggacaacgctactatagcaatcttggaagacgtagaagctgaaaatttgaatttccct
aagaaggacatcaagatccccgtctacgacactttcaacggtgaaaacttccaggactac
gacgagtcgtctacatctattatcgaaagagttgtgagatgtatcacccaattgagagtg
aactgggaattggctacagctgttcaagctacccacatgcttgattttggtccaggtggt
gtttctggtgttggtatcttgacccacagaaacaaggaaggtactggttccagattcatc
attgccggctctttagaagccagtgcttttgacgatgaatacggtttcaagcacgagatc
ttccacacttctccttctaagaacgttaagcgtgctcaaaattggttgaccgagttcaag
cccactttgatcaagaacaacagtggcaagatctttgttaacaccaagttctcccagtta
ttgggtagagcaccacttatggttccaggtatgactcctaccacagttaatcctgagatc
atcgctgcctccatcaacgctggctaccatattgaattagctggtggtggttacttccac
ggtccaggtatggaagctgctatcgatgaagttgtttccaacatcaagccaggcttctct
tttggtatcaacttgatctacgtcaaccctagaatgttgcaatggggtattcctttgatt
aaggaattgagagaaagaggctatcctatccagtctttgactattggtgctggtgttcca
tccttggaagtctgtactgagtacatcgaagaactcggcttgacccacttgggcttgaag
cctggttctattgatgccatcagtcaggtaatcagcatcgctaaggctcaccctaacttc
ccaattgttttgcaatggaccggtggtagaggtggtggacaccattcgtttgaagacttc
caccagcctatcttgcagatgtactccaagattagaagatgctccaacattgttcttgtc
gctggttctggtttcggttctgatgaagacacatacccatacttgactggttcgtgggct
gctgagttcaactaccctgccatgccattcgatggtgtcttgtttggttccagagtcatg
acttctaaggaagcccacacttctttggaagccaagaagttgattgctcaatgtgacggt
gtagccgattctcactgggaaaacacttacaagaagccttctggaggtatcatcactgtt
agatctgagatgggtgaacctatccacaagatcgctaccagaggtgttatgttctggaag
gaattggacgacacaatcttcaacttgcctaaaaacaagctcttagaagccttgaacaag
aagaaggattacatcattgacaaattgaacaaggacttccagaaaccatggtttggtaag
aactcccagggagtttgtgacttacaagacatgacctaccaagaggtggccaacagaatg
attgagttgttgtatgttaagaagtctgacagatgggtggatatctctttgagaaacttc
tttggtgatttcttgagaagaactgaagaaagatttacctcttcttctggctccatctcg
ttgatccagaactacaaccaattggccactaagccacaacagttttccgatgacttcttc
aaccacttccctgttgccaaggaccagttgatctctgaagaagactgtgacttcttcttg
atgtgtgctcttagaccaacacaaaagccttctccattcgttccagtcttggatgaaaga
ttcgagttgttcttcaagaaggattcattgtggcaatccgaagacttggaaactgttgtc
gatgaagatgttcagagaacttgtatcttgcacggtcctgttgcagcccagttcaccaac
aaagtcaacgaacctattggtgaaatcttggactccatccacgaaggtcacatttccaag
ttagtcaaggactactacaacggtgatgccaccaagattcccgttgttgagtactttggt
aacactgctcctgtcaagtttgaaagcttggctaacgtagacatcaacagatcttctgac
aagattgtctacaagatcggtgctactcttcctgctaagaagtgctggttgaagttgtta
gctggagaacaaatcaactggttgcaagcttttatctctactgatagaattgtccaggga
agcaagcacatctctaactctgtccatgacatcttgactcctgctgccaacagcgttgtc
gaaatcagtcatccattggatgctaccaagacgactttgactgtctctgagccagtcaag
ggagacttgaagccagtagtggaaatcaagttagctaaggctaacaccatccagttgtcg
ttgattgagcacagaactgctgactccaagccagtggctttgccattcttgtacacatac
aaccccaacgatggttttgctccaatcttagaagtgatggagaacagaaacgacagaatc
aagaacttctactggaagttgtggttcggtgccgatgttccttacgacttgaacatcaac
gtccaggaagaaattattggagaagaaatcaccattactggtcaggatatttctgaattc
acacatgctattggtaacaaatgtgatgcatttgttactagaccaggtaaggttactctt
gctcctatggattttgccattgtaatcggttggagagctatcattaaggccattttccca
gaatctgttgatggtgacttgttgaagttggtacacttgtctaacggctacaagatgatt
ccaggtgctgctcctttgaagaaggacgatgttgtcagctctaaggctgaaatcagagct
gttttgaaccagccatccggtaagatggttgaagttgttggtactatctacagagaaggt
aagccagtattagaagttacttctcagttcttgtacagaggtgactattccgactacgaa
aacactttccaaaaggttaccgaaactcctgttcaaatcgctttcaagtctccaaaggac
cttgctatcttaaagtccaaggaatggttccatttggaaaaggatgtcgaactcttggac
caaacattgacattcagatgtaagtctacctacaagttcaagtcggctcaagtttactct
tctattatcaccaccggtcaagtctacttggagttgccaacaaaggaagtcatccaagta
ggtaccattgaatacgaagctgccaagtcatatggtaatccagttaccgactactttgcc
agaaacggtaagaccattgaggaagctgtcaagtttgagaatgtcattccactttcttct
ggtgaagaattgacctctaaggctccaggtaccaacgaaccatatgcaatcgtgtctgga
gactacaacccaattcacgtttccagagttttcgctgcttacgccaagttgccaggtact
atcactcatggtatgtactcttctgcttctatcagaggtttggttgaagaatgggctgcc
aataatgttgcatctagagttagagctttcagctgttcttttgttggtatggtattgcca
aacgataccttgcaaaccaccttggaacatgttggtatgatcaacggtagaaagattatc
aaggttgaaaccaagaatgttgagactgacattccagttcttgttggtgaagctgaaatc
gatcaaccaatcactacctacgttttcactggtcaaggttctcaagaacaaggaatgggt
atggacttgtacaagtcttcagaggttgctcgtgaagtctgggacaaggccgaccgtcac
tttgtcaacaactatggtttctctattcttgatatcgttcaaaacaatcctaatgaattg
accatccacttcggtggtgctaagggtagaaagatcagagacaactatattggtatgatg
tttgagaccattggtgaagatggtgctatcaagtccgagaagatcttcaaggacattgac
cacaccacgacttctttcacctttgtttctccaactggtttgttatctgctactcagttt
actcaacccgccttgactttgatggaaaaggctgcttacgaagatatcaagtccaagggt
ttgattccttctgacattatgtttgctggtcattcattgggtgaatactctgctttgtca
tccttagctaacgtcatgccaattgaatccttggttgatgttgtcttctacagaggtatg
actatgcaagttgctgtaccaagagacgagttgggtagatccaactacggtatgtgtgct
gtaaacccaagcagagtcagcccaactttcgacgacgctgccttgagatttgttgttgac
gaagttagcgacaagaccaagtggttgttggaaattgtcaattacaacgtcgaaaaccaa
cagtacgttactgccggtgacttaagagccttggatactttgaccaacgtcttgaacgta
atcaagttgaacaagatcgacattgtcaaattgcaacaaactttgactttggaccaagtc
aaggaacatttgagtgaaattatcactgaagtttccgcccaatccattgccaaaccacaa
ccaattgacttacaaagaggtttcgctgtcattccattgaagggtatctctgttcctttc
cactcttcttacttgatgtctggtgttaagccattccaaagattcttgtgcaagaagatt
cctaaatcttctgtcaagccaaatgacttgattggtaagtatattcctaacttgacagct
aagccatttgaaatcactaaggaatacttccaagaagtttacgaattgaccaaatctgac
aagattaagtctattcttgaaaactgggattcttacgaaaaggcttaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (36)   
   KEGG COMPOUND (36)   
Chemical reaction (20)   
   KEGG ENZYME (1)   
   KEGG REACTION (19)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (80)   

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