KEGG   Corynebacterium ulcerans 131002: CUL131002_1750c
Entry
CUL131002_1750c   CDS       T03899                                 
Symbol
fas
Name
(GenBank) Fatty acid synthase
  KO
K11533  fatty acid synthase, bacteria type [EC:2.3.1.-]
Organism
cuj  Corynebacterium ulcerans 131002
Pathway
cuj00061  Fatty acid biosynthesis
cuj01100  Metabolic pathways
cuj01212  Fatty acid metabolism
Module
cuj_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:cuj00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    CUL131002_1750c (fas)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:cuj01004]
    CUL131002_1750c (fas)
Lipid biosynthesis proteins [BR:cuj01004]
 Fatty acid synthase
  Bacteria type
   CUL131002_1750c (fas)
SSDB
Motif
Pfam: Fas1-AflB-like_hel Acyl_transf_1 ketoacyl-synt DNA_pol_B_N MaoC_dehydratas Ketoacyl-synt_C Fas_alpha_ACP DJ-1_PfpI
Other DBs
NCBI-ProteinID: AKA97264
UniProt: A0A0E3N6E0
Position
complement(1867153..1875837)
AA seq 2894 aa
MHSVRDLTRAAEILAIAEIIGAVIGHNARVTGLVTRGGMAPMVSIDGITREQLEAAISSA
CGDIDQDIRPVIGLKNSRTNFVLVGRPKDNEAVLNILRSQAAADARAVEAKKRGGSAFAP
KITPLNVQVAFHHPAMLPAVDRVVELAERAGLDGDLARQIAMDVMVTPVDLVSDVHTALD
QGTRWFLDVGPDGGVVSLTEQALLGRGAISFAVCGMEGQAQLFDAGRAPILPQPFEAFSP
TLIKTPHGVRVKTKFTELTGRSPMLLAGMTPTTVDPEIVAAAANAGHWAELAGGGQVTPE
ILENNIAKLTGLLQPGVNAQFNSMFLDPYLWKMQIGGKRLVPKARENGAPIDGIVITAGI
PEHEDAVALVHELRSGGFPWVAFKPGAVKHIMKILAIAKDVPETPIIMQIEGGKAGGHHS
WEDLDELLISTYAKIREYDNVVVCVGGGIGTPERAADYLTGSWARHYGLPDMPVDGILVG
TAAMATKEAKTSEAVKQLLVETQGTQEWVAAGSANQGMASGLSQLGADIHEIDNSFAKAG
RLLDSVAGDAEAVAAKREEIIAAIAKTAKPYFGDVEDMTYQQWLERYLELSGPVDGQWID
SSWYRRFVEMLHRAEARLVAQDHGSFPSVISLEETESPQVGVDTLCAHYPASETLVHPAD
AAWFLEALATPGKPANFVPVIDKDVRRRWRSDSLWQAHDERYTADQVAIIPGTAAVSGIT
VANEPVAELLARFNAATVDRLDAAEAEEAQTSVVERVLNASDTSWAGRQVDSLTARLGAA
SEWDVDTNAATHASSGARLVELDSEHAELHVPLLGSTAPGVEASIAIRLTMPKDAPAGCV
PLVTREDAETAMEGLTQIAAGGVLGSMDDDGVTAVWQSTLSRDDAATYETVTAGYLPASV
EPAGIAPDILVGKAWPAIFTAVRNAVIPDSDGAKVVEGMLSLVHLEHHVTVVDQDLFSRC
VTAEASSPVSIEVSARAEEIVDTTIGRIVIVRAELRVDGTLLARLSERMAIRGRRGNAVA
RTNTSALPSVIDAPRSFRAFAAVTAPDSMHPFAVATGDRNPIHVSETAAKLAGLGEGVIV
HGMWTSAMAELIAAGGYSDESVSTRPNKVMEYTATMLAPVLPGQEVEFLVERSGIDSREG
RGEVREITATVQGSIVLTATAVMAAPTTFYAFPGQGIQSQGMGMESRVRSAAARDVWARA
DHHTRTHLGFSVLDIVQNNPTEVRVAGETFSHPKGVLFLTQFTQVAMATLGVAQIAEMKE
AGALDNKAWFAGHSVGEYNALAAYAGVLSLESVVEIVYQRGLTMHRLVERDQDGNSNYGL
AALRPHKMGLTESQVFDYVAGISQESGEFLEIVNYNLAGMQYAVAGTSKGLKVLGADAER
RAPGKRAFIMIPGIDVPFHSSHLLDGVDAFREHLDSLIPADIDLSMLVDRYVPNLVARPF
ELTRDFVSAMFEVAPAPILKDALERFDELSQEPVTLARTLLVELLAWQFASPVRWIETQD
LILRPVSEGGLGVERFVEVGVGSAPTIANMMGQTLRLPQYDGAEVEVLNIERDRSVVFAT
DELTRTVAAQATDAEAESAEDAQDVATVQVAAAVAPTEAPAAASGARPDDIAFTPADATM
MLIALWTKVRPDQMGDADSIESLVEGVSSRRNQLLLDLGVEFGLGAIDGAADAELVELKK
TVSRMAKGYSAFGPVLSDAANDALRRITGPTGKRPNYISERVASAWQLGTGWADHVTAAV
VIGAREGSSLRGGDLATLTPAAPSNAAELDQLIDAAVQEVAARQGVAVALPGGSSAGGGV
VDSAALGEFAEQVTGKEGVLAATARTILSSLGLHETAETQSLEDSDADAALYELVSQELG
ADWPRQVAPSFDANQAVLLDDRWASAREDLSRAALGEGSVDSLDLTGAGEIVAQQAEFFG
FEELAEQARSTDALEFADDVAVVTGASPNSIAAAVTAELLSGGATVVVTTSSLNHSRLQF
YKDLYRDSARGGAALWVVPANLSSFADIDSIIKWVGEEQTATVNAQKHVIKPALVPTLLF
PFAAPRVQGSLSDAGPQAEMQMRLLLWSVERLIAGLSELGTNTHVGERLHVVLPGSPNRG
RFGGDGAYGESKAALDALVTRWNVEKSWKPNTSLVHVLIGWVRGTGLMGGNDPLVEAVEA
AGVTTYSTQEIAEILIGQVSAEVRRQAAEAPITVDYTGGLAECDLNLAELASSVHSQASE
ETTASEESAPTLKALPTLASTAQETRPDFRGQVHQNLDDMVVIVGAGELGPYGSARTRFE
AELTGDLGAAGVLELAWTMGLVHWDEDPKPGWYDADDEPVDEADIYDRFHDEVLARVGVR
RYHDDFHMVDNLAPELTTVYLDQDLSFSVNDKETARTFVESEPELTSAVLNAETGEWIVT
RKAGSAVRVPRRMAMSRFVGGQIPEGFDPSVYGIPADMVDNLDRTALWNLVCTVDAFLSS
GFSPAELLRELHPARVSSTQGTGLGGMQSMRALYIDGLLSEPRQNDILQEALPNVMAAHV
MQSYVGGYGQMIHPVAACATAAVSVEEAVDKIKLGKSDFVVAGGFDDLSIEGITGFGDMA
ATADSQEMTAKGIEDRYFSRANDRRRGGFVESAGGGTVLLARGSLAAELGLPVLGVIGFA
ESFADGAHLSIPAPGLGALGAARGGKDSRLLADLKHLGVSADDVRVVSKHDTSTNANDPN
ESDLHERIAHAIGRTEGNPLYVISQKSLTGHAKGGAAAFQLIGLTQVLRTGIVPANYSLD
CVDPVLAKHSHLVWLRRPLNIGQLAPKAGLVTSLGFGHVSALVAIVHPEAFAEAVRSERG
EEALATWRKAAADRELAGSRRLLRGMMGRAALYERPVERNLGSSGNAGKEREAAVLLSES
ARLIDGILVPTPDK
NT seq 8685 nt   +upstreamnt  +downstreamnt
gtgcatagtgtgcgggaccttacccgcgccgcagagatccttgcgattgcagaaattatc
ggtgcagttattggccataatgcacgtgtcacaggattggtaacacgtggcggcatggcc
cccatggtttccattgacggcatcacccgtgagcaattagaagccgctatctcttctgca
tgtggtgacatcgatcaagacattcgtcctgtcattgggcttaaaaactcgcgtactaat
tttgtgctcgtggggcgtcctaaagacaacgaggcagtcctgaatattctgcgctcgcaa
gcggcagctgatgctcgtgcagtagaggctaaaaaacgtggtggctctgctttcgcacca
aaaataacgccgttgaacgttcaggtggcttttcaccacccggctatgcttcccgctgtt
gatcgcgtggttgaactcgcagagcgggccggcctggatggggatcttgcgcgacagatc
gccatggatgtcatggtcactccggtggatttggtgtctgatgtacacactgcgctcgac
cagggcacgcgctggttcctcgacgtcgggccagatggtggcgtggtgtctctgactgag
caggcacttctggggcgtggcgcgatctcctttgctgtgtgtggcatggaaggtcaagca
cagcttttcgacgccggccgcgcgcctatccttccgcagccctttgaggcgttctcaccg
acgctgataaaaactcctcacggcgtgcgcgtaaagaccaagttcactgaactcactggg
cgtagccccatgcttcttgccgggatgaccccgaccaccgttgatcctgagattgtcgcg
gcggcagcgaacgcgggccactgggcagagctagcaggcggtggccaggtcactcctgag
attcttgaaaacaacatagctaaactcaccggcttgttgcagccaggcgtgaacgcacag
ttcaactccatgttcctagatccttatctgtggaagatgcagatcggcggcaagcggctg
gtgcctaaggcacgagaaaatggtgcgcctattgatggcatcgtgatcacagcgggtatc
ccagagcatgaagacgccgtggctctggtgcacgagctgcgctctggtggattcccgtgg
gttgcttttaagcccggcgcggtaaagcacatcatgaagattttggctattgccaaagac
gtgccagaaacccccattattatgcagattgagggcggcaaagctggcggacaccactca
tgggaggacttggacgagctgcttatcagcacatatgccaagatccgtgagtatgacaac
gtggtggtgtgcgtcggcggtggcataggcaccccggagcgtgctgcagactatctgact
ggttcgtgggctcgtcactacggtttgcccgatatgcctgtcgacggcatccttgtgggc
acggctgccatggcaaccaaggaagcgaagacttctgaggccgtaaagcagctgctggtt
gagacgcagggcactcaggaatgggtcgcagctggtagcgcaaatcagggcatggcttct
ggcctatcgcagctgggcgcggatattcatgagatcgataattcctttgccaaggctggt
cgtctcttggattcggtggctggagacgcagaggctgtggcagcgaagcgagaagagatt
atcgcggcgattgctaagacggccaagccatactttggcgatgttgaagacatgacgtac
cagcagtggcttgagcgttatcttgagctgtctggccctgtggacggacagtggattgat
tccagctggtaccgcaggtttgtggagatgctgcaccgcgcagaggctcgtctggtggcg
caggaccatggttctttcccatcggttatttcgctggaggagacggaatcgccacaggtg
ggcgtcgatacgctctgtgcgcattacccggcctctgagactctcgtgcacccggcggat
gccgcgtggttcctagaggcgctggcaactccgggcaagcccgctaactttgtgccggtt
attgataaggatgtgcgccgtcgctggcgttcggactccttgtggcaggcccacgatgag
cgctacacagcggatcaggtggctattatccctggtacagctgcggtttcggggatcacg
gtggctaatgagccagttgctgaactgctggcgcgctttaacgccgctaccgttgatcgc
ttggatgccgcagaagcggaagaggctcagaccagcgtggtcgagcgcgtgttgaacgcc
tctgatacgtcatgggcaggtcgccaggtcgattctcttaccgcccgactgggggctgcc
tcagaatgggatgtggatacgaacgctgcgacgcacgcatctagcggggcgcgactcgtg
gaactcgattctgagcacgccgagctccacgtgccgttgcttgggtctactgcccccggg
gtggaggctagcattgctatccgtctcaccatgcctaaggacgcgccagccggttgcgta
ccgctggttaccagggaagacgcagagaccgcgatggagggcctgacccagatagccgcc
ggcggtgtacttggttccatggacgatgacggcgtgactgctgtctggcagagcaccctg
agccgcgacgatgcagccacctatgagactgtgactgccggctatcttcctgcttctgtc
gaaccagcaggaattgcccccgacattctggtgggcaaagcatggccagctatcttcacc
gcggtgcgtaatgccgtaatcccagactctgacggcgcgaaggtcgtcgagggaatgctc
tccttggtgcaccttgagcaccatgtcaccgtggttgaccaggacttgttctctcgttgc
gtcaccgctgaggcttcctcgcctgtatccattgaggtgagcgcacgggctgaggaaatc
gtagacaccaccattgggcgcattgtgatcgtccgtgcggaactgcgtgtcgacggcacc
ctgctggcacgcctcagcgagcgcatggccatccgcggtcgtcgcgggaatgccgtagcc
cggacgaacacctctgctcttcccagcgttattgacgcaccccggtctttccgcgcgttt
gcagcggtcacggccccggattccatgcatccttttgccgtagcgacgggcgaccggaac
cctattcacgtgtccgagaccgccgcaaaactggcaggcctgggagaaggcgtgattgtt
cacggcatgtggacatcggcaatggccgagcttattgccgctggtggctactccgatgaa
tctgtatccactcgcccgaataaggtcatggaatataccgcgacgatgctcgcgccagtg
ttgccgggccaagaagtagagttcctggttgagcgctcgggcattgattcgcgcgagggg
cgcggtgaagttcgcgagatcaccgcaaccgttcaaggctctatagtccttaccgcaact
gctgtcatggctgcgccgacaacattctatgcattccctggtcagggcattcagtcgcag
ggtatgggtatggaatctcgtgtgcgctctgcagctgctcgtgatgtatgggcgcgcgcg
gaccatcacactcgtactcatttgggattctccgttttggacatcgttcaaaacaaccca
acagaggtgcgcgttgctggtgagacattctcgcaccccaagggcgttctcttcctcaca
caattcacacaggtggctatggcaaccctcggtgtggctcagatagccgagatgaaggaa
gctggggcacttgacaataaggcgtggtttgcgggccactccgtgggcgaatacaacgct
ttagctgcttatgcaggtgttttatctctagaaagcgtggtagagatcgtctaccagcgc
ggacttaccatgcatcggttggtagagagagaccaagacggaaactccaactatggtctt
gctgctttgcggccgcacaagatggggctcacagaatctcaggtctttgattatgtcgct
ggcatatcccaagaatctggcgagttccttgaaatcgtcaattacaacctagccggcatg
cagtacgcagtggcagggacaagcaaggggctcaaagtcctcggtgctgatgctgaacgc
cgcgcgccgggcaagcgggccttcatcatgattcctggcatcgacgtgccattccattcc
tcgcatctccttgacggcgtggacgccttccgtgagcatctggattccctgattccagca
gacatagatctgtctatgttggttgaccgctatgttcccaacctcgtagcacgcccattt
gagctcacccgggattttgtctccgccatgtttgaggtagcaccggctccgattcttaaa
gacgcccttgagcgctttgatgagttgtctcaggaaccggtcacgcttgctcgcaccctg
ttggtggagctgttggcatggcagtttgcgtccccagtgcgttggattgagacgcaagat
ctgatcctgcgcccggtttctgagggtggcctcggtgtggagcgctttgtcgaggtaggt
gtgggatcggcgcccactatcgcgaacatgatggggcagaccctcaggcttccgcagtac
gacggcgccgaggtggaagttctcaacattgagcgcgatcgctcggtagtctttgccacc
gatgagctgacgcgtaccgtggctgcacaggctaccgacgcagaagcggagtctgctgag
gatgcacaggatgtcgcaacggttcaggtggccgcagccgtggcaccaactgaagctccg
gcggctgctagcggcgctcgcccagacgacattgcctttaccccggcggatgcgacgatg
atgctgatcgcgttgtggactaaggttcgcccggatcagatgggcgatgcagactcgatc
gaatccctggttgagggagtatcttctcgtcgtaaccagttgctgctagacctgggcgtg
gaattcggccttggtgcaatcgacggtgccgcagatgcggaattggtggagctcaagaag
acggtctcgcgaatggccaaggggtacagcgcctttgggccagtgctttccgacgccgcc
aatgacgcccttcgtcgaatcacaggacctactggcaaacgccccaactatatttccgaa
cgcgtagcgtccgcatggcagcttggcactggctgggccgatcatgtcactgctgctgtg
gttatcggtgcgcgtgagggatcgtccttgcgcgggggagacctcgcaaccttgacgcct
gcggcgccctctaatgcagccgagctagatcagcttatcgacgccgctgtgcaggaagtt
gctgctcgccagggtgtggcagtagcacttccaggtggatcatcagctggtggcggagtc
gtcgattctgcagcactgggcgaattcgcggaacaagtgacaggaaaagaaggtgttctt
gcagctacggctcgcacgattttgtcctcgctgggcttgcatgagactgcagaaactcag
tctctagaagactccgatgcagatgcggcgctgtatgaactcgtgtctcaggagctaggg
gctgattggcctcgacaggtcgccccgagttttgatgccaaccaggcagttcttctcgac
gaccgctgggcctcggcgcgtgaggacctatctcgagcagcacttggtgaaggatcagtt
gattccctcgaccttacgggcgcaggtgagatcgttgcgcagcaagccgagttctttgga
ttcgaggaactcgccgaacaagcgcgttccacggacgcactcgaattcgccgacgacgtt
gccgtggtcaccggtgcctcaccaaactccattgcagctgcggtaaccgccgaactgctc
tctggtggggccaccgtagttgtcacaacctcctcgttgaatcattctcgtttgcagttc
tataaggacctctatcgggacagtgcccgtggcggtgccgcgttgtgggttgttcctgcg
aacctctcctctttcgcagatattgacagcatcatcaagtgggttggcgaggaacaaacc
gcgacggtcaacgcccaaaagcacgtgatcaagccagcacttgttcctacgcttttgttc
cccttcgcagcgccgcgcgtgcaaggctccttgtccgacgccggcccgcaggcagagatg
cagatgcgccttttgctgtggtccgtcgaacgcctcatcgcagggctgtcagagttgggt
actaacacccatgtgggcgaacgactgcatgttgttctcccaggttctcccaaccgtggt
cgttttggcggcgatggtgcgtatggcgagtctaaggcggctctcgacgcgcttgtgacc
cgctggaatgtagaaaagtcgtggaagcccaacacgtcgcttgttcatgttctcatcggt
tgggtacgcggaaccggactcatgggcggaaatgacccgctcgtcgaggctgttgaagca
gctggcgttaccacttattccacgcaggagatcgccgagattctgatcggccaggtcagt
gcagaggtgcgtcgtcaagctgcggaagctccgataaccgttgattacacgggtggccta
gccgagtgcgatctcaacttggcggaactcgccagcagcgtccactcccaggcatcggaa
gaaacaacggcatcggaagaaagcgctccgactcttaaggcgttgcctactcttgcctct
actgctcaagaaacccgtccagatttccgtggacaggttcaccagaatctggatgacatg
gtggttatcgtgggcgctggagagcttgggccatacggctctgctcgcacccgctttgag
gccgagctcaccggcgacctcggtgccgcaggtgttctagaacttgcgtggaccatgggc
ctggttcactgggatgaagatcccaagccgggttggtacgacgctgacgatgagcctgtg
gatgaggcggatatctacgaccgattccatgatgaggtactcgctcgtgttggtgtgcgt
cgctaccacgacgacttccacatggtggacaaccttgcaccagagctcaccacggtctac
ttggatcaggatctcagctttagcgtgaacgacaaagagactgcgcgtacctttgtcgaa
tcagagccagagctcacctcagcggtccttaacgctgagaccggcgagtggatagtcact
cggaaagccggatcggctgtgcgcgttccacgcaggatggctatgagtcgatttgtcggt
ggtcagatcccagaaggctttgatcccagcgtgtacggtatccccgcagacatggtggat
aacctagatcgcaccgcactatggaacctcgtgtgcactgtcgatgctttcctctcctcg
ggattcagccccgcggaactgctacgagagctacaccccgcacgggtctcctccacgcag
ggcactggcctaggcggaatgcagtccatgcgtgcgttgtatatcgatggtctgttgtca
gagcctcgccaaaacgacatcttgcaagaggcgcttcccaacgttatggctgctcacgtc
atgcagtcctatgtgggcggatatggccagatgattcatccggtggcagcatgcgcaacc
gctgctgtctctgtggaagaagcagtagacaagatcaagttgggcaagtctgactttgtg
gttgccggtggcttcgacgacctatcgatcgagggcatcaccggattcggtgatatggca
gccaccgccgactcccaagagatgacggccaaaggcatagaagatcgctacttctctcgt
gccaacgatcgacgccggggcggattcgtggaatctgctggtggcggaacagtactcctg
gcacgcggcagcctggctgctgaactcggacttcccgtacttggagtgatcggattcgca
gaatcctttgcagacggcgcgcatctgtctatcccagccccaggcttgggagcccttggc
gctgcgcgtggcggaaaagactctcgccttctcgcggatctgaaacacctgggagtctcc
gcggatgacgtccgggttgtgtctaagcacgacacctccacgaacgcgaatgatcccaac
gagtccgacctccacgagcgtattgcgcacgcgattggtcgaacagaaggcaacccgctg
tacgtgatctcgcaaaagagcctcaccggccacgcaaagggcggcgctgctgcgttccag
ctgatcggtctgactcaggttctgcgcactggtatcgtcccagctaattacagcctggac
tgcgtcgatcctgtgctggcaaagcactcgcatctggtgtggctgcgtcgaccgcttaac
attgggcagttggcacctaaagccggactcgtgacgtcccttggattcggtcatgtgtct
gcgctcgtggctatcgtgcatccagaagccttcgcagaggctgtccgtagtgaacgcggc
gaagaggcccttgcaacatggcgtaaggctgccgcagaccgtgaactcgccggtagccgt
cgcttactccgcggcatgatgggacgggccgcgctatatgagcgtccggtagagcgaaac
ctgggcagcagcggtaacgctggtaaagaacgtgaggctgcagtccttttgagtgagtcc
gcgcgactcatcgacggtatcctggttccgacgccagataagtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (47)   
   KEGG COMPOUND (47)   
Chemical reaction (36)   
   KEGG REACTION (36)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (103)   

Download RDF
DBGET integrated database retrieval system