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KEGG   Schizosaccharomyces osmophilus (fission yeast): SOMG_01864
Entry
SOMG_01864        CDS       T09274                                 
Symbol
cut6
Name
(RefSeq) acetyl-CoA/biotin carboxylase
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
som  Schizosaccharomyces osmophilus (fission yeast)
Pathway
som00061  Fatty acid biosynthesis
som00620  Pyruvate metabolism
som00640  Propanoate metabolism
som01100  Metabolic pathways
som01110  Biosynthesis of secondary metabolites
som01212  Fatty acid metabolism
Module
som_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:som00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    SOMG_01864 (cut6)
   00640 Propanoate metabolism
    SOMG_01864 (cut6)
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    SOMG_01864 (cut6)
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    SOMG_01864 (cut6)
Enzymes [BR:som01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     SOMG_01864 (cut6)
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     SOMG_01864 (cut6)
  6.4  Forming carbon-carbon bonds
   6.4.1  Ligases that form carbon-carbon bonds (only sub-subclass identified to date)
    6.4.1.2  acetyl-CoA carboxylase
     SOMG_01864 (cut6)
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl Dala_Dala_lig_C ATP-grasp ATP-grasp_3 Chap-C
Other DBs
NCBI-GeneID: 80875346
NCBI-ProteinID: XP_056036915
Position
1:complement(join(4091042..4097748,4098110..4098140))
AA seq 2245 aa
MAPRIASHFLGGNSLDIAPSSKVKDYITSRGGHTVITSILIANNGIAAVKEIRSIRKWAY
ETFNNERAIRFTVMATPDDLKVNADYIRMADQYVEVPGGSNNNNYANVELIVDVAERMKV
HAVWAGWGHASENPKLPEMLAASKQKIVFIGPPGSAMRSLGDKISSTIVAQSAKVPCMPW
SGLELEKVRIDPETNIVTVDDNVYQKACINSAEDGVVVAEKIGYPIMIKASEGGGGKGIR
QVSSSQHFTHAYQQVLAELPGSPVFVMKLAGQARHLEVQILADQYGNNISLFGRDCSVQR
RHQKIIEEAPVTVAPPNTFREMERAAVRLGELVGYASAGTIEYLYEPENDKFYFLELNPR
LQVEHPTTEMVSGVNLPAAQLQVAMGLPLNRIPHIRELYGLSRDTETEIDFAFDNPESHK
VQKVPTPKGHCIACRITSEDPGEGFKPSSGMIKDLNFRSSSDVWGYFSVGTAGGIHEFAD
SQFGHIFAFADSREATRKSMIVALKELSIRGDFRTTVEYLVRLLETGEFAHNEFTTAWLD
KLIAQKVTSARPDKMLTIVCGALVRAHAIAEEQYCAFKSYLERGQVPSRDFLKNVYDIEF
IYDGNRYRLTASRSSPGSYHLFLNGSRCTAGVRSLTDGGLLVLLNGQSYTVYYRDEVTGT
RISIDNMSCMLERENDPTQLRTPSPGKLVRFLVETGEHIKAGEAYAEVEVMKMIMPLVTA
EDGTVQLIKQPGASIGAGDILGILTLDDPSRVKHALPFNGQLPNFGDPQIAGNKPCQRYH
QLLNILLDILKGYDNQIILNSTYNEIMEVLRDPELPFSEWSSHYSALVSRMPPALDKLLS
SILEKARARKTEFPAKQLELGVKTYCEGQKLSLTQQLKQQIAPLIDVINDYKDGLKVHEY
RVVKSILEEYYNVERLFSGPNKREEDVTLRLRDDNKDSVDKVIALALSHSRIGSKNNLLI
TILDLIKSEPSSFVSLYFNDILRKLTDLDSRATAKVSLKARELLITCAMPSLNERFSQME
HILKTSVVESHYGDSEFAHRPPNLDILKELIDSKYTVFDVLPAFFCHPDPWVSLAALEVY
VRRAYRAYAVLELNYHVGTGTPFVISWRFQLRASSTPGQGASGANGLFPSSSSPSLENEN
KRLQSYSDLSWYVNKNDSEPFRFGAVVAADNFDQLETNLALSIERLPLARNTFNTGLTLN
NEEPSSTPLQELTNVLNIALTSTNDLEDAAIVDKLSSILDEFRDDLLDHNVRRITVIGGR
HNKSAHPSYFTYRASSDSFEHNTVRYVEDERIRHIEPALAFQLELGRLSNFNIEPVFIDN
HNIHVYRATAKNMSSDKRFFTRALVRPGRLRDEIPTAEYLISETHRLINDILDALEVIGP
DQTDLNHIFINFLPAFGLAPKQVEAALGGFLERFGRRLWRLRVTAAEIRIICTDPTTNTL
FPLRVIISNVSGFVVNIELYAEVKTENNSWIFKSIGQPGSMHLRRINTPYPNKEWLQPRR
YKAQLMGTTFVYDFPELFRRSFSDSWRKVDKGHSENPVPQDMFDCKELVEDENGDLQEVS
REPGTNSCGMVAWSVTVKTPEYPKGRKLIIVANDITYQIGSFGPREDNFFFKVTELSRQR
GVPRLYLAANSGARIGVADELIPLFNIAWNDVNSPEKGFEYLYLTPEVQERLDKQNIKTV
HTEKIQTESGEVRYKITAIIGSGEGLGVECLRGSGLIAGVTSRAYNEIFTCTLVTCRAVG
IGAYLVRLGQRAVQVEGQPIILTGAPALNKVLGHEVYNSNLQLGGTQIMHRNGISHLTAQ
DDFDGISKIVNWLAYIPDKRNNPVPVSPSSDPWDRDVEYYPNQNGYDPRWLIDGKEDEDL
FLYGLFDKGSFQETLDGWAKTVVVGRARLGGIPIGVIAVETRTIENTLPADPANPSSTEQ
NLMEAGQVWYPNSAFKTAQAINDFNHGEQLPLFILANWRGFSGGQRDMFNEVLKYGSYIV
DALSQYKQPVFVYIPPYSELRGGSWVVVDPTINEKQMEMYADEESRAGVLEPEGMVSIKF
RREKLLSLMRRCDDQYAALQDKLNQKDLNADELSTVKVQLMEREQKLMPIYQQISIHFAD
LHDRVDRMVAKKVIRQPLKWTNARRFFYWRLRRRLDEHYSQQRLMQLIPGLSHEESQHCL
KQWYTEWRGKQDWDTADRSVIAWIEENSETLTKHTQELKSQYYSNRIAELIRADKQSMID
SLALVLTELDEAEKKELAAKLAAKN
NT seq 6738 nt   +upstreamnt  +downstreamnt
atggctccccgtatagcctcccatttcctgggaggcaattccctagatatagcgccttcc
agtaaggtgaaagattatattacctcacgtggtggacataccgtaatcacgtctatttta
attgctaataatggtatcgccgctgtgaaagaaatccgaagcattcgaaaatgggcttat
gaaacgtttaataatgaaagagctattagattcaccgtcatggctacccccgatgacttg
aaggtaaacgccgattatatccgcatggccgaccaatatgtggaagtccccggcggttca
aataataataactacgcaaacgtggaactcatcgttgatgttgctgagcgcatgaaggtt
cacgccgtctgggccggttggggtcatgcctccgaaaaccccaaacttcctgaaatgttg
gccgctagtaaacaaaaaattgttttcatcggtcctccaggtagcgcaatgcgtagttta
ggtgataaaatcagctcaactatcgttgctcaaagcgcaaaggtcccttgtatgccctgg
tcgggtcttgagctcgaaaaagtccgcatagatcctgaaaccaacattgtaactgtcgac
gacaacgtttatcaaaaggcctgcatcaattccgccgaagatggtgtcgttgtcgccgag
aaaattggataccccattatgatcaaggcatccgaaggtggtggtggtaagggtattcgt
caagtctcttcctctcagcacttcacccacgcttatcaacaggttttggccgaacttcct
ggctctcctgtatttgtgatgaagcttgctggtcaagcccgtcacttggaagttcagatc
ttagctgatcaatatggcaataatatctccctctttggccgtgattgttctgttcaacgt
cgtcatcaaaagattattgaagaagcccctgtcaccgtcgctcctcctaatactttccgc
gaaatggagcgcgctgccgttcgtttgggtgaactcgttggttatgcatctgccggtact
atcgaatatctctatgaacccgaaaatgacaagttttatttcttggaattgaaccctcgt
ttgcaagtagaacaccctactactgaaatggtttctggcgtcaacttgccggctgctcaa
cttcaagttgcaatgggtcttcccttaaatcgcattccccacattcgtgagctttacggc
ttatcacgtgatacagaaactgaaattgactttgcatttgacaacccagagtcccataag
gttcaaaaagtccccacacctaagggtcactgtattgcttgccgtatcacctcagaggac
cccggtgaaggtttcaagccttccagcggtatgattaaagacttaaatttccgctcttcg
agcgatgtatggggttacttttctgttggtaccgctggtggtattcatgaatttgccgat
tcccaattcggtcatatttttgcattcgcagatagccgtgaagctacccgtaaatcaatg
attgtagctttgaaggagctgtctattcgcggtgactttagaacaaccgttgaatattta
gttcgtctacttgagactggtgagtttgcccataatgaatttaccactgcttggttggac
aaacttatagctcaaaaggtaacttctgctcgtcccgataagatgcttacaattgtttgc
ggggccctcgttcgtgctcatgcaatcgctgaagaacagtattgtgccttcaaatcttat
ttggaacgaggccaagttccttctcgtgatttcctcaaaaatgtttatgatatagagttt
atatacgatggtaatcgttataggcttactgcttctcgttcttctccaggttcctatcat
ttgtttctaaatggctctcgttgtacagcaggtgtccgctctttgactgatggtggctta
cttgttttattgaacggccagtcttatactgtttactatcgggatgaagttaccggtact
cgaatttccattgacaacatgtcatgcatgttggaacgggaaaatgacccaacacagcta
cgtactccttcccccggtaaattggttcgctttttggtggaaacaggcgagcacattaag
gcaggtgaagcttatgcagaggttgaggttatgaagatgattatgccgttagtaactgcc
gaggatggtacagtgcaattgattaagcagcctggtgcatctattggtgcaggcgatata
cttggtattcttactctggatgaccctagccgtgtcaagcatgcactcccgtttaacggt
caacttcctaattttggcgaccctcaaatagctggtaacaaaccatgccaacgttatcat
caattgctaaacatcttacttgatattttgaagggatatgataatcaaatcattctcaac
agcacttataacgaaatcatggaagttctccgtgatccagaacttccattcagtgagtgg
agttctcattattctgcattggttagtcgtatgcctcctgctttagataaattgctttct
tccattcttgaaaaagcaagagctcgcaaaactgaatttcctgcaaaacagttggaattg
ggtgttaaaacttattgcgagggccagaaactctctctaacccaacaattaaaacaacag
atcgctcctttgattgatgttattaatgattataaagacggtctaaaggtgcatgagtat
cgtgttgttaaaagtattctggaggagtattacaatgttgagcgcttgttttcaggcccc
aacaaaagagaagaagatgtaacacttcgtcttcgagacgataacaaggatagtgttgat
aaagttattgcccttgctttgtctcactctcgtattggttccaagaacaaccttcttata
acaatacttgatcttataaaatcggaaccttctagcttcgtctcattgtattttaatgat
attttaaggaaattgacagatctcgattctagagctaccgccaaggtatctcttaaagca
cgtgagctattaatcacatgcgctatgccctctctcaatgagcgtttctcccaaatggag
catattttgaaaacttcagttgttgagagtcattatggtgattccgagtttgcacatcgc
cctcctaatctagatattttgaaagagctcattgattcgaagtacacggttttcgatgtt
ttacctgctttcttctgtcaccccgacccatgggtctctttggctgcacttgaggtgtat
gtacgtagagcttatcgagcttatgctgttttagagttgaactatcacgtcggaactggt
actccttttgtgatttcttggagattccagcttcgtgccagtagtacaccagggcaaggt
gctagtggtgcaaatggtctttttcctagcagtagctctccatcgttggaaaatgaaaac
aaacgtcttcaatcttatagcgatctttcttggtatgttaacaagaatgattctgaacct
ttccgtttcggggccgtagttgccgcggacaactttgaccaactggaaaccaaccttgct
ttgtctattgaacgtttacctcttgctcgcaacacctttaatactggattaacgttaaat
aatgaagagccctctagcactcctcttcaagagctcacaaacgttttaaacattgctttg
acatctactaatgaccttgaagatgctgctattgtggataaacttagctcaattttagac
gaattcagagatgacttattagatcacaacgttcgaagaattacagtaattggtggaaga
cataataagtcagcccatccttcttactttacttatcgtgcctcctcggatagttttgag
cataacaccgttcgctacgtcgaagatgagcgtatccgtcacatcgaacctgctttggcc
ttccagctggaattaggtagactctctaactttaatatcgagcctgtttttatcgacaac
cataacattcatgtttaccgtgcaactgccaaaaatatgagttcggataaacgtttcttt
actagagctcttgtccgtcctggaagacttcgtgatgaaataccaactgctgaatatctt
atatctgaaactcatcgtttgataaatgatattcttgatgcccttgaggttattggtcct
gaccaaactgatcttaatcatattttcattaatttccttcctgcattcggacttgccccc
aaacaagttgaagctgctttaggtggatttttggaacgctttggacgtcgtttatggcgt
ttacgtgtaaccgctgctgaaattcgtattatttgcactgatcccacaaccaatactctt
tttccattgcgtgtaataatatccaacgtgtctggatttgttgtaaatattgagctttac
gcagaagtgaagaccgaaaataattcctggatcttcaagagcattggccagcctgggtct
atgcatctcagacgtattaacacgccttatcccaacaaagagtggcttcagcctcgtcgc
tataaggcacaattgatgggtacgacattcgtatacgatttcccagagttgttccgtcgt
tcttttagtgacagttggagaaaagttgataaaggtcattctgagaaccctgttccccaa
gacatgtttgattgcaaggagttggttgaagatgaaaatggagatttgcaagaagttagc
cgtgaaccgggtactaactcttgtggtatggttgcttggtcggtgactgtcaaaactcct
gagtatcctaaaggtagaaaactgatcatcgtcgctaatgatattacttatcaaattggc
tcatttggacctcgtgaagataacttctttttcaaggtgacagaactttctcgtcagcgt
ggcgttcccagactatacttggctgccaattctggagcccgtattggtgttgccgatgag
ttgattcccttatttaatattgcttggaacgacgtcaactcacccgaaaaaggattcgag
tatttgtatttgacacctgaagttcaagaacgcttagacaaacagaacatcaaaacggtt
catactgaaaaaattcaaactgagtccggcgaagttcgttacaagatcacagctattatt
ggttctggtgagggactaggtgttgaatgtttgagaggttctggcttgattgctggtgtt
acatctcgggcttataatgagattttcacctgcacgcttgttacttgccgtgcggttggc
attggtgcatatctcgttcgcctcggacagagagcggttcaagttgaaggccagccaatt
atccttacaggtgctcctgcccttaataaggtattgggacatgaagtctataattctaac
ttacaattgggtggtactcaaatcatgcatagaaacggtatctctcacttaaccgcccaa
gatgattttgacggaatttccaaaattgttaactggcttgcatatattcctgataagcgt
aataaccctgttcctgtatcgccatcgagcgatccttgggatcgtgatgttgagtattat
cccaatcagaacggttacgatcctcgctggttgattgatggtaaagaggatgaggatttg
tttttgtacggtttgtttgacaagggttcattccaagaaactttggatggatgggctaag
acagttgtcgttggtcgtgcacgcttaggtggtataccgattggtgttatcgctgtcgaa
acccgtactattgaaaacactttacctgctgatccagccaacccaagctctacagaacaa
aatttgatggaagctggacaagtttggtatcctaattctgcttttaagaccgcgcaagca
atcaatgattttaaccatggtgaacaattaccgttatttattctcgctaattggcgtggt
ttttccggtggtcaacgagacatgttcaatgaagtacttaaatatggttcttacattgtt
gacgccctttctcaatacaaacagcctgtattcgtatacattccaccttacagtgagtta
cgtggtggctcttgggtagttgtagatcctaccattaatgaaaagcaaatggaaatgtat
gctgatgaggaaagcagagctggtgttttggaacctgaaggaatggtcagtatcaagttc
agacgtgagaagttactttcattgatgcgcagatgcgatgatcaatatgctgctttacag
gacaagcttaaccaaaaggatttgaacgcagatgaactttctacagtcaaggtgcaatta
atggaacgtgagcaaaaactaatgcctatatatcaacaaatcagtatccactttgctgat
ttgcatgatcgcgtcgatcgtatggttgctaagaaggttatccgtcaacccttgaaatgg
accaatgctagacgcttcttctactggcgcctgagaagacgtttggatgaacattactct
caacagagactaatgcaacttattcctggcttaagccatgaagaatcacaacattgtctt
aaacagtggtatacagaatggcggggtaagcaagattgggataccgctgatcgatccgtt
attgcatggattgaagaaaacagtgaaactctaaccaaacacacccaagagttaaagagt
cagtattatagcaatcgtatcgctgaactaattcgtgctgataagcaaagcatgattgat
agtcttgctttagtcttgaccgaattggatgaagcagagaaaaaggaactagctgcaaaa
cttgctgctaagaattaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (15)   

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