KEGG   Schizosaccharomyces pombe (fission yeast): SPAC56E4.04c
Entry
SPAC56E4.04c      CDS       T00076                                 
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
spo  Schizosaccharomyces pombe (fission yeast)
Pathway
spo00061  Fatty acid biosynthesis
spo00620  Pyruvate metabolism
spo00640  Propanoate metabolism
spo01100  Metabolic pathways
spo01110  Biosynthesis of secondary metabolites
spo01212  Fatty acid metabolism
Module
spo_M00082  Fatty acid biosynthesis, initiation
spo_M00874  Fatty acid biosynthesis in mitochondria, fungi
Brite
KEGG Orthology (KO) [BR:spo00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    SPAC56E4.04c (cut6)
   00640 Propanoate metabolism
    SPAC56E4.04c (cut6)
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    SPAC56E4.04c (cut6)
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    SPAC56E4.04c (cut6)
Enzymes [BR:spo01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     SPAC56E4.04c (cut6)
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     SPAC56E4.04c (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
     SPAC56E4.04c (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
Other DBs
NCBI-GeneID: 2543344
NCBI-ProteinID: NP_593271
PomBase: SPAC56E4.04c
UniProt: P78820
Position
I:complement(1245716..>1253559)
AA seq 2280 aa
MRQSVTSSSSCSKLYAIKATISLPRLFYRRLRTMAPRVASHFLGGNSLDKAPAGKVKDYI
ASHGGHTVITSILIANNGIAAVKEIRSIRKWAYETFNNERAIKFTVMATPDDLKVNADYI
RMADQYVEVPGGSNNNNYANVELIVDIAERMNVHAVWAGWGHASENPKLPEMLSASSKKI
VFIGPPGSAMRSLGDKISSTIVAQSARVPCMSWSGNELDQVRIDEETNIVTVDDDVYQKA
CIRSAEEGIAVAEKIGYPVMIKASEGGGGKGIRQVTSTEKFAQAFQQVLDELPGSPVFVM
KLAGQARHLEVQILADQYGNNISLFGRDCSVQRRHQKIIEEAPVTIAPAATFHEMERAAV
RLGELVGYASAGTIEYLYEPENDRFYFLELNPRLQVEHPTTEMVSGVNLPAAQLQVAMGL
PLSRIPHIRELYGLPRDGDSEIDFFFQNPESFKVQKVPTPKGHCVACRITSEDPGEGFKP
SSGMIKDLNFRSSSNVWGYFSVGTAGGIHEFADSQFGHIFSFAESRESSRKSMVVALKEL
SIRGDFRTTVEYLVRLLETKEFSENEFTTGWLDRLIAQKVTSARPDKMLAVVCGALVRAH
ATADTQYRAFKSYLERGQVPSREFLKNVYDIEFIYDNTRYRFTASRSSPGSYHLFLNGSR
CTAGVRSLTDGGLLVLLNGHSYTVYYRDEVTGTRISIDNLSCMLEQENDPTQLRTPSPGK
LVRFLVETGEHIKAGEAYAEVEVMKMIMPLVATEDGVVQLIKQPGASLDAGDILGILTLD
DPSRVTHALPFDGQLPNWGEPQIAGNKPCQRYHALLCILLDILKGYDNQIILNSTYNEFV
EVLRNHELPYSEWSAHYSALVNRISPVLDKLFVSIIEKARSRKAEFPAKQLEVAIQTYCD
GQNLATTQQLKVQIAPLLKIISDYKDGLKVHEYNVIKGLLEEYYNVEKLFSGINKREEDV
ILRLRDENKDDVDKVIALALSHSRIGSKNNLLITILDLMKSEPSTFVSLYFNDILRKLTD
LDSRVTSKVSLKARELLITCAMPSLNERFSQMEHILKSSVVESHYGDAKFSHRTPSLDIL
KELIDSKYTVFDVLPAFFCHTDPWVSLAALEVYVRRAYRAYSVLEINYHTEAGTPYVLTW
RFQLHSSGAPGLGANSTNGSNFPASTTPSYENSNRRLQSVSDLSWYVNKTDSEPFRFGTM
IAAETFDELENNLALAIDRLPLSRNYFNAGLTLDGNSSSANDNTQELTNVVNVALTSTGD
LDDSAIVSKLNQILSDFRDDLLEHNVRRVTIVGGRINKSAYPSYYTYRVSAEQKDGNLVH
YNEDERIRHIEPALAFQLELGRLSNFNIEPVFTDNHNIHVYRATAKNMDTDKRFFTRALV
RPGRLRDEIPTAEYLISETHRLINDILDALEVIGHEQTDLNHIFINFTPAFGLAPKQVEA
ALGGFLERFGRRLWRLRVTAAEIRIICTDPSTNTLFPLRVIISNVSGFVVNVEIYAEVKT
ENNSWIFKSIGQPGSMHLRPISTPYPTKEWLQPRRYKAQLMGTTFVYDFPELFRRAFTDS
WKKVPNGRSKVTIPQNMFECKELVADEHGVLQEVNREPGTNSCGMVAWCITVKTPEYPNG
RKIIVVANDITFQIGSFGPQEDEYFYKVTQLARQRGIPRIYLAANSGARIGVADEIVPLF
NIAWVDPDSPEKGFDYIYLTPEAYERLQKENPNILTTEEVVTETGELRHKITTIIGSSEG
LGVECLRGSGLIAGVTSRAYNDIFTCTLVTCRAVGIGAYLVRLGQRAVQIEGQPIILTGA
PALNKVLGREVYTSNLQLGGTQVMHRNGISHLTSQDDFDGISKIVNWISYIPDKRNNPVP
ISPSSDTWDRDVEFYPSQNGYDPRWLIAGKEDEDSFLYGLFDKGSFQETLNGWAKTVVVG
RARMGGIPTGVIAVETRTIENTVPADPANPDSTEQVLMEAGQVWYPNSAFKTAQAINDFN
HGEQLPLFILANWRGFSGGQRDMFNEVLKYGSYIVDALASYKQPVFVYIPPFSELRGGSW
VVVDPTINEDQMEMYADEESRAGVLEPEGMVSIKFRREKLLSLMRRCDHKYASLCNELKR
DDLSADDLSTIKVKLMEREQKLMPIYQQISIHFADLHDRVGRMVAKKVVRKPLKWTEARR
FFYWRLRRRLNEHYALQKITQLIPSLTIRESREYLQKWYEEWCGKQDWDESDKSVVCWIE
EHNDDLSKRTQELKSTYYSERLSKLLRSDRKGMIDSLAQVLTELDENEKKELAGKLASVN
NT seq 6843 nt   +upstreamnt  +downstreamnt
atgcgccagagcgttacctcttcctcttcctgtagcaagctctacgcgataaaagcaacc
atttcccttccacgactcttttaccgtagactgagaactatggctcctcgtgtagcctcc
cattttctgggaggcaattccttagataaagcacctgcaggaaaggtgaaagattatatt
gcatcacacggaggacacactgttatcacgtctattcttattgctaataatggtattgcg
gccgtgaaagaaatccgaagcattcggaaatgggcttatgaaaccttcaataatgaaaga
gctatcaagtttactgttatggcaacgccagatgatttaaaagttaatgccgattatatt
cgtatggccgatcagtatgtcgaagtacctggcggctcaaataacaataattatgctaat
gtcgaacttatcgttgacattgctgaacgtatgaacgtccatgctgtttgggctggttgg
ggacacgcatctgaaaaccctaaattgcctgagatgctttctgccagtagtaagaaaatc
gtttttattggtcctccaggtagcgcaatgcgtagtcttggtgacaaaattagttctaca
atcgttgctcaaagtgctcgtgtaccttgtatgtcttggtccggtaatgaactcgaccaa
gtacgtattgatgaagagacaaacattgttactgttgacgatgatgtttatcaaaaagcc
tgtattcgctctgcagaagaaggtattgccgtcgccgagaagattggttatcccgtcatg
attaaggcctctgaaggcggtggtggtaaaggtattcgtcaggttacttcaaccgaaaag
tttgctcaagcattccaacaagtacttgatgaactccctggatctcccgtttttgttatg
aaacttgctggacaagcacgccatttggaagttcaaattttagctgatcaatatggtaat
aatatttctctttttggtcgtgattgttccgttcaacgccgtcatcaaaaaattattgag
gaggctcctgttaccatcgcacctgccgctaccttccatgaaatggagcgtgccgccgtg
cgtttaggtgaattggtcggttacgcttctgctggtaccattgagtatctttatgagcca
gagaatgacaggttctatttccttgaactgaaccctcgtttacaggtcgagcatccaact
accgaaatggtttctggcgttaatttacccgctgcacaacttcaagttgctatgggtttg
cctcttagtcgtattccacacattcgtgagctctatggcttaccacgtgatggtgactct
gaaatcgattttttctttcaaaatcccgaatcttttaaagtacagaaggtccctactcct
aaaggccattgtgttgcctgtcgtattacgtctgaagatcccggcgaaggatttaaacca
tcgagcggtatgattaaagatctcaactttcgttcttctagcaatgtgtggggttatttc
tctgttggtactgctggtggaattcatgagtttgcggattcccaattcggtcatattttt
tcatttgcagaatctcgtgaatcctctcgcaaatcgatggtggttgcgttaaaagaatta
tctattcgtggtgattttagaactactgtcgaatatctcgtgcgtctccttgaaactaag
gagttttctgaaaatgagtttaccacaggatggctagatcggcttattgcacaaaaagtt
acatctgctcgtcccgacaagatgcttgctgttgtatgtggtgctcttgtccgtgctcat
gctactgccgatactcagtaccgtgctttcaaatcctaccttgaacgcggtcaagtaccg
tcccgtgaatttttgaaaaatgtgtatgatattgaatttatttatgataacactcgctat
cgttttaccgcatctcgttcttctccaggctcttatcatttgtttttaaatggttctcgt
tgtactgctggtgtccgttctttgactgatggtggattgttagttttgctaaacggacat
tcctatacagtatactatcgtgatgaggtaactggtactcgtatatctatcgataacctt
tcttgtatgctggaacaagaaaatgatcctactcaattaagaactccttcccctggcaag
ttggttcgtttcttggttgaaacaggtgagcatattaaagccggtgaagcgtatgcagag
gtagaagttatgaaaatgattatgcctttagtagcaaccgaagatggtgttgttcaattg
ataaagcaacccggtgcatctttagacgccggtgatattcttggaatactcacgcttgat
gatcctagccgtgtcacccatgcattaccatttgatggtcagcttcctaattggggtgag
cctcaaattgcgggaaataagccttgtcaacgctatcatgctcttttgtgtattcttttg
gacattctaaagggatatgataaccaaatcattctcaacagtacctacaatgaatttgtt
gaagtccttcgtaatcatgaattgccctatagcgaatggagtgctcattattcagcattg
gttaatagaatctctcctgtacttgataagctttttgtatctataatcgaaaaagccaga
tctcgtaaagctgaatttcctgccaaacagcttgaggttgctattcagacttattgtgat
ggtcaaaatttggcgacgactcaacaattaaaggtccaaattgcacctctccttaaaatc
atatctgactacaaagacggcctcaaagttcatgaatacaatgttattaaaggtttgctc
gaagaatattataatgttgaaaagttgttctctggaattaataagcgagaagaagatgtt
attcttcgtctacgtgacgaaaataaagatgatgttgataaagttattgcgttggcttta
tctcattctcgtataggatctaagaataacttgttaattacaattcttgatctaatgaag
tccgaaccatcaacttttgtttctctgtactttaatgacattttgaggaagcttacagat
ttggattcaagggttacttctaaagtgtctctaaaggctcgtgagttgttaattacatgt
gctatgccttctcttaatgagcgattctctcaaatggagcacatattgaaatcgtctgta
gttgaaagtcattatggtgatgctaaattctcacaccgtacaccatctttagacattctg
aaagaattgattgattctaaatatacagtctttgatgttttacctgctttcttttgtcac
accgacccatgggtatctttagctgctcttgaggtatatgttagacgtgcttatcgtgcc
tactctgttcttgaaatcaactatcataccgaggccggaactccgtatgtactcacgtgg
cgttttcagcttcattcaagtggtgctccgggtttgggtgccaactcaactaatggttcc
aatttccctgcaagcactactccttcatacgaaaacagcaatcgacgcctgcagtctgtt
agtgatctttcttggtatgtcaataaaacagactctgagccattccgttttggtacaatg
attgccgcagaaactttcgatgaattggaaaataaccttgcccttgcaatcgaccgttta
ccactttctcgtaattactttaatgctggtttaacgttggatggcaattcttcttcagct
aacgataacactcaagaattaactaatgtagtgaacgttgcgttaacctcaactggtgat
ttggatgattctgctattgttagcaagcttaaccaaatccttagtgatttccgtgatgat
ttgcttgagcataatgttagaagagtgacaattgttggtggcagaattaacaagtctgct
tatccttcctactatacttatcgtgtttccgctgaacaaaaagacggcaatcttgtacac
tataacgaagatgagcgtattcgtcatattgaacctgcattggcattccaattagaattg
ggtcgtctatcgaacttcaatattgaacccgttttcaccgataatcataacattcatgtt
tatcgtgctaccgccaaaaatatggatacagataagcgattctttactcgtgcattagtt
agaccaggaagattacgtgacgagatacctactgctgagtatcttatatccgaaacccat
cgtttaattaatgatattttggatgctttggaagttatcggtcatgaacaaacagacttg
aatcatattttcattaactttacaccagcctttggtcttgctcctaagcaagttgaagct
gccctcggcggatttttggaacgttttggccgtcgtttatggcgcttgagagtaactgca
gctgaaattcgtattatttgcacggacccatcaactaacactttgtttcctcttcgtgtc
attatttctaatgtttctggatttgttgtgaacgttgaaatttatgctgaagtcaagact
gagaataattcttggatatttaagagtatcggacaacctggatccatgcatcttcgcccc
atcagtacaccttatcctaccaaagaatggcttcaacctcgtcgttacaaagctcaatta
atgggcactactttcgtttatgacttcccagaattattccgtcgcgccttcaccgatagc
tggaaaaaggttccaaatgggcgatccaaagttactataccccagaatatgtttgaatgt
aaggagcttgttgctgacgaacatggtgtattacaggaagtcaatagggagcctggaact
aactcctgtggtatggtagcatggtgcattactgttaagacgcctgaatatcctaatgga
cgaaaaattatcgtagtggctaacgacatcactttccaaattggttcttttgggccccaa
gaggatgaatacttttataaagttactcaattggcacgtcaacgcggtattcctcgtatt
tacctcgctgccaattccggtgcacgtattggagttgctgatgaaatcgtccctcttttc
aatattgcttgggtcgatcccgatagtccagaaaagggttttgattatatctatcttact
ccagaggcatatgagcgtcttcagaaagaaaatcccaatattctcaccactgaggaggtt
gttactgaaactggggaacttcgccataagattaccacaatcattggctcaagcgagggt
cttggtgttgaatgtttgcgtggatccggtctgattgctggtgtcacatctcgcgcatac
aatgacatttttacatgtactttggtcacttgtcgtgctgttggtattggcgcgtacttg
gttcgtctcggccaaagagctgtacaaatcgaaggccaaccaattattctaacaggtgca
cccgcccttaacaaggttttaggccgtgaggtctatacctccaacttgcaattaggtggt
actcaagttatgcatagaaatggtatatcccatcttactagtcaagatgattttgatggc
atttcgaaaattgtaaactggatttcctatatccccgataaacgtaacaatccagtacca
atttcaccatcatcagatacatgggatcgtgatgtggagttctatccttctcaaaatggt
tacgatcctcgttggttaattgccggaaaggaagatgaagattctttcttgtatggttta
tttgacaaaggatctttccaggaaactttgaatggctgggccaagactgttgttgttggt
cgtgctagaatgggcggaattcctactggtgtgattgctgtcgagactcgtactattgaa
aacactgtaccggctgatccagctaaccctgactctactgaacaagtattaatggaggct
ggtcaagtttggtatcccaactcagccttcaagactgctcaagcaatcaatgacttcaac
catggtgaacagttacctctttttattcttgctaattggcgtggattttctggtggtcaa
cgtgatatgtttaatgaggtactcaaatatggttcttatatcgtagatgctttggcttct
tataaacaacctgtatttgtatacattcctccattcagtgaacttagaggtggctcttgg
gttgtagtagatccaaccatcaatgaggatcaaatggaaatgtacgcagatgaagagagt
agagctggtgttttggaacctgaaggtatggtcagtattaaattcagacgtgaaaagttg
ctttctttgatgcgacgctgtgatcataaatatgcatcattgtgcaatgagcttaaaaga
gatgatttgagtgctgatgacctttcaactataaaggtcaagttgatggaacgcgaacag
aagcttatgccaatttatcaacaaattagtattcattttgccgacttgcatgatcgtgtt
ggtcgtatggttgcaaagaaggttgtccgtaaaccgttgaaatggacagaagctagacgt
ttcttttactggcgtctccgcagacgtttgaatgaacattatgctcttcaaaagattacc
cagctcattccttccttgactatccgtgaatctcgtgagtatctccagaaatggtatgaa
gagtggtgtggaaagcaagattgggatgaatctgataagtctgttgtttgttggattgag
gaacataacgacgatttgagtaagagaactcaggaacttaagagtacttattacagtgag
cgtctttctaaactccttcgttcagataggaagggaatgatagacagccttgcacaagtt
ttgaccgagctcgacgaaaatgaaaagaaagaattggccggaaaactcgcgtcggttaat
taa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (8)   
   KEGG PATHWAY (6)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (58)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
   POMBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (105)   

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