KEGG   Komagataella phaffii: PAS_chr1-4_0249
Entry
PAS_chr1-4_0249   CDS       T01092                                 
Name
(RefSeq) Acetyl-CoA carboxylase, biotin containing enzyme
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
ppa  Komagataella phaffii
Pathway
ppa00061  Fatty acid biosynthesis
ppa00620  Pyruvate metabolism
ppa00640  Propanoate metabolism
ppa01100  Metabolic pathways
ppa01110  Biosynthesis of secondary metabolites
ppa01212  Fatty acid metabolism
Module
ppa_M00082  Fatty acid biosynthesis, initiation
ppa_M00874  Fatty acid biosynthesis in mitochondria, fungi
Brite
KEGG Orthology (KO) [BR:ppa00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    PAS_chr1-4_0249
   00640 Propanoate metabolism
    PAS_chr1-4_0249
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    PAS_chr1-4_0249
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    PAS_chr1-4_0249
Enzymes [BR:ppa01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     PAS_chr1-4_0249
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     PAS_chr1-4_0249
  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
     PAS_chr1-4_0249
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp_3 Dala_Dala_lig_C CYAA_C
Other DBs
NCBI-GeneID: 8196923
NCBI-ProteinID: XP_002490365
UniProt: C4QXW1
Position
1:join(1853491..1855200,1855259..1860196)
AA seq 2215 aa
MSSVNHSLRHSKLPPHFLGLNSVEVAAPSKVRDFVRDHGGHSVITRVLIANNGIAAVKEI
RSVRKWAYETFGNDRAIQFIVMATPEDLEANAEYIRMADQYVMVPGGTANNNYANVDLIV
EIAESTDAHAVWAGWGFASENPHLPEQLAASPKKIIFIGPPGSAMRSLGDKISSTIVAQH
AKVPCIPWSGTGVDQVIIDPVSNLVSVDEETYAKGCCSDPQDGLAKAKAIGFPVMIKASE
GGGGKGIRKVDREEDFLSLYDQAANEIPGSPIFIMKLAGDARHLEVQLLADQYGTNISLF
GRDCSVQRRHQKIIEEAPVTIAKQDTFRQMEQAAVRLGQLVGYVSAGTVEYLYSHAEDKF
YFLELNPRLQVEHPTTEMATGVNLPVAQLLIAMGIPLNRIRDIRVLYGLEPNGATEIDFE
FKTEESLKSQRKPIPKGHTIACRITSEDPGEGFKPSGGALYELNFRSSSSVWGYFSVGNK
SSIHSFSDSQFGHIFSFGENRQIARKNMVVALKELSIRGDFRTTIEYLIKLLETADFENN
TITTGWLDELISKKLTAERPDETTAILCGAEKGQIPGKELLRTIFPIEFIYEGKKYKFTV
VQAAFDKYNVFVNGCMITVSVTHLKDGSLLVALDGKSHSVYYLQEEVGNTRLSVDGKSCI
LEVEHEPTELRTPSPGKLIKYLVEHGDHVKIGQPYAEVEVMKMCMPLVSQENGTIRLLKQ
PGSSVAAGDILAILALDDPSKVKHALPFDGTIPDMKQPFIHSNKPVYKFISLLSVLKNIL
AGYDNQVVMNDTLQSLLDVLKNPELPYSEWNHSISALHSRLPIHLDEQLTSLIERSHQRG
ADFPAKHLLKLLDKEQAVNPDPLFSQVIAPLTAVAKSYEHGLEVHEHNVFADLITQYYDI
ESLFADKREEDVILQLRDENKSSLDKVIDVVLSHSRVGAKNHLIRAILEIYQTICQNDLQ
AATILKKPLKKIVELDSRFTAKVSLKAREILIQCSLPSIKERSDQLEHILRSSVVQTQYG
ESFNGNYKLPNLDVIQDVIDSKYIVFDVLTQFVVSPNKYIFAAAAEVYLRRAYRAYSVRE
VKHHFVGDSALPIVEWKFQLPLLSTAAYNSVPEAMRNSSSNRSSISMDRAVSVSDLTFMI
NKNDSQPLRTGIIIPTNHLDDIEESLSSAIDVFPKRPRNNGPAPDRTNVAPEQPTNVCNV
FIANVSGYNSEAEIVDKISSVLSELKDDLRASGVRRVTFVLGDKVGTYPKYYTFKFPDYF
EDETIRHIEPALAFQLELRRLSNFNIKPVPTENRNIHVYEAVAKNTSCIDRRFFTRGIIR
TSRIREDVTISEYLISEANRLMSDILDALEIIDTSNTDLNHIFINFSAVFNVTPDDVEAA
FGGFLERFGRRLWRLRVSAAEIRIMCTDPETGIPFPLRALINNVSGYVVKSEMYQEVKND
HGEWVFKSLGPTPGSMHLRPISTPYPTKEWLQPKRYKAHLMGTTYVYDFPELFRQATLSQ
WKKYSPTARVPSDVFVANELIVDDSGELTEVSREPGANVVGMVAFKVTAKTPEYPRGRHF
IIIANDITFKIGSFGPQEDEYFNKATQLARKLGIPRIYLSANSGARIGVAEELLPLFKVA
WKEEGKPSKGFEYLYLTSEDLTLLEKSGKSNSVTTQRIVEEGEERHVITAIIGASDGLGV
ECLRGSGLIAGATSRAYKDIFTITLVTCRSVGIGAYLVRLGQRAIQIEGQPIILTGAPAI
NKLLGREVYSSNLQLGGTQIMYKNGVSHLTANDDLAGVEKIMDWLAYVPAKRNMPVPILE
SLHDKWDRDVDYKPTRNEPYDVRWMISGRETPDGEFESGLFDSGSFTETLSGWAKGVVVG
RARLGGIPMGVIGVETRVTENLIPADPANPDSTEMMIQEAGQVWYPNSAFKTAQAINDFN
NGEQLPLMILANWRGFSGGQRDMYNEVLKYGSFIVDALVDFKQPIFTYIPPTAELRGGSW
VVVDPTINEDMMEMYADVESRAGVLEPEGMVGIKYRKDKLLATMERLDAKYAELKSKVSD
TSLSEKDVSEIKKQIEQREKQLLPIYAQISIQFADLHDRSGRMLAKGVIKKELEWVNSRR
FFFWRVRRRLNEEYLIKRITEFLSASATRLDKISRINSWLPTSIDLEDDQKVAIWLEENR
KALDANIKELRAEHVRRTLATLVRTDMDTTSKSLAELINLLPETEKESILSKIKS
NT seq 6648 nt   +upstreamnt  +downstreamnt
atgagtagtgttaaccactctctccgtcattcaaagctaccgccgcatttccttggtctc
aactcggttgaagtcgctgctccctccaaggtcagagactttgtcagggaccatggtggc
cactcggtcatcacgagagtgctgatcgcaaacaacggtatagctgccgtgaaagaaatt
cgttccgtcaggaaatgggcgtatgaaacgtttggtaacgatagagccattcaatttatt
gttatggctaccccagaggatcttgaagctaatgctgaatatattcgaatggctgaccag
tatgtcatggtcccaggaggaactgcaaacaacaactatgcgaacgtcgacctcattgta
gaaatagcagaatctactgatgctcatgctgtttgggctggttggggttttgcctccgaa
aatccccatttgcctgagcaactggccgcttctcctaagaagattatcttcattggccct
ccgggctctgccatgcgatctcttggtgacaagatttcctctactattgtcgcacaacat
gctaaagtcccatgtattccttggtcaggaactggtgtcgatcaggttataatcgacccc
gtaagcaatttggtttccgttgatgaagaaacgtacgccaaaggatgctgttccgatcca
caggacggtttggcaaaagccaaggctattggtttccctgtgatgattaaagcttccgaa
ggtggtggtggtaaaggaattagaaaagttgacagggaggaagattttctttctctttat
gatcaagctgctaatgaaattccaggttccccaatttttatcatgaagcttgctggagat
gccaggcatttggaagttcaattacttgctgatcaatatggaaccaacatctcccttttt
ggaagagattgttccgttcaaagaagacaccaaaagatcatagaagaggcaccagttacc
attgccaaacaagacactttcaggcaaatggaacaagccgctgtcagactgggtcaattg
gttggatacgtttctgccggtaccgttgagtatctatattcacacgctgaggacaagttc
tacttcttggaactgaaccctcgtcttcaagttgagcatccaaccacagaaatggccaca
ggtgtcaatcttccagttgcccagttgctaattgcaatgggtattcctttgaatagaatc
agagatatcagggtactttacggacttgaaccaaatggcgctacagaaattgactttgaa
ttcaaaactgaagaaagcttgaagagtcaaagaaaacccattccaaagggtcacactatt
gcatgtcgtatcacatctgaagatcctggtgaaggttttaagccttctggtggtgctcta
tatgagctaaatttcagatcttcttctagcgtttggggttacttcagtgtaggaaacaaa
tcctcaattcattctttcagtgactctcaatttggtcatatattctcgtttggcgaaaac
cgtcaaatcgccagaaaaaatatggtcgtcgccttgaaagagctttctattcgtggtgac
tttagaactacaattgagtacttaataaaactgttggaaacagctgatttcgagaacaac
accatcactactggttggttggacgaactgatctcgaagaagctgactgctgaaagacct
gatgaaaccacagcaattttatgtggtgctgaaaaaggtcaaatcccaggcaaagaactt
cttcgtactattttcccaattgaatttatttatgaaggaaagaagtacaagtttactgtg
gttcaggctgcatttgacaaatacaacgtctttgtcaacggatgtatgattactgtaagt
gtaacccatttgaaggatggcagtttattggtagcacttgatggtaaatcccattctgtc
tattacttgcaggaagaagtcggaaatactaggttgtcggtggatggtaaatcttgcatt
ttagaagttgagcatgagccaactgaacttcgtactccatctccaggtaaacttatcaaa
tatcttgtggaacacggtgatcacgtcaaaattggacaaccttacgctgaagttgaagta
atgaagatgtgtatgcctttggtcagtcaggagaatggaactatcaggttattgaagcag
ccaggatcttcggttgccgctggagacatccttgctattcttgcattggatgatcccagc
aaggtgaagcatgctttgccattcgatggtacaatccctgatatgaaacagccatttatc
catagcaacaaaccagtttataagttcatttctcttctctccgtgctgaaaaacatttta
gcagggtatgataatcaagttgtgatgaacgatactctgcagagtctattggatgtgttg
aagaaccctgaacttccttattcggaatggaatcattcgatatctgcacttcattcaagg
ttaccaattcatttggacgaacaattgaccagtttgattgagagatcgcatcaacgtggt
gcagactttccagctaagcacttgctcaagcttttggacaaggagcaggctgttaatcct
gatccacttttctcccaggtcattgcgcctcttactgctgttgccaaaagctacgaacat
ggacttgaagttcatgaacacaatgtattcgccgatttgatcacccaatactacgacata
gagagcttgtttgccgataaaagggaggaagatgttattttacagctacgtgatgagaac
aaatcgtcccttgacaaggtcatcgatgtcgtcttgtcacattccagagttggagctaag
aaccatttaatcagagctattctggaaatttatcaaactatctgccaaaatgatctccaa
gctgcaaccattttgaagaaacctttgaaaaagattgttgagctagattctagatttaca
gcaaaggtttcgttaaaagctagagagattttgattcaatgttcccttccctctatcaaa
gaacgttcagaccagctcgagcatatccttcgatcttcagttgtacaaactcagtacgga
gagagcttcaatggaaactacaaactgcctaacttggacgttatacaagacgtaattgat
tccaagtacattgtattcgatgttttgacacaatttgttgttagcccaaacaagtatata
tttgcagcagcagccgaggtgtatctgcgaagagcttacagggcttactcggtgagagaa
gttaaacatcatttcgtaggtgattctgctctcccaattgtggaatggaagttccaattg
ccgctgttatcaacagctgcttacaattccgtgcctgaagctatgagaaactcctccagt
aaccgatcctctatttcaatggatagagcagtttctgtctccgatttgaccttcatgatc
aacaagaatgattctcaacctttgagaacaggtatcataattcccacaaaccacttagat
gacattgaggagtccttgtcatctgccattgatgtcttccctaaacgtccacgtaacaat
ggaccagctcctgacagaactaatgtggctcctgagcaacctactaacgtatgcaatgtt
ttcattgccaatgtttctggctacaacagtgaggctgagatcgttgacaagattagcagc
gttctttctgagttgaaagacgacctcagggctagtggcgttcgaagagttacctttgtc
ttgggagacaaggttggaacttatccaaaatactataccttcaaatttccagactatttt
gaagacgagacaatccgtcacatagagcctgctcttgcgttccagctggaactaagaaga
ttgtccaatttcaatattaaacctgttccaactgagaatagaaatattcatgtgtatgag
gcagttgccaaaaatacttcatgcattgacaggagattttttactaggggtatcatcaga
acaagcagaatcagagaggatgtgactatctctgaataccttatcagcgaagctaatcgt
cttatgagtgacattttggacgctcttgagattattgatacctccaacactgatttgaac
catatattcatcaatttctctgctgttttcaatgtcacgccagatgacgttgaagcagcg
ttcggtggtttcttagaaaggtttggacgtaggctgtggagactacgtgtttctgctgct
gaaatccgtattatgtgcacggaccctgagactggtatcccattcccacttcgtgcttta
attaacaacgtttcaggatacgttgtgaaatctgaaatgtatcaagaggtgaaaaatgat
catggggaatgggttttcaaaagtcttggtcctacaccaggttcaatgcaccttagacca
atttcaacaccatacccaaccaaagaatggcttcaaccaaaacgttacaaagctcatctt
atgggtactacttacgtgtatgatttccctgaattattccgtcaagctacgctctcccaa
tggaaaaaatactctcctactgcgagagttccttctgatgtgtttgtggccaatgaattg
atcgtcgatgattcaggtgaactaactgaagtaagcagagaacccggcgccaacgttgtg
ggtatggtggccttcaaggtaaccgcaaaaactcctgagtatccacgcggtcgccatttc
atcataattgctaatgatatcaccttcaagatcggatcctttggccctcaagaagatgaa
tatttcaacaaggccacacaacttgcaagaaaattgggcattcctcgaatttatctgtca
gccaactcgggtgctagaattggagttgctgaagaacttcttccattattcaaagtagcc
tggaaggaagaaggtaaaccaagcaagggatttgaatacttatacctcacatcggaagat
cttactctattggaaaagtccggaaagtctaacagcgttaccactcaaagaatagttgaa
gaaggcgaagaacgccacgttataactgccatcattggagctagtgatggactgggtgtt
gaatgtctaagaggttccggtttgatcgctggtgctacatctcgggcgtacaaggacatc
ttcactatcacattggtcacctgtagatctgttggtattggtgcttacttggtcagattg
ggtcaacgagccattcaaattgaaggacaaccaataattttgactggtgcccctgctatt
aataagttgttgggtagggaagtgtactcttccaacctgcaacttggtggtacccagatt
atgtacaagaacggtgtttcacacttaaccgccaatgatgatctcgcaggtgtcgaaaag
attatggattggttagcttatgtgcctgctaagagaaacatgcctgttcctattttagaa
tcacttcatgacaaatgggacagagatgtggactataagcctacaagaaatgagccgtac
gacgtcagatggatgatcagtggacgtgaaactcctgatggtgagttcgaatctggattg
tttgactctgggtccttcactgaaactttgagtggatgggctaaaggtgtagtcgtcgga
agagcccgtttaggtggtattcctatgggagtcattggtgttgaaactagagtcacagaa
aacctgattccagctgatcccgccaatccagactcaaccgaaatgatgattcaagaagct
ggtcaagtctggtaccctaacagtgccttcaagactgcacaagctatcaacgatttcaac
aatggtgaacagctacccttgatgattttggccaactggagaggtttctctggtggtcaa
agagacatgtacaatgaagttttgaaatacggttctttcattgtggatgctttagtcgac
ttcaagcagcctatcttcacttacattcctcccactgctgagttgagaggtggatcttgg
gttgttgtagaccctaccatcaatgaagacatgatggaaatgtatgcagacgtcgaatca
agagcaggtgttttggaaccagaaggtatggtaggtatcaaataccgtaaggacaaactc
cttgctactatggaacgattggatgccaaatatgctgagcttaaatccaaggttagcgat
actagtctttcagaaaaggatgtttccgagatcaagaaacaaattgagcagagagagaag
caattgttgccaatttatgcacaaatctctattcaatttgctgatcttcatgacagatct
ggtcgtatgttggccaagggtgtcattaaaaaggaactggaatgggttaattctcgtcgt
ttcttcttctggagagtccgtcgtcgtttgaacgaggaatacctcattaagcgtattacc
gaattcctatctgcttctgctaccagattggacaagatctcgaggatcaattcttggttg
ccaacatcgattgatttggaagatgaccagaaggttgccatttggttggaagaaaaccgt
aaagctcttgacgccaatatcaaggagctcagggctgagcatgttagaagaactctggct
actcttgtcagaactgatatggatactacttccaagagtttggctgaattgatcaacctt
cttcctgaaaccgaaaaggaatcaattttatctaagatcaagtcatag

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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 (82)   
   KEGG ORTHOLOGY (1)   
   RefGene (78)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (120)   

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