KEGG T01150: PGUG

Meyerozyma guilliermondii: PGUG_00805

Entry

PGUG_00805 CDS T01150

Definition

similar to acetyl-CoA carboxylase

Orthology

K11262

acetyl-CoA carboxylase / biotin carboxylase [EC:6.4.1.2 6.3.4.14]

Organism

pgu Meyerozyma guilliermondii

Pathway

pgu00061	Fatty acid biosynthesis
pgu00620	Pyruvate metabolism
pgu00640	Propanoate metabolism
pgu01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:pgu00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:pgu00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:pgu00061]

SSDB

Motif

Pfam:

ACC_central Carboxyl_trans CPSase_L_D2 CPSase_L_chain Biotin_carb_C Biotin_lipoyl ATP-grasp_4 ATPgrasp_Ter Biotin_lipoyl_2 Dala_Dala_lig_C ATP-grasp_3 RnfC_N

Other DBs

NCBI-GI:

146422989

NCBI-GeneID:

5129103

UniProt:

A5DC00

AA seq 2297 aa
MRTLIACNHTNIRTTSRTRKTYLTFLNSNLKYSIRRGHISHNRSNYIRDYISRSRSRRYF
YKRNFPRILSQIRTIMSTAQEKTPDFSPLHNDLPSHFKGLNSVDVAEPGKVTEFVRNSQG
HTVISRVLIANNGIAAVKEIRSVRKWAYETFGDERAIQFTVMATPEDLAANAEYIRMADQ
FVEVPGGTNNNNYANVDLIVEIAETTNVHAVWAGWGHASENPLLPEKLAASPKKILFIGP
PGLAMRSLGDKISSTIVAQHAQVPCIPWSGTGVDDVVVDPKTNLVSVAPEVYEKGCCSLP
EDGLVKAKEIGFPVMIKASEGGGGKGIRKVEREADFIALYKQAANEIPGSPIFIMKLAGD
ARHLEVQLLADQYGTNISLFGRDCSVQRRHQKIIEEAPVTVADRDTFSSMENAAVRLGKL
VGYVSAGTVEYLYSHSEDKFYFLELNPRLQVEHPTTEMVTGVNLPAAQLQIAMGIPMHRI
RDIRTLYGVDPHTSTEIDFEFKTEESLISQRRPVPKGHTTACRITSEDPGEGFKPSGGNL
HDLNFRSSSNVWGYFSVGNQSSIHSFSDSQFGHIFAFGENRQASRKHMVVALKELSIRGD
FRTTVEYLIKLLETPDFEDNTITTGWLDELISKKLTAERPDPIVAVVCGAVTKAHIQTEE
DKRDYILSLEKGQIPNKNLLRTIFPIEFIYEGQRYKFTATKSSKDSYTLFLNGTRGVVGI
RPLSDGGLLCAIGGKSHSVYWKEEAAATRLSVDSKTCLLEVENDPTQLRTPSPGKLVKYL
VESGDHVVAGQAYAEVEVMKMCMPLIAQEDGVVQLIKQPGSTVNAGDILAILSLDDPSKV
KHARPFEGTLPDLGDAIVQGSKPVHKFQFYSNILSNILAGFDNQVIMNSTLKGIREVLKD
KELPYGEWAQQASALHSRLPPKLDEAMEQLIERTHSRGADFPAKQLLKLMQKELATQESG
SLLRDVVAPLVNVATRYSAGLLEHEFSYFASLINEYYAVESLFSPYNVRDEDVILRLRDE
NKSDLQKVTDIALSHSRVSSKNNLILAILDVYQPVLLEGSKVGESIRKALKNLVELDTRN
TAKVTLKAREILIQCSLPSIKERSDQLEHILRSSVLQTSYGEIYALHIKPKLDVIQEVVD
SKHTVFDVLLQFLVNDDEWVAIAAAEVYVRRSYRAYSLGKISYHFQDKLPIITWKFSLPS
LDSSNLNAIQNVKSDDSSSMNRTMSVSDLSYVSDDKEKHGRTGILVPCKHLDDVDDMMTA
ALEQLVPSDEIHLRSSKDTEQSYSNVFNIVVNSIDGYISEDEILGRIREILDEYKDDLRT
AKIRRITFVFANDVGNYPKYYTFTAPDYEENKVIRHIEPALAFQLELGRLVNFNIKPIFT
DNRNIHVYEGVGKNAPSDKRFFTRGIIRTGIIHDDISISEYLISESNRLMSDILDALEVI
DTSNSDLNHIFINFSAVFNVLPEEVEAAFGSFLERFGRRLWRLRITGAEIRIVCTDPNTN
TSFPLRAIINNVSGYVVKSELYMEVKNTKGEWVFKSIGHPGSMHLRPISTPYPVKESLQP
KRYKAHNMGTTYVYDFPELFRQATLSQWKLHAKAKVPKDVFTSLELIADDNGELTPVDRE
PGSNKIGMVGFKVTAKTPEYPRGRQFIIIANDITHKIGSFGPEEDIYFNKCTEYARKLRI
PRIYLSANSGARIGVAEELIPLFKAAWNDELNQAKGFRYLYLSSEDKAAMDAAGKSSSVV
TERIVENGEERHVLKSIVGEEDGLGVECLKGSGLIAGSTSRAYKDIFTITLVTCRSVGIG
AYLVRLGQRAIQIEGQPIILTGAPAINKLLGREVYSSNLQLGGTQIMYKNGVSHLTASDD
LAGVEKIMQWLSYVPAKSGHPIPILESSDSWDRDVEFYPTKGDPYDVRWLIEGRQFDNGE
FESGLFDKGSFQETLSGWAKTVVVGRARLGGIPIGVIGVETRSVDNLIPADPANPDSTEQ
MIQEAGQVWYPNSAFKTAQAINDFNNGESLPLMILANWRGFSGGQRDMYNEVLKFGSYIV
DALVDFKQPIFTYIPPNGELRGGSWVVVDPTINADKMEMYADVDSRAGVLEPEGIVGIKY
RRDKLLATMTRLDPTYAELKKKLSDESVSAEEHSQISAKIVAREKALLPIYAQISVQFAD
LHDRSGRMLAKGVIRKELEWRNARRFFFWRLRRRLNEEYVLDMIEEQLKSNNKLEKVARL
KSWMPTVDYEDDKEVAEWIEQNHEKLKERIGELKHEAARQKLAAALKEDCSGTLSIVKDL
VSSLPELEKEKFLKSFK

NT seq 6894 nt +upstreamnt +downstreamnt
atgcgtacattaattgcatgtaaccatactaacatcagaacaactagtcgtaccagaaag
acttatttgacctttctcaattcgaatctcaaatactcgatccgtagaggacacatttca
cataaccgttccaactatattcgagactatatttcccgttctcgttctcgtcgttacttt
tacaaacgaaattttcccagaattttatcgcaaataaggaccataatgtccaccgcccaa
gagaaaaccccagacttttcgcctcttcacaatgatttgccttcgcatttcaaagggtta
aactcagtcgatgttgccgagccaggaaaagtcactgagtttgtgcgtaatagccaaggt
cataccgtgatcagccgcgttttgatcgcaaataacggtattgctgccgtgaaagaaata
aggtctgtccggaaatgggcttacgagacctttggtgacgaacgtgccatccaatttact
gtgatggccaccccagaggatttggctgccaacgccgagtacatcagaatggccgaccag
tttgtggaggtaccaggtggaaccaacaacaataactatgctaatgtcgatctcattgtg
gagattgccgaaaccaccaatgttcacgccgtatgggctggttggggtcatgcttcagaa
aaccctttattgcccgagaaattggcagcttcaccaaaaaagatcttatttattggtccc
ccaggactggcaatgcgttctttgggtgataaaatctcctccaccattgtcgcacaacac
gctcaggttccttgtataccatggtcgggtactggtgtcgatgacgttgtagttgacccc
aagaccaatttggtgtcggttgctcctgaagtctacgaaaaaggttgctgcagtctgcct
gaagacggtttggtgaaagccaaagaaattggattccccgtcatgatcaaggcctccgaa
ggtggaggtggtaaaggtattcgtaaggttgagcgtgaagccgactttattgctctttac
aagcaagctgctaatgaaatacctggatctcctattttcatcatgaagttggctggtgat
gccagacatttggaggttcaattgttggccgaccaatatggtaccaatatctctttgttt
ggaagagattgttccgttcaaagaagacatcaaaaaattattgaggaggctcctgttacg
gtcgctgacagagatacctttagttccatggagaacgccgccgtcagattgggtaaattg
gtgggatatgtctccgctggtactgtggagtacttgtattctcactctgaggataaattc
tactttttggaattgaacccacgtttgcaagttgaacatccaaccactgaaatggtgacg
ggtgtgaacttgccagctgctcaattgcaaattgctatgggtatcccaatgcaccgtatt
agagacatcagaactctctacggtgtggatcctcatacttccactgagattgactttgaa
ttcaagactgaagaatctttgatcagccaaagacgtccagtacccaagggtcatacgact
gcttgtcgtatcacctctgaagatcccggtgagggtttcaagccttctggaggtaatttg
catgatttgaacttcagatcttcttcaaatgtgtggggttatttctccgtcggtaatcaa
tcttccattcattcattttctgattcccaatttggtcatatctttgccttcggagagaac
cgtcaagcctcgagaaagcacatggtggttgccttgaaggagttgtccattcgtggtgat
ttcagaaccactgtcgagtacttgattaagttgttggaaacccccgatttcgaggataac
acaatcactactggatggttagatgagttgatttccaaaaagttgacagctgaaagacca
gaccctattgtggctgtcgtgtgtggtgctgttactaaagctcatattcaaaccgaagaa
gataaacgtgactacattctgagtctcgaaaagggtcaaattcctaataagaacttgttg
agaaccatcttcccaattgagttcatctatgaaggtcaacgttacaagttcacagctact
aagtcttccaaagattcatacactttgttcctcaatggtacaagaggagtcgttggtatt
cgtcctttgtctgatggtggattgttgtgcgctattggaggtaagtcacactctgtttac
tggaaggaggaagctgcggcaactagactttccgtggacagtaaaacttgcttgttggaa
gtcgagaatgatccaacccaattgagaactccatcgccaggtaagttagtcaagtacttg
gttgaaagtggtgatcatgttgttgccggtcaggcctacgctgaagtggaagttatgaag
atgtgcatgcctttgattgcccaagaagacggtgtcgttcaattgatcaaacaaccagga
tctacagtcaatgctggagatatcttggctattttgtcgttggatgatccttcgaaggtc
aagcatgctcgtcctttcgagggcacgcttccagatttgggagatgccattgtgcaaggc
tcaaagcctgttcacaagttccagttctactcaaacattttgagtaacatcttggctggt
tttgacaaccaagtcatcatgaactcgactctcaagggcattagagaggtgttgaaagat
aaggagttaccttacggtgagtgggcacaacaggcgtctgcattacattccagattacca
cccaaattggacgaggcaatggaacaactcattgagaggactcattctagaggggccgac
ttcccagctaagcagcttttgaaactcatgcagaaggaattggcaacccaggagtcggga
tctttacttcgtgacgttgttgctcctttggttaatgtcgctacccgttactctgccggt
ttgcttgagcacgagttttcttactttgcaagcttgatcaacgaatactacgccgttgag
tctcttttctccccttacaatgttagggacgaggatgtcattttgagacttcgtgacgag
aacaagagcgatttgcagaaggttactgatatcgctttatcacactccagagttagctca
aagaacaacttgattctcgccatcttggatgtctaccaacccgttttacttgagggatca
aaggtgggtgaaagcattcgtaaagctttgaagaacttggtcgaattggataccagaaac
accgccaaggtaaccttgaaagcaagagaaattttgattcaatgttctttgccttccatt
aaggaaagatccgatcaattggaacatattttgcgctcttcggtacttcaaacttcatat
ggagagatctatgctctgcacatcaaacctaagcttgatgtgatccaggaagttgttgat
tctaaacacaccgtgtttgacgtgttgcttcagtttttggtcaatgatgacgagtgggtt
gctattgctgctgcagaagtttacgtgagacgttcttacagagcctactcgttgggtaag
atttcttaccacttccaagacaagttgcctatcatcacctggaagttctcgttgcccagt
ctcgattcgtcgaatctcaatgctattcaaaacgtcaagagtgatgattccagttcaatg
aacagaaccatgtcagtgtccgacttatcttacgtctccgatgacaaagaaaagcacggc
agaactggtattttggttccatgcaagcatcttgatgacgttgacgacatgatgacggca
gctttagagcaattagtgccctctgatgagattcacttgcgttcttctaaagataccgag
cagtcttactcgaatgtcttcaatattgtggtcaacagcatcgatggctacatctccgaa
gatgaaattttgggtaggatcagagagattcttgatgagtacaaggatgatttgagaact
gccaagatcagaagaatcacttttgtttttgccaacgatgttggaaactatcctaagtac
tacactttcactgccccagactacgaggaaaacaaggttattcgtcatattgagccagct
cttgctttccaattggaattgggacgcttggtgaacttcaacatcaagccaattttcacc
gacaacagaaacattcatgtgtatgagggtgttggtaagaatgctccttccgacaagaga
ttcttcactcgtggtattattagaacaggtatcattcatgacgatatctcgatcagcgag
tacttgatttccgaatccaatcgtttgatgtctgatatcttggacgctttagaagtcatt
gatacatccaattcggatctcaaccacattttcatcaatttctccgctgtcttcaatgtt
ttaccagaggaagtcgaggctgcattcggctcattcttggagagatttggtagaagatta
tggagattgagaattactggtgcagaaatcagaattgtttgtactgatccaaacactaat
acttcgttccctctccgtgccatcatcaacaacgtttcaggttatgttgtgaagtccgag
ttgtacatggaggtgaagaacaccaagggcgaatgggtatttaagtcaattggccatcct
ggttccatgcatttgagacctatctcaacgccttacccagtgaaagagtctttgcaacca
aaacgttacaaggcacacaacatgggtacgacatatgtttacgatttccctgagttgttc
cgtcaagctacactttctcaatggaagttgcatgccaaagcgaaggttccaaaagatgta
tttacttcattggaattgatcgctgatgacaatggcgagttgactcccgttgatcgcgaa
cctggttcgaataaaattggtatggttggtttcaaagtgactgctaagacacctgaatat
ccaagaggacgtcaattcatcatcattgccaacgatataactcacaaaatcggatctttt
ggcccagaagaggacatttatttcaacaaatgtactgagtatgcgagaaagttgcgtatt
cctcggatctatctttcagctaattctggagccagaattggtgttgctgaagaattgatt
cctcttttcaaagccgcgtggaatgatgagctgaaccaagcaaaaggtttcagatacttg
tacttgtcgagcgaggacaaggctgctatggatgctgccggtaagtcttcgagtgtggtc
actgaaagaatcgtcgaaaatggtgaagagagacatgttctcaagtctattgtcggagaa
gaagatggcttaggtgttgagtgtttgaagggttccggtttaattgctggaagtacttcg
cgtgcctacaaagatatcttcactattaccttagtcacttgcagatctgttggtatcggt
gcttacttggtaagattaggtcaaagagcgatccagatcgaaggtcaaccaatcattttg
acaggtgcccctgctattaacaagttacttggtcgtgaggtttactcttccaacttacag
cttggtggtacccaaatcatgtacaagaatggtgtttctcatttgacagcttcagatgat
ttggccggtgtcgagaagatcatgcaatggctttcttacgttcccgcaaagagtggtcat
ccaatcccaattttggaatcaagtgactcatgggacagagatgttgagttctatcctaca
aagggagatccatacgatgttcgttggctcattgagggtcgtcaattcgacaacggagag
tttgaatctggtttgttcgataagggttctttccaagagaccttgtcgggatgggccaag
accgtcgtcgttggaagagcacgtcttggaggtattccaattggtgttattggtgttgaa
acgagatctgttgataacttgattcccgctgacccagccaaccctgattctaccgagcaa
atgattcaggaagctggtcaagtttggtatccaaactctgctttcaagaccgctcaagct
atcaatgacttcaataatggtgaaagcctccctttgatgatcttggctaactggagaggt
ttctcaggaggccaacgtgatatgtacaacgaggttctcaaatttggttcgtatattgtt
gatgctttggtcgacttcaagcagccaatcttcacctacattccaccaaacggtgagttg
agaggtggttcatgggtcgttgttgatcctaccatcaatgctgacaagatggaaatgtac
gccgatgtcgattcgagagccggtgtgttggagccagaaggtattgttggtatcaagtac
agaagagacaagttgttggccacgatgacccggttagaccctacttatgctgagttgaaa
aagaagctcagcgatgagagtgtatctgctgaagaacattcgcagatctcggccaagatt
gttgctcgtgagaaagcgttgcttcctatctatgcccagatctcggttcaatttgctgac
ttgcacgacagatctggccgtatgttggccaagggtgtgattagaaaggaattggaatgg
cgtaacgctcgtcgtttcttcttctggcgtttgcgtcgtagattgaacgaggaatacgtt
ctcgacatgattgaagagcaactcaaatccaacaacaaattggagaaggttgccagactc
aagagttggatgcctactgttgactatgaagacgataaagaggttgctgagtggatcgaa
caaaatcacgagaaactcaaggagagaattggtgaattgaaacatgaggctgcgagacaa
aagctcgctgctgctttgaaggaggactgtagtggaaccctttccattgttaaggatttg
gtatcgtcgcttcctgagctggagaaggagaagttcctcaaatcttttaaatag

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (5)   
   KEGG ENZYME (2)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (37)   

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