KEGG T01116: LELG

Lodderomyces elongisporus: LELG_00527

Entry

LELG_00527 CDS T01116

Definition

acetyl-CoA carboxylase

Orthology

K11262

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

Organism

lel Lodderomyces elongisporus

Pathway

lel00061	Fatty acid biosynthesis
lel00620	Pyruvate metabolism
lel00640	Propanoate metabolism
lel01100	Metabolic pathways
lel01212	Fatty acid metabolism

Module

lel_M00082

Fatty acid biosynthesis, initiation

Class

Metabolism; Overview; Fatty acid metabolism [PATH:lel01212]
Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:lel00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:lel00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:lel00061]
Metabolism; Biosynthesis of other secondary metabolites; Aflatoxin biosynthesis

SSDB

Motif

Pfam:

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

Other DBs

NCBI-GI:

149247164

NCBI-GeneID:

5235233

UniProt:

A5DT41

AA seq 2302 aa
MRFLWLTRRYTNKSFSRIIKPKHKALLNCFRYRARTPRFFSFSATPTSSPISKSTSPLKS
SSTTKHISPPTKRTSSSIMSNISPSPSISLDYASLHSTLAPHFLGLNSVTEAEPSKVTDF
VKSHQGHTVITKVLIANNGIAAVKEIRSVRKWAYETFGDERAIQFTVMATPEDLEANAEY
IRMADQFVEVPGGTNNNNYANVDLIVEIAENSNVHAVWAGWGHASENPLLPEKLAASPKK
IVFIGPPGSAMRSLGDKISSTIVAQHANVPCIPWSGTGVDEVQVDEKTRLVSVSDEIYSK
GCCTGPEDGLEKAQKIGFPVMIKASEGGGGKGIRKVERAEDFKHAYDQVENEIPGSPIFI
MQLAGDARHLEVQLLSDQYGTNISLFGRDCSVQRRHQKIIEEAPVTVAKKETFTAMENAA
IRLGKLVGYVSAGTVEYLYSHKDDKFYFLELNPRLQVEHPTTEMVTGVNLPAAQLQIAMG
IPMHRIRDIRTLYGADPHLATEIDFEFSTEDSLISQRRPTAKGHCTACRITSEDPGEGFK
PSGGTLHELNFRSSSNVWGYFSVANQSSIHSFSDSQFGHIFAFGENRQASRKHMVVALKE
LSIRGDFKTTVEYLIKLLETPDFEDNKITTGWLDELITKKLTAERPERFVAVVCGAIAKA
HIQADEEKKEYIQSLERGQVPHKDLLRTIFPVEFIYEGERYKFTATKSSEDHYTLFLNGS
RCTVGARPLSDGGLLCAFGGKSHAVYWKEDAAGTRLSVDGKTCLLEVESDPTQLRTPSPG
KLVKYLVESGDHVSAGQPYAEVEVMKMCMPLIAQDDGIVQLIQQPGSTVNAGDMLAILAL
DDPSKVKHAKPFEGTLPELGAPNVRGNKPVHKFTQYSNVLKNILAGYDNQVIMNSTLKKI
VEVLKNKELPFSEWQLSISALHSRIPHKLNESLAALIERTQTRGADFPARQILKQIQKAV
EESSEVSMKDTVAPLVSIATRYQNGLVEHEYDFFASLINDYYDVESLFLGEKVREDDIVL
KLRDEYKSDLKKVINILLSHSRVSAKNNLILAILEEYQPLLLENSVVASSIRDALKKLVL
LDSRACSKVALKAREILIQCSLPSIKERSDQLEHILRSSVLETSYGEIYAKHREPKLEII
QEVVDSKHVVFDVLSQFLVNPDEWVAIAAAEVYVRRSYRAYELGEIQYHFHDRLPIIEWK
FKLSNVSNSRFNTIMQPNVEEESTAMKHAASVSDLSFVVDAKTEHLTRTGLLVPCRHLDD
VEEMLSAALEKIEPTDGITFQASETHPELLNVLNIVVNNIDGYLSEEEYLDRVHEITAEY
KEELLAAGVRRVSFVFAHDVGSYPKYYTFTGPDYSENKVIRHIEPALAFQLELGRLSNFD
IKPIFTNNRNIHVYEAVGKAAPSDKRFFTRGIIRTGVIKNDISISEYLIAESNRLMSDIL
DSLEVIDTSNSDLNHIFINFSNVFNVQPADVEAAFASFLERFGRRLWRLRVTGAEIRIVC
ADQNGNSFPLRAIINNVSGYVVKSDLYMEVKNPKGNWVFKSIGQPGPMHLRPISTSYPVK
ESLQPKRYKAHNMGTTYVYDFPELFRQAAVSQWKKHGKKAPADVFTSQELIPDDNGGLTA
LLRDPGSNKIGMVGFLVTAKTPEYPRGRQFVIVANDITFKIGSFGPEEDNYFNRCTELAR
KMGIPRIYLSANSGARIGVAEELIPLFQVAWNTEGAPEKGFKYLYLTPEAKKAIDEDGRG
DTLITERVVENGQERHVIKTIIGAEDGLGVECLKGSGLIAGATSRAYKDIFTITLVTCRS
VGIGAYLVRLGQRAIQIEGQPIILTGAPAINKLLGREVYSSNLQLGGTQIMYKNGVSHLT
ANDDLEGVEKILEWLSFVPAKRGMPVPILDSEDSWDRDIEYYPPSNEPFDVRWMFEGKEV
DGEFESGFFDKGSFQETLSGWAKGVVVGRARLGGIPMGVIGVETRMIENLIPADPANPES
NEVLVQEAGQVWFPNSAFKTAQAINDFNNGEQLPLMIFANWRGFSGGQKDMYNEVLKYGS
FIVDALVDFKQPIFTYIPPHGELRGGSWVVVDPTINADMMEMYADVDSRAGVLEPEGMVG
IKYRRDKLLATMQRLDPTYSELKSKLSDPKLSSEEHATVTAKILAREKALLPIYAQISVQ
FADLHDRSGRMLAKGVIRKEVEWVNARRFFFWRLRRRLNEEYVLRLIGEQTPNATKLEKV
ARLKSWMPAVDYDDDKAVSTWIEEHHSKLTKRLDELTAESTFSNLMKSMKTNPEAAVAAV
KEFTEGLSEEAKNDLIKALTKA

NT seq 6909 nt +upstreamnt +downstreamnt
atgcgattcctatggttaacaagaaggtatactaacaagtcatttagtagaataatcaag
ccaaaacacaaagctttactaaattgtttccgatatagagcaagaacaccccgtttcttt
tctttttctgctactcccacatcatctcctatatcaaaatccacatcaccattaaaatca
tcatcaactactaaacacatatcacctccaactaaacgcacatcatcttccatcatgtca
aacatttcaccatcgccgagcatttccctggactatgcctctctacacagtacgttggca
ccacatttcttgggtctaaattcagtcaccgaagcagaaccatccaaagtcaccgacttt
gtcaaatcacaccaaggtcacaccgttatcaccaaggtcttgattgccaataacggtatt
gctgcagtcaaggaaatcagatcagtcagaaaatgggcttatgagacatttggagacgaa
agagccatccaattcaccgttatggcaacaccagaggatttggaagcaaacgcagaatat
atcagaatggcagaccagtttgtcgaagtccccggaggcacaaacaacaacaactatgcc
aatgtcgacttgattgttgaaattgccgaaaactcaaacgtccatgcagtttgggctggt
tggggacacgcctcagaaaacccattgttgcccgaaaaattggcagcctcaccaaagaag
attgtctttattggtcctccaggttcagctatgagatcgttgggtgacaagatttcgtca
acaattgttgcacagcacgccaatgtcccatgtatcccatggtcaggtacaggcgttgat
gaagtgcaggttgatgaaaaaactcgtttggtctccgttagtgacgagatttactctaaa
ggttgctgtaccggcccagaagatggtttggaaaaggcacaaaaaattggttttccagtc
atgatcaaggcctccgaaggtggaggtggtaaaggtatcagaaaagttgaaagagccgaa
gactttaagcacgcttacgaccaagttgagaacgagattccaggttcacccattttcatt
atgcagttggctggcgatgctagacatttggaagtgcaattgttatcagatcaatacgga
acaaatatctccctttttggaagagactgttcagtgcagagaagacatcaaaagattatt
gaagaggctcccgttacagtggccaaaaaggaaacttttactgcaatggaaaatgcagcc
atcagattgggtaaacttgtcgggtacgtgagtgcaggtaccgttgagtatttatactcg
cacaaggatgacaaattctatttccttgaattgaatccccgtttgcaagttgagcatcca
actacggaaatggtgactggtgtcaacttaccagctgctcaattgcaaatcgctatgggt
atcccaatgcaccgtatcagagacattagaaccctttatggagctgacccacacttggcc
accgagattgatttcgaatttagcaccgaagactccttgattagccagcgtaggccaaca
gcaaaaggtcactgtactgcttgccgtatcacatcagaagatccaggtgaaggtttcaaa
ccaagtggtggtacattacacgaattgaattttagatcgtcatcaaacgtttggggttac
ttctctgttgccaaccagtcctcaatccattccttttcagattcccagtttggtcacatt
tttgctttcggtgaaaaccgtcaagcttcaagaaaacatatggttgttgcattgaaagaa
ttgagcattagaggtgatttcaagactactgttgaataccttatcaagttgttggaaact
ccagactttgaagacaacaagatcaccactggatggttggatgagttgatcaccaagaaa
ttaactgcagaaagaccagaacgttttgttgctgttgtgtgtggtgccattgcaaaagct
catattcaagctgatgaagaaaagaaggaatacattcaatctttggaaagagggcaagtt
ccacacaaggaccttttgagaaccattttccctgtcgaattcatatacgagggagaaaga
tacaagtttactgcaaccaaatcgtcagaagaccactatacattattccttaatggatca
agatgtaccgttggagcacgtccattatccgatggtggattattgtgtgcatttggtggt
aaatcacacgctgtgtactggaaggaagatgctgctggtacaagattatcggttgatggc
aagacttgtcttttggaagttgaaagcgatccaactcaattgcgtacaccttctccaggt
aagttggtgaaatatttggttgaaagtggtgaccatgttagtgctggacaaccatatgcc
gaagtggaagttatgaaaatgtgtatgcctcttattgctcaagacgacggtattgtgcag
ttgatacaacaaccaggttcaactgttaacgctggtgatatgcttgcaattttggccttg
gatgatccaagcaaagtgaagcacgccaaaccctttgaaggtacactccctgaattgggt
gccccaaatgttagaggtaacaaaccagtgcacaagtttactcaatactcaaatgtgttg
aagaatattttggcaggttacgataaccaagtgattatgaactccaccttgaagaagatt
gttgaagtattgaagaacaaggaattaccattttcagaatggcaactgagcatttctgct
ttacactcaagaattccacacaaattaaacgagtctttggctgctttaattgagagaact
caaaccagaggtgctgatttccccgcacgccagattttgaaacaaattcaaaaggcagtc
gaagaatcaagtgaggtttcaatgaaggacacagtggctccattagtcagtattgccaca
agataccagaatggattggttgaacacgagtacgacttctttgcctctttgattaatgat
tactacgatgtcgagagtttgttccttggtgaaaaggtgagggaagacgacattgtcttg
aaattgagggatgaatacaaatccgacctcaaaaaggttatcaatattcttttgtcgcac
tctagagtttcagcaaagaacaatttgattcttgccatcttggaagagtaccaaccattg
ttgcttgaaaactcagttgttgcttcttcaattcgtgatgcattaaagaaattggttttg
ttagattcaagagcatgttccaaggttgcattgaaggctagagaaattttgatccaatgc
tcattgccatctattaaagagagatccgaccaattggaacacattttgagatcttctgtt
ttggaaacttcttatggcgagatttacgccaaacacagagaacctaaattggaaatcatt
caagaagttgtcgactcaaagcacgttgtctttgacgtgttgtctcagttcctcgtcaac
cctgatgagtgggttgccattgccgctgcagaagtttacgtaagacgttcttatagagct
tacgagttgggtgagattcaataccacttccatgaccgcttgccaatcattgaatggaaa
tttaagttgtcgaatgtttcaaactcgaggttcaacaccattatgcaaccaaatgttgag
gaagaaagcaccgctatgaagcatgccgcatcagtatctgatctttcatttgtcgttgat
gcaaagactgagcacttgacaagaactggtttattagttccatgccgccacttggatgat
gtcgaggagatgttgagtgctgctttggagaagattgagccaactgatggaattactttc
caagctagcgagacccacccagagttgttgaatgtgttgaatattgttgtcaataacatc
gatggatacttgagcgaagaagagtacttggatcgtgtgcatgaaatcacagcagagtat
aaggaggaacttttggctgctggtgttcgtcgtgtatcatttgtctttgcccatgatgtt
ggttcatatccaaaatactacacctttacaggtccagactattccgaaaacaaggttatt
agacacattgagcctgcattggctttccaattggaattgggaagattatccaatttcgac
attaagccaatatttaccaacaacagaaacatccacgtttacgaagccgttggtaaagct
gccccatctgataagagatttttcactagaggtattatcagaaccggtgttatcaagaat
gatatcagtatttctgaatatttgattgctgaatccaatagattgatgagtgatatcttg
gactctttggaggttattgatacttccaactcggatttgaaccacattttcatcaacttt
tccaacgttttcaatgtccaaccagctgatgttgaagcagcatttgcttctttccttgag
aggtttggtagaagattgtggagattgcgtgttaccggtgctgagattagaattgtttgt
gcagaccaaaacggtaattcattcccactccgtgcaatcatcaacaatgtttctggttat
gttgtgaagtccgatctttacatggaggtcaagaatccaaagggtaactgggtttttaaa
tcgattggccaacctggtccaatgcatttgagacctatttcaacttcctacccggtcaag
gaatctttgcaaccaaagcgttataaagcacacaatatgggtacaacatatgtctacgat
ttcccagagcttttccgtcaagcagctgtttcacaatggaagaaacatggtaaaaaggca
ccagcagatgtgtttacatctcaagagttgattccagacgacaatggtggattaaccgca
ttgctgagagaccctggctccaacaagattggtatggttggtttcttggtcacggcaaag
acaccagaatatcctcgcggacgtcaatttgtgattgttgctaatgatatcacattcaag
attggttcatttggtccagaagaagacaactatttcaacaggtgtactgagttggccaga
aagatgggaattcctagaatctacctttcagccaactcgggtgcgagaattggtgttgct
gaagagttgattcctttgttccaagttgcttggaacactgaaggtgctcctgaaaaggga
ttcaaatacttgtatttgacacccgaagccaagaaggcaatcgatgaagatggcagaggt
gatactttgattactgaacgtgttgttgaaaatggacaagagcgtcatgttatcaagacc
attattggtgccgaagacggtttgggtgttgagtgtcttaagggttctggtttgattgct
ggtgctacatcgcgtgcatacaaggatatttttacaatcaccttggtcacgtgtagatcg
gttggtattggtgcgtacttggtcagacttggacaaagagccattcaaatcgaagggcag
ccaattattttgactggtgctccggcaatcaacaagcttttgggaagagaagtctactcc
tctaacttgcaacttggtggtactcaaatcatgtacaagaatggtgtttcgcatttgact
gccaacgatgacttggaaggtgttgaaaaaattcttgaatggttgtcgtttgttcctgct
aaacgtggaatgccagttccaatccttgactccgaggactcctgggacagagatatcgaa
tactaccctccaagcaatgaaccattcgacgttagatggatgtttgaaggtaaggaagtt
gatggtgaatttgaatctggtttctttgacaaagggtcattccaagagacattatctggt
tgggctaaaggtgttgttgttggtagagctcgtcttggaggtattccaatgggtgttatt
ggtgttgagactagaatgattgaaaacttgattcctgcagatccagcaaacccagagtcg
aatgaggttttagttcaagaagctggtcaagtttggttccccaactcagctttcaaaaca
gctcaagcaatcaatgatttcaataacggtgagcaattaccattgatgattttcgcaaac
tggagaggtttctctggtggtcaaaaggatatgtacaatgaggttttgaagtatggttca
ttcattgttgatgcgcttgttgactttaaacaacccattttcacttatatcccaccccat
ggtgagttgagaggtggttcttgggttgttgttgatccaactatcaatgctgatatgatg
gaaatgtatgccgatgttgattccagagctggtgttttggagccagagggaatggttggt
atcaagtaccgtcgtgacaagttattggcaactatgcaaaggttggacccaacttatagt
gaattgaagtccaagttgagcgatccaaaattgtcttctgaggagcacgctacagtcact
gccaagatactggctcgtgaaaaggcattgcttccaatctatgcgcaaatctcggtgcaa
tttgctgatttgcatgatagatcgggaagaatgttggccaagggtgtcattaggaaagag
gtggaatgggtcaatgcaagaagattctttttctggagacttcgtagaagactcaatgag
gagtatgtcttgagactcattggtgagcaaacaccaaacgccaccaagttggaaaaagtt
gctagactcaagagttggatgcctgctgttgactatgatgatgataaggcagtaagtacc
tggattgaagagcaccactccaaattgacaaagaggctcgacgaattaactgccgaatcg
accttttcaaaccttatgaagtctatgaagaccaacccagaagcagccgtggcagccgtg
aaagagtttaccgaagggttgtctgaggaagcaaagaatgatttgattaaagcattaacc
aaggcttag

All links

Pathway (6)   
   KEGG PATHWAY (5)   
   KEGG MODULE (1)   
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 (11)   
   Pfam (11)   
All databases (38)   

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