KEGG T01044: LACBIDRAFT

Laccaria bicolor: LACBIDRAFT_187554

Entry

LACBIDRAFT_187554 CDS T01044

Gene name

ACC1

Definition

ACC1, acetyl-CoA carboxylase, cytosolic (EC:6.4.1.2 6.3.4.14)

Orthology

K11262

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

Organism

lbc Laccaria bicolor

Pathway

lbc00061	Fatty acid biosynthesis
lbc00620	Pyruvate metabolism
lbc00640	Propanoate metabolism
lbc01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:lbc00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:lbc00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:lbc00061]

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 ATP-grasp

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 2213 aa
MIQGGNSLDKAPASNVYDFVKANGGHTVITKVLIANNGIAAVKEIRSIRQWSYETFGRER
AVEFTVMATPEDLKVNAEYIRMADQYIEVPGGSNNNNYANVDLIVDIAERAGVHAVWAGW
GHASENPRLPESLAASKNKIIFIGPPGSAMRSLGDKISSTIVAQSANVPTMPWSGTGITD
TVLSESGYVTVPDKAYADACVSSVEEGMERAEEIGYPVMIKASEGGGGKGIRKVDHPDGF
KNAYHAASGEIPGSPIFIMKLAGQARHLEVQLLADQYGNAISLFGRDCSVQRRHQKIIEE
APVTIAKEETFEQMERAAVRLSKLVGYVSAGTVEYLYSHADDSFYFLELNPRLQVEHPTT
EMVSGVNLPAAQLQVAMGLPLHRIRDIRQLYGVAPGSSEIDFEMIRPDANQLQRKPRPKG
HVVAVRITAENPDAGFKPSSGSLQELNFRSSTNVWGYFSVSTAGGLHEFADSQFGHIFAY
GEDRSESRKNMIVALKELSIRGDFRTTVEYLIKLLELEAFKENTITTGWLDSLISSKLTA
ERPDATLAVVCGAVTKAYLASDACWTEYKRVLEKGQVPGRDVLKTVFGVDFIYENTRYSF
TAARSSSTVWTLYLNGGRTMVGARPLADGGLLVLLDGRSHSIYWREEVGALRLMVDAKTC
LIEQENDPTQLRSPSPGKLVRFFVDSGDHVNAGDQYAEIEVMKMYMPLIASEDGVIQLIK
QPGVSLEPGDILGILTLDDPARVKHAKPFEGLLPQMGAPGVMGSKPHQTLNRCMGVLNDI
LDGFDNQSIMASTLKELVKVLHDPELPYSEVTAILSSLSGRMPAKLEETIRSAMDIAKAK
GDGHDFPAVRIKKVIDNYIQDHILSQDRAMFRTKIAGLYDVLERYLGGLKGHETETIANL
LSRYEATEKLFGGSIEARVLALRDQHKDDLDKVVGAVLSHIKVQSKVKLVFAVLDYVKTS
GLNVSNTEGRLYQVLQGLASLEAKSSTPVSLKAREVLILGQMPSYEERLHQMETVLKNSV
TDNYYGEQHDSTLSRTPSAEVLKELSDSRYTVFDVLPSFFDHEDPMVRLAALEVYVRRAY
KAYTLLSIDYEEGEVPTAVTWRFNLGRSHSPPSTPRLSGGEPPRRAASVSDLTFMINRHQ
SQPVRIGAIASFPNLPSLSKGFNKVVSMLPVFDKQEFSERYGANNDAPNVVNIALRIFRP
EDDLSEEAWHQKILDFVNKHSSVLTERGVRRISIMLCRMGQYPVYFTLRDFSGIWGEEQA
IRNIEPALAFQLELSRLSNYNLKPCFVEAKQIHIYHAIARENQLDNRFFIRALVRPGRLR
GSMTTAEYLISETDRLVTSVLDALEIVSAEHRNADCNHIFMNFVYNLAVGYEDVLAAISG
FIERHGKRLWRLHVTSSEIRIALEDSDGNVTPIRCTIENVSGFIVNYHGYQEITTDKGTT
ILKSIGDKGPLHLQPVHQAYPTKESLQPKRYQAHLIGTTYVYDFPDLFSKALHNVWIKAR
NTDPSLVLPKSFLESKELVLDEHDRLTEVDRAPGNNNFGMVGWVFTLRTPEFPQGRKVVV
VANDITYKIGSFGPVEDQFFYQVTQYARERGLPRIYLSANSGARLGLAEEVIPLFSTAWK
EQGKPEKGFDYLYLTPENFLKLQEKGANSVRTEEIKDDGERRFKITDIIGLQEGLGVESL
KGSGLIAGETSRAYNDIFTITLVTARSVGIGAYLVRLGERAVQVEGQPIILTGAQALNKV
LGREVYTSNLQLGGTQIMFKNGVSHLTAGSDLQGATHILEWLSYVPEIKNGPLPVRESSD
SWDRDIGYLPPKGAYDPRWFIEGKIDENTSEWTSGFFDKDSFQETLSGWAQTVVVGRARL
GGIPMGVIAVETRTIERLVPADPANPASFEQRIMEAGQVWYPNSAYKTAQAIFDFDREGL
PLIIFANWRGFSGGQQDMYDEVLKQGSKIVDGLSSYKQPVFVYIVPNGELRGGAWVVLDP
SINSEQMEMYADVDARAGVLEPEGIIEIKMRRDKIRSLMERLDSTYASLNRDSKDASKSE
EERSTASTALAARETFLQPTYKQIAILYADLHDRTGRMEAKGCAKPAVWRNARRYFYWAV
RARVARSVALADLAEASPGISFEHRSQLLDDLASIEPGMDYRQMSEALEKLDLTRTLAQL
RADHLMRRLVDLTKQDHKAAMESFLRMADHLSDEDRTSLIGALQGPRSAPLSK

NT seq 6642 nt +upstreamnt +downstreamnt
atgatacaaggtggtaactcattggacaaggcacctgctagcaatgtctacgattttgtc
aaagcaaatgggggtcatactgtaatcaccaaggtcctaattgcaaacaacggtattgct
gccgtgaaagaaattcgttcgattcgccaatggagctacgaaacgttcggcagggaacgc
gccgtggaatttacggttatggcgactcctgaagatctcaaagtgaacgccgaatatatt
cggatggccgaccaatatatcgaagttccaggaggatcaaataacaataactatgcgaat
gtcgatttgatagttgatatcgcggaacgtgctggtgttcacgccgtttgggcaggatgg
ggacacgcttccgagaatcctcgcctcccggaaagtttggctgcaagcaaaaacaagatt
atctttatcgggcctccaggaagcgccatgaggagcctgggtgacaaaatttctagcaca
atcgttgctcagagcgcaaacgtacccacaatgccttggtcaggcacaggaatcacggac
actgtgctttcagaatcaggatatgtgaccgtaccagacaaggcttatgctgatgcctgc
gtgtcgtccgttgaggagggtatggaacgtgccgaagaaattggatatccggtgatgatc
aaagccagcgagggcggaggtggcaagggaatcagaaaagtcgatcacccagatggattt
aaaaatgcgtatcacgcggcctcaggcgaaattccaggctcgcccatctttatcatgaag
cttgctggtcaagcgcgtcatttggaagttcagctcctcgcagatcaatatggaaacgcc
atctctctctttggtcgagactgctcggtgcaacgccggcatcagaaaatcatcgaagaa
gcgccagttacaatcgcgaaagaggagactttcgaacaaatggaacgtgcagcggttcgc
ctctcaaaacttgttggctatgtcagcgcgggaacagtagaatatctttacagtcacgcc
gatgattcgttttactttttagagctcaatcctcgtctccaagttgagcatccgaccacg
gagatggtgtctggtgtcaacctccctgctgcacaactccaggttgctatgggtcttccc
ttgcaccgtattcgtgacattcgtcaactctatggcgtcgctcctggcagctctgaaatc
gactttgaaatgatcaggccggacgccaaccaactgcaacgcaagcctcgtccgaaaggc
catgttgtcgctgtccgaatcactgcggaaaatcccgacgctggtttcaaaccgtcgtct
ggttcattgcaggaactcaatttccgctcaagcaccaatgtctggggctatttctctgtc
agtacagctggtggattacacgagtttgccgattcacagttcggtcatatttttgcctac
ggcgaagatcgcagtgagagccgaaaaaacatgatcgttgctctcaaggagttgagcatt
cgcggagattttagaacaacggtggagtatcttatcaagctcttggagttggaagcattc
aaggagaataccatcacgactggctggcttgattcccttatcagtagcaagcttacggca
gaacgccctgatgcgactctggcggttgtttgcggcgccgttaccaaggcctacttagcg
tcggacgcttgctggacagaatacaagcgtgtccttgaaaagggacaagtgcctggtcgt
gacgttctcaaaaccgtcttcggcgtcgatttcatctacgaaaacactcgttactctttt
accgctgctcgatcttcgtcaacagtttggactctctatctcaacggtggcaggacaatg
gttggtgcaaggccgcttgcggatggcggcctgctcgtgctccttgacggtagaagtcac
tccatctactggcgtgaggaagttggcgccctcagattgatggtcgacgccaaaacctgt
ctgatcgagcaggaaaacgatcccactcaactaaggagcccaagccctggtaagctggtc
cggttctttgttgatagcggagatcatgtcaatgctggagaccagtatgcggaaatagag
gtcatgaaaatgtacatgccacttatcgcctcggaggatggtgtcatccagctaatcaag
cagccgggagtcagcctcgaacctggagacattctcggtatcctcactcttgatgatcca
gcccgtgtcaaacacgcgaagccgtttgagggccttctgcctcagatgggggccccaggt
gttatgggtagtaagccccaccaaacgctcaaccgttgtatgggagttttgaacgacatc
ttggatgggttcgacaatcaatccatcatggcctctacactcaaggagctcgtcaaagtt
ctccatgatcctgaattgccgtactctgaagtgaccgccattctttcgtcactatcaggt
cgtatgcctgccaagttagaggagaccatccgttctgcgatggatattgcgaaggcgaaa
ggcgacggtcatgatttccctgctgttcgcatcaagaaggttattgataactatattcaa
gaccatatattgtctcaagatcgagcgatgttccgcacgaagattgcaggactttatgac
gtcttggagaggtatttgggaggcttgaaaggacatgagacggagactattgccaatctt
ttgtctcgttatgaagcaacggagaaacttttcggtggcagcattgaggctcgtgttttg
gctctccgcgatcagcacaaagatgatctcgacaaggtcgttggtgccgttcttagccac
atcaaggtccagagcaaagtcaaattggtctttgccgtcctggactacgtcaagacaagt
ggactcaatgtctcaaataccgaaggccggctttatcaagtcttgcagggacttgcatcg
ttggaagccaaatcctccacccctgtttcgctcaaggctcgcgaggttctcattcttggt
caaatgccctcctacgaggaacgccttcatcagatggaaactgtcctaaaaaattccgtc
acagacaactattatggcgaacaacacgattcaaccctaagcaggaccccgtctgcggag
gttcttaaagaactcagtgattcgaggtacaccgtcttcgatgtgcttccttccttcttc
gatcacgaagaccctatggttcggctcgctgcccttgaggtttacgttagacgtgcatac
aaggcatataccctactttccatcgactacgaagaaggcgaggtgccgacggccgtaaca
tggcgcttcaaccttggacggtcgcattctcctccatcgactcctcgactttctggcggg
gaacctcctcgtagagcggcttctgtcagcgatcttactttcatgatcaatcgccaccaa
tcgcaacctgtgcgaattggtgcaattgcctcattccctaaccttccttccctctcaaaa
ggctttaacaaggttgtctctatgctacctgtttttgacaaacaggaattctcagagcgg
tatggtgccaacaatgacgcacccaacgtcgttaatattgctcttcgtattttccgccca
gaggacgacttgtccgaggaagcttggcatcagaaaatccttgactttgtcaacaagcac
tccagcgttctcactgaacgtggagtgcggcgcatttccataatgctctgccgcatgggc
caatacccagtctacttcaccctccgcgatttttcgggtatctggggtgaggagcaggca
attcgtaatatagagccagccctggcattccaactggagctaagccgtctttccaactac
aacctaaaaccctgcttcgttgaggccaaacaaattcatatataccacgctattgcgcgg
gagaaccaactcgacaaccgattcttcatccgcgctttggtaaggcctggtcgcttacgc
ggctctatgaccacagcagagtatctcatttccgaaactgatcgcttggtcacaagcgtt
ttggacgctctcgaaatcgtgagtgcagaacaccgaaacgccgactgcaatcatatcttc
atgaacttcgtctacaacctggctgtcggttacgaagacgtcctggccgctatctctggt
tttattgaacgccacggcaagcggctttggcgtctccacgtcacaagctctgaaattcgc
atcgcccttgaggacagcgacggcaacgtcacccccattcgatgcaccattgaaaacgtc
tccggcttcatcgtcaactaccacgggtatcaagaaataaccactgacaaagggacaacg
attctcaaatcaataggcgataaggggcctctgcatttacagcctgtgcaccaagcatac
ccaaccaaggaatcgcttcaaccaaaacggtaccaggcacatctcattggaaccacatat
gtatatgacttccccgatctcttctcaaaagccctgcacaacgtttggatcaaagctcgc
aacaccgacccctcccttgttcttcccaagtccttcttggagtcgaaggaactcgttttg
gatgagcatgatcgattgaccgaagtagacagggcacctggcaacaacaacttcggcatg
gttggatgggtatttaccctcagaaccccagaatttccacaaggtcgcaaagtcgtcgtc
gtcgccaatgacattacctacaagatcggatcttttggacctgttgaagaccaattcttc
tatcaagtaacccaatacgctcgcgaacgcggtctccctcgcatctacctatcagccaac
tccggtgctagacttggtctggcagaagaggttattcccttgttctcaaccgcctggaaa
gagcagggcaagccggaaaagggattcgattatctctatctcaccccagagaatttcctc
aagttgcaggagaagggtgcgaatagcgtccgcactgaagagatcaaggacgatggtgaa
cgtcgtttcaagatcactgacattatcggattgcaagaaggtctcggcgtcgaatctctc
aagggttccggcctcatcgctggtgagacctcacgagcgtacaacgatattttcacaatc
acactcgttaccgcgaggtcggttggaattggcgcctatctcgtacgccttggggagcga
gccgttcaggtcgagggtcagcccatcatccttactggtgcgcaggctctcaacaaagtc
ctcggacgcgaagtctacacatccaatctgcaactcggcggtacccagatcatgttcaag
aacggggtctcccacctcactgcaggcagcgatttacaaggagctactcatattttggaa
tggctttcatacgtaccagaaattaagaatggcccactgcccgttcgagaaagctctgat
tcatgggatcgtgacattggttatctgcctccgaagggcgcatacgatcctcgttggttt
attgaaggaaagatcgacgagaacacatccgagtggacgagtgggtttttcgacaaagac
tctttccaagagacgctcagcggttgggcccaaacggtcgtggtcggacgtgcgcgtctg
ggtggaattcctatgggcgtgattgctgtcgagacccgcactattgaacgattggttcca
gcagacccagcaaatcctgcttcctttgaacagcgaatcatggaggctggtcaggtttgg
tatcctaattcagcgtacaaaaccgcgcaggccattttcgacttcgatcgtgaagggttg
cctttgattatctttgcaaattggcggggattctccggtggacagcaagatatgtatgat
gaggtactgaagcaaggctccaagattgtcgacggtttatcaagctacaagcagccagtt
ttcgtttacattgtacccaacggcgagctccgcggtggcgcatgggttgttctcgaccca
tcaatcaattctgagcagatggagatgtatgccgatgttgacgctcgtgcgggtgtgctt
gagccggagggcattatcgaaatcaagatgcgacgagacaagattcgatctttgatggaa
cgtcttgattcgacgtatgcttcgttgaatcgtgatagcaaggatgcctccaagtctgaa
gaagagcgcagcactgcttcgactgccttggctgcccgagaaactttcctgcaaccgaca
tacaaacaaattgcaatcctgtacgccgatctccatgatcgtaccggtcgcatggaggcg
aaaggttgtgccaagcctgctgtatggagaaatgcccgacgctacttttactgggcggta
cgggctcgtgtcgctcgatcagttgctcttgcagatcttgcagaagccagccccggtatt
tcattcgagcatcgatcccagctcttagacgaccttgcatccatcgaaccaggcatggat
taccggcagatgtcggaggctctcgaaaaattggatcttacccgaactctcgcccaactc
agagccgaccaccttatgcgccggttggtggacttgacgaagcaggatcacaaagcggct
atggaaagcttcctgcgtatggcagaccatctgtcggacgaggacaggacctcactaata
ggtgctcttcaaggacctcgttctgcacccctatcgaaatga

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-LBC (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (38)   

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