KEGG T01075: PHATRDRAFT

Phaeodactylum tricornutum: PHATRDRAFT_54926

Entry

PHATRDRAFT_54926 CDS T01075

Gene name

ACC1

Definition

acetyl-coa carboxylase (EC:6.3.4.14 6.4.1.2)

Orthology

K11262

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

Organism

pti Phaeodactylum tricornutum

Pathway

pti00061	Fatty acid biosynthesis
pti00620	Pyruvate metabolism
pti00640	Propanoate metabolism
pti01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:pti00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:pti00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:pti00061]

SSDB

Motif

Pfam:

Carboxyl_trans ACC_central CPSase_L_D2 CPSase_L_chain Biotin_carb_C ATPgrasp_Ter ATP-grasp_4 Biotin_lipoyl ATP-grasp_3 ATP-grasp Dala_Dala_lig_C CdCA1 Golgin_A5

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

AA seq 2092 aa
MLSRGYATAALALLVAAAAHHASAFTSNSPAAFLSNGLAKVQRQNVVGVSRENDRGLDTA
LWSTLDEPITLGGVKALEDYVKERGGNLPIRKVLIANNGMAATKSILSMRQWAYMELGDE
RAIQFVAMATPEDLKANAEFIRLADSFVEVPGGSSANNYGNVDVICKLAQEQGVDAVWPG
WGHASEKPALPDGLAKIGVKFIGPPAPVMSVLGDKIAANILAQTANVPSIPWSGSFGGTD
DGPLQADLTDEGTIPDDIFEKATCRNVEEAIQAAEKIGYEEGLMIKASEGGGGKGIRFVD
NEEDLRNAFIQVQSEVIGSPIFIMQLCKNARHLEVQIVGDEHGNAVALNGRDCSTQRRFQ
KIFEEGPPTIAKVDTFDEMQKAAQRLTQTIGYVGAGTVEYLYNAATDKYFFLELNPRLQV
EHPVTEGITGVNMPATQLQVAMGIPLYNIPQIRHLYGKEDIYGTDKIDFMVEKYKPIDTH
VIAARITAENPDEGFKPTSGSIERIKFQSTSNVWGYFSVGANGGIHEFADSQFGHLFAKG
ATREQARKSLILALKEIEVRGEIRTTVEYLAQLLETKEFIENTIDTSWLDGIIKSKSVQI
EMPEDLTVISAAVFKAFKHVEEAVEDVKESFRKGQVSVGGVPAMNSFDIEIAYKDTKYTF
HVERTAEDLYLLSCAGNTIEVRLTLTAESAILATFGGETHRIDGMDEPLGLRLVLDGNTI
LMPTIFDPSELRTDVTGKVVRFLQDNGGSVEAGQPFVEVEAMKMIMPLKATESGKITHNL
SPGSVISAGDLLASLDLKDPSKVKKIVTFEGEFKIPSVALETAATDMISHILAGYQGDAE
FAANAAFEDIEDVETAATLVTDTLNEFLRVEKIFNGRLLDDVVRDLTKANSENLDHVIAE
IQAHLNVRLRSQLILAMLRQVETFSDRFGVAEISGDLLAALEELQTLKDKMYGEITLAAD
TIIRQSKIPSFESRVEELRAQLSDTETDLVKLSKSPTLSAGVDLLTYLFTDSDGLVRSAA
VEVYVRRVYRAHRMLDLSVEDKSGRLTCSFTFQFSDVPENEAPTRQGLLSVVASMDSFKS
DFANILEDMSEAIGEKPATSDGRPLTALHIAMADGEMGEFSVVEGVLASEKPKLIAMGVR
TVNFVVPNKKKEPSYFTFPQADNYKEDRLRRNMRPTFHHLLELARLTSNFDAERIPAIGK
NAQVYIGTEKSERPVRGGPPQVVFVRAISHSSGLVTDVGALRALQQGLDELERAQSNSKV
NLQSSSRIFLHSLHELEGTTPQEVSARFKAVMSSLKSKLATRLLKLRVDEIEVKLRIASK
SEDGSPIVQNVRLVGSSMEGEWLGATTYIEKPDPVTGVTTEFCVLDESGEANMCFLDPYG
TSNIIQTKRAIARRVGSTYAYDFLGLLEVALIGEWEQHINSLELDTGVTIPTDLFESQEL
IEDEDGNLVLGSRVVGTNKIGMVTWVVKMKTPEYPEGREVVVIANDVTVQSGSFGVEEDE
LYYKASVYARERKLPRVYIACNAGARIGLVDELKEKINIKFNDPTNPNKGFEYLYLTDED
YKALPEGALIASKVNEGWALSDIIGTKHGIGVENLQGSGKIAGETSRSYDEIFTLSYVTG
RSVGIGAYLVRLGQRVIQMKQGPIILTGFSALNKLLGRDVYTSNNQLGGPQVMQPNGVSH
DIVDDDQEGVTSIMKWLSFVPKTVGALPACRESADPVDRPVAWRPTPTPYDPRLMLSGTA
DVPGFFDKGSWKEYLSGWGKSVVIGRGRLGGIPMGAIAVETRLVDKVIPADPADPNSREA
ILPQAGQVLFPDSSYKTAQALRDFNKEGLPVMIFANWRGFSGGSRDMAGEVLKFGAMIVD
ALREYENPVYIYLPPHGELRGGSWVVVDPTINQEKMEMYADPDSRGGILEPAGITEIKFR
TPDQLKVMHRQDPQLKLLDAELEMCEMEDDKAAIKEQIIAREEQLKPVYLQAATEFADLH
DKTGRMKAKGVIREAVPWEQSREFFFWRAKRRMLEDAAAGQMRQGDASLTKDSATDLLKD
VFSGDWNDDKAVADFFESNASDVADKVKAVKAAGVQAKIDALKKELDGLEFM

NT seq 6279 nt +upstreamnt +downstreamnt
atgttgagccgaggatacgctacggcggctctggccttattagtggcagcggctgcccat
catgcgtcggcttttacttcgaattcacccgccgcctttctttcgaacggtctggccaaa
gttcagcgtcaaaatgtcgtcggcgtatcgcgtgagaacgaccgtggtctcgatacggca
ctctggtcgactctcgacgagcccatcacactcggcggcgtcaaagcgctagaggactac
gtcaaggaacgcggagggaacctccctattcgcaaagtactgattgccaacaacggtatg
gctgcgaccaagtccatcctttccatgcgccaatgggcctacatggagttgggagatgaa
cgagccatccagtttgttgccatggcgactcccgaggatctcaaggccaatgccgaattc
atccgtctcgctgattccttcgtcgaagtccccggtggttccagtgccaacaactacgga
aacgtcgacgtgatttgcaagcttgcccaggagcaaggtgtggatgccgtctggcccggc
tggggtcacgcctcggaaaagcccgcgcttcccgatgggctcgccaagattggcgtcaag
tttattggacctccggctccagtcatgagcgtgcttggagacaagattgcggccaatatt
ttggcgcaaaccgcgaacgtcccctctatcccatggagtggaagctttggcggtaccgat
gatggtcccctccaggctgacttgaccgacgaaggtactatccctgatgacatctttgaa
aaggcaacttgccgcaatgtcgaagaagcgattcaagcggccgaaaagattggctacgag
gaaggtctaatgatcaaggcttccgaaggtggtgggggaaaaggtatccgattcgttgac
aacgaagaggatctccggaatgcctttatccaagtacagagtgaggttattggaagtcca
attttcatcatgcagctttgcaagaacgctcgtcacttggaagtccagattgtcggagac
gaacacgggaatgctgtcgctctgaacggtcgtgactgttctacccaacgccgtttccaa
aagatttttgaagaaggcccgcccaccattgccaaagtcgacacttttgacgagatgcag
aaggctgcgcaacggttgacccagacaattggttacgtcggtgccggaactgttgagtac
ctctacaacgccgccacagacaagtacttcttcctcgagctcaacccgcgtttgcaagtt
gagcatcccgtcacagaaggtatcaccggtgtcaatatgcccgcaactcaattgcaggtt
gccatgggtattcctctctacaatatacctcagattcgtcacctttacggcaaggaggat
atttacgggacagacaagattgactttatggtagaaaagtacaagccgattgacacccac
gtgattgccgcccgtatcactgctgagaacccagacgaaggcttcaagcccacttccggt
tcgattgaacgcatcaagttccagtcaacaagcaatgtgtggggatacttcagcgtggga
gccaatggaggcatccacgagtttgctgacagccaatttggtcacctcttcgccaaggga
gctacgcgtgagcaagcgcgcaagtcccttattctcgctctaaaggaaatcgaagttcgt
ggagaaatccgtaccacagtcgaatacttggctcagttgctagaaacgaaggagttcatt
gagaacactatcgacacatcctggttagacggtatcattaagtcgaagagtgtccagatt
gaaatgccggaagacctgactgttatctcagctgcggtcttcaaagctttcaagcacgtt
gaagaggccgtcgaagatgtcaaggaaagcttccgtaagggacaagtgtcagtcggcgga
gttcctgcaatgaactcgtttgatatcgaaatcgcctacaaggataccaaatacactttc
cacgttgagcgtacggccgaggatctttacctgttgagttgcgctggaaatactattgaa
gtgagactcaccttaacggcagagagcgccattttggccacttttggcggcgagacccac
cggatcgacggtatggacgagccgctcggtttgcgtttggttctggacggcaacacgatc
ttgatgcctaccatttttgatccctcggaacttcgcactgatgtcactggcaaggttgtc
cgtttcttgcaggacaacggtggaagtgtggaggccggacaacccttcgtggaagttgaa
gcaatgaagatgattatgccccttaaggccaccgagagcgggaaaattacgcataatctc
tccccaggatctgtcatttctgctggagacttactcgcttctctggatctcaaggaccct
tccaaggtcaagaagattgtgacattcgagggcgaattcaagatcccgtcggttgctctt
gaaaccgctgctacggatatgatttcacacattcttgccggataccagggggacgcggag
tttgctgccaatgctgcgtttgaggatattgaagacgtcgagacggctgcgactctagta
actgacacactcaatgaattcttgcgagtcgagaaaatctttaacggtcggctcttggac
gatgtcgttcgtgatctcaccaaggcgaattccgaaaaccttgatcacgtgatcgctgaa
attcaagcccatttgaatgtccgtctccgcagccagctgatcttggccatgctccgtcaa
gttgagactttttctgaccgttttggtgttgcggaaatctcgggtgacttgctagcggct
ttggaagagctccagactttgaaggacaagatgtacggtgagatcactcttgcagctgat
accatcattcgccaatcgaagattccgtcgttcgaaagccgtgtcgaagaacttcgcgct
cagctttctgatacagagaccgacttggtaaaactctctaagagcccgactctttctgct
ggtgtcgacttgttgacatacctgttcacagattctgatggattggtccgctcggccgcc
gtcgaagtctacgttcgtcgtgtctaccgggcccaccgcatgttggatttgtcggtggag
gataagagcggccgcctcacttgcagtttcacctttcaattttctgatgtccctgaaaac
gaagccccgactcgacagggtctactaagcgttgttgcttccatggactcattcaagtct
gactttgccaacattcttgaggacatgtccgaggcgattggcgaaaagcctgctacgtct
gatggtcggccgcttacggcgctgcacatcgccatggctgatggtgaaatgggagaattt
tctgtcgtagaaggagttcttgcgagcgaaaagcccaaactgatcgctatgggtgtgcga
acagtaaactttgttgtacccaacaagaaaaaggagccgtcgtactttacgtttccgcaa
gccgataattacaaggaggaccgccttcgccgaaatatgcgccccacattccaccacctt
ttggaacttgctcgcttgacaagtaattttgacgctgagcgtattcctgcaattggcaaa
aacgctcaggtttatattggtacagaaaagtcggagcgacctgtccgtggaggaccgcct
caggttgttttcgtccgtgccatctcgcacagcagtggattggtcaccgatgttggggct
cttcgcgctcttcaacaaggtctggatgaactcgaaagagcgcagtcgaactcgaaggtc
aatctccagtcgtcctctcgtatcttcttgcactcgcttcacgagcttgaggggacaact
ccacaagaagtctcggctcgctttaaggcagtaatgagctcgctcaagagcaagctcgct
acccgtcttttgaaattgcgcgtcgacgaaattgaagtaaagcttcgtatcgcttcgaag
agcgaagacgggagcccgattgtccagaatgttcgtcttgtaggatcttcgatggaaggt
gaatggctcggagccacaacctacattgaaaaacccgatcccgtcactggagtgacaacc
gagttctgcgtgttagacgaaagtggcgaagccaacatgtgctttcttgatccttacggt
acttccaatattatccagaccaagcgagcaatcgcccgtcgcgtcggatccacctacgca
tacgatttcctcggtcttctggaggttgccttgattggtgaatgggaacagcacatcaac
agcctcgagcttgacactggagtcactatccctactgacttgtttgaatctcaggaattg
attgaagacgaagacgggaaccttgttcttggtagtcgggttgtcggaaccaataagata
ggtatggtaacttgggttgtcaagatgaagactccggaataccccgaaggacgtgaagtt
gttgtaattgccaacgacgttactgtccagagtggatcattcggtgtggaagaggacgaa
ttgtattataaagcctctgtgtacgcccgtgaacgcaaacttcctcgtgtctacattgca
tgcaacgcaggagcccgtatcggtcttgttgacgagctgaaggagaagatcaacatcaaa
tttaacgatcctacgaaccccaacaaaggatttgaatatttgtacctcacggacgaagac
tacaaagctctccccgaaggagctcttattgctagtaaggtaaatgagggctgggctctt
tccgatattatcggaaccaagcacggtattggcgtggagaacttgcaaggcagtggaaaa
attgccggagaaacatcacgatcgtacgacgaaatctttactcttagttacgtcactgga
cgaagtgtcggtatcggggcgtatcttgtgcgcctcggacagcgcgtcattcaaatgaaa
caggggccgattatcctgaccggcttctccgcattgaacaagcttctcggacgcgatgtg
tacacgtcaaataatcagctcggaggaccgcaggttatgcagcctaatggtgtatctcat
gacattgttgacgacgatcaggagggagtcacctcaataatgaaatggttgagttttgtt
cccaagaccgtcggtgctcttccggcttgccgtgaatctgctgacccggtggaccgcccg
gtcgcctggcgcccgactcctactccctatgaccctcggctcatgctttccggcacggct
gatgtgccaggattcttcgacaaggggagctggaaggaatatctcagtggatggggtaag
agtgttgtcattggacgcggtcgccttggaggtatccctatgggagccattgctgtcgag
actcgcctcgtggacaaagtcatccctgccgacccggctgaccccaactcgcgagaagcc
attcttccccaggccggccaggtactcttccctgactcttcgtacaagactgcccaagct
cttcgtgacttcaacaaggaaggccttccggttatgatttttgccaactggcggggattc
tctggcggcagccgcgatatggctggtgaagttctcaagttcggtgcaatgattgtagat
gccctgcgtgaatacgagaatcccgtgtacatttacttgccgccccacggagaactccgc
ggaggatcctgggtagttgtggacccaaccatcaaccaagagaagatggaaatgtacgct
gaccccgattctcgtggaggcattctcgaacctgccggtatcaccgagatcaagttccgt
acgcccgatcaactgaaggtaatgcaccgtcaggacccgcaactcaagttgcttgacgct
gaactggaaatgtgcgaaatggaagatgacaaggccgctattaaagaacaaattatcgct
cgtgaagagcagctcaaaccagtatacttgcaggcggccaccgagtttgcggatttacac
gacaagacaggtcgcatgaaggccaagggtgtgattcgcgaggctgtaccgtgggagcaa
tcccgcgaattctttttctggcgtgctaagcgccgcatgttggaagacgccgccgcgggt
caaatgcgccagggtgacgcatccttgactaaggactctgcaacggacttgctcaaggat
gtcttttccggagattggaatgacgacaaggcggtggcggatttctttgaatcaaatgct
tccgacgtcgccgacaaggtcaaggccgtcaaggctgctggtgtgcaggcgaagatcgat
gctctcaaaaaggaattggacgggttggaattcatgtaa

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 (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   JGI-PTI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (40)   

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