KEGG T01075: PHATRDRAFT

Phaeodactylum tricornutum: PHATRDRAFT_55209

Entry

PHATRDRAFT_55209 CDS T01075

Gene name

ACC2

Definition

biotin carboxylase

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 ATP-grasp_4 Biotin_lipoyl Dala_Dala_lig_C ATP-grasp_3 ATP-grasp

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

AA seq 2282 aa
MPYTRTADGAGGIAQETHRRFATVQDYIQLLGGPRARVISKILIANNGNAAVKCIRSLRR
WSYETFGDSKALTFVVMATPEDLRSNAEYIRAGDVIVDVPGGPNHSNYANVSLIVEIARL
HAVHAVWAGWGHASENPTLPNTLESCGIKFIGPAGPPMQALGDKIGSTIIAQSAGVPCIA
WNGSDIQASYNVKEGSLPSWALEQAGVQSATQASEAAAKIGFPVMIKASEGGGGKGIRKV
LHADDVATAYRQVCGEVPGSPIFLMKLAQKARHLEVQLLADEYGHALALNGRDCSVQRRH
QKIIEEGPPVAAAPDVWKQMEASAVALAKAVSYANAGTVEYLYEEDTQKFYFLELNPRLQ
VEHPVTEMITHVNLPACQLQVAMGLPLSHIPEIRQRYGRKRFDDALDEIDFDNVSAQPTH
GHCMAVRITAENAEAGFQPTSGTLQELNFRSTPNVWGYFSMDSSGAIHEFADSQFGHLFA
SGSDREQARRNMVLALKELSIRGDISTTVDYISKLIELEDFVSNHIDTAWLDGIIQNKVL
SDTEACKTDVAIQTLHDHVHVILGATVQAYNCAQDATTEYVELLEKGQLPPRSLLKLSRE
VELILNNVKYVLRTVQTGPHTFSMGLTTDRENRVVETHVRVLSDGGYLIDVDGTSHVVYL
TRKADSAHGMRITTNSGATIAFSPDYDPTSLRTDVAGKLVKQLVPDQAHVKKGEAYAEME
VMKMFLPLKVEEAGTISWHANEGASLTAGDILGTLALDNPENVATVSVFEGDLQVTGWGQ
SIARNTTSSSNGSTSNNGTRNAHLVLRKAVQALHRATDGYILLPETIDAAMADLMQAVAD
PFLPVLEIREQLSVLSSRLPATLLRSISTMVREYENPALASHVSSISDTSARATFEALIT
PLREAVLPYNRGKASGVPGAQRAVDSFLIALEKWTANERWFCDGKSYADAVEELRQGHKN
DPGYILSVCRAHEQLQTTSKLVTSIMTAIGVGSKINPTGGAGTESVILHAESAISEIGSM
GSNDLYREVALKARKLLMQESLPSLELRKGRFVAAASHVATADGANLSSTVTDLLADQTP
MVDLLFPLLKSSSSGLESVGLAEIFVRRMYRSFSMKDIIRDGERRSFKFAFMEKQAEGAV
SNLSTVASLMDLKRVVSSGSLMETNDEPSESGGVIPVKQGIPADTLRIGVCMVVDNVSDV
ADADTIQNVSSQFVANSGSDPVNVLYFIVLNSDIGLDEASHQEIAKKCELILQGSHALLE
QAGVRGVTFVMNQHYDEFEEYRAPAMFTFRFPAYKEIALYRGIDPVRAPQLDLNRVAANF
DIRGLGSHNSATGQAHLYEAVPKKAALASDHKASKAARVFVRSLGFVTDMNQTSFDRILV
DTLNAFDLCSVKSRMDNHVFINVASDFEKTVLDPVTVEHVVAGILKKHGERITTMGIVEV
EIRIVCRLSSESHPIALRLVSSNPTGYVHVMSTYVEAADDSSDERKFKLIGNTKATLAST
SDSSWEGVNVEAPYPLTRPFDAQRKTALRASDTLYCYDLPALFEAAVEQQWLEASEKGSS
EKWTMNDYFDGMLELSHIRRGAGMNDVGMVAWLVELKTVEYPNGREIVLLSNDITHKAGS
FGTREDVVFKMASEYARQRQIPRLYVAANAGARIGLAEGVKKLFKVAFKDPAKPESGFDF
LYLAQADYDSLTKEKKLVNVEPMSLDGETVYRIVDVIGSEPDLGVENLKGSGLIAGETSI
AYEDIFTMTVVLGRTVGIGAYLVRLGQRTIQRKTESPIILTGFQALNKLMGVDVYSTHDQ
LGGPSIMHSNGISHMVEADHFRAIKSAVKWLSYVPSTRRGLLPISDIRGVDDIERPIGYI
PVQGVPYDPRFLLTGGADDQGTWQSGFFDKGSFTETMAGWAKAVVVGRARLGGIPMGVIV
TENRMVETIKPADPADLTASETVVREAGGVWFPNSAFKTATAIKDFRTEDLPLIVFANWR
GFSGGQRDMFDEVLKYGSQIVDAFVAYEQPVFVFIPPFAEIRGGAWVVLDATINANCMEM
YATKGSSRGGVLEANGTASVKYRTKDLIATMHRLDEKLKALDIQLEECVDDSARIDVEAV
IVKRQNQLLPVYEQISVRFCELHDTPGRMKAVGVIKQDVEWREARSFFYWRLRRKLAEFE
LRRKIIDAARVGRAVNVLKPTEASLLIQKWFLESSGKSEDCWEDDATMLSWMAEQSSSLE
LKVMEYSKACVTREIVNVILGGGTTTAIGAAGIVEGLRLSMDQMTTEEKEIFRQNLQRAL
KL

NT seq 6849 nt +upstreamnt +downstreamnt
atgccgtacacgagaaccgccgacggggcggggggcatcgcccaggaaacccaccgtcga
ttcgcaaccgtccaagactacatccagcttctgggaggtcccagggcccgcgtcatctcc
aagatcctcattgcgaacaacgggaacgctgccgtcaagtgcattcgctcgttgcgtcgc
tggagttacgaaacctttggcgacagcaaggccttgaccttcgtcgtcatggcgacaccc
gaagatctacgctccaacgccgagtacatacgcgccggagacgtcatcgtcgacgtgccc
ggcggacccaaccactccaattacgccaacgtctcgttgattgtcgaaattgctcgtctg
cacgccgtacacgccgtctgggcgggatggggacacgcgtcggaaaatcctaccctcccc
aatacactcgagtcctgtgggatcaagtttattggacccgccggaccacccatgcaagcc
ctcggcgataaaattgggtccaccattattgcgcaatccgcgggggtcccctgtatcgcc
tggaacggatccgacattcaggcatcctacaacgtgaaggaaggatccttgccatcctgg
gccttggaacaggccggggtgcagtccgcaacccaagccagtgaggcagccgccaaaatt
gggtttcccgtcatgatcaaggccagtgaaggtggcggaggcaaaggaattcgcaaggtc
ctacacgcggacgatgtcgccaccgcctaccgtcaagtctgtggcgaggtcccgggaagt
cccattttcctcatgaagctcgcccaaaaggcccgccacctcgaagtacagttgttggcg
gacgaatacggccacgccctggccctcaatggtcgcgattgttccgtacaacgtcgtcac
caaaaaattattgaagaaggacctcccgtcgcggcggcaccggacgtttggaaacaaatg
gaggcctccgctgtggcactcgccaaggccgtttcctacgccaacgccggaacggtggaa
tacctctacgaagaagacacgcaaaaattctactttttggaactcaacccgcgcttgcaa
gtcgaacaccccgtcacggaaatgatcacccacgtgaatctacccgcctgtcagctgcaa
gtagccatgggtttgccactttctcatattccagaaattcgacaacgctacggacggaag
cgcttcgacgacgccctcgacgagatcgatttcgacaacgtcagcgcccaacccacgcac
ggacactgcatggcagtccgcatcacggccgagaacgccgaagccggatttcaacccacc
tcgggtaccctccaggaattgaattttcggtctacccccaacgtctggggatatttcagt
atggacagttccggagccatccacgaatttgccgattcccagtttggacacttgtttgcg
tccggttccgatcgagaacaggcgcgacgaaacatggtgctggcactcaaggaactctcg
attcggggtgatatcagtaccacggtggattatatttcgaaattgattgagttggaagat
tttgtcagcaaccatatcgatacagcctggttggatgggatcattcaaaacaaggtcttg
tccgatacagaagcttgcaagacggatgtggccattcaaactttgcacgatcacgtacac
gttattttgggcgctacggtgcaagcctacaattgcgcccaagacgccacaacggaatac
gttgaacttttggaaaagggacaattgccgcctcggtctttgttaaaactgtccagagaa
gtggagcttattctcaataacgtcaagtatgtgctacgaacggtgcagacgggcccacac
acgttctcgatgggtttgacgacggaccgcgaaaaccgcgtggtggaaactcacgtgcgc
gtgttgagtgacggtggctatttgattgacgtcgacggcacatcccatgtcgtgtatttg
actcggaaggcagattcggcccacggtatgcgcattaccaccaactctggagccacgatt
gccttttcacccgattacgatcccacgtcgttgcgcaccgacgtggccggcaaactcgtc
aagcaactcgtaccggatcaagcgcacgtcaaaaagggtgaggcttatgcagaaatggaa
gtgatgaaaatgttcttgccgcttaaagtggaagaagccggaactatttcttggcacgcg
aacgaaggagcttctttgacggctggtgacatcttggggactttagccctagacaatccc
gaaaacgtagctactgtcagtgtcttcgagggcgacttgcaagtgacgggatggggtcaa
tctattgctcgcaataccaccagtagcagtaacggaagcacatccaataacggcactcgc
aatgctcatttggtgctgcgcaaggccgttcaggcattacaccgcgcgacggatggatac
attttgctgccggagacgatcgacgccgccatggctgacctgatgcaagcagtggcagat
cccttcttgccggttttggaaattcgggaacagctctctgttctcagtagccgcttaccc
gcgactttgttgagatccatttctacgatggtccgagagtacgaaaatccagcgttggcc
tctcatgtttcgagcatctcagatacgtcagcccgagctactttcgaagcacttatcact
cctctccgcgaagccgtgctaccttataatcgcggaaaggcctcgggtgtaccaggggcg
cagcgggcggtcgacagctttttgattgcgttagaaaaatggactgccaatgaacgctgg
ttctgcgacggaaagtcatatgctgatgcagtcgaagaattgcgccaaggacataagaat
gatcctgggtacatcctcagtgtgtgtcgcgctcacgagcagttacagaccacttcaaaa
ttggttacgtcgatcatgaccgctataggggtgggctccaagattaatcccacgggagga
gccggaacggaatctgttattctgcacgcagagagcgccatttcagagattggttctatg
ggttcaaatgatctttaccgtgaagttgcgttgaaggctcgaaaacttttgatgcaggaa
agcttgccaagcttggagcttagaaagggtcgattcgttgcagcggcgtcccatgtggct
acggcagacggagcgaacctctcgagcaccgtcactgaccttttggcggaccaaactcct
atggtggacctgttgtttccactgctcaaaagctcttcgtcgggattggaatctgttggt
ttggccgaaatatttgtccgtcgtatgtatcgctccttttcgatgaaggatattatccgg
gatggagaacgacgctctttcaagtttgcatttatggagaagcaggcagagggtgcggtg
agcaacttgtcaactgtggcaagcttgatggatttgaaacgtgtggtcagttctggatct
ctgatggagactaacgacgaaccatcggaatcgggaggtgtgatccccgttaagcagggc
atccccgctgacacgctacgtattggtgtttgtatggtggtagacaacgttagcgatgtg
gcagatgctgatactattcaaaatgtttcgtcgcagtttgttgctaattccgggtcggat
ccggtgaatgttctttatttcatcgttctgaattcggatattggtctggacgaagcgagt
caccaggagattgctaagaaatgtgaattgatcctgcaaggctcacatgctctactcgaa
caggctggcgtccgtggggtaacgtttgtgatgaaccaacactacgacgagtttgaggaa
tacagggcccctgcgatgttcacgttccgctttcccgcatacaaagaaattgcactttac
agaggaatcgatcctgtccgagctccgcagctcgatttgaatcgtgtcgcagcgaacttt
gacattcgaggccttggctctcacaattcggcaactggtcaggctcacctctatgaagcg
gtaccaaagaaagctgcgctcgcttccgatcacaaagcaagtaaagccgctcgtgtcttc
gtccgatcgctgggttttgtgaccgacatgaatcagacaagctttgatcgaattctggta
gacactttaaacgcttttgatctctgttctgtaaagagccgcatggacaaccacgtgttt
atcaatgtggccagtgactttgaaaaaactgttctagatccggtaactgttgaacatgtt
gtggccgggatattgaaaaagcatggagaacgtatcacaacgatgggcattgtggaggtt
gagattcgtattgtctgccgattgagctccgaatctcatccaatcgcactcagattggta
tctagcaacccaactggttacgttcacgtaatgagcacgtacgttgaagcagccgatgat
agcagcgacgagcgcaagttcaaattgattggcaatacgaaggccacacttgctagtaca
agcgacagctcttgggaaggtgtcaacgtggaggctccgtatcctctgacccgccctttt
gacgctcaacggaagactgcactaagagcgtcagatacactgtactgctacgacctccct
gcgctttttgaagctgctgttgagcagcagtggctcgaagcctccgaaaagggatcatct
gagaagtggacgatgaacgactactttgacggaatgctggaactctctcatatacgcaga
ggagctggaatgaatgatgttggtatggtggcgtggcttgtagagctcaaaacggtggag
tacccaaatggccgtgaaattgtcttgctttcaaatgacattactcacaaagctgggagc
tttggaacccgagaagatgttgtattcaagatggcttctgagtacgctcggcagcgtcaa
attccgcgtctgtatgtcgctgccaacgctggtgcgaggattggtttggccgagggagtc
aaaaagttgttcaaagttgctttcaaggatcctgccaagccggaaagtggattcgatttc
ctctacctggctcaggcggactacgattctctgacgaaagagaagaagctggttaacgtt
gagccgatgtccctcgacggagaaactgtttaccgtattgtggatgtgattggttcagaa
cctgaccttggagtagagaatctaaagggctctgggcttattgctggtgaaacgagtatc
gcgtatgaagacatcttcacaatgacagttgtccttggcaggactgtgggtatcggtgca
tatctcgtccgcctcggacagaggacaattcagagaaaaacggagtccccgattattctt
acgggattccaagccttgaacaaactgatgggcgttgatgtgtactccactcatgatcag
cttggtggcccgagtattatgcactcgaatggcatctcccatatggttgaggcggaccat
ttccgcgcgattaagtccgcagtgaaatggctttcttatgtaccctcaacgaggagagga
ctcttaccaatctccgacattcgtggtgtggacgacatcgaacgtcccatcggctacata
cctgttcagggagttccttatgaccctagattcctgttgactggaggtgctgacgaccaa
ggtacttggcagagtggtttttttgacaaaggaagcttcacggagactatggctggatgg
gcgaaagctgtagtggtaggtcgtgcaagacttggcggcatcccaatgggggtaattgtc
accgaaaatcgcatggttgagaccatcaaaccagccgacccggccgatctgacggcatcc
gaaaccgttgttcgcgaggcaggcggagtttggttcccaaacagtgctttcaaaacagcg
acagcgattaaagattttcgcacggaggatttgcctttgattgtttttgccaactggaga
gggtttagtggaggacaacgagatatgtttgacgaagtcctcaaatacggatcgcaaatt
gtcgacgcctttgtcgcttacgaacagccagtatttgtcttcattcctcctttcgccgag
atacgagggggagcctgggtagttttggatgctacgatcaacgcaaattgtatggaaatg
tacgctacaaagggaagttcccggggaggagttctagaagcaaacggtacagcttcagta
aagtaccgcaccaaggacttgattgccaccatgcaccgcctcgatgaaaagctcaaggcg
ctagatatacagcttgaggaatgtgtggatgacagcgccaggattgatgttgaggcagtt
atagtgaaaaggcaaaaccaattgcttccggtatacgagcaaatttcggtgcgattctgc
gagttgcacgatacaccaggacggatgaaggcagtgggtgtcattaagcaggatgtcgaa
tggagagaagcgcgctcgttcttttattggcgtcttcgaagaaaactggccgagtttgaa
ttgcgtcgtaaaataattgacgcggcaagagttggccgtgcggtcaatgtgctcaaacct
acggaagcgtcgttattgattcaaaagtggtttctcgagagttcgggcaagtccgaggat
tgttgggaagacgacgcaacgatgctttcttggatggccgagcaaagtagttccttagag
ctgaaggtgatggaatattcgaaagcatgcgtcacacgagaaattgtcaatgtgatcctt
ggaggtgggacgaccactgcaattggtgcggcaggtatcgtcgaaggtcttcggctatcg
atggaccaaatgacgactgaagaaaaggaaatatttagacagaatcttcagagggcccta
aaactgtaa

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 (10)   
   Pfam (10)   
All databases (37)   

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