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KEGG   Pieris rapae (cabbage white): 110994707
Entry
110994707         CDS       T05162                                 
Name
(RefSeq) acetyl-CoA carboxylase isoform X1
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
prap  Pieris rapae (cabbage white)
Pathway
prap00061  Fatty acid biosynthesis
prap00620  Pyruvate metabolism
prap00640  Propanoate metabolism
prap01100  Metabolic pathways
prap01212  Fatty acid metabolism
Module
prap_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:prap00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    110994707
   00640 Propanoate metabolism
    110994707
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    110994707
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    110994707
Enzymes [BR:prap01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     110994707
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     110994707
  6.4  Forming carbon-carbon bonds
   6.4.1  Ligases that form carbon-carbon bonds (only sub-subclass identified to date)
    6.4.1.2  acetyl-CoA carboxylase
     110994707
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp ATP-grasp_3 Dala_Dala_lig_C Bystin ATP-grasp_4
Other DBs
NCBI-GeneID: 110994707
NCBI-ProteinID: XP_022117245
Position
15:complement(2034287..2093173)
AA seq 2389 aa
MLSIAFFIGVFVICYAVKFFLKTEEIPEKMAEQEKEQIRCSSSESENFEKIESEEARGNS
NDENPHFRLGDETPSGDEGPANEGGDFFPNAPPPSIRRMLTPAQQLALAERRSKLRPSMS
QGTVIHSQRFQEKDFTVATPEEFVRRFQGTKAINKVLIANNGIGAVKCMRSIRRWSYEMF
KNERAVRFVVMVTPEDLKANAEYIKMADHYVPVPGGSNNNNYANVELIVDIATRTQVQAV
WAGWGHASENPKLPELLHRAGVVFIGPPEKAMWALGDKIASSIVAQTANIPTLPWSGSEL
KAEYNTKKIKISSELFARGCVSTPEQGLQAATKIGFPVMIKASEGGGGKGIRKVENPDDF
NNMFRQVQAEVPGSPIFVMKLAKSARHLEVQLLADQYGNAISLFGRDCSIQRRHQKIIEE
APAAIAKPDVFIEMEKAAVRLAKMVGYVSAGTVEYLYDPAAGQYYFLELNPRLQVEHPCT
EMVADVNLPAAQLQIAMGLPLYQIKDIRLLYGESPWGSSQIDFDEPVQRPSPWGHVIAAR
ITSENPDEGFKPSSGTVQELNFRSSKNVWGYFSVAASGGLHEFADSQFGHCFSWGETREQ
ARENLVIALKELSIRGDFRTTVEYLITLLETQAFQENNIDTAWLDALIAERVQSEKPDVM
LGVLCGSILIADSIITTHFQEFKSALEKGQIQSASQLSNTVEVELIHSGNKYKVQVTKSG
PTSYFLAINGSFKELEVHKLADGGTLLSVDGASYTSYLKEEVDKYRIVIGNQTVVFEKEK
DPSKLRAPSAGKLINCLVEDGGHVDKGQPYAEIEVMKMVMTLSAPEAGNVTWCMRPGAVL
DQGSLMGTLELDDPSLVTTAVPYKGQFPLGDNTSLSEKLNYAHIKYKVILENTLAGFCLP
DPYNTPRLREVVEKFMQSLRDPSLPLLELQEVLSSTSGRIPLSVEKKVRKLMALYERNIT
SVLAQFPSQQIASVIDHHAASLTKRADRDVFFMSTQALVVLVQRYRNGIRGRMKAAVHDL
LKQYYQDESHFQLGSYDKCVMALRDRYKDDMQAVANIIFSHNQVAKKNLLVTMLIDHLWS
NEPGLTDELAATLNELTSLHRAEHSRVALRARQVLIAAHQPAYELRHNQMESIFLSAVDM
YGHDFHPENLQKLILSETSIFDILHDFFYHTNAAVCNASLEVYVRRAYTSYDITCLQHLA
LSGELGVVHFQFVLPTGHPNRIPISQSEIELSAAQDQEGVPAELSTAAMRKCHHRTGALA
AFNSFEQFVEYSDELLDLVHDFASTATVRREDLQALQEGSESRDSTSINVGMDYKQIVEE
DVPLEPIHILMIGIRDTGEADDSAVSRRFGHFCRAHARELHQKRIRRITFMLLIKRQFPK
FFTYRARNDFREDTIYRHLEPASAFQLELYRMRSYDLEALPTSNQKMHLYLGKAKVKKGQ
EVTDFRFFIRSIIRHQDLITKEASFEYLQNEGERMLLEAMDELEVAFSHPLAKRTDCNHI
FLNFGPTILIDPAKIEDSVLGMVMRYGPRLWKLRVLQAEIRFTLRVGPGSPTKTIRLCLS
NGSGYSLDVYSYEEVSDPKTGVIIFQSYGPKQGPMHGLPISTPYVTKDYLQQKRFLATSQ
GTTYVYDIPDMFRQMVENQWRDYIEEGSVDGPRPDNVMNLVELVMENDGERRIMEVTRLP
GQNNVGMVAWRITLFTPEYPEGRDIVLIANDLTYYMGSFGPQEDWVYFRASEYAREHKIP
RVYVSVNSGARIGVAEEVKSEFKVAWIDAEHPDRGFKYLYLSPEAYSRLGPMGSVKTTLI
DDEGETRYKITDVIGKEDGLGVECLRDAGLIAGETAQAYEDIVTISVVTCRAIGIGSYVV
RLGHRVIQVESSYIVLTGYMALNKLLGKPVYASNNQLGGIQIMYNNGVTHAVAPSDLEAI
RTTVKWLSYIPKDKLSIVPILRSADPIDRPVEWVPPRAAHDPRFMLTGEGNRLGFFDAGS
FDEIMRPWAQTVIAGRARLGGIPVGVIAVETRTVELTLPADPANWDSEAKTVQQAGQVWF
PDSSYKTAQAINDFTREGLPIIIFANWRGFSGGQKDMYEQILKFGAEIVRALRGATAPVI
VYIPPGAELRGGAWAVVDPSVNGTRMEMYADNDARGGVLEPEGIVEVKFKQRDIVKTMHR
LDPELLRLGARISELKEQIKDISKNLDRRGSVDEVLIKTDVGRQAESKIRDLESELSAGE
KNAKAREKELASVYHQIAIKFAELHDTAERMLEKGCIFDIVPWKNSRKILYWRLRRLLHQ
NLQERRVQNATGPDSIDQRAAAATLRRWFTEDRGETQSHQWEHDNEAVCRWLEQQALDQD
SVLERNLRAIKQDAVLQNVNQLVMELTPSQRAEFMRKLSALEIEQDYNN
NT seq 7170 nt   +upstreamnt  +downstreamnt
atgttaagcattgctttttttattggagttttcgttatctgttatgctgtaaaatttttc
cttaagacggaagaaataccagaaaagatggcggaacaagagaaggagcagatacgatgc
tcgtcaagtgaaagcgaaaactttgagaagatcgaatcggaagaggcacgtggcaattct
aatgatgaaaaccctcacttcagattgggtgatgaaactccctctggggatgaaggtcca
gcaaatgagggaggagatttcttccccaatgccccaccaccgagtatacgtcggatgttg
accccagcacagcaactggctcttgctgaaagaagaagcaaactgaggccgtcaatgtct
caaggaactgtgattcacagccaacggttccaagagaaagacttcacagtagctacacca
gaggagtttgtaagaagatttcaaggaacaaaagcaataaacaaagttctaatagccaac
aacggtataggtgctgtaaaatgtatgagatctatacgaagatggtcctacgaaatgttc
aagaacgagagggctgtgcgcttcgttgttatggtaacaccagaagatttaaaagcaaat
gcagaatatatcaaaatggctgatcattatgtaccagtacctggcgggtctaataacaat
aactatgccaatgttgagttgatagttgacatagctactcggacacaagttcaggccgtc
tgggctggttggggccatgcgtcggagaacccgaaacttcccgaacttcttcacagagct
ggagtagtctttataggtccacctgagaaagctatgtgggctctcggtgataagattgcc
tcatccatagtagctcaaacagctaatatacctacactgccatggagtggtagtgaattg
aaagccgaatacaacacaaagaaaataaaaatttcgtcagaattatttgcaagaggatgt
gtgagtacgcctgaacagggattacaagctgcgactaaaatcggattccctgtgatgatt
aaggcatcagaaggtggtggtggaaagggtattaggaaagtagaaaacccagatgacttc
aacaatatgttccgacaggtccaagctgaagtacctggttcaccaatattcgtgatgaag
ttggcgaagtcagctcgtcacttggaagtacaactactggctgatcagtatggtaacgcg
atatcactattcggccgcgactgttccatacaaagacgtcatcagaagattatagaagaa
gctcctgccgccattgctaagccagacgtgttcatcgaaatggaaaaggccgctgtacgc
ttagcaaaaatggtgggttatgtgagtgctggtacagtggagtacttatacgacccagca
gcgggtcaatattacttcctggagctgaaccctcgactccaagtagagcatccttgcacg
gagatggtcgctgatgtcaatctacccgctgcacagttacagattgctatgggtcttccc
ctataccagataaaggacattcgtctcctatacggggaatccccatggggtagctctcag
attgatttcgatgaacccgtacaaagaccatctccttggggccacgtcattgccgctagg
atcacttctgagaatcctgacgaaggtttcaaaccatcgtctggtacagtccaagagttg
aacttccgctcatcgaagaacgtgtggggctacttcagtgtcgccgcttctggtggtctt
cacgagtttgctgattcccaatttgggcactgtttctcgtggggagagacaagagaacag
gctagagaaaacctggtgatagctctaaaagagttgagcattcgtggtgacttccgtact
acagtggagtatctcatcaccctattggagacgcaggcttttcaggaaaataatattgac
acggcatggctggatgcgttgatcgctgaaagagtacaatctgaaaagcctgatgtgatg
ttaggagtcctgtgcggttccatactaatcgctgacagcatcattactacgcacttccag
gagttcaagagcgctctagaaaagggtcaaattcagagtgcgagccagctttcaaacaca
gttgaagtagagttgatccatagtgggaacaaatacaaggtccaagtgaccaaatcgggt
ccgaccagttatttcctagccattaatggcagtttcaaggaattggaggttcataaatta
gctgatggaggcacacttctttccgttgatggtgcatcatacacgagttacctcaaagaa
gaagtcgacaaataccgtatagtgattggaaatcagaccgtggtctttgaaaaggagaag
gacccttcgaagttaagagcgccatctgcagggaaactcatcaattgcctggtggaagat
ggcggacatgtggataagggacaaccttatgcagaaattgaggtaatgaaaatggtgatg
accctatcagctccggaagccggtaacgtcacctggtgcatgagacctggtgctgtactg
gatcagggatcacttatgggcactttggagttagatgacccctcgctagtaacgacggcc
gtcccctacaagggtcagttcccactgggcgataatacatctctgtctgagaaattgaat
tatgcgcacatcaaatataaagttattttggagaacacattggccggtttttgtctcccg
gatccatacaacacgccccgtttgagagaagtagtggaaaagttcatgcagagccttcga
gatccttctctaccattgttggaattacaagaggtgctatcatctacttccggtagaatt
cctctatcagtggagaagaaagtgaggaagttaatggcgttgtacgaacgaaatatcaca
agtgtgttggcgcagttccccagccagcaaatcgctagcgtcattgatcatcatgctgca
tccctcactaaacgcgcagatcgtgatgtattcttcatgagcacacaggctttagttgtg
ctcgtacagagatatagaaacggtatccgcggacgtatgaaggcagctgtgcatgatcta
ttgaagcaatactatcaagatgaaagtcacttccaacttggttcatacgacaaatgcgtg
atggcgctccgcgaccgatacaaggatgacatgcaggccgtggcaaatattatattctcg
cacaatcaagttgctaagaagaatttattggtgacaatgctgatcgaccatctctggtcc
aacgagccgggtttgacggacgaactagcggccacactcaacgaacttacttcgttacat
cgcgccgaacacagccgagtggcgcttagagcgagacaggtcttaatagcagcccatcaa
ccggcgtacgaattacgtcacaaccaaatggagtccatcttcttgtcagcagttgacatg
tacggtcacgacttccatccggagaatcttcagaagcttatactttctgagacatccata
ttcgatatactacatgacttcttctaccatacaaacgctgcggtttgcaacgcatcttta
gaggtgtacgttcgtcgtgcgtacacgtcatacgatattacgtgtctacaacatttagcg
ttgtctggtgaacttggcgttgtccacttccagtttgtgttacctactggacatcctaat
aggataccgattagtcaatcagagatcgagttatcagctgcccaagatcaagagggcgtt
ccggcggaactttcgacagctgcaatgaggaaatgtcaccatcgtactggtgctttggcg
gcgttcaattcatttgaacagttcgtggagtattctgatgagttactggatctggtccat
gattttgccagcacggctactgttagacgagaggatcttcaagcgttacaagaaggcagc
gaaagccgagacagcactagtattaacgttggcatggactataagcaaatcgttgaagag
gatgtgcccctagaaccgatacatattctaatgattggtatccgagacaccggtgaagcc
gacgatagcgcggtatcgcgtcgttttggacacttttgccgcgcacacgccagggaattg
caccagaaacgcatacgacgaatcacttttatgttgttgatcaaacgccagttcccgaaa
ttctttacgtaccgagctcgcaatgactttagagaagacacaatctaccggcatctggaa
ccggcatccgccttccagctggagctgtaccgcatgaggagttatgacctggaagcgctg
cccacaagcaatcagaagatgcacctgtatcttggaaaggctaaggtaaagaaaggtcaa
gaggtaaccgactttagattcttcatccgatccatcattagacaccaggatctcatcacc
aaagaggccagtttcgaatatctccaaaatgagggtgaaaggatgttgttagaagcaatg
gacgaattggaagtggccttttcacacccattggcgaagaggactgattgtaaccatatc
ttcttgaacttcggacctactattttgattgatccagcaaagatagaggattcagtgctc
ggtatggtgatgagatacggtcctcgtctttggaagttgagagttttgcaggccgaaatc
agatttaccttgagagttggtcccggatcaccaacgaaaacaattcgtctgtgcctctca
aatggctctggatattccctcgatgtatacagttatgaagaggtgtctgacccaaagact
ggtgtgataatattccaatcttatggccccaagcaagggccgatgcatggtcttccgata
tccacgccttatgttactaaggattatctgcagcagaaacggtttttggccacttcacaa
ggaacaacatatgtatacgatataccggatatgttcagacaaatggtggaaaaccaatgg
cgggactatatcgaagaaggatctgttgatggtccaaggccagacaacgtgatgaatctg
gtggagttggtgatggagaatgatggagagagacgcatcatggaagttaccagattgcct
ggccagaataatgtcggtatggtcgcatggcgcataaccctattcaccccggagtatccc
gagggaagagatattgtcctcatagcgaatgacctcacttactacatggggtcctttgga
ccacaagaagactgggtgtactttagggcatcggaatatgcgcgggagcacaaaataccg
agggtgtacgtgagcgtaaattcaggtgcgcgtatcggagtcgctgaggaagtgaagtct
gaattcaaagtagcctggattgacgctgaacaccccgatcggggctttaagtatctctat
ttgagccccgaagcctactctcgattgggtcctatgggttctgtgaagacgacattgata
gatgatgaaggggagaccagatataagatcactgatgttatcggcaaagaagatggcctg
ggagtggaatgtctacgggacgcaggtttgattgctggggaaacagcacaggcgtatgaa
gacatcgtcactatctccgttgttacgtgcagggctattggtataggatcttatgttgtc
agattaggccatcgagtcatccaagtagaatcgtcgtacatagttctaaccggttatatg
gcgttgaataaattactgggcaaaccggtttacgccagtaataaccagttgggtggtata
cagattatgtacaataacggtgtgacacacgccgtagcgccatcagaccttgaagccata
aggaccacagttaaatggctctcgtacatacctaaagacaaactaagcatagtgccaata
ctgcgtagtgcagatccaatagatagaccagtagaatgggttccgccgagagctgctcat
gacccacggtttatgctcacgggcgaaggaaaccgactcggattcttcgacgccggttca
tttgatgagattatgcgtccgtgggcacagactgttatagccggtcgtgcccgtttgggt
ggtattcccgtgggagtaatagcagttgagactcgtacagtggaattgaccttaccggct
gatccagccaactgggactctgaggccaaaactgttcagcaggctggacaggtctggttc
ccagattcatcctacaagacggctcaggctataaatgatttcactcgagaaggattgccc
attatcatatttgctaactggcgaggttttagtgggggtcagaaggatatgtacgagcaa
atcctgaagttcggagctgagatagtccgagcattacgtggggcaacggccccagttata
gtttacattcctccaggggcggagttaaggggcggggcttgggcggtcgttgaccccagt
gtcaatggcactaggatggagatgtacgctgacaatgatgccaggggtggtgtattagaa
cctgaaggaattgtcgaagtcaagttcaagcagcgggatattgttaaaacaatgcatcgt
ttggatccggaactgttgagattgggcgcaaggatatctgagctgaaagaacaaattaag
gatatatcaaagaatttggatcgaagaggctctgtggacgaggttctcattaagacggac
gtcggcagacaagctgaaagtaaaataagagatttggaaagcgaattgagtgcaggggag
aagaatgccaaagccagggaaaaggagttggcctctgtataccaccagattgctatcaaa
ttcgccgaacttcacgatacagcggaacgtatgctcgaaaaaggttgcatattcgacatt
gtcccctggaagaactcgcggaagatcctctactggaggctgcggaggctcttgcaccag
aaccttcaagagaggagggttcagaatgccacggggccggatagcatcgaccagagggcc
gcagccgctaccttgaggaggtggttcacggaggaccgaggggagacacagtctcaccaa
tgggagcacgacaacgaagcggtttgtcggtggttggaacagcaagctttggaccaggat
tcggttctcgagagaaacctgagagctatcaagcaggatgctgtactgcaaaatgttaat
cagcttgtcatggaactaactccgtcccaacgtgctgaattcatgagaaaattatcggct
ttagaaatagaacaggattacaataactag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (7)   
   KEGG PATHWAY (5)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (7)   
   RefSeq(nuc) (5)   
   GenBank (1)   
   EMBL (1)   
Protein domain (12)   
   Pfam (12)   
All databases (92)   

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