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KEGG   Malus sylvestris (European crab apple): 126631770
Entry
126631770         CDS       T09027                                 
Name
(RefSeq) acetyl-CoA carboxylase 1-like
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
msyl  Malus sylvestris (European crab apple)
Pathway
msyl00061  Fatty acid biosynthesis
msyl00620  Pyruvate metabolism
msyl00640  Propanoate metabolism
msyl01100  Metabolic pathways
msyl01110  Biosynthesis of secondary metabolites
msyl01212  Fatty acid metabolism
Module
msyl_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:msyl00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    126631770
   00640 Propanoate metabolism
    126631770
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    126631770
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    126631770
Enzymes [BR:msyl01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     126631770
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     126631770
  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
     126631770
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp_3 ATP-grasp Dala_Dala_lig_C RHG29_45_N
Other DBs
NCBI-GeneID: 126631770
NCBI-ProteinID: XP_050157862
Position
8:complement(21253705..21267149)
AA seq 2265 aa
MSEAQRRLVTVPSFHRGNGYVNGVLRHPATASKVDEFFYALGGKKPIHSILIANNGMAAV
KFIRSVRTWSYETFGTEKAVLLVAMATPEDMRINAEHIRIADQFVEVPGGTNNNNYANVQ
LIVEMAEITHVDAVWPGWGHASENPELPDALDAKGIVFLGPPSISMAALGDKIGSSLIAQ
AANVPTLPWSGSHVKIPSESCLVTIPDEVYREACVYTTEEAVASCQVVGYPAMIKASWGG
GGKGIRKVHNDDEVRALFKQVQGEVPGSPIFIMKVASQSRHLEVQLLCDQHGNVAAFHSR
DCSVQRRHQKIIEEGPITVAPIETVKKLEQSARRLAKSVNYVGAATVEYLYSMETGEYYF
LELNPRLQVEHPVTEWIAEINLPAAQVVVGMGIPLWQIPEIRRFYGMEHGGGYDAWRKTS
ASASPFDFDKAESTRPKGHCVAVRVTSEDPDDGFKPTSGKVQELSFKSKPNVWAYFSVKS
GGGIHEFSDSQFGHVFAFGESRALAIANMVLGLKEIQIRGEIRTNVDYSIDLLHASDYRE
NKIHTGWLDSRIAMRVRAERPPWYLSVVGGTLFKASTSSAAMVSDYVGYLEKGQIPPKHI
SLVHAQVSLNIEGSKYTIDMVRGGPGSYRLRMNKSEIEAEIHTLRDGGLLMQLDGNSHII
YAEEEAAGTRLLIDGRTCLLQNDHDPSKLIAETPCKLLRYLVADDSHVDADTPYAEVEVM
KMCMPLLSPASGAIHFRMSEGQAMQAGELIARLDLDDPSAVRKAEPFHGSFPVLGPPTAI
SGKVHQRCAASITAAQMILAGYEHNIDEVVQNLLTCLDNPELPFLQWQECFAVLATRLPK
DLKNELESKFKEFDLISSSQNVEFPAKLLRVVLEAHLFSCPDKEKGAQERLVEPLISLVK
SYEGGRESHARVIVHSLFEEYLSVEELFSDNIQADVIERLRLQYKKDLLKIVDIVLSHQG
VKNKNKLILRLMEQLVYPNPAAYREKLIRFSQLNHTSYSELALKASQLMEQTKLSELRSS
IARSLSELEMFTEDGETMDTPKRKSAINERMEDLVSAPLAVEDALVGLFDHSDHTLQRRV
VESYVRRLYQPYLLKGSVRMQWQRSGLMASWEFLDEHTERKTANEDQSSDKSIEKYNERK
WGVMVIIKSLQFLPAVINAALKEMSHQLHESIPNGSSEPSGFGNMMHIALVGINNQMSLL
QDSGDEDQAQERIKKLAKILKEQGVASSLHSAGVRVISCIIQRDEGRAPMRHSFHWSSEK
LYYEEEPLLRHLEPPLSIYLELDKLKGYENVQYTPSRDRQWHLYSVVDKPQPTKRMFLRT
LVRQPTSNDLFAGFQRLDMEAASKQWALSFTSRSILGSLLTAMEELELNAHNATVKSDHT
HLYLYILREQQIDDLLPYSKRVGLDAGQEEIVVEAILEELAREIHASVGVKMHRLGVCEW
EVKLWIASSGQANVSWRVVVTNVTGHTCTVHVYRELEDTSKQRVVYHSASTQAPLHGLPV
NAQYQPLGAIDRKRLVARRTSTTYCYDFPLAFQTALEQSWASQLPGSKKPKDKILRVTEL
KFSDQQGTWGTPLVEVVRPPGLNDVGMVAWFMEMSTPEFPSGRKILIVSNDVTFKAGSFG
PREDAFFFAVTELACAKKLPLIYLAANSGARIGVAEEVKSCFKVGWSDESSPERGFQYVY
LTSEDYARIGSSVIAHELKLANGETRWVIDTIVGKDDGLGVESLTGSGAIAGAYSRAYRE
TFTLTYVTGRTVGIGAYLARLGMRCIQRLDQPIILTGFSALNKLLGREVYSSHMQLGGPK
IMGTNGVVHLTVADDLEGISAILKWLSYVPAHAGGPLPILSPLDPPERPVEYCPENSCDP
RAAISGALNSNGKWMGGIFDKDSFVETLEGWARTVVTGRAKLGGIPVGIVAVETQTVMQT
IPADPGQLDSHERVVPQAGQVWFPDSASKTAQALLDFNREELPLFILANWRGFSGGQRDL
FEGILQAGSTIVENLRTYKQPIFVFIPMMGELRGGAWVVVDSRINPDHIEMYADQTARGN
VLEPEGMIEIKFRNKELLESMGRLDQQLIQLKAKLQETKSSGAHEMVEPLQHQIRSREKQ
LLPVYTQIATRFAELHDTSLRMAAKGVIREVLDWNSCRAFFYKRLRRRISEESLIKTVRD
AAGEQLSHKSATDLIQNWFLSSDIPGCKKDAWVDDEIFFRWKENPKNYEDKLNELRVQKV
LLQLANIGDSISDLQALPQGLAALLSKVEPSSRALLIDELRKVLG
NT seq 6798 nt   +upstreamnt  +downstreamnt
atgtcagaagcccagaggagattggtgacagtgcccagtttccatcgtggaaatgggtac
gtaaatggggtactcaggcatcctgctacagcatctaaagttgatgaattcttctatgcc
cttggtgggaagaagccaattcatagcattttaattgcaaacaatggaatggcagctgtc
aagtttattcgtagtgtgaggacatggtcttatgaaacatttggtacagagaaggctgtt
ttattggtggcaatggccacaccagaggacatgagaatcaatgcagaacacatcagaatt
gccgatcagtttgtggaggttcctggtggaactaacaataataattatgccaatgtgcaa
ctcattgtagagatggcagagataacacatgttgatgcagtttggcctggttggggccat
gcctcagagaatcctgagcttccagatgcattggatgcaaagggaattgtatttcttggg
ccaccatctatatctatggcagcattaggagataaaatcggttcatcattaattgctcag
gctgccaacgtacctactcttccatggagtggatcacatgtgaaaattccttcagagagc
tgcttggttacaatcccagatgaagtatatagggaagcatgtgtttatacaacagaggaa
gcagttgcaagttgtcaagttgtaggttacccagcaatgattaaggcttcatggggtgga
ggtggtaaaggcataagaaaggtccataatgatgatgaggtaagggcattgttcaagcaa
gttcagggtgaagttcctggatctccaatttttataatgaaagtcgcatcccagagccga
catttagaggtacagttactgtgtgatcagcatggaaatgttgcagcttttcatagccgt
gactgcagtgttcaaaggcggcaccagaagattattgaggagggtccaattactgtagct
cctatagagacggtaaaaaagttggagcaatcagctcgaaggttggctaaatctgttaat
tacgttggagcagctactgttgagtatctctacagtatggaaactggcgagtactatttc
ttagagctgaaccctcgattacaggtggagcacccagtcactgagtggatagctgaaata
aatctcccagcagcccaagttgtagttgggatgggcatacctctctggcaaatccctgaa
ataaggcgattttatggaatggaacatggtggtggatatgatgcttggagaaaaacttca
gctagtgcttccccattcgattttgacaaggcagaatctacaaggccaaagggtcattgt
gttgctgtgcgtgtaacaagtgaggatccagatgatggctttaagcctaccagtgggaaa
gtacaggagttgagttttaaaagcaagccaaatgtttgggcatacttttctgttaagtct
ggagggggcattcatgaattctcggactctcagtttggacatgtttttgcatttggggag
tctcgagctctagctattgcaaatatggttcttgggctgaaggaaattcaaattcgagga
gaaattcgtacaaatgttgattattcaatagatcttctacatgcctcagactacagagag
aataaaatccacacaggttggttggatagtagaatcgccatgcgagttagagcagaaagg
cctccttggtatctttctgtagttggagggactctgtttaaagcatctaccagtagtgca
gcaatggtttcagattatgtcggttatcttgagaaagggcaaattccacccaagcatata
tcacttgtccatgcacaagtatcattgaacattgaagggagcaaatacacgattgacatg
gtgagagggggtcctggaagctacagattgaggatgaataaatcagagattgaagcagag
atacatactttacgtgatgggggtttgttgatgcagttggacggaaacagtcacattata
tacgcagaggaagaagcagctggaactcgccttcttattgatggaaggacttgcttgctt
cagaacgaccatgacccatcaaagttaatagcagagacaccatgcaagctgctgaggtac
ttggttgctgatgatagtcatgttgatgctgacacaccatatgctgaggttgaggttatg
aagatgtgtatgcctcttctttcacctgcttctggagctatccactttagaatgtctgaa
ggtcaagcaatgcaggctggtgaacttattgcaaggcttgatttagatgatccttcggct
gtaagaaaggcagaacctttccatgggagcttcccggttctggggcccccaactgcaatt
tctggtaaagttcaccagagatgtgctgctagcataaccgcagcccaaatgattcttgct
ggttatgagcataacattgacgaagtagtgcaaaacttgctcacttgcctagacaatcct
gaactccctttccttcaatggcaagagtgctttgctgttctagcaacccgcctacccaaa
gatcttaaaaatgaattggaatcaaaatttaaggagtttgacttgatttctagttctcag
aatgttgagttccctgctaagttgttgcgcgttgttcttgaggcccatctattctcctgt
cctgataaagagaaaggagcccaagaaaggcttgttgagcctttgataagccttgtgaag
tcttatgagggtggaagagaaagtcatgcccgagttatcgtccattccctttttgaagag
tacctgtcagttgaagaattattcagtgacaacattcaggctgatgtaattgaacgcctt
cgacttcagtataaaaaagatctattgaagattgtggacattgtgctttctcaccagggt
gtcaagaataaaaataagttgatactacgactcatggaacaactggtctaccccaaccct
gctgcgtacagggaaaagctaattcggttttctcaacttaaccatacaagctattctgag
ttggcacttaaggcaagtcaactgatggagcaaaccaagttgagtgaacttcgttccagc
attgccagaagcctttctgagttagagatgtttaccgaggatggtgaaaccatggatact
cctaagaggaaaagtgccataaatgaacgaatggaggatcttgtgagcgctcctttggca
gttgaagatgcccttgtaggtctatttgatcacagtgatcacacacttcagaggcgggtt
gtggagagctatgtgcgtcggttataccagccatatcttttaaagggaagtgtgaggatg
cagtggcaaagatctggtcttatggcttcctgggagttcttggatgaacataccgagaga
aaaactgcgaatgaagatcaatcttctgataaatcaattgagaaatacaacgagagaaaa
tggggagtcatggttattataaaatcccttcaatttctgccagcagttattaatgctgca
ctgaaggaaatgtctcatcaacttcatgaatcaattccaaatggatctagtgaaccaagt
ggctttggtaatatgatgcatattgctttagttggcatcaacaatcagatgagtttactt
caggatagtggtgatgaggatcaggctcaagaaagaattaagaagttagccaaaattctt
aaagaacaaggagtagcctccagtctacacagtgcaggtgtcagggtaattagttgcatc
atacaaagagatgaagggcgagctcctatgaggcattccttccactggtcatcagaaaaa
ctctattacgaggaagaacctttattgcgtcatctggagcctcctctatccatttacctt
gaattggacaagcttaaaggttatgagaatgtacagtataccccatcccgggaccgtcaa
tggcacttgtacagcgttgtagacaagccgcaaccaaccaaaaggatgttcctcagaaca
cttgtaaggcagcccacttcaaatgatctgttcgctggatttcaaaggctagacatggaa
gcagctagtaagcaatgggctttgtcatttacttcaaggagcattttggggtccttattg
acagcaatggaagagttggaacttaatgcacacaatgccactgtcaaatctgaccatact
catttgtacctttatatcttacgtgagcaacaaattgatgatctactgccttactccaag
agagttggtttagatgctggacaagaagaaattgtggtggaggcgatcttagaagaactt
gcacgtgaaatccatgcatctgttggtgtaaagatgcataggttgggtgtttgtgaatgg
gaagtgaagttgtggattgcatcctctgggcaggcaaatgtttcttggagggttgtcgtc
acaaacgtgactggtcatacctgcactgtacatgtatatcgggaactagaggataccagc
aaacagagggtggtataccattcagcctctacacaggcccccctgcatggtttaccagta
aatgcacagtatcagcctttgggagctattgaccgaaaacgtctggtggccaggagaacc
agcaccacttactgctatgattttccactggcatttcagacggccttggaacagtcatgg
gcatcccagttgccgggtagtaaaaaaccgaaagataaaattctaagagtcactgagctc
aaattttctgaccaacaaggcacctggggcactcctcttgttgaagtagttcgtccacct
gggctcaatgacgttggcatggtagcctggtttatggagatgtctacccccgagttccct
tcaggaaggaagatattgattgtttcaaatgacgtgaccttcaaagctggatcttttggt
ccaagagaggatgcattcttctttgcagtaactgaacttgcttgtgctaagaaactgccc
ttaatatacttggcagcaaactcaggtgcccgtattggggtagctgaagaagtcaaatcc
tgctttaaagttggttggtctgatgaatcgagtcctgagcgtggttttcagtatgtgtat
ttaacctctgaggattatgctcggattggatcatctgtgatagcacatgaattaaagctg
gcaaatggagagacccgatgggttatagataccattgttggaaaggatgatggcttaggg
gttgaaagcttgactgggagtggggcaattgccggtgcatattcgagggcatacagggaa
acctttaccttaacatatgtgactggaagaactgtagggattggtgcttatcttgcccgg
cttgggatgcggtgcatacagaggcttgatcagcccattattttaaccggtttctctgca
ttgaacaaacttcttggccgggaggtatacagctctcacatgcaacttggaggacctaaa
attatgggcacgaatggggttgtccatttaacggttgctgatgatcttgaaggaatatct
gctattttgaagtggttaagttatgttcctgcccatgctggtgggccgctccccattttg
agtcccttagatcctccagaaaggcctgttgagtactgccctgagaattcatgcgatcct
cgtgctgctattagcggtgctttaaatagtaacgggaagtggatgggtggtatttttgac
aaagacagctttgttgagacgctagaaggctgggcgaggacagttgttactggaagggcg
aagcttggaggaatccctgtaggaatagttgctgttgagacacagacggtgatgcaaacc
atacctgctgatccaggccagcttgattcccatgagagggttgttcctcaggctgggcaa
gtgtggtttcctgattctgctagtaagacagcccaagcgttattagatttcaacagagaa
gagctcccacttttcattcttgccaactggagaggattttctggtgggcagagggacctt
ttcgaagggatccttcaagctggatcaaccattgtggagaacctcaggacttacaaacag
cccatatttgtgttcatccccatgatgggtgagctacgcggtggagcgtgggtggtcgtg
gatagccgtataaatccagaccatattgaaatgtatgctgatcaaactgctagaggtaac
gtgcttgagccagagggaatgatcgagatcaagttcaggaacaaggagctactggagagc
atgggcaggcttgaccaacagctgatccaactgaaggcaaaacttcaggaaaccaagagc
agtggggcacatgagatggttgaacctcttcagcatcagatacgatcacgtgaaaaacag
cttttgcctgtctacactcagatagccactagatttgcggaactgcacgatacttctctc
aggatggctgcaaagggagtgatcagagaagttttggactggaacagctgtcgagctttc
ttctataaaagattgcgtcggagaatttccgaagagtcactcatcaagacagtgagagat
gctgctggtgaacagctgtcgcataaatctgctacagatttgatccagaactggtttttg
agttcggatattccgggatgcaaaaaagatgcttgggtggacgacgaaattttctttaga
tggaaggaaaatccgaaaaactacgaggataaactaaatgagttgcgggtccagaaggta
ttgcttcaattggcaaatattggcgactcaatttctgatttgcaagccctacctcaaggt
cttgctgcccttctaagcaaggtcgagccatcaagcagagcgctgttgattgatgaactc
cgaaaggtgctcggttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (8)   
   KEGG PATHWAY (6)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (11)   
   Pfam (11)   
All databases (43)   

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