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KEGG   Botrytis cinerea (gray mold): BCIN_07g06960
Entry
BCIN_07g06960     CDS       T01072                                 
Name
(RefSeq) hypothetical protein
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
bfu  Botrytis cinerea (gray mold)
Pathway
bfu00061  Fatty acid biosynthesis
bfu00254  Aflatoxin biosynthesis
bfu00620  Pyruvate metabolism
bfu00640  Propanoate metabolism
bfu01100  Metabolic pathways
bfu01110  Biosynthesis of secondary metabolites
bfu01212  Fatty acid metabolism
Module
bfu_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:bfu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    BCIN_07g06960
   00640 Propanoate metabolism
    BCIN_07g06960
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    BCIN_07g06960
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    BCIN_07g06960
Enzymes [BR:bfu01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     BCIN_07g06960
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     BCIN_07g06960
  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
     BCIN_07g06960
SSDB
Motif
Pfam: ACC_central Carboxyl_trans ACCA_BT CPSase_L_D2 Biotin_carb_N Biotin_carb_C Biotin_lipoyl Dala_Dala_lig_C ATP-grasp ATP-grasp_3 Biotin_lipoyl_2
Other DBs
NCBI-GeneID: 5430307
NCBI-ProteinID: XP_024550058
Position
7:complement(join(2566781..2573186,2573255..2573520,2573924..2574088))
AA seq 2278 aa
MAEPHTNGTVPIVSSYAARHNLADHFIGGNKLENAPAGKVKDFVAASDGHTVITNVLIAN
NGIAAVKEIRSVRKWAYETFGDEKAIQFTVMATPEDLQANADYIRMADQYVEVPGGTNNN
NYANVELIVDVAERMNVHAVWAGWGHASENPKLPESLAASPKKIVFIGPPGSAMRSLGDK
ISSTIVAQHAKVPCIPWSGTGVDKVEVNEEGIVTVEDSVYMKGCVQSWEEGLQKAKEIGF
PVMIKASEGGGGKGIRKAESEEGFEALYKAAASEIPGSPIFIMKLAGNARHLEVQLLADE
YGNNISLFGRDCSVQRRHQKIIEEAPVTVAKQATFQAMEKAAVRLGRLVGYVSAGTVEYL
YSHSDDKFYFLELNPRLQVEHPTTEMVSGVNLPAAQLQIAMGLPLHRIKDIRLLYGVDPS
TTTEIDFDFSQEKSIQTQRRPTPKGHTTACRITSEDPGEGFKPSSGTMHELNFRSSSNVW
GYFSVGTAGGIHSFSDSQFGHIFAYGENRSASRKHMVVALKELSIRGDFRTTVEYLIKLL
ETPAFEDNTITTGWLDELISNKLTAERPDPMLAVVCGAVTKAHIASEACISEYRTSLEKG
QVPSKDILKTVFPIDFIYDGHRYKFTATRSSLDSYHLFINGSKCSVGVRALSDGGLLVLL
SGRSHNVYWKEEVGATRLSVDSKTCLLEQENDPTQLRTPSPGKLVKFTVENGEHIKAGQP
FAEVEVMKMYMPLIAGEDGIVQLIKQPGATLEAGDILAILALDDPSRVKHAQPFLGQLPD
LGPPQIVGTKAAQRFVLLRNILNNILDGFDNQVIMGSTLKELIEVLRDPELPYGEFNAQF
SALHARMPQKLDATLTQILDRGKSRNAEFPAKNISKALQKFLDENVAPGDVDLLTASIAP
LIEILNRYQNGPKAHEFAVFSGLLEKYASVERLFSGRTSRDEEVILKLRDENKDDISKVI
QIVLSHSRVGAKNNLILAILEEYRPNKPNAGDVAKHLRPSLRNLTELEARQTAKVSLKAR
EILIQCALPSLEERAAQMEHILRSSVVESRYGETGWEHREPDIEVLKEVVDSKYTVFDVL
PIFFGHSDPWVSLAALEVYIRRAYRAYSLKKIEYHNESSDPPFIVSWDFVLRKVGASEFG
MPVQSSAPSTPATPSHESGNPFKRVSSISDMTYLTNKPDHEPTRKGVIVPVQYLDEAEEY
LQRALEVFPVSGAKKKGNGLLPELGGKRKVAPPRIDTEDELTAVCNVAIQDAESLDDNET
VAKIKLIVNDYKEELLNRRIRRLTFICGHKDGSYPGYYTFRGPNYEEDESIRHSEPALAF
QLELGRLSKFKITPVFTENRNIHIYEAVGKEATSDKRYFTRAVVRPGRLRDEIPTAEYLI
SESDRLMNDILDALEIIGNNNSDLNHIFINFSPVFPLQPPEIEQALGGFLERFGRRLWRL
RVTGAEIRIICTDPSTGMPYPVRVVITNTSGYVIQVEMYAERKSEKGGEWVFQSIGGTTK
IGSMHLRPVSTPYPTKEWLQPKRYKAHLMGTQYVYDFPELFRQAIQNSWVKAVRKHSSLA
DKQPPTGECIEYSELVLDDNDGLAEVSREPGTNTHGMVGWLITAKTPEYPRGRKFIIVAN
DITFRIGSFGPKEDQFFHKCTELARKMGIPRIYLSANSGARIGMAEELMPYFKVAWKNPE
RQEAGFKYLYLDTEAKKRFEDGKSKDVITEEVVEDGETRHKIVTIVGAEDGLGVECLKGS
GLIAGATSRAYEDIFTITLVTCRSVGIGAYLVRLGQRAIQIEGQPIILTGAPAINKLLGR
EVYTSNLQLGGTQIMYKNGVSHMTANDDFEGVSKIVEWMAYVPDKRNSPLPIGPAADSWD
RDIVYTPPEKQPYDVRNLIAGKDDDEGFMPGLFDKDSFVETLGGWAKTVVVGRARLGGIP
MGVIAVETRSVENITPADPANPDSTEQISNEAGGVWYPNSAFKTAQAIKDFNNGEQLPLM
ILANWRGFSGGQRDMYNEVLKYGSYIVDALVKYEQPIFVYIPPFGELRGGSWVVVDPTIN
PEFMEMYADEDSRGGVLEPEGIVNIKYRKDKQLETMARLDPEYAELKKQLLDNAAGQEKL
AEIKVKVEQREKALLPVYNQISLQFADLHDRAGRMKAKGVIRESLKWREARRFFYWRVRR
RVNEEYILKRMLSANSKSPTGTRPENLRKLAAWTAIPAFQTDDKSVAMWYEENRKVVHEK
VEQMKIEGVAAEVSALLRASGPSAKGGLSGGAMAGIRQVLSMLPVEEREEALKFLGRP
NT seq 6837 nt   +upstreamnt  +downstreamnt
atggcggaaccacatacaaacggaacagtaccaatagtgtcctcttacgccgcgagacat
aatcttgcagatcacttcattggaggaaacaagctagaaaatgctcctgcgggtaaggtt
aaggactttgtggcagcaagtgatggacatacggttattacaaatgttttgattgcaaat
aacggaattgctgccgtaaaagaaattcgatcggtacgaaaatgggcatacgaaacattt
ggagatgaaaaggctatccagttcacggttatggccaccccggaggatctccaagccaac
gcagattatatccgtatggcagatcaatatgttgaggttccgggtggtacgaataacaac
aattatgccaacgtcgaattaattgttgatgtggccgagagaatgaatgtccatgctgtc
tgggctggatggggacatgcatcagagaatccaaaacttccggaatccttagctgcgagt
ccgaaaaagattgtattcattggtcctccaggttcggccatgagatcgctcggtgacaag
atttcttctactattgttgcacaacacgccaaggtaccttgtataccttggtcaggaact
ggtgttgataaggtagaggttaatgaggagggtattgttactgtcgaagactcggtgtac
atgaagggatgtgttcaatcatgggaggaaggtctacaaaaggcaaaagagatcggattc
ccagtcatgattaaagcatctgaaggtggtggtggaaagggtattcgaaaggctgaatca
gaagaaggtttcgaagccctttacaaagctgccgcgagtgaaatccctggttctccaatt
ttcatcatgaagttggctggtaatgcgagacatttggaggttcaattgttggctgatgag
tatggaaataacatctccctctttggtagagattgttccgtacaaagaagacatcaaaag
attatcgaggaggctccagttactgttgccaaacaagccactttccaagccatggagaag
gcagctgtccgtcttggtcgtcttgtaggatacgtttccgccggtacggttgaatatctg
tattcgcattccgatgacaaattctacttcttggaattgaacccaagattgcaagtcgaa
catcctacaactgagatggtcagtggtgttaacttacctgcggctcaactccaaattgca
atgggtcttcctttgcacagaattaaggatatcagattactttacggagttgatccttcg
actaccaccgaaattgatttcgatttctcccaagagaagagcatccaaactcaaagaaga
ccaacaccaaagggacacaccaccgcttgtcgtattacatctgaagatccaggagagggc
ttcaagccttcgagtggtactatgcacgagttgaacttcaggagtagttccaacgtttgg
ggttatttctctgttggtaccgctggtggtattcacagtttctctgattcgcaattcgga
catattttcgcctacggtgagaatcgatctgcgtcgagaaaacatatggttgtcgctttg
aaggaattgagtattcgtggtgatttcagaactaccgttgaatacttgattaaactttta
gagacccctgcctttgaagataacaccattaccactggatggcttgatgaacttatctcc
aataaattgactgccgagagaccggatcccatgcttgcagtcgtctgtggtgccgtcaca
aaagcccacattgctagcgaggcttgcatttctgaatacagaacttctctggagaagggt
caagttccatcaaaggacattctcaagactgttttcccaattgacttcatttatgatggt
cacagatacaagttcactgctactcgatccagcttagatagctaccaccttttcattaac
ggatccaagtgttctgttggtgtgcgtgcattgagcgacggtggtcttcttgttcttctc
agtggacgatctcacaacgtttactggaaggaggaggtcggtgctactcgtttaagtgtt
gacagcaagacttgtttacttgaacaagagaatgaccccactcaactcagaactccatcc
ccaggaaagcttgtcaaattcactgttgagaacggagaacacatcaaggccggtcagcca
ttcgctgaagtcgaagtcatgaagatgtatatgcctcttattgccggggaagatggtatc
gtacaactcatcaagcaaccaggagcaactctagaggctggtgatatccttgccattctt
gctcttgatgatccatcgagagttaagcatgctcaacctttcttgggccagctaccagat
cttggaccaccacaaattgttggtaccaaggctgctcaacgtttcgtgctcctccgcaac
attctcaacaatatccttgatggttttgacaatcaagtcatcatgggttccactctgaag
gagttgattgaggttctcagagatccagaattgccatatggtgaattcaatgctcagttc
tcagctctccacgcaagaatgccacaaaagttggatgctaccttgactcaaatccttgac
cgtggcaagtctcgcaatgctgaatttccagccaagaacatttcaaaggctcttcagaaa
ttcttggatgagaatgttgcgcctggtgatgttgatcttcttaccgcttccatcgctcca
ctgattgaaattctcaaccgctaccaaaatgggccaaaagctcacgagtttgccgtcttc
tctggtcttctcgagaagtatgcatctgtcgagcgcctcttctctggtcgtacctcgcgt
gatgaggaggttattcttaagcttagagatgagaacaaggatgatatttccaaggtcatt
caaattgttctgtcgcacagcagagtcggtgcaaagaacaacttgattctcgctattctc
gaggagtatcggccaaacaagcccaatgcaggcgatgttgctaagcatctccgaccttct
cttcgaaacctcactgaacttgaggcccgtcaaactgccaaggtttccttgaaggcacgt
gagattcttatccaatgtgctcttccatccttggaggaacgtgctgcacaaatggagcac
atccttcgatcttcggttgttgaatcaagatacggtgagaccggatgggaacatagagaa
cctgatattgaggttctcaaggaggttgttgattctaagtacactgtctttgacgttttg
ccaattttcttcggacatagcgatccttgggtctctctcgcagctctcgaagtatatatt
cgtcgtgcctacagagcatactccctcaagaagattgagtaccacaacgagagttctgac
cctcctttcattgtctcatgggactttgtcttaagaaaggttggagcttcggaatttggc
atgccagttcaatcctctgccccttcgacaccagccaccccttcgcatgaatccggcaac
ccatttaaacgcgtcagctctattagtgacatgacctaccttaccaacaagcctgaccat
gagccaacaagaaagggtgtcattgtaccagttcaatatctcgacgaagccgaggagtac
ttgcaacgggcccttgaggtcttccctgtctctggagctaagaagaagggcaatggtctt
ttgccggaacttggtggcaagcgcaaggtcgcacctccccgcatcgatactgaggatgag
cttactgccgtctgcaatgtcgccattcaagatgctgagagtcttgatgacaacgagact
gttgctaagatcaagctgatcgtcaacgactacaaggaggagcttctcaaccgtcgcatt
cgtcgtcttacattcatctgtggccacaaagatggttcgtaccctggatactacactttc
agaggccccaactacgaggaagatgagagtattcgtcacagtgagcccgctttggctttc
caacttgagttaggaagactttccaaattcaagattaccccagttttcactgaaaacaga
aacatccacatctatgaggcagttggaaaggaagctacaagcgataagagatactttact
cgtgctgtcgtgcgtcctggaagacttcgtgatgagattcctacagctgagtatttgatc
tctgagtccgatcgattgatgaatgatattttggatgctcttgagatcattggaaacaac
aactctgatcttaaccacatcttcatcaacttctctcctgtcttccctcttcaacccccc
gagatcgaacaagctcttggcggcttcttggagcgattcggtagacgtctttggagactc
cgtgtcactggtgctgagatccgtatcatctgcacggatccatccactggcatgccatat
ccagttcgtgttgtcattaccaatacctctggttacgtcatccaagtcgagatgtatgct
gagcgtaaatctgagaagggtggtgaatgggtcttccaaagtatcggtggtaccaccaag
attggttccatgcacttgagaccagtatctactccataccccaccaaggaatggttgcaa
ccaaagagatacaaggctcatctcatgggtactcaatacgtatacgatttcccagagctt
tttagacaagccattcaaaacagttgggtcaaggctgtccgcaagcactcttctttggcc
gacaaacaacctcctactggtgaatgtatcgagtacagtgaactcgttttagatgacaat
gatggtctcgccgaggtttcgcgtgaacctggtactaacactcacggtatggttggttgg
ctcatcactgccaagacaccggaatatcctcgtggccgtaaatttatcattgtcgccaac
gatatcactttcagaatcggtagtttcggaccaaaagaagatcaattcttccacaagtgc
acggaactcgcaagaaagatgggtattccacgtatctacttgtctgccaactctggtgct
cgtattggtatggctgaagaacttatgccttacttcaaggtggcctggaagaaccctgag
agacaagaagccggcttcaaatatctttacttggatactgaagccaagaagagatttgaa
gatggtaagagcaaggatgtcatcactgaggaggttgttgaggatggtgagacaagacat
aagatcgttactatcgttggtgctgaagatggtcttggtgttgagtgtttgaagggttct
ggtttgattgccggtgccacttcaagagcttacgaagatatctttaccatcactttggta
acttgtcgttcagttggtatcggtgcatacttggttcgtcttggtcaacgtgctattcaa
attgaaggacaaccaatcatcctcactggtgcccctgccatcaacaaacttctcggtcgt
gaagtttatacttccaacttgcagcttggtggtacccaaatcatgtacaagaatggtgtc
tctcacatgactgccaatgatgattttgagggtgtctccaagattgttgaatggatggct
tacgttccagacaagagaaacagccctctaccgatcggacctgctgctgactcttgggat
cgtgatattgtttacactccaccagaaaagcaaccttatgatgttagaaacctcatcgct
ggtaaggacgacgatgaaggattcatgccaggtcttttcgacaaggactccttcgttgag
actctcggtggatgggcaaagactgttgttgttggtcgtgctcgtcttggtggtatccca
atgggtgtcatcgctgtcgagacccgctcagttgagaacatcacacctgccgatccagca
aacccagattcgaccgaacaaatttccaacgaagctggtggtgtctggtatcctaactcc
gctttcaagaccgctcaagctatcaaggacttcaacaatggtgagcaattgccattgatg
atcttggctaactggagaggtttctctggtggtcaacgtgatatgtataacgaagttctc
aagtatggaagttacatcgttgatgctttggttaaatacgagcaaccaatctttgtctac
atcccaccattcggtgagcttagaggtggttcttgggtcgtcgttgatcctacaatcaac
ccagaattcatggagatgtacgccgatgaagattctcgcggtggtgttttggaaccagaa
ggtattgtcaacatcaagtaccgtaaggacaagcaattggagaccatggcccgtctcgac
ccagagtacgctgagctcaagaaacaattactcgacaatgctgctggacaggagaagttg
gctgaaatcaaggttaaggttgagcaaagagagaaggcattacttcctgtctacaatcaa
atctcgcttcaattcgctgatcttcacgaccgtgctggacgtatgaaggcaaagggtgtt
atcagagagtcattgaaatggagagaggctagaagattcttctactggcgtgtacgaaga
cgtgttaacgaggagtacatcctcaagcgcatgttatccgccaactcgaaatcaccaact
ggtaccagaccagagaacttgagaaaacttgccgcttggactgcaattccagcattccaa
actgatgataagagtgtagccatgtggtatgaggagaacagaaaggttgttcacgagaag
gttgaacaaatgaagatcgagggtgtagctgctgaggtttcggctttgctcagagccagc
ggacctagtgctaagggagggttaagtggtggtgctatggctggtatcagacaggttttg
tctatgttgccagttgaggaaagagaagaggcattgaagttcttgggaagaccttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (9)   
   KEGG PATHWAY (7)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (11)   
   Pfam (11)   
All databases (45)   

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