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KEGG   Fusarium falciforme: NCS54_00610800
Entry
NCS54_00610800    CDS       T09198                                 
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
ffc  Fusarium falciforme
Pathway
ffc00061  Fatty acid biosynthesis
ffc00254  Aflatoxin biosynthesis
ffc00620  Pyruvate metabolism
ffc00640  Propanoate metabolism
ffc01100  Metabolic pathways
ffc01110  Biosynthesis of secondary metabolites
ffc01212  Fatty acid metabolism
Module
ffc_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:ffc00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    NCS54_00610800
   00640 Propanoate metabolism
    NCS54_00610800
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    NCS54_00610800
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    NCS54_00610800
Enzymes [BR:ffc01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     NCS54_00610800
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     NCS54_00610800
  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
     NCS54_00610800
SSDB
Motif
Pfam: ACC_central Carboxyl_trans ACCA_BT CPSase_L_D2 Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp_3 Dala_Dala_lig_C FlxA Biotin_lipoyl_2
Other DBs
NCBI-GeneID: 77792057
NCBI-ProteinID: XP_053007556
Position
4:complement(join(4571566..4573103,4573151..4578003,4578056..4578321,4578432..4578626))
AA seq 2283 aa
MTEISAGAQEGANGRSVPYVNGKASYAEKFNIADHFIGGNRVENAPPSKVKDFVVQNGGH
TVITNVLIANNGIAAVKEIRSVRKWAYETFGDERAIHFTVMATPEDLQANAEYIRMADHY
VEVPGGTNNHNYANVELIVDIAERMNVHAVWAGWGHASENPKLPESLAASPKKIVFIGPP
GSAMRSLGDKISSTIVAQHADVPCIPWSGTGVSDVAVDDKGIVTVADDIYAKGCVTSWEE
GLEKAKEIGFPVMIKASEGGGGKGIRKAVAEEGFEALYKAAASEIPGSPIFIMKLAGNAR
HLEVQLLADQYGNNISLFGRDCSVQRRHQKIIEEAPVTIAKPDTFKAMEEAAVRLGKLVG
YVSAGTVEYLYSHADDKFYFLELNPRLQVEHPTTEMVSGVDLPAAQLQIAMGLPLHRIRD
IRLLYGVDPKTSSEIDFEFKNEGTALSQRRPQPKGHTTACRITSEDPGEGFKPSNGVMHE
LNFRSSSNVWGYFSVGSQGGIHSFSDSQFGHIFAYGENRSASRKHMVMALKELSIRGDFR
TTIEYLVKLLETEAFEENTISTGWLDELISKRLTAERPETMLAVVCGAITKAHIASEACM
AEYRAGLEKGQVPSKDILKTVFTIDFIYEGFRYKFTATRASSDSYHLFINGSKCSVGVRA
LSDGGLLILLDGRSHNVYWKEEVGATRLSVDNKTCLLEQENDPTQLRSPSPGKLVKYTVE
NGAHVRAGQTYAEVEVMKMYMPLVAQEDGVVQLIKQPGATLEAGDILGILALDDPTRVKQ
AQAFVDKLPAYGEPVVIGSKPAQRFSVLYNILNNILLGYDNSVIMLPTLKELIEVLRDPE
LPYSEWNAQFSALHARMPQKLDAQFTQIVDRAKSRHAEFPAKSLGKAFHRFLEDNVAPAD
VDMLKTTLAPLTEVIDMYSEGQKNRELSVIKGLLEQYWEVENLFMNQPQEDAVVLKLRDQ
HKDDIMKVVHTVLSHSRVSAKSSFVLAILEEYRPNKPKAGNIAKNLRDTLRMLTELQSSR
PTSKVSLKAREIMIQCSLPSLEERTAQLEHILRTSVIESRYGETGWDHREPSLDIIKEVV
DSKYTVFDVLTMFFAHDDPWVSLASLEVYVRRAYRAYILKSIEYHQDESDAPLFVSWDFQ
LRKLGQSEFGLPLQSAAPSTPATPSGGEFNFKRIHSISDMSYLTHKWEDEPTRKGVIVPC
KYIDDAEDLIGKALETLATEQRQRKKHTTPGLIPDLSGKRKPVQAKQEVEELSAVINVAI
RDSESRDDRETLERILPIVEQYKDELLARGVRRLTFICGHSDGSYPGYYTFRGPEYKEDD
SIRHSEPALAFQLELARLAKFHIKPVFTENKSIHVYEGVGKAVDTDKRYFTRAVIRPGRL
RDEIPTAEYLISEADRVVNDIFDALEIIGNNNSDLNQVFINFTPVFQLQPKEVEESLQGF
LDRFGIRAWRLRIAQVEIRIICTDPQTGTPYPLRVVITNTSGYVVDVDMYAERKSEKGEW
VFHSIGGTHEKGPMHLLPVSTPYATKNWLQPKRYKAHLMGTQYVYDFPELFRQAIQNTWT
KAVKLQPSLASQQPKTGDCISFTELVLDDKDNLDEVNREPGTNTCGMVGWIFRARTPEYP
NGRRFIVIANDITYKIGSFGPKEDDFFHKCTELARKLGIPRIYLSANSGARLGLADELMG
HFKVAWNDANNQQGGFRYLYLDEETKTRFEKDVITEEVSEDGEKRHKIVTIIGKEEGLGV
ECLRGSGLIAGATSRAYNDIFTVTLVTCRSVGIGAYLVRLGQRAVQIEGQPIILTGAPAL
NNLLGREVYTSNLQLGGTQIMYRNGVSHMTANDDFAGVSKIVEWMSFVPEKRNSPVPVSP
SVDDWDRDITYFPPQKQPYDVRWMIGGREGEDGFESGLFDKDSFVEALGGWAKTVVVGRA
RLGGIPMGVIAVETRSVENITPADPANPDSIEQVSNEAGGVWYPNSAFKTAQAINDFNNG
EQLPLMILANWRGFSGGQRDMYNEVLKYGSFIVDALVKYEQPIFIYIPPFGELRGGSWVV
VDPTINPTAMEMYADVEARGGVLEPEGIIGIKYRKDKQVKTMERMDPEYAGLKKQLEDLS
LSTEETDEIKKKMAIREKQLLPVYAQIAVQFADLHDRAGRMKAKGVIRDSLEWTNARRYF
YWRLRRRLNEEYIIRRMTSTIISTSHSQTAAKNAETRAKYLHLLRSWSGIVDWEKDDQAV
TEWYETERKTIGEKVDSLKSEVLAAEVASVVRGHAKAGWTGVREVLRVMPVEEREQILKY
LQQ
NT seq 6852 nt   +upstreamnt  +downstreamnt
atgactgagatctcagctggtgcccaggagggtgccaatgggcggtcggtgccctacgtc
aatggcaaagcgtcgtatgcagagaagttcaatatcgcagaccacttcatcggcggaaac
cgagtagagaatgcgcctcccagcaaggtcaaggactttgttgtccagaacggcggtcac
accgttattaccaacgtcctcattgcgaacaacggtatcgccgccgtcaaggagatccga
tcagtccgaaaatgggcctacgagacgttcggcgacgagcgagccattcacttcaccgtg
atggctacccccgaagatctgcaggccaacgcagagtacattcgaatggccgaccactac
gtcgaggttcccggcggcaccaacaaccacaactatgccaacgtcgagctgattgtggat
attgctgagcgcatgaacgtccatgccgtctgggctggatggggccacgcctccgagaat
cccaagctgcctgagtcgctggccgcctccccaaagaagatcgtcttcatcggtcccccc
ggctccgccatgcgatcactaggcgacaagatctcctccacaatcgtagcacaacacgcc
gacgtaccttgtattccctggtcgggaactggcgtcagcgacgtcgctgtcgacgacaag
ggcattgtcaccgtcgccgacgacatctacgccaagggatgtgtgacctcgtgggaggag
ggtctggagaaggccaaggagattggcttccccgtcatgatcaaggcttccgagggtggt
ggtggtaagggtatccgaaaggccgtcgccgaggagggtttcgaggctctctacaaggcc
gccgccagcgaaatccctggctctcccatcttcatcatgaagcttgccggcaacgcccga
catctcgaggttcagctgctcgctgatcagtacggcaacaacatctccctcttcggccga
gattgctccgttcagcgacgtcaccagaagattattgaggaggctcccgtcaccattgcg
aagcccgacacgttcaaggccatggaggaggccgctgtccgtctcggtaagctggtcggt
tacgtctccgccggtaccgtcgagtacctctactcccacgccgacgacaagttctacttc
ctggagctcaacccccgtctccaggtcgagcatcctaccactgagatggtcagtggtgtc
gatctgcctgctgctcagctgcagattgctatgggtcttccccttcaccgcatccgcgat
attcgactcctgtacggcgtcgaccccaagacgtcgagcgagatcgactttgagttcaag
aacgagggcactgctctgagccagcgacgaccccagcccaagggccacaccaccgcttgc
cgaatcacctctgaggatcccggtgagggcttcaagccttccaacggtgtcatgcacgag
ctcaacttcaggagtagctccaacgtctggggttacttctccgtcggttcgcagggtggt
attcacagtttctcggactctcagttcggtcacattttcgcttatggcgagaaccgttct
gcttcgcggaagcacatggtcatggccctcaaggagctgagcattcgtggtgatttccga
accaccattgagtacctcgtcaagcttctcgagaccgaggccttcgaggagaacaccatc
tccactggctggctggatgagctcatctccaagcgtcttaccgctgagcgacctgagacc
atgctcgccgttgtctgcggtgccatcaccaaggctcacattgccagtgaggcatgcatg
gccgagtatcgcgctggcctcgagaagggtcaggttccctccaaggatatcctgaagacg
gtcttcactattgacttcatctacgagggtttccgatacaagttcaccgccacccgtgcc
agctctgacagctaccatctcttcatcaacggctccaagtgctcggttggtgtccgtgct
ctgagcgacggtggtctccttatcctgctcgacggacgaagccacaacgtctactggaag
gaggaagttggtgcaacccgtctgtccgttgacaacaagacctgcttgttggagcaggag
aacgaccctacccagcttcgctctcctagccctggtaagctcgtcaagtacactgtcgag
aacggtgcccacgtccgagctggccagacctatgctgaggtcgaggtcatgaagatgtac
atgcccctcgttgctcaggaggatggtgttgtccagctcatcaagcagcccggagccact
cttgaggccggtgacatccttggtatccttgccctggatgaccctacccgcgtgaagcag
gctcaggctttcgttgacaagctccctgcctacggtgagcctgttgtcattggttctaag
cctgctcagcgcttctctgtcctctacaacatcctcaacaacatcctcctcggctacgac
aactccgtcattatgctgcctaccctcaaggagcttattgaggttctccgagaccccgag
ttgccctacagcgagtggaacgctcagttctcggccctccacgcccgcatgccccagaag
ctcgatgctcagttcactcagatcgtcgaccgcgccaagtcccgacacgccgagttccct
gccaagtcccttggcaaggctttccaccggttcctcgaggacaacgtcgctcctgctgat
gtcgacatgctcaagaccaccctcgctccccttactgaagtcatcgacatgtactctgag
ggccagaagaaccgtgagctttccgtcatcaagggtcttctcgagcagtactgggaggtt
gagaacctcttcatgaaccagcctcaggaggatgctgttgttcttaagctccgtgaccag
cacaaggacgacatcatgaaggttgttcacactgtcctgtctcacagccgtgtcagcgcc
aagagttccttcgtcctggccattcttgaggagtaccgccccaacaagcccaaggctggc
aacattgccaagaaccttcgcgacactctccgcatgctcactgagcttcagtcctcgcgc
cccacctccaaggtctctctcaaggcccgcgagatcatgatccaatgctctcttccctcc
ctcgaggagagaaccgcccagctggagcacatcctgcgcacctccgttatcgagtcccga
tacggtgagactggctgggaccaccgagagcctagcctggacatcatcaaggaggtcgtt
gactccaagtacactgtcttcgacgtcttgaccatgttctttgctcacgatgacccctgg
gtgtctctggcttctcttgaggtttatgttcgccgagcgtaccgtgcctacatcctcaag
tcgatcgagtaccaccaggacgagtctgacgctcccctgtttgtgtcttgggacttccag
cttcgcaagcttggccagtccgagttcggcctgcctctgcagtctgctgctccctccacc
cccgctacccccagcggaggcgagttcaattttaagcgaattcactcgatcagcgacatg
tcttacctcacccacaagtgggaggatgagcctactcgcaagggtgtcattgttccttgc
aagtacatcgacgatgctgaggatcttatcggcaaggctcttgagaccctggccactgag
cagaggcagaggaagaagcacaccactcccggccttatccctgacctgagtggtaagcgc
aagcccgtccaggccaagcaggaggtggaggagctgtccgctgttatcaacgtcgctatc
cgcgattctgagagccgcgatgaccgtgagactcttgagcgcatcctgcctatcgttgag
cagtacaaggatgagctcctcgctcgaggtgtccgccgtctgacgttcatctgcggtcac
agcgatggctcctaccccggatactacactttccgaggacccgagtacaaggaagatgat
agcattcgtcacagcgagcccgctcttgctttccagctcgagcttgctcgtctggccaag
ttccacatcaagcctgttttcactgagaacaagagcatccacgtgtacgagggtgttggc
aaggctgtggacactgacaagcggtactttactcgtgctgtcatccgtcctggtcgtctt
cgggatgagattcccaccgctgagtatctcatctctgaggctgaccgtgtcgtcaacgac
atttttgatgccctggagattatcggcaacaacaactccgatctgaaccaggtcttcatc
aacttcacccccgtgttccaactccagcccaaggaggttgaggagtccctgcagggcttc
cttgaccgattcggtatccgagcttggcgcctccgtatcgctcaggttgagattcgcatt
atttgcacggatccccagaccggaactccttaccctctccgtgttgtcatcaccaacacc
tccggctatgtcgtcgacgtcgacatgtacgctgagcgcaagtcggagaagggcgagtgg
gtcttccacagcattggtggtacccacgagaagggtcccatgcatctgctgcccgtctct
accccctatgccaccaagaactggctccagcctaagcgatacaaggctcacctcatgggc
actcagtacgtctacgacttccctgagctgttccgacaggctatccagaacacctggacc
aaggctgtcaagcttcagcccagcctggcctctcagcagcccaagactggtgactgcatc
agcttcactgagctcgtgcttgatgacaaggacaacctcgacgaggtgaaccgtgagcct
ggtaccaacacttgtggtatggttggttggatcttcagggcccgcacccctgagtacccc
aacggccgacgatttatcgtcattgccaacgatattacctacaagattggttctttcggt
cccaaggaagatgacttcttccacaagtgcactgagcttgctcgcaagctgggtattccc
cgtatctacctgtctgccaactctggtgctcgccttggtcttgcggatgagctcatgggc
cacttcaaggttgcttggaacgatgccaacaaccagcagggtggcttccgatacctctac
cttgacgaggagaccaagacccgcttcgagaaggacgtcatcaccgaggaggtctctgag
gatggtgagaagcgacacaagattgtcaccatcattggtaaggaggagggtcttggtgtt
gagtgtctgaggggatccggtcttattgccggtgccaccagccgagcctacaacgacatc
ttcaccgtgaccctggtgacctgccgatcagttggtattggtgcttacctcgtccgtctt
ggtcagcgtgctgtccagattgagggtcagcccatcatcctgactggtgcccctgccctt
aacaacctgcttggtcgtgaggtgtacacctctaacctgcagctcggtggcactcagatc
atgtaccgcaacggtgtctcccacatgaccgctaacgacgactttgctggtgtctccaag
attgtcgagtggatgtcgtttgttcccgagaagcgcaacagccccgtgcccgtcagccct
agcgtggacgactgggaccgtgacatcacctacttccctccccagaagcagccctacgat
gtccggtggatgattggtggccgcgagggtgaggacggtttcgagtctggtctgttcgac
aaggactcgttcgtcgaggctcttggtggctgggccaagactgttgttgtcggtcgtgct
cgtctcggtggtatccccatgggtgtcattgctgttgagactcgatcggttgagaacatt
actcctgccgaccctgccaaccctgactctatcgagcaggtcagcaacgaggccggtggt
gtgtggtaccccaactctgccttcaagactgcccaggccatcaacgacttcaacaacggt
gagcagctgcccctgatgatccttgccaactggcgtggtttctctggtggtcagcgagac
atgtacaacgaggtgctcaagtatggatccttcatcgtcgacgccctcgtcaagtacgag
cagcccatcttcatctacatccctccctttggtgagctccgtggtggatcttgggtcgtc
gtcgaccctacaatcaaccccacggctatggagatgtacgccgatgtcgaggcccgtggt
ggtgtccttgagcccgagggtatcattggtatcaagtaccgcaaggacaagcaggtcaag
accatggaacgcatggatcctgagtatgccggccttaagaagcagcttgaggacctcagc
ctgtctaccgaggagaccgacgagattaagaagaagatggccatccgcgagaagcagctg
ctgcccgtgtacgcccagatcgccgttcagttcgccgacctgcacgaccgtgctggccgc
atgaaggccaagggtgttatccgagactctcttgagtggaccaacgctcgtcgctacttc
tactggcgtcttcgccgccgtctcaacgaggagtacatcatccgccgcatgacctcgacc
atcatcagcacttcgcacagccagactgctgctaagaacgctgagacgcgtgccaagtac
ctgcaccttctccgcagctggtcgggcattgtcgactgggagaaggatgaccaggccgtc
actgagtggtatgagactgagcgcaagactattggtgagaaggttgattccctcaagtct
gaggtgctggctgccgaggttgccagtgttgtccgaggccacgccaaggctggctggact
ggtgttcgtgaggtgctgagggtcatgcccgttgaggagcgggagcagattctcaagtac
ctccagcagtag

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (42)   

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