[go: up one dir, main page]
More Web Proxy on the site http://driver.im/
KEGG   Neodiprion fabricii: 124181099
Entry
124181099         CDS       T08986                                 
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
nfb  Neodiprion fabricii
Pathway
nfb00061  Fatty acid biosynthesis
nfb00620  Pyruvate metabolism
nfb00640  Propanoate metabolism
nfb01100  Metabolic pathways
nfb01212  Fatty acid metabolism
Module
nfb_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:nfb00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    124181099
   00640 Propanoate metabolism
    124181099
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    124181099
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    124181099
Enzymes [BR:nfb01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     124181099
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     124181099
  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
     124181099
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl Dala_Dala_lig_C ATP-grasp ATP-grasp_3
Other DBs
NCBI-GeneID: 124181099
NCBI-ProteinID: XP_046423258
Position
4:complement(31829131..31853369)
AA seq 2386 aa
MFETRRAILSYSSDRITVGGSLIYIVSAGSVSLREVEQPLDPPRQESNGDPPEDSHEDPN
HPQDRVSYPEEKVGVVQQPQEIMAESGEPVSFVVGDPDPDEELEIDDRFPGSEGNASAMQ
PILPGLAERRKRLRPSMSQGTVMIQAQSRQLEKDFTVATPEEFVRRFGGTQVINKVLIAN
NGIAAVKCMRSIRRWSYEMFKNERAIRFVVMVTPEDLKANAEYIKMADQYVPVPGGSNNN
NYANVELIIDIAVRTQVQAVWAGWGHASENPKLPELLHKNNIIFIGPSERAMWALGDKIA
SSIVAQTADVPTLPWSGSELKAHYSGKKIKISSELFKKGCVSSVEECLAAASKIGFPIMV
KASEGGGGKGIRKVDNAEELPSLFRQVQTEIPGSPIFIMKLAKCARHLEVQLLADNYGNA
ISLFGRDCSIQRRHQKIIEEAPAVIAKPEVFEEMEKAAVRLAKMVGYVSAGTVEYLYDTS
GRYYFLELNPRLQVEHPCTEMVSDVNLPAAQLQVAMGLPLHHIKDIRLLYGESPWGDTPI
DFDQPRHKPQPWGHVIAARITSENPDEGFKPSSGTVQELNFRSSKNVWGYFSVGASGGLH
EFADSQFGHCFSWGEDRNQASENLVVALKELSIRGDFRTTVEYLITLLETESFQSNSFDT
AWLDLLIAERVQSDKPDVLLAVTCGALHIADRTITAAFNGFQTALEKGQIQASNDLDNVC
EVELINDGFKYKVQTAKSGPNSYFLVMNGSYKEVEIHRLSDGGLLLSMEGSSFTTYMREE
VDRYRIVIGNQTCIFEKDNDPSLLRSPSAGKLISFLVEDGGHIDRGQAYAEIEVMKMVMT
VTAGEAGSLFYVKRPGAILDAGTLIAHLELDDPSLVSKAQEYTGQFPAPIAPAIPEKLNQ
LHAKYRSALENTLAGYCLPDPYHLPRLRELIEKFMNSLRDPSLPLLELQEVISTISGRIP
VSVEKKIRKYMTLYERNITSVLAQFPSQQIASVIDGHAATLSKRTDRDVFFLTTQGIVQL
VQRYRNGIRGRMKTAVHELLRQYYTVESQFQQGHYDKCVSALREQHKDEMSMVTATIFSH
NHVQKKNVLVTMLIDHLWANEPGLTDELASTLTELTSLNRTEHSRVALRARQVLIAAHQP
AYELRHNQMESIFLSAVDMYGHDFHPENLQKLILSETSIFDILHDFFYHSNRAVCNAALE
VYVRRAYISYELACLQHLELSGEIPLVHFQFLLPNNHPNRQNLTLVNHRTGAMAAFKDLE
EFSQYSDEVLDLLEDLSSRNTVSAKVLEAVETAGSESRHSTSINVSLSTGETGIAEGGEI
PAEPVHILSIAVQDNGNQDDAVMSRLFGDWCATNKEELITRGIRRVTFAALKKRQFPKFF
TFRQRDGFIEDRIYRHLEPGCAFQLELNRMRTYDLEALPTSNQKMHLYLGQAKVAKGQQV
TDYRFFIRSIIRHSDLITKEASFDYLHNEGERVLLEAMDELEVAFSHPLAKRTDCNHIFL
NFAPTVIMDPGRIEESVTSMVLRYGPRLWKLRVRQAEIKMTIRPAPGRPTSNVRLCIAND
SGYSIDLHLYTEATEPKTGIIRFESYGSTAVNANWRPGPMHGLPISTPYLTKDYLQAKRF
QAQSSGTTYVYDLPDMFRQQIEKFWEKYIEERPTSENIKIPSPVLDCVELVLDGENLVEQ
KRLPGENDVGMVAWKLRLYTPEYPAGRDIILIANDLTFQIGSFGPKEDLVFCRASETARD
LGIPRIYFSANSGARIGLAEEVKGLFRISWEDENEPEKGFKYIYVTPDDYARLAPHNSIK
ASLIEDNGEPRYKITDIIGKDDGLGVENLKYAGMIAGETSQAYNEVVTISVVSCRAIGIG
SYLLRLGQRVIQIENSHIILTGYRALNTVLGREVYASNNQLGGIQIMHNNGVSHATEPRD
LDGIATVLRWISYVPKSKGAQLPILSAPHPDPIDREIGYVPTKAPYDPRWMLEGRHSPID
AAAWESGFFDRGSWQEIMRPWAQTVVTGRARLGGIPCGVIAVETRTVELHLPADPANLDS
EAKTVSQAGQVWFPDSAYKTAQAIRDFGKEELPLFIFANWRGFSGGMKDMYEQVVKFGAY
IVDALKEYTRPVIVYIPPNGELRGGAWAVVDPSINPRHMEMFADTTSRGGVLEPEGIVEI
KFRNKDIIKTMHRVDPVIRNFKEKISSSTSAEERANLESEIRKREQILDPMYHQVAVHFA
DLHDTPERMLEKGVISEIIPWKTARRMLYWRLRRKLLECDAINDVLSTQPSLGVGTVVSM
LRRWFVEDRGATESYLWDQDEAVAKWLISQNETEGSVLSRNINCVRRNAVLTRVKEALEC
CPDVRLDAVIEIAHRLQAGERAELLRTLSQLETSGEEHHNDSSASS
NT seq 7161 nt   +upstreamnt  +downstreamnt
atgtttgaaactcgccgtgcgattttaagctattcgagtgacagaattacagtgggtggt
tcgcttatctatatagtttctgcaggtagcgtctcgttacgcgaagtagaacagccactt
gatcctcctcgccaagaaagtaacggagatccgccggaggactctcacgaggacccgaac
catccgcaggaccgagtttcatatccagaggaaaaagtcggggtcgttcaacagccgcag
gaaataatggccgagagcggagagccagttagcttcgttgtcggggatccggatccggac
gaagagctggagatcgatgatcgatttccgggatcggaaggcaatgcgagcgccatgcaa
ccgatacttccaggactcgccgagcgacggaaacgcctcaggcccagcatgtcgcaaggc
acggtgatgatccaagcgcaaagtcgacaattagaaaaggatttcaccgttgcaacgccc
gaagaatttgtccgtagatttggcggaactcaagtgataaacaaagttctcatagcaaat
aatggaatcgctgcggtcaaatgcatgcgatcaattcgccgatggtcgtacgaaatgttc
aaaaacgagagagcgattcgcttcgtagttatggtcaccccggaagatttgaaagcaaat
gccgagtacattaaaatggctgatcagtacgtaccagtgcctggaggatccaacaataac
aactatgcaaatgttgaattgatcatcgacattgcggtccgtactcaagtacaagctgtc
tgggctggatggggtcatgcgtcggaaaatccaaaattgcctgaacttttgcacaaaaat
aacataatatttatcggaccttctgaaagggcgatgtgggctcttggagataaaattgct
tctagtattgttgctcaaaccgcagatgtacccacactcccatggtctggctcggaattg
aaagctcactacagtggaaagaaaataaaaatatcatctgaattatttaaaaagggatgt
gtctctagcgtggaagaatgtcttgctgctgcgagtaaaatcggttttcctataatggta
aaggcaagcgaaggcggaggtggaaaaggtattcgtaaagtcgataatgctgaagagtta
ccttcgttatttagacaagtacaaacagagatcccaggatcgcccatattcataatgaag
cttgccaaatgtgctcggcacttggaagtgcaactattagctgataactatggaaatgct
atctcactcttcggacgtgattgttctatccaaaggagacatcagaaaatcattgaggaa
gcacctgctgtcattgctaaaccagaagtctttgaagaaatggaaaaagctgctgtcagg
ctggcaaaaatggtaggatacgttagtgccggcacagttgaatatctttacgatacatca
ggtcgttactatttcttggaactaaaccctcgcctacaagtagaacatccctgcacagaa
atggtttctgatgtcaatttacctgccgctcaacttcaagttgcaatggggttgcctttg
catcatataaaggatattcggcttttgtacggggaaagtccatggggtgatactcccatt
gatttcgatcaaccaaggcacaaaccacaaccttggggtcatgtcatcgctgccagaatc
acaagtgaaaatccagatgaaggatttaagccaagttcaggaacggtgcaagagctcaat
ttcagatcgtcgaaaaacgtctggggatatttttcagtcggtgcatctggaggattgcac
gaatttgccgactcgcaatttggtcattgtttttcatggggtgaagaccgtaatcaagct
agcgaaaatttagttgttgctttaaaagaattgagtatcagaggtgattttagaaccacg
gtagagtacctcataacacttctcgaaactgaatccttccagtcaaacagctttgatacc
gcgtggcttgacttactcattgctgaacgtgttcaaagtgataaaccagacgttttgctg
gccgtgacttgcggggcgttacatatcgctgatagaacaatcacagctgcatttaatggt
tttcaaacagccttagaaaagggtcaaatccaagccagcaatgacttggacaacgtttgt
gaggttgaacttatcaatgatggattcaaatacaaagtacagacagctaaatcaggccca
aactcctacttccttgtaatgaatggttcctataaagaagtggagattcatagactttcg
gacggaggtttactactttcaatggagggatcaagtttcacgacctacatgagagaggaa
gttgatcggtacagaatagtaattggcaaccagacatgtatatttgaaaaggataatgat
ccgtcattgttgagatcaccttcagctggtaaacttatcagttttctggtagaggatggt
ggccatattgatcgtggtcaagcatatgctgaaatagaagtaatgaagatggttatgacg
gtgacggctggagaagctggtagtttgttttacgttaaacgacctggtgcaatcttagat
gcaggaacattgattgcccatttggaattagatgatccttcactagtcagcaaagcgcaa
gaatacactgggcaattcccagcaccaattgcgcctgctattcctgaaaaactcaaccaa
cttcacgctaaatatagaagcgctttggaaaatacccttgctggatactgtttgcccgat
ccttaccatctaccgaggctccgggaactgattgaaaagttcatgaattccctgcgcgat
cctagcttacccctgctagagctccaagaagtgatctccactatctctggaagaattccc
gtatctgtagagaagaagatcagaaaatacatgaccttatacgaaagaaacatcacttca
gttttagcccagtttccaagccagcaaattgcgtctgtaattgacggacatgccgccacc
ctttccaaacgaacggacagagacgttttcttcttgacgactcaaggtattgttcaactg
gtgcaaagatatcgcaatggtattcgtggcaggatgaaaacagcggttcacgaacttcta
cggcagtactacacagttgaaagccaattccaacaaggacattatgacaagtgtgtgtcg
gctttgagggaacagcataaagatgaaatgagtatggtcactgctactattttcagtcac
aatcatgtacaaaagaaaaatgtcttggttactatgctcattgatcacttgtgggctaac
gaacctgggcttacagacgagctggccagtacactgactgaattaacaagtttaaatcgc
acagaacacagcagagtggctctaagagctaggcaagtcttgatagcagcacatcaacct
gcatacgaactgagacataatcagatggaatccatattcttatctgcagtcgatatgtat
ggacatgattttcatcctgagaatctccagaagctgatactttctgaaacttctatattc
gatatactacacgatttcttttatcactcgaaccgtgctgtctgcaatgctgctttggaa
gtttacgttcgcagagcttacatcagttacgaattagcatgtctgcagcacctagaacta
tctggagaaatacctttagttcactttcaatttcttttgccgaacaatcatccaaatcgc
cagaatcttactcttgtcaatcatagaacaggagctatggctgccttcaaagatctcgaa
gagtttagccagtactctgatgaggtacttgacctgctagaagacttgtcgtcccgaaat
acagtttctgccaaagttctcgaggctgtagaaactgctggaagtgaatctcggcacagt
acgtcgatcaatgtttctctgagtactggtgaaacaggtattgctgagggaggtgaaata
cctgcggaacctgttcacatattaagcattgctgtacaagataatggtaatcaagacgac
gcagtcatgtccagactgttcggagactggtgcgcgactaacaaagaggaattaattact
cgtggaatcagaagagtgacatttgctgccctaaaaaagaggcagtttccaaaatttttc
actttccgacaacgtgacggatttattgaagatcgtatttacagacatcttgaaccaggc
tgtgccttccagttggaacttaacagaatgcggacttatgaccttgaagctttacctaca
tcaaatcaaaagatgcatctctatttaggacaagctaaggttgccaagggccagcaagtt
acagactatcgcttcttcatccgttccattatacgtcactcagatctcatcacaaaggag
gctagctttgattacttgcataacgaaggtgaacgagtactattggaagcaatggacgag
cttgaagtagccttttctcatcccctagcaaaacgcacggattgcaaccatatattcttg
aactttgcaccaactgttataatggatccaggcagaattgaagaaagtgttacgagcatg
gtgctcagatatggtcctagactgtggaaattacgagttagacaagctgagataaaaatg
acaattcgtccagcaccaggaagaccaacttcaaacgttcgtctttgtattgcaaatgat
agtggatatagcattgatctacacctttatactgaggctacggaacccaagactggtatt
atccgttttgagtcttatggatctacggcagttaatgcgaactggcgaccaggaccaatg
catggtttgcctatttctacaccttacctgaccaaagattatctccaggctaaacggttc
caagcacagagttcgggaactacttatgtgtatgatttaccggatatgttccgtcaacaa
attgagaagttctgggagaaatacattgaggaaagacctacctcagaaaatatcaagatt
ccgagcccggtattggactgtgtcgaacttgttttggacggtgaaaatttagtagaacaa
aagcgattacctggtgaaaacgacgttggcatggtcgcatggaaactcagactttacacc
ccagagtacccagctggaagagatatcatacttattgcaaatgatttgactttccaaatt
ggttcgtttggaccaaaagaagatctcgtattttgtagagcatctgaaacagctagagat
cttggaattccaagaatttacttctcggcgaattctggtgccagaattggtcttgctgaa
gaggtgaaaggcttgttcagaatttcgtgggaggatgaaaacgagcctgaaaaaggcttt
aaatacatctatgtaactcctgacgactatgctagattagcaccgcataattcaattaag
gcatcattaattgaagacaatggtgagcctcgctacaagataactgatattataggcaaa
gatgatggactgggagttgaaaatcttaaatatgctggtatgattgctggtgaaacgtct
caagcatataacgaggtggttacaatatcagttgtctcatgccgtgcaattggtattggt
tcttatttactgcgacttgggcaacgagttatacaaattgagaactcacacattatatta
accgggtatagagcactgaatacagtgttgggtcgtgaggtttacgctagtaataatcaa
ttgggtggaattcaaataatgcacaataacggtgtttcacacgcaactgaaccaagagat
ttagatggtatagccactgtactcagatggattagctatgtacctaaatctaaaggagcc
cagcttcctattctctctgcaccacatccagatccaattgaccgagaaattggatatgtt
cctaccaaggctccctatgatcccaggtggatgcttgaaggaagacattctcccattgac
gctgcggcttgggaaagtggatttttcgatcgtggttcatggcaggaaattatgcggcct
tgggcacaaactgtggtaactggacgtgctagacttggaggtatcccttgcggtgtgata
gccgtagaaacacgaactgtcgaactgcatttaccagcagatcccgcaaatttggactct
gaagcaaagacagtttcacaggcgggtcaagtctggtttccagacagtgcatataaaact
gctcaggctattcgtgattttggcaaagaagaactgcctcttttcatctttgctaactgg
cgtggtttttcgggtggtatgaaagacatgtacgagcaagttgttaagtttggtgcttac
attgttgatgcgttaaaagagtataccagaccagtgatagtgtacatccctccaaatgga
gaactaagaggtggtgcatgggcagttgttgatccatctataaaccccaggcatatggaa
atgtttgccgacacaacaagccgtggaggtgtattagaaccagaaggaatcgtcgaaatc
aaatttagaaacaaagatataattaaaaccatgcatagagttgaccctgtcatacgtaac
ttcaaggaaaaaatatcgagttcaacctccgctgaagaacgtgctaacctggaaagcgaa
atccggaaaagagaacagatcttggatcccatgtatcaccaggttgctgttcactttgcc
gatcttcatgacactcctgaaagaatgttggagaagggtgtcattagtgaaataattcca
tggaaaacagcacgccgcatgttatattggagactcagacgtaaactcctggagtgtgat
gccataaacgatgtcttgtcaacacagcctagcttgggtgttggaacagtagtttctatg
ctgagacgctggttcgtagaagacagaggtgctacagagtcttatctgtgggaccaggat
gaggctgtagccaagtggttgataagccagaatgaaactgaaggcagtgttctaagccgt
aatattaattgcgtacggaggaacgcggttctcactcgggttaaggaggcccttgaatgt
tgtccagacgtgagattagatgcagttatagaaatcgcgcacagactgcaagctggtgaa
cgtgccgaacttctgcgaactctctcacagcttgaaacgtctggagaagaacatcacaat
gattctagtgcttcgtcatag

  All links  
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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (9)   
   RefSeq(pep) (9)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (10)   
   Pfam (10)   
All databases (55)   

Download RDF
DBGET integrated database retrieval system