KEGG   Nicrophorus vespilloides (burying beetle): 108557787
Entry
108557787         CDS       T04922                                 
Name
(RefSeq) fatty acid synthase-like
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
nvl  Nicrophorus vespilloides (burying beetle)
Pathway
nvl00061  Fatty acid biosynthesis
nvl01100  Metabolic pathways
nvl01212  Fatty acid metabolism
Module
nvl_M00082  Fatty acid biosynthesis, initiation
nvl_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:nvl00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    108557787
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:nvl01004]
    108557787
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:nvl04147]
    108557787
Enzymes [BR:nvl01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     108557787
Lipid biosynthesis proteins [BR:nvl01004]
 Fatty acid synthase
  Animal type
   108557787
Exosome [BR:nvl04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   108557787
  Exosomal proteins of breast milk
   108557787
  Exosomal proteins of colorectal cancer cells
   108557787
  Exosomal proteins of bladder cancer cells
   108557787
SSDB
Motif
Pfam: ketoacyl-synt KR Ketoacyl-synt_C KAsynt_C_assoc FAS_pseudo-KR ADH_zinc_N_2 ADH_zinc_N PP-binding Thioesterase PKS_DH_N adh_short Thiolase_N ACP_syn_III
Other DBs
NCBI-GeneID: 108557787
NCBI-ProteinID: XP_017769936
Position
Unknown
AA seq 2237 aa
MSETNARRLEAGIQLADAQPGEEVIIAGISGRFPNSNNVDEFRENLMNKVDLCDDDSRRW
VHTHSEIPKLAGKINLTEKFDPGFFGVHSAQAECMDPMVRMSMERAYEAFIDAGICPEEV
KGSRTGVFIGSCYSEAEKIIIYDQLKPQTYGFSGCSRSMLAQRISYAFQLIGPSLICDTA
CSSGMYAFEQAYRSIREGKCDMALVGGANLCYSPYVTLQFARLGVLNMNTGCRPFDENAT
GYTRSEAIVMVLLQKKKHAKRIYAEVVHCKVNVDGYKEQGITYPSGEVQTSLLRDLYEEC
KVSPTTVAFVEAHGTGTKVGDPEELNAIDNFFCTGRKNPLLIGSVKGNIGHSEPASGLCS
IVKVIYAMETGIIPPNIHCENPKKDINGLETGRIHVITEKTPWPKISNLAALNCFGFGGA
NSHILLKRHENTKLRPEDHQIRLVCYSGRTEESMQSYRDFFKNRKLDYDSIALFHSAFRK
NISNNIYRGFSLISENGELHSSYTHVFDQKELHLFLSGSRLYHIEVLKEMEKFTFFANLI
NEYKEALKRNQISEDIYKKGTNVVFATVCLHYCLIKMLNSLNIPLVTVASSSLGEFTAAY
AAGVLSLDEVILGVKGINKILAESKMMEADLPRKLLQELKEVLPRKVTKKTMVQKPKSNG
FDYATAEYFVYNILNPSVVKEYRWDKEALVIGVDFDINQTSVQVHQLIHDKMKLKDMLIN
LGQLYLLGVDGDWSKLYPAIKWPVKQGTSMLSPLVKWNHDVNLLIPTPEMCTKDPEQHTF
INIMNIDSSFYKGHVIDGRTLFPATGYLYHIWELYALIGGVLPENQKICFEKVKFHRATT
FSKDGIINLYLVIHVSGHFEVSENNTTVVTGRIFDVDNTDIAYEGKPNDPNLPLLKQKDI
YKELKLRGYNYKGHFKALHEVCGNNGLIEWTGNWITFLDNMLQLFIVQKDSRSLYVPTGL
DRLVIDAKAHVAEAETLGEQQLIPVELALDGKIARTKHIEIRSMNANAILRKKTTYSPVL
ETYKFIPNDIQVGIEDSLRINVHIVLENKSSMHVKVVEKFDENSSKLQPLSEHVLNILGD
LPLIQPDLHIVTDRSVDEIKGIQVSENFPDQNNSQIYIGSNLMGDAQCIQEALTRILDDG
YIISIDDTAASAPEGLTILTKHQLPSGEYVHLLKKSGKQVERFCLKVIDDFGSWIPTLQS
HINSGKNVLLYSENDQTNGILGLVNCLRREANGKNISCVFVQEGNGFDLENDFFKTQLEK
GMAINVLRGNIWGTYRHVLLNEESKTDSNNCDHYYAKIMTLGDLSSPWRWVQGPHTKQDL
LKNNNLIQVSYSAINFRDVMVASGKVPVDAVTTKRVAQDRILGFEFSGKRLSGERVMSLL
TGGAISNLVECDPNLTWRVPDDWSLEEAATVPVVYVTVIVAMKLKGKVKRGDSILIHSGT
GGVGQAAINYAHYWGCDIFVTVGTKEKREFLLKHYPFIKESHIGNSRDTTYEQMVLKETQ
GRGVDLVLNSLAEEKLAASVRCLAQGGRFLEIGKFDLASNNQLALNLMAKGCTFHGIMLD
VMMNNPGNLQSEIYNDMVFGLKAGFIKPLIRTVFKKSQLAESFKFMSTGKHMGKVLIKIQ
DDEDTIEKNFIFSRFYCEPNGSYIILGGLGGFGLELADWLVLRGAKTLILSSRNGVCTGY
QSHRIKVWKSYGVKVIIALDDIATYEGCETLMRRAEDVAPVRAFFNLAVVLKDAVFDNQT
VDNFKISMSPKATATKHFDKITRGSKSLKHFVVFSSVSCGRGNAGQSNYGMSNSVMERVC
EMRRKDGFPAVAIQWGAVGDVGLVADMQKDQSEIAIGGTLQQRISNCLDVMDGFLYHDEA
IVSSMVVAEKSGSGNADNLVDAVIDIIGLRDLKTISLHSTLAELGMDSMMAVEIKQCLER
EYDIFLSAQDMRSLTFAKLIEMNDTKSASVIVNEANIFDSFGMLLDKFLDVENMNVPLIQ
YKDAMESDDFIIVFPGVESTYMGMRVINNNMEKPSICVQYTSQIDITDVDVLVDKILQDF
GDKITKAKNFKFVAHSFGSMVALKLAHRLEALGQVGKIVLIDGSPELMDHFFKLLCATSD
NQLETAVILSLMPMFTTQETIAKLSESILAAKDYQARQELAASAIPKDSPITKEVAFKMG
QLILNIVKSILNYKNFQDKLKSEVVLFKPTVAIINDIAEDYNLNALCENTVRIVTFDGDH
RTILSNSSMHKELNNIF
NT seq 6714 nt   +upstreamnt  +downstreamnt
atgagcgaaaccaatgcgaggagactggaggcaggaatacaactggccgatgcacagcca
ggcgaagaggtcatcattgcagggatttctggaaggtttcccaactcgaataacgtggac
gagtttagagaaaatctgatgaacaaagtggatctctgcgatgacgacagtcgacgttgg
gtgcacacgcattccgagattccaaaactcgcggggaagatcaatttgacggagaaattc
gatccgggtttctttggggtgcacagtgcgcaagccgaatgcatggaccctatggtgagg
atgtccatggagagagcatacgaggctttcatcgatgccggaatatgtcccgaagaagtg
aagggatcgagaactggagtattcatagggtcgtgttactcggaagcggagaaaataatc
atttacgatcagctgaaacctcagacctacggcttctctggttgttcacgatcgatgttg
gcgcagaggatcagttacgctttccaattgatcggtccatctttgatctgcgacacggcg
tgcagcagcggtatgtatgctttcgagcaagcctacagatccatacgtgaaggaaaatgt
gacatggctttggttggaggagcgaatttgtgctacagcccttacgtgactctgcagttt
gctcgtttgggcgttttgaacatgaacacaggctgcagacccttcgacgaaaacgctacc
ggttacacaagatccgaagctattgtcatggtacttctgcagaaaaagaagcacgccaaa
agaatatacgctgaggttgtacattgtaaagtgaacgtcgatggttacaaggagcaagga
atcacgtatccttccggtgaagttcagacgtcacttcttagagatctttacgaggagtgc
aaagtttcaccaactacagtggcttttgtagaagctcacggaacagggacaaaagtcgga
gatcctgaggaattgaacgccatcgacaacttcttttgcacaggcagaaaaaatcccttg
cttattggatctgtgaaaggaaatataggtcattcagaaccggcctcgggtctttgctcc
atcgttaaagtcatatatgcaatggaaactggtataataccaccgaacattcattgtgaa
aacccgaagaaagacatcaatggcttggaaactggtagaattcacgtgatcacggagaaa
acgccgtggccaaagatcagtaatctggctgctttgaattgcttcggtttcggtggtgcc
aattctcatatcctcttgaagagacacgaaaatacaaagttgagacccgaagaccatcaa
attagactggtgtgctatagcggaagaacggaagaatctatgcaaagttatagggatttc
tttaaaaacaggaaactcgactacgattcaatcgcattgttccactctgctttccgtaaa
aacatttcgaacaatatttatcgaggattctcgttgatctcggaaaatggtgaactgcat
agttcttacacccacgtgtttgatcaaaaggagcttcacctattcttgagcggttcaagg
ctttaccacattgaagtcttgaaggagatggaaaaattcacattcttcgcaaatttaata
aacgagtataaagaagcgttgaagaggaaccaaatttctgaagatatttataaaaaggga
acgaacgtcgtgtttgcaactgtgtgtttgcattattgtctaataaagatgttgaatagt
ttgaatattccattggtaacagtcgccagttcgtctttaggtgaattcacggctgcttat
gctgctggcgttttaagtttggatgaagttatcttgggagtgaagggaatcaataagatt
ttagcggaaagtaagatgatggaagcggatttgccgaggaagctgttgcaggagttgaag
gaagtgttgccgagaaaggtaacaaagaaaactatggttcagaagccgaagagtaatgga
tttgattacgctaccgctgagtactttgtctacaatatattgaatccatcagttgtgaaa
gagtatagatgggataaagaagcattggtaataggcgtagatttcgatattaatcaaacg
tctgtgcaagtgcatcagctaattcacgataaaatgaagctgaaggatatgttgataaac
ttgggacagttgtatcttttgggagttgacggtgattggagtaaattatatcctgcaatt
aaatggccggtcaagcaaggaacttcgatgctctcgcctctggtaaagtggaatcacgac
gtaaacttgttaattccgactccagaaatgtgtaccaaggatccagaacaacacactttc
atcaacattatgaatatcgattcgtcgttttataaaggacacgtcatagatggaaggacc
ttattccctgccacaggttatctttaccacatatgggagttatacgctttgatcggtgga
gttcttcccgaaaaccagaagatctgctttgagaaagtgaagtttcatagggccacgact
ttttcaaaagatggcattataaacttgtatctggtgattcacgtaagcgggcattttgag
gtgtccgaaaacaacaccactgttgtcaccggaagaatatttgatgtggacaataccgat
atcgcatacgaaggtaaacccaatgacccgaacttgccgctgctgaagcaaaaagacatc
tacaaagaactcaagttgagaggctataattacaaaggacacttcaaagcgctccatgaa
gtttgtggcaacaacggcctaatcgaatggacaggaaactggattacgttcttggacaac
atgctgcaacttttcatagtccaaaaagactcgaggagtttatacgttccgaccggtctt
gatcgactggtcatagacgccaaagctcacgtagctgaagccgagactttaggagaacaa
cagttaatacctgtcgaattagcgttggatggaaaaattgcaaggaccaagcacatcgaa
attagatcgatgaatgcgaacgcaattttacgaaaaaaaactacctacagtccagttctt
gaaacgtacaaattcatcccaaacgatattcaagtgggaatagaggattctctaagaata
aacgttcacatcgttctcgaaaataaatcatcaatgcatgtaaaagtcgttgagaaattt
gatgagaactcatcaaaacttcaacctctcagcgaacatgttttaaatattttaggtgat
ctaccattgatccaaccggatttgcatatcgttaccgatagatctgtggatgagatcaaa
ggtattcaagtctctgagaattttccggatcagaataattcgcagatttacatcggttca
aatttgatgggagatgcccaatgcatacaagaggccttaacaagaatcttggatgatggt
tatataatatccatcgatgatactgctgcttcggctccggaaggtttgacaattctgacg
aagcaccagttaccttctggggaatacgtgcatctcttaaagaaaagcggaaagcaagtg
gaacgcttttgcttgaaagtgatcgacgattttggaagctggattccaacgttacaatct
catatcaattccggaaaaaacgtattgttatactcagaaaatgatcaaacaaacggtatt
ctcggtttagtgaattgcctgaggcgcgaagcaaatggtaaaaatatttcttgcgttttc
gtgcaggaaggaaacggtttcgatcttgaaaacgatttctttaagacgcaattggagaag
ggcatggctataaatgtgcttcgaggaaacatctggggcacctatagacacgtactccta
aacgaagagtcaaagactgatagcaacaactgtgatcattactacgctaaaattatgaca
ttaggtgatctatcctcgccttggagatgggtgcaaggtccgcacaccaagcaagacctg
ttaaaaaataataacttaattcaggtgtcttactcggctattaactttagagatgtaatg
gtggcttccggaaaagtgccggtcgatgctgtaacaaccaaaagagttgcccaagatcgt
attttgggcttcgaattctccggtaaaagattaagcggggaaagagttatgagtttgctg
actggtggtgcaatatctaacttagttgaatgtgatcctaacctgacgtggagagtccca
gacgattggagtttggaggaggcggcgacagttcctgtggtatacgtaactgttatcgta
gcaatgaaattgaaaggaaaagtaaagcgtggtgattcaattctgatccattcgggaact
ggaggcgtgggccaggctgcaataaattacgcccactactggggttgtgacatcttcgtg
acggttggaacgaaagagaagagggaattcttgctcaagcactacccgttcatcaaggaa
tcgcacataggtaattcgagggacaccacctacgagcaaatggtcctgaaggaaacgcaa
ggacggggcgtcgatctcgtcctgaactctttggcagaagagaaactcgccgcttctgtg
cgttgtttagctcagggcggtcgcttcttggagatcggcaagttcgacttggcgagcaac
aatcaattggctttaaatttgatggcaaaaggatgcaccttccatggcattatgttggat
gtgatgatgaataacccgggaaatttgcaatcagaaatatacaacgacatggtgtttgga
ctgaaagcgggattcattaaacctctgattagaactgtattcaagaagtctcaattggcg
gagtcttttaagttcatgtctaccggtaaacatatgggtaaagttctcattaaaatccaa
gacgacgaagatacgatagagaagaactttattttctccagattctattgcgaaccaaat
ggatcttacataatacttggaggtttaggaggattcggcttggaattggcggattggttg
gtgctgcgcggcgcgaaaacgttaattctatcatcaagaaacggagtttgcactggttat
caaagtcacaggattaaggtttggaaatcgtacggtgttaaagttatcattgctttagat
gatattgctacgtacgaaggttgcgaaacactgatgaggagagcagaagatgtagctccg
gtccgagcctttttcaatttagccgtagttcttaaagatgctgtattcgataatcagact
gtcgataactttaaaatttcgatgtcccccaaagccacagccaccaaacactttgataag
atcacgcgtggttcgaagagtttgaagcatttcgtggtgttctcatcggtttcttgtgga
agaggtaacgcagggcaaagcaattacggtatgtccaattcggtgatggaacgcgtctgc
gagatgcgtcgcaaagacggctttcctgctgtcgcgatacagtggggagctgttggcgat
gtgggcttggtggccgacatgcagaaagatcaaagcgagatcgccattggtggtactctt
cagcagaggatctccaactgcttagatgtcatggacggattcctgtaccacgatgaagcc
atagtttcgagcatggtcgtggcggagaagagcggttcgggaaacgctgataatctggtc
gatgcggttattgatatcattggtttgagagatttgaagacgattagtttgcacagcact
ttagcagaactgggtatggattcgatgatggccgtggagattaagcaatgcttggaaagg
gaatacgatatcttcttgtcggcgcaggatatgagaagtttaacatttgccaaattaata
gaaatgaatgatacgaagagtgccagtgtcattgttaacgaggcaaacatttttgattct
ttcggaatgcttttggataaattcttagatgttgagaatatgaacgtaccattgattcag
tacaaggacgcaatggaaagcgatgattttattatcgtttttccgggcgttgaaagtacc
tatatgggaatgcgtgtaataaataataacatggaaaaaccatctatctgcgtgcaatac
acttctcaaatcgatatcaccgatgtcgacgtattagtggataaaatactccaagatttt
ggtgataaaataaccaaagctaagaacttcaaattcgtggctcactcattcggaagcatg
gtagctttgaaactggcccatcgattagaagctcttggtcaagttggtaaaatagtccta
atagatggttcaccggagctgatggaccacttcttcaaactcctctgtgcaacaagcgac
aatcaactggaaacagccgtcatcttatcattaatgcctatgtttacaactcaagaaacc
atcgccaaattatcggaatcaattttggctgcgaaagattatcaagcacgacaagagttg
gctgcgagtgcaataccaaaggattcgccaatcaccaaagaagtcgcttttaaaatggga
cagttaatcttgaatatagtcaaatctatattgaactacaagaatttccaagataaatta
aagtctgaagtggtgcttttcaaaccaacagtggctattatcaatgacatcgctgaagac
tacaatctgaacgcgttgtgcgagaatacagttagaatcgttacatttgatggtgatcat
cggaccatactgagtaacagtagcatgcacaaagaactgaacaatattttctaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (44)   
   KEGG COMPOUND (44)   
Chemical reaction (35)   
   KEGG ENZYME (1)   
   KEGG REACTION (34)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (13)   
   Pfam (13)   
All databases (146)   

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