KEGG   Pseudomyrmex gracilis (graceful twig ant): 109862058
Entry
109862058         CDS       T05003                                 
Name
(RefSeq) LOW QUALITY PROTEIN: fatty acid synthase-like
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
pgc  Pseudomyrmex gracilis (graceful twig ant)
Pathway
pgc00061  Fatty acid biosynthesis
pgc01100  Metabolic pathways
pgc01212  Fatty acid metabolism
Module
pgc_M00082  Fatty acid biosynthesis, initiation
pgc_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:pgc00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    109862058
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:pgc01004]
    109862058
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pgc04147]
    109862058
Enzymes [BR:pgc01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     109862058
Lipid biosynthesis proteins [BR:pgc01004]
 Fatty acid synthase
  Animal type
   109862058
Exosome [BR:pgc04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   109862058
  Exosomal proteins of breast milk
   109862058
  Exosomal proteins of colorectal cancer cells
   109862058
  Exosomal proteins of bladder cancer cells
   109862058
SSDB
Motif
Pfam: KR Acyl_transf_1 FAS_pseudo-KR ADH_zinc_N_2 ADH_zinc_N Thioesterase PP-binding PKS_DH_N PS-DH Abhydrolase_6 adh_short
Other DBs
NCBI-GeneID: 109862058
NCBI-ProteinID: XP_020297545
Position
Unknown
AA seq 1838 aa
MTPYDFECLTDLQGDQWECVEIINNWWQIGLVDLLTSLGIIPDNMIGCSVGELGCAYADK
CLTIEQTILSAYSIALACVKSNAPRGSMATVNLDYKILKNICPPDIGIVRRNNGKSNVIS
GPTECMRVFTRKLRASNTHVQEVSCNDILYHSHYLASIKDKLLKNLSLLISQPMKRSPKW
ISTSVPCTEWSINSTAQLCSADYLTNNILSTVLFEQTMHIIPNNAVTIEISPTSVLQNIL
KESLYQSQVTNIALTQCTNENPVTAMLRGIGKLYNCGLQPQIAALYPPVEYPVSRGTPMI
SPSIKWDHSKDWLVSHEVSKCIETRERLVEIQLIDEDYEYMTGHVIDGRNLFPAMGYIVL
VWETIGKIKGELYSTLPVVFRDLRFVRATHISKNDIVELTIRIHKESGKFEVCERDNIVV
TGEVSAEVDVKRESAPSDLLPDDNEEEHMNARDIYKELKLRGYQYSGAFRGLKSASVTGS
KGHVVWINNWVAFMDTLLQLYILGKDIKSLCVPTSIRKIVINPILHNTKLQNCTTENIKQ
LPIRVYKNIDLIVSGGVEIWNAKATSIARRKPNADPVIEEHRFVAHHDREKISLHEAIRI
STQIALENHQITKVKVIELVEDTDIINTEDLTTWAILETCSNLPLVQATITLMTSPTDRF
NTSDLPPNVTVADLRKHADNNVSIVTGFNLLTKRHLLELLLPFLRVGGYLLSREKYDVTE
ITEGSHRASYALTGNNNLLKQFGLNIILEKRTEKEMIALLKKRVPIRETTIIHITNDNFE
WLEKLKSLLDQKKTFDHDNRIVVVGENDFECGLLGFVNCLRKEPGGEFVRSVLIQDETAP
KFSPQDPFYAQQLQKDMAVNILRPNKTWGSYRHFCLAAPEPALVPAAYVCQTVLGDLSTF
YWVENDISINSFHRDDLIRVVYSSINFKDVMLATGKLTFEGNEKRFESMNLGLEYVGFDA
KGRRVMGMRDNKCIANIVLKSDFQWVIPDTWTFEEAATIPCVYSTSYYALYIKGKMKKGD
KVLIHSGSGGVGQSAIHLALHEECEVFTTVGSAEKRQFIREMFPAISDDHIGNSRDTSFE
EMVMRQTNGRGVDIVLNSLAEEKLVASIRCLTQNGRFLEIGKFDFVSNNPLDLSLFKKGI
SFYGVLLDSMFGKEHKHKAQLLKLITDGLKNGVIKPIEATVFKQTEIEKAFRYMASGKHK
GKIILNIQETDKCLAYAPITSHRRYYCRSDQTYIILGGLGGFGLELTEXLISRGAKNVTL
ISRSGLKNGYQRLKVSLWKSYGVNVTIVKDNNIVNPIDCENFLLRAEKXAPVDAIFNLAV
VLTDNILNNQTTESFVESFRAKVWPTQILDKLSRKICPKLRHFVVFSSVSCGRGNAGQTN
YGMANSVMERICEKRVREGYPGLAIQWGAVGDVGLVADMQEDNKEMVIGGTLQQKISSCL
DELEKFLLHSRPIVSSMVVAEKKQGLPGFTNMYQTVASIMDIKDIKGVSQITSLAELGMD
SMMAVEIKQTLERDFDVYLSPQEIRSLTFAKLLEMSNTETIDTYEKNASDRSKQNHSFMF
NIVQNKDFISEIFTDLSTKNKESATQIFLIPGIDGCGTVFNHLKSSNLKFSTTTVHYNTG
AISTGNTLSEMVEILEQAVLTRLQDKKEFVMVGYSFGSILAIELAIRLETIGFKGRIVLI
DGAPDQAMLISKSYITLSADNNDLQISILILILKTYKVETSEKDLMTLEKCKTDKERFNT
FAKYFLAQNSMLSLTNLKTLYTTIYKHLIILKKYKVPTVPCITSPIILLKPTFSLAPEAE
EDYGLHKITSDVTIQYVEGNHITILKDPKVIAAINKEI
NT seq 5517 nt   +upstreamnt  +downstreamnt
atgactccatatgattttgaatgtcttaccgatctacagggtgaccaatgggaatgtgtt
gaaataattaataattggtggcagatcgggttagtagatcttctaacatctttgggaatt
attccggataacatgatcggatgttctgtcggagaactcggatgtgcatatgcagataag
tgcctcactattgaacaaactattctatcagcgtactcgattgctttggcatgtgtcaaa
agcaacgcgcctcgtggatctatggctactgtcaatctcgattacaaaattctcaaaaat
atatgtcctccagatattggaattgtacgccgcaataatggaaagagcaacgttataagt
ggacctacggaatgtatgcgcgtgtttacgaggaagttacgggctagtaatacgcatgtg
caagaagtctcctgcaatgatatactttaccacagtcattatctcgcgtccatcaaagat
aaacttttaaaaaacttgagtctactgatatcacaacctatgaaaaggagcccaaaatgg
atcagcacatctgtaccctgtaccgaatggtccataaattcaacagcacaattgtgctcc
gctgactatctcacgaacaacatactgtctactgttctttttgaacaaacaatgcatata
attccaaataatgctgtgactatcgaaatttcaccaaccagcgttttgcagaacatcttg
aaagaatctctgtatcagtcacaagtgactaatatcgcgctcactcagtgcacaaacgaa
aatccagtcactgcaatgctgcgaggaattggaaaactttacaactgcggtttgcaacca
caaatcgctgctttgtatccgcctgtagaatatccagttagccgtgggactcccatgatc
tctccatctatcaaatgggatcactccaaagactggcttgtatcgcacgaagtatcaaaa
tgtattgaaaccagagaaagacttgtcgagatacagcttattgacgaagattacgaatat
atgacaggtcatgtaatagatggaagaaacttgtttccagcgatgggttacatcgtgctc
gtatgggaaactatcggaaaaatcaaaggagaattgtattcaacattaccagtagtgttt
cgagacttgagattcgttcgcgctactcatatatcgaaaaatgatattgtagaattgacg
attaggatacacaaagaaagcggaaagttcgaagtgtgcgaaagagacaatatcgttgtg
acgggtgaggtgtctgctgaagtagatgtcaaacgagaaagcgcaccatcagatttatta
ccggatgataacgaggaagaacacatgaacgctcgggatatttacaaggaattaaaatta
cgcggatatcaatacagtggtgcatttcgtggattaaaaagcgcatcagtcacgggtagc
aaaggacacgtcgtttggataaataattgggtcgcgtttatggacacgttgttgcagctg
tacatacttgggaaagatatcaaaagtctgtgcgttcctacaagtattcgaaaaatagta
attaatccgattcttcataacacaaaattacaaaactgcacgacggaaaatattaaacaa
ttgccgatacgagtgtataaaaacatagatcttatagtatccggtggcgtagagatttgg
aatgcgaaagctacttcgatcgcccgcagaaaaccgaacgcagatcccgttattgaagag
cacagattcgtagcgcatcatgatcgggaaaagatttccttgcacgaagcaatacgaata
tcaacacaaattgcactggagaatcatcagattacgaaagtgaaagtcatcgaactggtg
gaagatacagatattataaacacagaagatttgacaacttgggcaatacttgaaacttgc
agcaatttgccgttagtacaagcaactattactctaatgacatcgccgactgatcggttc
aacacatcagacttgccaccgaacgtaacagttgcggatttacggaaacacgcagacaac
aatgtctcaatagttactgggtttaatcttttaacgaagcggcacttactagaattactt
ttaccttttctcagagtaggtggttatttgttatcgcgggagaaatacgacgtaacagag
ataacggagggatcgcatcgtgcttcctacgcattaacaggcaacaataatcttttaaaa
caatttggattaaatattattcttgaaaagcgtactgaaaaggaaatgattgcgcttctg
aagaaacgagttccgatcagagaaacaactattattcatattaccaatgataactttgaa
tggttagaaaaattaaaatcacttctagaccagaaaaaaacatttgatcacgacaacaga
attgtagttgttggcgaaaacgatttcgagtgcggtttattgggctttgttaattgctta
agaaaagaacctggtggcgagttcgtcagaagtgtgcttattcaagacgagaccgctccg
aaattttctccgcaagatcccttctacgcgcaacagttgcagaaagatatggcagtcaat
attttacgacctaacaagacttggggttcttaccggcatttttgtttggcagctccggaa
cccgcacttgttcccgctgcttacgtttgtcaaacggttctcggcgacctaagtacattt
tattgggtggagaatgatatatctatcaattcgtttcatcgcgatgatttgatacgtgtg
gtttattcatccatcaattttaaagatgtaatgcttgccacaggaaaattaacttttgaa
ggtaatgaaaagcgatttgaaagtatgaatcttggactggaatacgtaggatttgatgcc
aaaggacgacgagtaatgggaatgcgcgacaataagtgcatcgctaatatcgttttaaaa
agtgattttcaatgggtcataccagatacatggacgttcgaagaagcggctacgattcct
tgcgtatacagtacgtcgtattacgctttatatataaaaggaaaaatgaaaaaaggtgac
aaggtacttatacactctggttccggtggtgtcggacagtctgcgattcatctcgctcta
catgaagaatgcgaagtgtttaccacagtaggtagcgctgaaaaacgacaatttatacga
gaaatgtttccggctatttccgacgatcacatcggaaattcgcgcgacaccagttttgag
gagatggttatgcgccagacaaacggtcgcggtgttgatatagtactgaattcattggcg
gaggagaaactcgtcgcgtctattcgttgtttaacgcaaaacggtcgtttcttggaaatc
ggaaagtttgactttgtatcgaacaaccctttagacttgtcactatttaaaaaaggtatc
tctttttacggtgttttactggattcaatgtttggaaaagaacacaagcacaaagctcag
ttactgaaattaataaccgatggtctcaagaacggtgttatcaaaccaatagaagctaca
gttttcaagcaaacagaaatcgaaaaggcctttaggtacatggcaagtggaaaacacaaa
ggaaagataattttgaatattcaagaaacagacaaatgtctcgcgtacgcgccgatcacc
tcgcatcgtcgttactactgtcgtagcgatcaaacttacatcatactaggtggtctaggt
gggtttggattggaattgaccgagtgactgatatcccggggtgcaaaaaatgtcacgctg
atttcaagaagcggtttaaaaaatggttaccaacggctaaaggtttcgttgtggaaatcc
tacggcgtaaacgtgacgatcgttaaagataataatatcgtcaatcctatagattgcgaa
aattttctgctacgtgcggaaaaataagcacctgtggatgctatatttaatctcgctgtt
gttttgacagataacatcctgaacaatcagactacggagagtttcgtagaatctttcaga
gctaaagtttggccaacacaaatattggataaactgtcgagaaagatctgtcctaaactt
cgacattttgttgtgttctcttcggtttcctgtggcagaggaaacgctggccaaactaat
tatggaatggccaattccgtgatggaaagaatatgcgaaaagagagtaagagaaggatat
cctggattagcgatacagtggggagctgttggtgacgtaggtctcgttgccgacatgcaa
gaagacaacaaagaaatggttattggcggcaccttgcagcaaaagatatcctcttgcctc
gacgaactcgaaaaatttttgcttcatagtcgaccgatcgtaagtagcatggtagtggca
gagaagaaacaaggattacctggatttaccaatatgtatcaaaccgttgctagtattatg
gatataaaagacataaaaggagtaagtcagattacatctctggccgagcttgggatggac
tctatgatggcagtggaaatcaaacaaactttggaacgcgacttcgacgtgtacctttcc
ccacaagagatacgaagtctcacttttgcaaaacttttagaaatgtctaacacagagacc
attgatacatatgagaaaaatgcatccgacagaagcaagcaaaaccactcattcatgttt
aatatcgtgcaaaacaaagatttcatctctgaaatctttacagacctctcgactaaaaac
aaagaaagtgctactcaaatttttcttataccaggaattgatggttgcggaactgtgttt
aatcacttgaagtcgtcgaatcttaaattttctactacaactgtgcattataacacaggt
gctatttctaccgggaatactctgtcggagatggtagagattctcgaacaggctgtatta
acaagattacaagacaaaaaagagtttgtgatggttggatattcctttggatctattctt
gcgatagaactcgcaatacgactggaaactataggctttaaaggtcgaattgttcttatc
gatggcgcacctgatcaagcaatgttaataagcaagagttatataacattgtctgcagac
aataacgatttgcagatttctattctgattcttattttgaaaacctataaagttgaaaca
agtgaaaaggacttgatgacattggagaagtgtaaaactgacaaagagagatttaacact
tttgcaaaatactttttggcacaaaactcaatgctctcgctaacaaatttaaagacattg
tatacgacaatatataaacatttaattattctcaagaaatacaaagttcctactgtacca
tgtatcacatctccaataatattgttgaaacctacattttctctggcacccgaagccgaa
gaagattatggtttgcacaagataacatccgatgtgacaatacagtacgtcgagggaaac
cacataacaattttaaaagatcccaaagtaatagctgcaatcaataaagaaatatag

  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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (106)   

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