KEGG   Parasteatoda tepidariorum (common house spider): 107454900
Entry
107454900         CDS       T06106                                 
Name
(RefSeq) fatty acid synthase
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
ptep  Parasteatoda tepidariorum (common house spider)
Pathway
ptep00061  Fatty acid biosynthesis
ptep01100  Metabolic pathways
ptep01212  Fatty acid metabolism
Module
ptep_M00082  Fatty acid biosynthesis, initiation
ptep_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:ptep00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    107454900
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:ptep01004]
    107454900
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:ptep04147]
    107454900
Enzymes [BR:ptep01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     107454900
Lipid biosynthesis proteins [BR:ptep01004]
 Fatty acid synthase
  Animal type
   107454900
Exosome [BR:ptep04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   107454900
  Exosomal proteins of breast milk
   107454900
  Exosomal proteins of colorectal cancer cells
   107454900
  Exosomal proteins of bladder cancer cells
   107454900
SSDB
Motif
Pfam: Acyl_transf_1 KR ketoacyl-synt Ketoacyl-synt_C FAS_pseudo-KR KAsynt_C_assoc ADH_zinc_N_2 ADH_zinc_N Thioesterase PKS_DH_N Abhydrolase_1 PP-binding adh_short PS-DH Clathrin Methyltransf_23
Other DBs
NCBI-GeneID: 107454900
NCBI-ProteinID: XP_042898854
Position
Unknown
AA seq 2489 aa
MDFIDDHHEYCTGGYDPEDIVITGVAGRFPECHSVGELFEGLMTKKQLIVYSDERFEKGA
VKLPFSSAGLISGLDKFDADYFCVPYAAVNAFDPATRKVTEISYEAIVDSGFDPTSLRGA
NIGVYNATTNDDSQLLTLSEEQKLTGFSWLRCLHANRVSYAFDFLGPSYSVDTACSSSAV
ATWAAMKDLVENRVEAAVVNACQLDMNPNITLAYLKHGICSPTGSNSMPFDANTDGMNRT
EAVAAIFIQKAKHARRVYAKVYSTKFVTSGFVPEGISVPSLKMQIKLSRDILSENGLIPD
DIDYFEGHGTGTHVGDPIELNAIAEVYCRNGRKRPMYVGSVKSNIGHTEACAGLCSIIKT
CMALDRGMIPPNYKWSTPNSFCQEMVEGKIKVVTEPMPVVSQYIPVNSFGLAGTIVQILL
RQHSKALEDSPNKKSPLPRFLLYSGSVESAVQYVFDYVKDNPNLPDEFFALLHKLSFCPT
FLKPIRGYALYKDQSNPVTSMKLCLPNKRPVWYIYTGMGCQWQGMGLQLMVFDAYAKSLR
RCADVLKPLGFDLFKVLSPDTNELGIPRKVCNALATITAIQIAMTDLLTSLGIKPDGIIG
HSTGECASAYGDESVTLEKTLLGAYFRGFSIEQSNLADGAMAAVGLSWEETVKRCPKGVF
AACHNANDSITISGATDAVNNFVKKLEEENIFAKVVDTYGYAFHCPFIKPALKLLKEKLL
QVFTNPKERSSKWISSSYPENEWGTDECKYAGVEYFTHNLISPVRFRDAMSKIPSDAIII
EIGPHHLLQSIMKRGTGSECSYIGLMKRNNPDNVKFFFEAIGKMYQEGMDPKVENLYPPV
QFPVPRGVPLISDLIRWNYSMSFDVPKWSRSAGTSNHIFALDKEDSYLMDHFIDGRALFP
ATGYVYLAWDMLASKLQKNFNEMPVIIENFKIHRATVITQQSMVKFSFNVLNDSGNFEIV
ESNQLVASGRVYEWKNATFLEPEPTYESSTDAVDASEIYNELKMVGYEYKQAFQALSEIN
LDGTQGLLKWEDRWIPFLDALLLFFGLINNKGDFQLPTGALSFKIDPRVLCKNVDENRED
FEIKIPVNYNPDTKICRSAGIEIVNLQTDPAPHRLKDDQPTLEEYKFVPYISDFTPDKDL
ESKLLKYMWACNSLIDDIGIKQKTDVRSYKFNIGSNHDFCFENCRLSAPEQNGLLRCLED
IAGNSFDLKDKKKELLIQFRKEASRDLLNTIMAAEYPLRIMMEILTENTFRKLNALEVNS
SGFAVVLPRIIELMQKYSHMKFRSSILIHSESVEVDVNELSANNIQSQSLDALSNYAKEK
DQDVVIGSFLGGSLKELQSCVQSLASIVKPEGFVLFYVKEKHLPVENLLLKLYGEDIPIH
TRLTTEKVFQDNNLLVVSKIFDTFSTAVYLLRAPGLHPSYKVIKVTEDNKYRWVDDVKKS
LAASETELLWLVAEDTPVNGIVGMVNCLKQEPGGERVKCIFISPKSGEKKPPAFSFDHAL
YKGLLARYLTMNIWRDGSWGSFKHVLLGNQKQRKTVEHSYVNCMKYGDLSSFEWIESHVK
YAEMKDSKLVHIYYSALNFKDVMLATGKLSVGTSKSISGKGDDSVLGLEFSGKDESGRRV
AGVMANRGMATSTIVHPSFLIEVPHNWSLEEASTVPVVYATCYYALIIRAQLKRGEKVLI
HSGTGGIGIAAINIALGLGCEVFTTVGNDHKKKYLRKRFPQVKEENIGCSRNITFENMVM
KRTEGRGVDVVLNSLADDKFLASVRCVAKHGRFIEIGKYDLSLDRQLGLKHFLENISFHG
VFLDQLFERNPHNNEIFNQIMQLIREGIKSGIVKPLDRTVFQRDEVEQAFRYMAKGIHVG
KVVLKIRDEEPDKQAVPKLLTLPAIPNTYFYPAKVYIIIGGLGGFGIEVTKWILNRGGRN
VILTSRYGARTSYQHLCLRRWKRMGANVQVLTLNAAIRDEAEQLVKEASKVGTVGGIFNS
AVVLKDAFIETQTPMQYEEVCAPKAMATRYLDEISRKYCSSIDYFVCFSSISCGRGNAGQ
TNYGYANSVMERVCERRRQDGLAGLAIQWGIIGEVGVVHRHMGDDAVIAGVVAQSVKSCL
DTMDLFCQEDHPVVSSYMAATTAVKKGDSVDLMGQITKVLGISGEITEVMQQRSLGEMGL
DSLLGVEIRQLLETHFDLSLSMQEIFEMKISDLEQLVQEAQETAASSVKPSSNLVSTTEI
KLPSIIINEPVFQLTKFTSGIPAFIVNIGNTDVGIFSLLTKPFEKPFYTLQWTNNIEAKN
MEELAAYFLKLIKPKTRGTFHLIGYSMGSGLAIEMARQDPQSVNTLTLLDGTADILKVNN
NEINSDREVNSLLNFVAQFSSIDNNKLEKELIKAKTYEQRVKCVTNFLTSTDSMNKNELN
DAISQFVQKDKIIQSYIPSGKLQRDIVLIEDPMKTLANDVTEIKRQFSQMVSGKVTVHRV
ISEKDYTNKDAVNKLVKVFSDEIFINEIH
NT seq 7470 nt   +upstreamnt  +downstreamnt
atggacttcatcgatgaccatcacgaatactgcaccggcggctatgatcctgaagatatt
gtcattactggtgtagccggtcgttttccagaatgtcattcagttggagaactattcgag
ggtctcatgacgaagaaacaattgattgtctactcggatgaacgctttgaaaaaggtgct
gtaaagctgccatttagctcagcaggtcttatctcaggactagataaattcgacgccgat
tacttttgtgttccatatgcagcagtgaatgcttttgacccagcaacaagaaaagttacc
gagatcagctatgaagccatagtagattctggatttgatccaacaagtttgagaggagca
aatattggagtgtacaatgcgacaacaaacgatgattctcaacttcttacactgagcgag
gaacaaaaactaactggattttcttggttgaggtgtctgcatgctaacagagtgtcgtat
gcatttgatttcttgggtcccagctattcagtggacacagcttgctcctcgtcagctgtt
gcaacttgggccgccatgaaggatctcgtagaaaacagagtagaagctgctgtggtaaat
gcttgtcaactggacatgaaccctaacatcactctagcttatttgaaacatggcatctgt
tctccaacaggatccaacagcatgccgtttgatgcaaacactgatggtatgaatagaaca
gaagcagtggcagctatattcattcaaaaagcaaaacatgctcgaagagtctatgctaaa
gtttattcaacaaagtttgtaacatctggattcgttcctgaaggtatatctgtaccatct
ctgaaaatgcaaatcaagctatcccgggatattttgtcggagaatggtttgataccagat
gacatagactactttgaaggtcatggtaccgggacgcatgttggtgatcctattgaattg
aatgctattgccgaagtgtattgcagaaacggaaggaagaggcctatgtatgttggatca
gtaaaaagcaatattggacatacagaagcttgcgctggtctctgcagcatcatcaaaact
tgtatggcactggatagaggaatgattcccccaaactacaaatggagcacaccaaactcc
ttctgccaggaaatggtcgagggcaaaataaaagttgtcacggaaccaatgccggtcgtc
tcgcagtacatccctgtaaattccttcggcttagctggcacaatagtgcaaatcctcctg
agacagcattcgaaagctttagaagacagcccgaataaaaaatctccgttaccaaggttt
ctgctgtattccggatcggtggagagcgctgtacaatatgtgttcgattacgtgaaagat
aatccaaacttgccggatgaattttttgctctccttcacaagttgtcattctgtccaact
tttctgaaacctataaggggttatgctctttacaaagatcaatctaatcctgtaacaagt
atgaagctgtgtttgccaaataaaagacccgtatggtacatatataccggtatgggatgt
caatggcaaggtatgggtctgcagcttatggtattcgatgcatatgcgaaatcgttgaga
cgatgtgctgatgtcttgaaacctttagggtttgacctctttaaagttctgtcaccagat
acgaacgaactaggaataccgagaaaagtttgcaacgccctcgctacaatcacagcaatt
caaatagctatgacagatctgctgacttccttgggcattaaaccagatggaataattggt
cacagcacaggagaatgtgcttctgcctacggggacgaaagtgttactttagagaaaact
ttgcttggagcgtatttcaggggcttttcaattgagcaatcaaatctagcggatggagca
atggcggccgttggtttaagttgggaggagacagtgaagcggtgcccaaagggcgtattt
gctgcatgccataatgccaatgactctataacgatatctggagcaaccgatgccgtgaac
aattttgtgaaaaagttggaagaagaaaatatcttcgccaaggttgttgacacgtacggc
tatgcttttcactgcccattcattaaaccagctttgaaactgctgaaagagaaacttctt
caagtcttcacgaatcctaaagaaaggtcatccaaatggattagtagttcctatccggag
aatgaatggggaacagatgaatgcaagtatgctggagtggaatatttcactcataacttg
atatcaccggttcgattccgtgatgccatgagtaaaataccatcagatgcgatcataatt
gaaataggacctcatcatctgttgcaatccatcatgaaacgaggtacgggttcggaatgc
agttacatcggtctgatgaagcgcaataatccagataacgtgaaattcttctttgaagca
atcgggaaaatgtatcaagaaggaatggatccaaaggttgagaacttataccctccagtt
caattcccagttcctcgaggggttccattgatatcagatttgattcgatggaactactct
atgtcgtttgatgttcctaaatggtctcgatcagcaggaacatccaatcacatattcgct
ctagacaaagaagacagctacctgatggaccatttcatcgatggaagagcactctttccg
gctactggatatgtataccttgcttgggacatgttggcctcaaagctccaaaagaatttt
aatgaaatgccagtaattatagaaaacttcaaaatacaccgagcaacagttattactcag
caaagtatggtaaaattctctttcaacgtcctcaatgatagtggtaactttgaaatagtt
gaaagcaatcaattagtggccagtggtagagtttatgagtggaaaaatgctactttcttg
gagccagagccaacttatgagagcagtactgatgccgtggatgcatcagaaatatacaat
gaactgaaaatggttggctacgagtacaaacaagcttttcaagcactttccgagattaac
ttggatggtacacagggtcttctcaaatgggaagatcgttggataccatttttggacgcc
ttactgcttttctttggcttaataaacaacaagggagatttccaattacccactggtgct
ttgtccttcaaaattgaccccagagttttatgtaaaaatgttgatgaaaacagggaagac
ttcgaaatcaaaataccagtgaattataaccctgatactaaaatatgccgttcagcaggc
attgaaatcgtaaacttgcaaactgatccagcaccacatcgtctgaaggacgatcaacca
actctcgaagaatacaaatttgttccatacatcagtgatttcaccccagataaggatttg
gaatcaaaactcttgaaatacatgtgggcctgcaacagtttaatcgatgacattggaata
aaacagaagactgatgttcgatcctacaaatttaacatcggatctaaccatgatttctgc
ttcgaaaattgtagattgtctgcaccggaacaaaatggtttgttgaggtgtctcgaagac
atagccggaaactcttttgacttgaaagacaagaaaaaagaacttctaattcaattccgc
aaagaagctagtcgagatcttttgaataccattatggcagcggaatatcccctgcgaata
atgatggagattttaactgaaaatacatttagaaagttaaatgccttggaggtgaatagc
tcaggattcgcagtggtgctgccaagaatcatcgaactcatgcagaagtattctcacatg
aagttcaggagcagtatccttatccattcagaaagcgttgaagtggatgtaaatgaactg
agcgctaacaacatacagtcccaatctttggatgccttatctaattatgcaaaagaaaaa
gaccaagacgtcgtaataggctcattcctaggtggttctctgaaagagttgcaaagttgt
gttcaatcgttggcatccatcgtgaaacctgaaggatttgttctattttatgtgaaagaa
aagcacttacccgttgaaaatctgttgttgaaattgtacggagaagatattccaattcac
acacgcttgacaactgaaaaagtttttcaggacaacaacctgttggtggtaagcaaaata
ttcgacactttcagcactgctgtgtacttacttcgagcaccgggacttcacccttcctac
aaagtaataaaagtgactgaggataacaaatacagatgggtagatgatgtaaagaagtca
ttggctgctagtgaaacggaattactgtggctagtggctgaagatactcctgttaatggt
attgtcggaatggtaaattgcttaaaacaagaacctggaggagagagagttaaatgtata
ttcatctcaccgaagagtggagaaaaaaaacctcctgccttcagttttgatcatgcacta
tataaaggtcttttggctagatatttaactatgaatatctggcgtgatggatcttgggga
tcatttaaacatgtccttttgggaaatcagaagcagcgtaagacagtggaacatagttat
gtgaattgtatgaagtatggagatttatcttctttcgaatggattgaatctcacgttaaa
tacgccgagatgaaagatagtaaacttgtgcacatttactattcggctttgaatttcaaa
gatgttatgctggctacaggaaaactctccgtcggaacttcaaaatcaattagcggaaaa
ggggatgattccgttcttggcttggagttttctgggaaagatgagtccggtcgcagagtg
gccggagtcatggctaacagaggcatggctacgtcaacaatcgtgcatccatcattctta
attgaggttccacacaactggagcttggaagaagcttccactgttcccgttgtttatgct
acatgctactatgcactcatcataagagcccagctgaaacgaggtgaaaaagttctgatt
cattctggcacaggtggaattggaatagcagccatcaacatcgcccttgggctaggttgt
gaggtgttcactaccgttggaaatgatcataaaaaaaaatatttaagaaaacgtttccca
caagtgaaagaagaaaacatcggttgttcgaggaatattactttcgaaaatatggtgatg
aaaagaactgagggaaggggtgtcgatgtggttttgaactctcttgctgatgataaattt
ttagctagtgttcgctgtgtggccaagcatggcaggttcatagaaataggaaaatatgac
ttgtccttggacagacagctagggttaaaacattttctggagaacatatcctttcacgga
gtattccttgatcaactctttgagaggaatcctcacaataatgaaatttttaatcagatc
atgcagttgatcagagagggcatcaaaagtggaattgtaaaacccttggacaggacagtc
ttccagagagatgaagtggaacaagcatttagatacatggctaaagggatccacgttggc
aaagtggtgttaaagatacgcgatgaagaacctgataaacaagcagttccaaaactattg
actttgccagccataccaaatacatatttctatccagccaaagtatatatcatcatcggt
ggtctcggtggatttggcatcgaagtaactaaatggatcctcaatcgaggtggcagaaat
gtcatacttacatcgaggtacggagctagaacttcatatcagcatctatgtttgagacga
tggaaaagaatgggagccaatgttcaagtactcacactgaatgcagcgatacgagatgaa
gctgaacagttagttaaggaagcatccaaagttggcacagttggcggaatattcaattca
gctgtggttttgaaagatgctttcatagaaacacaaacaccgatgcagtatgaagaagtg
tgtgcacctaaagcaatggcaacaagatatttagacgaaatctcaagaaaatattgctct
tcaatagactattttgtatgcttttcttcgatcagttgtggtcgtggaaacgcgggtcaa
acaaactacggctatgctaattccgttatggagagagtgtgtgaaagaagaaggcaagat
ggcctcgcaggtcttgccatacagtggggaatcattggggaggttggcgttgttcatcgt
cacatgggagatgatgctgtgattgctggcgttgtggcacaaagcgtcaagtcttgctta
gacacaatggacttattttgccaggaagaccaccctgttgtaagcagttacatggcagca
acaacagctgtgaaaaagggagattctgttgatttaatgggccaaattacaaaagtattg
ggtataagcggagaaattactgaggtcatgcaacaaaggagtctgggagaaatgggactg
gactctctccttggagtcgaaattcgacagttgctggagacgcacttcgacttatctcta
tccatgcaggaaatttttgaaatgaaaataagcgatttagagcaactagtccaagaagct
caagaaactgcagcatcatccgtgaaaccatcctcaaatcttgtatccaccacagagata
aaactaccatcgatcatcatcaacgaacctgtgtttcaactcacgaagtttacgagtgga
attccagctttcattgttaacataggaaatacagacgttggaattttctctttgttaacg
aagccattcgaaaagccgttttacacattgcagtggacgaataacattgaagccaaaaac
atggaagaactcgcagcttatttcttaaagttaatcaagcccaaaacaagaggaaccttt
catttgatcgggtattcgatgggaagtggtttagcaatcgaaatggccaggcaggatccc
cagagcgtcaacacactgacccttcttgacggaacagcggacatccttaaagttaacaac
aatgaaatcaattctgatcgggaagtgaactcccttctcaattttgtagctcaattttct
tccattgataacaacaagctggaaaaagaattgattaaagctaagacttatgaacaaaga
gtgaaatgcgtgacaaactttttaacctctacagatagcatgaacaaaaatgaattgaac
gatgccatttctcagtttgtgcagaaagacaaaattattcagtcttacattccttcggga
aaactacaaagagatattgtacttattgaagatccgatgaaaacgcttgcgaatgatgtt
acggaaatcaagaggcagttttctcagatggttagtggaaaggtgacagttcatagggtg
atatccgaaaaagactacacgaataaagatgctgttaacaaactggttaaagtcttcagt
gacgaaatatttataaatgaaatccattga

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (16)   
   Pfam (16)   
All databases (114)   

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