KEGG   Trichoplax adhaerens (placozoan): TRIADDRAFT_34034
Entry
TRIADDRAFT_34034  CDS       T01069                                 
Name
(RefSeq) hypothetical protein
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
tad  Trichoplax adhaerens (placozoan)
Pathway
tad00061  Fatty acid biosynthesis
tad01100  Metabolic pathways
tad01212  Fatty acid metabolism
Module
tad_M00082  Fatty acid biosynthesis, initiation
tad_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:tad00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    TRIADDRAFT_34034
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:tad01004]
    TRIADDRAFT_34034
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:tad04147]
    TRIADDRAFT_34034
Enzymes [BR:tad01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     TRIADDRAFT_34034
Lipid biosynthesis proteins [BR:tad01004]
 Fatty acid synthase
  Animal type
   TRIADDRAFT_34034
Exosome [BR:tad04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   TRIADDRAFT_34034
  Exosomal proteins of breast milk
   TRIADDRAFT_34034
  Exosomal proteins of colorectal cancer cells
   TRIADDRAFT_34034
  Exosomal proteins of bladder cancer cells
   TRIADDRAFT_34034
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt KR Ketoacyl-synt_C FAS_pseudo-KR KAsynt_C_assoc Thioesterase ADH_zinc_N ADH_zinc_N_2 PKS_DH_N adh_short PP-binding PS-DH Polysacc_synt_2 Thiolase_N Mbeg1-like
Other DBs
NCBI-GeneID: 6759562
NCBI-ProteinID: XP_002118339
JGI: 34034
UniProt: B3SDM5
AA seq 2531 aa
MDPNQDDIVIAGISCRLPESNNVSEFWQHLIEGEDMITEDDRRWTPGMFGLPKRHGKLKD
IENFDAIFFGVHAKQADTMDPQLRLLLEVTYEAIVDAGMNPNQIRGRKMGVFVGESLTEA
IQAYQSDAESQIGYSMTGCCCCMLANRLSYFFDLSGPSLSIDTACSSALIAFDQAVRAIK
MGTCDGAIVGGVALDLKPNTSLEFLKLGMLSPDGACKSFDVSGNGYCRAEGIVSVLLLKK
SEAKRIYASVVHTKANCDGYKEQGVTFPSGGIQHRLLKEVYSECGVNPGDVNYIEAHGTG
TKAGDPQEVNSIAKMFAGEVRNNKPLLIGSVKSNMGHCEPSSGLASITKLVMSSQHGILP
ANLHFKNPNPDIPGLLDGRLHVITEPTQFPDGYVGVNSFGFGGANVHAVLKPNIYHESES
KVTKSKELSIALCSGRTKEGVEKLMELVKEHHDHADLINLINGMSDTPTSSNYHPQRGFT
ILNSDNATEEINAVPTSKRPLWWAFSGMGVHWNQMGQDMMKFKVFRKSIERARQALLPTG
LDVLDMLLNSNEKTYENVRNSFTGLVVIQVALVDTLKACGIEPDGLFGHSAGEVACGYAD
GALTLEEAVQVGYWRGQAILDAELDRGAMAAVGLTWEEAKMRCPEGVVAACHNAEKTVTI
SGDPDKVEEVVKQLKSEEIFAKKVETSGVAFHSHYIKKAAPLLKAAVEKIVAQPRKRSSR
WISSSVPESRLHEEFSKFAGAEYYANNLISPVLFYNAMKKVPENAIVIEISPHHLLQAVL
KRTMSPTCTIMKTMRKDNAHNRELYLTTLGQLYMNGINVDPSPLLPETSLPVPPGTPCIS
PSVAWDHSQVWTIPTLDMFMKNGSKDGGAAITFNIDVSPNSPDHYVLGHAIDGRVLYPAT
GYLVLAWKALARLKGTIYNQTPVVFEDVKIHQATILPTTGNIQLQVDIMPTTGKFEVSSG
SSLAVSGKISIGDDNMVINELPKFGTEDCAPLSKNDVYKELRLRGYDYGPSFQGIETAAQ
DGLAGKLLWNGNWVSFIDTMLQMSVLGLSGRGLRLPTRIRYIRIDPRKQPYKEDDNEEFL
DISMNPFTDMCVAGGVELHGLHATVAPRKQDKQNAPNLEEFCFIPYFERNILGKDKNLLQ
YKDDIEKYAALKYDEFKKKFNGQVVPNAIKNITALQEAVGVWENLNDKINAYQNRENCGI
FTLLNKICELIPDNTFSKSVEETLWENRKLFVDDILGGALLDDRYLKTSMDIVYENIINL
PLKVAEMGATYGQMFNRVLPAILSQPDSTVSYTAIVGNKDDESRLSPEIEKFNDISIVNL
NGKSSIDGNLKRSSDLVVSSYATLHENLRGEDEVSMAAKLLKEGGFFLLHECTRNFTTAL
SIFGVNDKAWHNKNESNHNLLSEDEWIKILEDEGFSIISTKSDGLLSTLFLCRLNDPGNV
VDSPIILNVNNQNFDWLDELKRFMLSNKSNQKIWLLSDCNSTSGIVGMTNCLRKEPGGEN
IRCVFNARLNGSSPAVKFSQEMKLIQQHDLVMNIYRDGKWGSFRHLSVSKDESSAINNDQ
AYVNVLTRGDLSSLRWFVSPLKYAQPRTDEALYYVYYASLNFRDIMLATGKLPPDALPGD
LATQDCILGMEFAGKDENGKRVMGLLPAKGLATTVLTNKNFTWAVPDSWSLREAATVPVV
YATAYYSLITRGQLKDGESVLIHSGTGGVGQAAIAIALSKGCTVFTTVGTQEKREYLLER
FSQLSKENIGNSRDLSFEKMVMEGTQGRGVDVVLNSLAEEKLQASLRVVARHGRFLEIGK
YDLSNNTPLGMALFLRNISFHGILLDALFDEGNTEWPNVSKLLSDGIECGVVKPLKTTVF
DREDLEGAFRFMAQGKHIGKVLIQVRNDDDSISKAINLKSLARCHCDPVKSYIVTGGLGG
FGLELAQWLVDRGARKIILTSRSGIRNGYQARKVKNWKQKGIQVSISKCNVASMESTGEL
IKEAESLGEVGGVFHLAAVLRDGFLENQTKELFDEVSKPKVDGTIHLDRVTRMRCSGLEW
FVIFSSVSCGRGNAGQANYGYANSAMERICERRHHENLPALAIQWGAIGDVGMVIESMKG
SNTTVVGGTLPQRIHSCLDVMEKFLISNYPVVSSFVQASREKASGSSDQLSSEDLVKSVA
NILGIKDPSTVNQDSTLSDLGLDSLMGVEIRQILERDFNATLPIQEVRQLSMNKLREITS
ALQNSNNIDNDNGSEELNAVPGMRVSELLTKEQIELGTVVRLNEVNSDEAPIYFFHPIEG
SIERFKEVASKLKIPVYGIQLTPEAPTETVEELASFYWNKMKEIQSEGPYRICGYSFGCT
IAHEVAIQLQRENKDNLHRMYMIDGSYCYTRERLQIYKARYPKEVIDDDTYYSESLYYYL
KSYISDIYHDQLISQLMSVASMDEKVNYVTSLIMAKRPDIDPEFLAWNAKSFIALTRAGG
DYQPSAKFDGDIFMMTASDRDGIGQNQDRDYGQQAQCKGKIEIVVSQGDHISILQDESAI
FIADYITSYLV
NT seq 7596 nt   +upstreamnt  +downstreamnt
atggatcctaatcaagatgacattgttattgctggcatttcttgccgactaccggaatca
aataacgtctcagagttctggcaacacttaatcgaaggtgaagatatgatcaccgaagat
gatcgtcgctggacgcccggaatgtttggcttacccaaacgccacggcaaattgaaagat
attgaaaactttgatgcaattttttttggcgttcatgctaagcaagcagatacaatggat
cctcaactacgattgttgttagaagtaacttatgaggctattgttgatgctggtatgaat
ccaaatcaaataaggggcaggaaaatgggagtattcgttggagaaagtttgactgaagct
atacaggcctatcaatctgatgctgaatctcagatcggttatagcatgactggttgctgt
tgctgtatgttagcaaatcgtttatcgtatttcttcgatcttagtggaccaagtctgtcc
atcgatactgcatgctcttcagctctaatcgcttttgatcaagctgttagagcaattaaa
atgggaacttgtgatggcgcaattgttggcggtgtagctctagatcttaagccaaataca
agtttagaattcttaaaacttggaatgctatcacccgatggcgcatgtaaatcatttgat
gttagtggtaatgggtattgccgcgctgaaggcatcgtttctgtactcttgcttaagaaa
tctgaagccaaacgtatttatgcttccgttgttcatactaaagctaactgtgacggatat
aaagagcagggtgttacatttcctagtggtggaattcaacatcgtctattaaaggaagtt
tactctgaatgtggtgtcaaccctggcgatgtgaattacattgaagctcacggaacaggt
actaaagctggagacccacaggaagtcaattcaatcgctaaaatgttcgcaggagaggtc
cgtaataataagcctttgctgattggatcagtaaaatcaaatatgggacattgcgagcca
tcatctggattagcatcgattacaaaattggtgatgagctcacaacatggcatattacca
gctaatttacattttaaaaatccaaatcctgatataccaggactactagacggacgcctt
catgtcataaccgagcctacacaatttcctgatggttacgtaggtgtcaattcgtttgga
tttggaggtgcaaatgttcacgccgtactaaaacctaatatttaccatgaaagtgagagt
aaagttacaaagagtaaagaattatctatagctttgtgttctggtcgtacaaaagaaggt
gtagagaaactaatggaacttgttaaagagcaccatgatcatgcggatttaatcaacctc
attaatggcatgtctgatacacctacatcaagcaactatcatccacagcgcggttttaca
atattaaattcagataatgctactgaggagattaatgcagtaccaacgagtaaacgtcca
ttgtggtgggcattttcaggaatgggagtgcattggaatcagatgggccaagatatgatg
aaattcaaggtatttcgaaagagtattgaaagggctcgtcaagcattattgccaacagga
ctagatgtactagatatgctactcaatagcaatgaaaagacatatgaaaacgtgagaaat
tcgtttactggtttagtagtaatacaagtagcactagtggatactttgaaagcttgtggg
attgaaccagacggtctgtttggtcatagtgcaggtgaagtagcttgtggttacgctgat
ggtgctcttacgctagaagaagctgtacaggtcggatactggagagggcaagctatttta
gatgctgaattagatagaggtgcaatggctgctgttgggctaacatgggaagaagcgaaa
atgcgttgcccagaaggtgttgtagcggcttgtcataatgcagagaaaacagttactatt
tccggcgatccagataaggtggaagaagttgttaagcaattaaagtctgaagaaatattt
gctaaaaaagtcgaaacatccggcgttgcgtttcactcgcattatatcaagaaagctgca
cccctgctcaaggctgcagttgagaaaattgttgcacaaccgagaaaacgttcatcacgc
tggattagctcttcagtaccagaatctcggttacatgaagaattctctaaatttgctgga
gcagaatactacgctaataacttaataagtccggtgctattctacaatgccatgaagaaa
gtaccagaaaacgctatcgtaattgaaattagtccacatcatttgctccaagctgtgcta
aagcgtacaatgagtccaacgtgtacgataatgaaaactatgcgcaaagataatgctcat
aatcgggaactttatttaaccacacttggtcagctgtatatgaatggaataaatgtagat
ccttcacctttgctaccagagacctcactaccggttccacctggtacaccatgcatttca
ccatcagtagcttgggatcattcacaagtatggaccataccaacattagacatgtttatg
aagaacggcagtaaagatggtggtgctgcaatcacctttaatattgacgtctcccctaat
tcacctgatcattacgttcttggacatgctatcgatggacgtgtactatatccggctacg
ggctatctcgtgcttgcatggaaagcattagctcgccttaaaggtacaatatataaccag
accccagttgtttttgaagatgttaagattcatcaagcgactattttacctacgactggg
aatattcaattgcaagtcgatatcatgcctaccactggtaaatttgaggtgtcatctggt
agtagtttagctgtttctggcaagattagcattggtgatgacaatatggtaattaatgaa
ttaccgaagtttggtacggaagattgtgcaccattatcgaaaaatgatgtttataaagag
ctacgattgcgtgggtacgattatggtccgtcgtttcaaggcatcgaaactgcagcacaa
gacgggttggcgggtaaactattatggaatggtaattgggtatcgtttatcgatactatg
ttacaaatgtctgtattaggtttgtctggtcgtggtctgaggttaccaacacgtattcgc
tatattcgtattgatcctcgtaaacaaccatataaagaagatgataatgaagagttttta
gatattagtatgaatcctttcacggacatgtgtgttgctggtggagtagagttacatggc
ttgcatgctaccgttgcgccccgtaagcaggataaacaaaatgcaccgaatttagaggaa
ttttgttttataccttatttcgaaagaaatattttaggtaaagacaagaatttattacaa
tacaaggatgacatagaaaaatatgctgcattgaaatatgatgagttcaaaaagaagttt
aacggtcaggtagtacctaacgcgattaagaatataactgcattacaagaagctgtaggt
gtatgggaaaaccttaatgataagattaatgcatatcagaatagagaaaactgtggcata
ttcacacttctgaataaaatatgcgaattgatacctgataacacattcagtaaatcagta
gaggaaacattgtgggaaaatcgaaaattattcgtcgatgacattcttggtggcgcattg
ttagatgacagatatttgaaaacatcgatggatatagtttacgaaaatataattaatttg
ccattgaaagttgcagaaatgggtgccacttatggtcagatgttcaatcgtgtattacca
gcaattctttcgcaaccagattctactgtcagctatacagctatagtgggcaataaagat
gatgaatcccgacttagtcctgagatagaaaaatttaatgacatttccatcgtcaactta
aatggtaaatcatcgattgacggaaatttgaagagatcatcagatctggttgtgagtagt
tatgctaccttacatgaaaatttaagaggagaagatgaagtatcgatggcagctaaattg
ctaaaagaaggcggattttttttgttgcatgagtgcactcgtaactttacgacagcgtta
tctatatttggagtaaatgataaagcatggcataataagaatgaatcaaatcataatctg
ttatccgaagatgaatggattaaaattttagaagatgaaggatttagtattataagtact
aagagtgacggtctactatcaacgttattcttgtgtagacttaacgatcctggaaatgtt
gtggattcaccgatcatattaaacgttaataatcaaaacttcgattggttagacgaattg
aaaagatttatgttaagtaataaatctaatcaaaaaatttggttattgagcgattgcaat
agtacttcaggcattgttggcatgacaaattgtttacgcaaggaacctggtggtgaaaat
atacgttgtgtatttaatgcacgactgaatggctcaagtcctgctgtcaaattttcgcaa
gaaatgaagcttatacaacaacatgatctggttatgaatatttatcgtgatggaaaatgg
ggatcattccgtcatttatccgttagtaaagatgaatcttcggcaataaataatgatcaa
gcatacgttaatgttctgactcgtggagatctgtcatcattacgatggttcgtatcaccg
ttaaaatatgctcaaccaagaactgatgaagctttatattatgtttattacgcatcgtta
aactttcgcgatataatgctagctacaggtaaattaccaccagatgcattgcctggcgat
ttagctacacaggattgtatattgggtatggaatttgcaggtaaagacgaaaacggtaaa
cgcgtaatgggattactacccgctaaaggtttagcaactactgttctaacaaataaaaat
ttcacatgggcagttccagattcatggagcttacgagaggcagctacggtaccagtagta
tatgcaacagcgtattattcgttaataacaagaggtcaactaaaggatggtgaatctgta
ttaattcattcaggtactggtggtgtaggtcaagctgcgattgctattgcattatcgaaa
ggttgtactgttttcactacagtaggtacacaagaaaagcgggaatacttattggagaga
ttttcccaactgtctaaagaaaatataggtaattcacgtgatttatcatttgagaagatg
gtaatggaaggtacccaaggacgtggtgtagatgtagtattgaattcattagctgaggag
aaattgcaagctagtttaagagtagttgctcgtcatggtcgatttttagaaataggaaag
tatgatctgtccaataatacacctttaggaatggctttattcttacgtaacatatcattt
catggaattttgttggatgctctatttgatgagggtaacactgagtggccgaatgtatcc
aaacttttatcagatggtatagaatgcggcgtagtgaaacctttaaagactacagttttt
gatcgcgaagatttagaaggtgcattccgattcatggctcaaggtaaacacattggtaaa
gtcctaatacaagtacggaatgatgatgattcaataagtaaggctataaatttgaagagt
ttggctcgatgtcattgtgatcccgttaaaagttatattgtcactggtggattgggcgga
tttggtctggaattggcacaatggttggtagatcgtggagcacgtaaaattatattgact
agtagatccggtattcgaaatggttatcaagctcgtaaagtaaaaaactggaagcagaaa
ggtattcaagtatctatatctaaatgtaacgtggcatcgatggaaagtacaggagaatta
atcaaagaagcagagagcttaggcgaagtaggcggtgtatttcatttagcggcggtatta
cgagatggatttttggaaaaccaaaccaaggaattattcgacgaagtgtctaagcctaaa
gtagacggtactatccatttagatagggtaacgcgtatgagatgtagtggtttagagtgg
tttgttattttctcatcggtgagctgtggccgcggtaatgctggtcaagcgaactatggc
tatgccaattctgctatggagcgtatttgtgaaagacgacatcatgagaatttaccagca
ttggctattcaatggggagcaatcggtgacgttggtatggttattgaaagcatgaaaggt
agcaatactactgtagtgggtggtacattgccacaacgtatacattcgtgcttagatgtg
atggagaaatttttaatcagtaactatccagtagtatccagttttgttcaagcaagccgt
gagaaagcatcaggttcaagtgaccaattatcatcggaagacttagttaagagtgttgcg
aatattttgggtattaaagatccatcaacagtaaatcaagactctacactttctgatttg
ggattagattcattgatgggcgtagagattaggcaaattttagaaagagatttcaatgca
acattacccatacaagaagttagacagttgtctatgaataaattgagagagattacttca
gcactacaaaattcgaataatatagacaatgataatggttcagaagagttaaatgctgta
cctggaatgcgagttagcgaattacttaccaaggaacaaattgaattgggtacagtagtt
cgattaaatgaggtgaattcagatgaagcacctatctactttttccatccgatagaagga
tcgatagagcgatttaaggaagtagcaagtaaattaaagattccagtttacggtattcaa
ttaacaccagaagcaccaacagaaactgtggaagagttggcttcattctattggaataaa
atgaaagaaattcaaagtgaaggaccgtatcgtatctgtggctattcgtttggctgtact
atcgcacatgaggttgcaattcagctacaacgagaaaacaaagataatctccatcgaatg
tatatgattgacggttcatactgttatactagagaacgattacaaatttacaaagcgcgg
tatccaaaagaagttattgatgatgatacttattattcggagtctttatattattatctg
aagtcttatatttctgacatctatcacgatcagttaatcagtcagctgatgagtgttgca
tcgatggatgagaaagttaattatgttacatcactaattatggcaaaacgccctgatatt
gatccagaatttttagcttggaatgctaaatcatttattgcattaacgcgggctggtggt
gattatcaaccgtcagctaaatttgatggtgatatctttatgatgacagcatcagataga
gatggaataggacagaaccaagatagggattatggacaacaagcacaatgtaaaggaaag
attgaaatcgttgtcagtcaaggcgatcacattagcatcttacaagatgaaagtgctata
ttcattgctgattatataacttcataccttgtctaa

  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 (98)   
   KEGG ORTHOLOGY (1)   
   RefGene (93)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (16)   
   Pfam (16)   
All databases (206)   

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