KEGG   Monomorium pharaonis (pharaoh ant): 105839757
Entry
105839757         CDS       T05760                                 
Name
(RefSeq) fatty acid synthase
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
mpha  Monomorium pharaonis (pharaoh ant)
Pathway
mpha00061  Fatty acid biosynthesis
mpha01100  Metabolic pathways
mpha01212  Fatty acid metabolism
Module
mpha_M00082  Fatty acid biosynthesis, initiation
mpha_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:mpha00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    105839757
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:mpha01004]
    105839757
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:mpha04147]
    105839757
Enzymes [BR:mpha01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     105839757
Lipid biosynthesis proteins [BR:mpha01004]
 Fatty acid synthase
  Animal type
   105839757
Exosome [BR:mpha04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   105839757
  Exosomal proteins of breast milk
   105839757
  Exosomal proteins of colorectal cancer cells
   105839757
  Exosomal proteins of bladder cancer cells
   105839757
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt KR KAsynt_C_assoc Ketoacyl-synt_C FAS_pseudo-KR ADH_zinc_N_2 ADH_zinc_N Thioesterase PKS_DH_N adh_short PP-binding adh_short_C2 Thiolase_N Abhydrolase_6
Other DBs
NCBI-GeneID: 105839757
NCBI-ProteinID: XP_012541735
Position
Unknown
AA seq 2400 aa
MPVRTHKSYETPVPGEEIVISGIAGRFPDSNNVEELKNNLLNKVDLVSGDDRRWNLDHPE
IPQRTGKINNIGKFDALFFGVHFKQAHTMDPMCRGLLEHAYEAVIDAGINPKQLRGSRIG
VFVGACFSESEKTWFYEKLQINGFGITGCSRAMLANRISYWLGVTGPSYTLDSACSSSLI
ALEHAYRCLQEGQCEAAIVGGSNLCLHPFVSLQFSRLGVLSSDGRCKAFDANADGYARSE
AICVIYLQKAKNAKRIYATVVHGKTNCDGYKAQGIAFPSTTMQGKLMEDCYKEVGLSLND
LYYLECHGTGTKIGDSEELNAIEKIFCKNGRPTPLLIGSVKSNMGHAEPASGLCQIAKVL
ISMETGIIPPNLHYSRPREGFKALTDGRLKVVTELTPWNGGLMGINSFGFGGANCHIILK
SNSKKKINNGAPNDDLPRLVAVSGRTEDSVNVFLDDIKKHPIDVEYIRLLHDIHSDDIQG
HLYRGYIIVGSKTAEQCPREIENYLGTVRPIWFVFSGMGSQWPGMGIELMRFPIFAEAIK
KCDALLRPRGVDIINILTNKDKTIFDNILHSFVGIAAVQIGLVDLLTSIGIVPDNIIGHS
VGELGCAYADGCFTAEQMILSAYSRGLASIETELPYGSMAAVGLGYEDIKNMCPPDIEVA
CHNASDSSTISGPAESMKEFVAQLQAKQIFAREVACSNIPYHSRYIAPAGPKLLAYLTEV
IPEPKPRSQKWVSTSVPRNQWSTASAKLSSAEYHTNNLLSPVLFEETARMIPKDAVTIEI
APHGLLQAILRRSLGSGVTNIALTQRGHKDNVDVVLQAIGKLYNTGYQPNLANLYPPVEY
PVSRGTPMISPSVRWEHSDDWYVTAYKSQKKIASGEKNITLSTDDENFEYMRDYVIDGKN
LVPAMGYLAMVWEIMGTLHSEVYSELSVVFEDVIFKRAIHIPKESDVQLTLMVQRGTGRF
EVTEGDTTVATGFVRVVKNPAQEKIPVKMLPEDDEEEIMNTEDIYKELRLRGYEYSGAFR
SLKSASLSRKKGHISWMCNWVTFIDNMLQMMILGLDTKDLYIPTKIRKMVIDSKLHQQEI
QNMDSENKQLPVHVYKDLDTIISGGIEIRGFRGTIIPRELSINDSVLEEYKFIAYRDKAH
VSLKEAIRLSTQIAIECHQATHVKTIELIDDSDNVTTDKLASPMLTEILNDLPLIQPKVQ
LSAPSNRFDDFLLTNVTSVNINEVSKEDNVLLAVGIELLSKNKTHQLEQILSKLRNGGFV
LTRERSFKLENLSTLSKNGLDVILEKSTGEEIIVLLKKKEQLVKRTEVIHVNNNEFTWLK
KLNSFMNEKNEITDMRIILVSEGELESGLLGFVNCLRKEVGGEMIRCVLIQDTEAPKFSL
RDPLYLEQLQLNLPINVLKPQKIWGSYRYQPLSSFQPKPVRHAYVDEMIPGDLSSLRWIE
GPIRPDAKQKDLVHVAYSSLNLKDIMFATRELVLDTNSLNNRFDKCLFGFEYAGVDTAGH
RVMGFGCRRGISNIIEPDRDFCWNVPDNWSLEDAATVPSVYALCYNGLYQRAEMKKGDKL
LIHCGTGGIGQAAIHLALHEGCEVFTTAGTPEKRKLIREMFPSIPDDHIGNSRDLTFERL
VLQQTKGKGVDIVLNLLGDEQFQASIRCLGQGGRFLEMGKFDITSDNSLGMMIFLKEVSV
HGVMINNLFAMTEEYKKDLHDIVNKGLKNGAVKPLVRKVFEKEELETAFRYMTTGEHVGK
VLLKICDEKKILEKKPILADPRYYCDSGKTYLILGGLGGFGLELADWLVLRGAKNLVLTS
RTGIKNGYQRMKVELWKSYGVNVLIITGADASSRKDCEFILNSAEKQGPVDAVFNLAMVL
KDGVCKNQTPESFEESFRAKARATKMLDELSRKLCPQLRQFVVFSSISSGKGNAGQTNYG
MANSVMERICERRVADGLPGLAIQWGAISEVGLIADNRERAIDGILQQKVSSCLEKLEIF
LLQDRPVVSSMVVAKKHVGTGAINIVDIVANIIGVKDLNTVAQDIPLTELGMDSTMAVKI
KQALERECDIFFTAQDMANLNFAKLMEMRDRDLERQKADRQKGDDAAELSGIQLLIRMSN
NEELFTDTCVELQTKMNPRRLKTFLLPGIQGSGHIFNPLASKIKPITIALQYGITNANMS
IPEYADHLLRHILPTAEEQRGFAIIGYSFGSLIAIELARRLEKQGLNGRVVLIDGAPELL
KAMVEQFIPFTTEEELQNNILLAIMDSIQTALSGNLLLELEKCTTWEEKLDLLLSHIPDN
KMSLSIKTQKALCTTMYMHILALRRYDLSALEQIRSPITLLKPTVPSISMTEEDYGLHKI
TRDKVEVYYAEGNHVTMLDDDKVVMAINGEPLIDPEEFKKLLEEDRPFGYEETKKKRTRV
NT seq 7203 nt   +upstreamnt  +downstreamnt
atgcctgtgaggactcataagagttatgaaactcctgtacctggtgaagaaatcgttatc
tctggtattgccggtagatttccagattctaacaatgtagaagagctcaaaaacaattta
ttaaataaagtagatctggtctcgggcgatgatcgtcgatggaatttagatcatccggag
attccgcagcgtacaggaaagattaacaatattggtaaattcgatgcactgttctttgga
gtacatttcaaacaggcccacacgatggatccgatgtgcagaggattactggagcacgct
tatgaggccgttattgacgcgggaattaatcctaagcaattgcgtggatcacgaatcggc
gttttcgtgggcgcatgtttctcagaatctgaaaaaacttggttttacgaaaaattgcag
ataaatggctttggaattaccggatgtagtagagccatgttggcgaataggatttcctac
tggctaggagtgactggaccatcgtacactttagattctgcctgcagctctagcttaata
gcactggagcacgcttatcgatgcttgcaagagggtcaatgcgaggctgctattgttggc
ggatcaaatctgtgtcttcatcccttcgtgtcgttacaattttctcgtcttggggttttg
tcatctgacggccgttgtaaagcatttgacgccaacgcggatggctatgctcgcagtgag
gcaatttgcgttatatatctacagaaagcgaaaaacgcgaaacgaatctatgctacagtg
gtccacggtaaaacaaattgcgatggttacaaggcgcagggcattgcgtttccatcgacc
acgatgcagggcaagttgatggaagactgctacaaagaagttggtctgtcgctgaatgat
ctgtactatctggaatgtcacggtactggcaccaaaattggcgattctgaagagctcaac
gcgatcgaaaaaattttctgcaaaaatggaagacctacccctttgctgatcggttctgtt
aagtcaaatatgggtcatgccgagcccgctagcggtctatgtcaaattgctaaggtacta
atatcaatggaaacgggaataattccacctaatttgcattattctcggccacgagaagga
tttaaagctcttacagatggtaggctcaaagttgtcaccgagctgacaccttggaatggt
ggtctcatgggcattaattcctttggtttcggaggtgccaattgtcatatcatattgaaa
tctaattcgaaaaagaaaataaataatggagcaccaaatgacgatttaccgagactcgta
gcagtatctggacgtacagaggattctgttaacgtgttcttagatgatattaaaaagcat
ccgatagacgttgaatatatccgtctgctgcatgatattcactctgatgatattcaagga
catttgtatcgaggatacataatagtcggttcgaaaacagcggagcagtgcccgagggaa
atagaaaattatttaggaactgtgagaccgatatggtttgtgttttccggtatgggatca
cagtggcctggcatgggtatcgaattgatgaggttccctatttttgccgaagctattaaa
aaatgcgatgctctcttacgaccacgcggtgtagacattattaatatattgacaaacaaa
gataaaactattttcgacaatattttgcattcgtttgtgggtatcgcggcagtacagatt
ggtttggtagatctcctcacatctataggcatcgtacccgataacatcattggtcattct
gttggagagcttggttgcgcttacgcagacggatgcttcactgccgaacaaatgattttg
tcagcgtattcaagaggtttagcatccattgaaactgagcttccttatggttcgatggcg
gctgtcggtcttggctacgaggatatcaaaaatatgtgcccacccgacatcgaagtggct
tgccataatgcttctgacagcagcactattagtggacccgctgagtctatgaaggaattt
gtcgcgcaattacaggctaaacaaatcttcgcaagggaagtagcatgtagcaacataccc
tatcacagtcgctacatcgcacccgctggaccgaaacttttagcttacctaaccgaggta
attcctgaaccgaagccgcgtagccagaagtgggtgagcacatctgtaccacgcaaccaa
tggtccaccgcgtccgctaagttatcatccgctgaatatcataccaacaatcttttgagt
cccgtgttattcgaggaaacggcgcgtatgatcccgaaggatgcggtaaccatcgagatt
gctcctcacggtctactacaggccatcctcagacgatccctcggctcgggcgttactaat
atcgcgcttactcagcgcggtcacaaagataatgttgatgttgttttacaagcgataggc
aaactctacaatacaggatatcaaccaaatcttgcaaatctttatccgcccgtcgaatat
ccagttagccgtggtaccccaatgatctcaccttctgttagatgggaacattctgacgac
tggtacgtaacggcatataagtcgcaaaagaagatcgcttccggagagaaaaacattact
ttgtcaacagatgacgaaaattttgagtatatgagagattatgttattgatggaaagaat
ttagtacctgctatgggatatcttgctatggtttgggaaattatgggtacattgcattcg
gaagtatattcagaattatcagttgtcttcgaagatgttatattcaagcgggctatccat
ataccaaaagaaagcgatgttcaattaacactgatggttcaaagaggcactggaagattt
gaagtgacggaaggggatacaacagtcgcgactggattcgttcgagttgtaaagaaccct
gcgcaagaaaaaatacctgttaagatgttgccagaagatgatgaggaagaaataatgaat
acggaggatatttataaagagctaagattacgaggttatgaatattctggagctttccgt
tctttaaaaagcgcatccctgtcaagaaagaagggacacatttcttggatgtgtaattgg
gtaacattcattgataacatgctacagatgatgattcttggattagatacgaaagattta
tacatacctacaaaaatacggaagatggtaattgatagcaagcttcatcaacaggaaatc
caaaatatggattcagaaaacaaacaacttcctgtacatgtctacaaagatttggatact
ataatatcaggtgggatcgaaatccgtggttttagaggtacaatcatacctcgcgaattg
tcaatcaacgactcagttctcgaagaatataaattcatagcttatcgcgataaagcacat
gtatcactgaaggaggcaatcagattgtccacgcaaatcgcgatcgaatgtcatcaagct
actcacgtgaagaccattgagttgatcgatgattccgataatgtgacgactgataaatta
gcgtcacccatgctcactgagattttaaatgacttacctttgattcagccgaaagtgcaa
ctatcagcaccatctaatcgttttgatgactttttactcacgaatgtgacctccgtaaac
attaatgaagtgtccaaagaagacaatgttctgcttgctgtcggtatcgaattactgtca
aagaataagacacatcaattagagcaaattctgtcgaaactgagaaacggtggttttgta
ttgacacgggaaagatcattcaaacttgagaatctttcaacactttcgaagaacggttta
gacgtcattttagagaaaagcactggcgaagagattatcgtacttttaaagaagaaggaa
caactcgttaagagaacggaagtcatccatgttaataataatgagttcacctggcttaag
aaattgaattcgttcatgaatgaaaaaaatgaaatcaccgacatgaggataatactcgtt
agcgagggagaattagaaagtggtttgctaggcttcgtgaactgcttaagaaaggaagta
ggcggagaaatgatcagatgcgtattgatacaagataccgaagctcccaaattttcctta
cgggatccgttatacttggaacagcttcagttaaatttgccgatcaacgtattaaaaccg
caaaaaatatggggttcatataggtatcaaccattgtcgagttttcagccaaaacctgtc
cgtcatgcgtatgttgatgaaatgatacctggcgatttaagttcacttcgttggatcgaa
ggccctatacgtcctgatgctaagcaaaaggatttggtccatgtagcttactcgtctctc
aacttgaaagacattatgtttgcaactagagaactcgttttggatactaactcattgaat
aatcgatttgacaagtgcttattcggctttgaatacgctggtgtcgataccgctggtcat
cgagttatgggatttggctgtcgaagaggtatatcgaatatcatcgaaccagatagagat
ttttgttggaacgtgcctgacaattggtctttggaagacgcggccactgtgccaagtgtg
tacgcattatgctataatgggctgtatcagcgtgctgagatgaagaagggcgataaattg
ctcattcattgcggcactggtggtatcggtcaagcagcaatacatcttgctcttcacgaa
ggctgcgaagtattcaccaccgcgggaacgcctgaaaaacgcaaattaatccgcgagatg
ttcccatcgattccggatgatcatatcggtaactcgcgtgacctcaccttcgaacggttg
gtacttcagcaaacaaaaggcaagggagtagatattgttttaaacttattgggcgatgag
cagttccaggcgtcgattcgctgtttagggcagggtggtcgtttcttagagatgggcaaa
tttgatattacttcagacaattccttgggaatgatgatcttcttgaaagaagtcagtgtc
cacggagttatgataaacaatttatttgctatgacagaggaatataagaaagatttgcat
gatatagtaaataagggcctgaaaaacggagctgttaaaccgcttgttagaaaagtcttt
gaaaaagaagaattggaaacagctttcagatatatgacgaccggagagcacgtaggcaag
gtacttttgaaaatttgcgatgagaagaagatcctggaaaagaaacctattctcgccgat
cctcgatattactgtgacagtggtaaaacctatctcatcctgggtggactgggtggtttc
ggattggaattagccgattggctggtacttcgaggtgccaaaaacttggtgttaacatca
agaacgggaataaagaacggttatcaacgtatgaaggtcgaattatggaaatcttatggc
gtgaatgtgcttattatcacgggagccgacgcttcgagtcgcaaggattgtgaattcata
ctgaactccgcggagaaacagggcccggtggatgccgtcttcaatcttgctatggtgttg
aaggacggtgtctgcaagaaccaaacgccggaatcattcgaggagtctttcagggcgaaa
gctcgggccacgaagatgctggatgagctatccagaaagttgtgtccgcaacttcggcaa
ttcgtagttttctcctcaatttcttccgggaaagggaatgccggacagacaaattacggt
atggctaattccgtgatggaaagaatttgtgagcgcagagtagcggacggtttgccggga
ctggctattcaatggggcgcgataagcgaagttggtcttatcgccgacaacagggaacga
gccattgacggtatattgcagcaaaaggtatcttcctgccttgagaagctcgaaatcttt
ttgctgcaggatcgcccagtggtatctagtatggtggtagcaaagaaacatgtaggtact
ggagctatcaacattgtggacatcgtagcgaatataataggtgtgaaagatttgaacact
gtggctcaggacataccgttgaccgagcttggcatggattcaacgatggctgtaaagatc
aaacaagcactggaacgtgaatgcgatatcttcttcactgcacaagacatggccaatctg
aacttcgccaaactgatggagatgcgcgatagagacttggaacgacaaaaagcagatcgc
caaaagggcgatgacgctgccgagttatctggcatacaattgttgattcgaatgtccaat
aacgaggaattatttaccgatacttgtgtggaattacaaactaaaatgaatccgcgccgg
cttaaaacattccttttgccgggtatacagggttccggacacatatttaatccactggcg
tcaaagatcaaacctatcacgatagccttgcaatatggaataacaaatgctaatatgtct
ataccagaatacgccgatcatcttttacgacatattttaccaacggcagaagagcaaaga
ggttttgcaatcatcggatattcattcggttcgttaattgccatcgagttagcgagacga
ttagaaaaacaaggtttgaacggtcgagtagtgctaattgacggtgctcctgagttattg
aaagcgatggtagagcaatttattccattcactacagaggaagaacttcaaaataatatc
ttgcttgctattatggacagcatacaaacagccttaagtggaaatttacttttagagctg
gagaaatgtactacctgggaagagaagttagatttattactctcgcacattcctgacaat
aaaatgtcgctttcgatcaaaactcagaaagcattatgtacaactatgtacatgcacatt
ctcgctcttcgaagatatgacttgtcggccttggaacaaatacgatcgcctataacactt
ttaaaacccacggtaccatccatcagtatgaccgaagaagattatggcttacataagatc
acacgagacaaggtggaagtgtattatgctgaaggcaaccatgtcacaatgttggacgat
gacaaggtagtaatggcaatcaatggagaaccgttgattgatcctgaagaattcaagaaa
cttttagaagaagatcggccgttcgggtacgaagaaacgaagaaaaaacgcacaagagtt
taa

  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 (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (15)   
   Pfam (15)   
All databases (115)   

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