| New model in OGS2.0 | DPOGS207082 |
|---|---|
| Genomic Position | scaffold1:+ 2232398-2247785 |
| See gene structure | |
| CDS Length | 7263 |
| Paired RNAseq reads | 18359 |
| Single RNAseq reads | 42786 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA013047 (0.0) |
| Best Drosophila hit | CG17374 (0.0) |
| Best Human hit | fatty acid synthase (0.0) |
| Best NR hit (blastp) | p270 [Bombyx mori] (0.0) |
| Best NR hit (blastx) | p270 [Bombyx mori] (0.0) |
| GeneOntology terms | GO:0004312 fatty acid synthase activity GO:0006633 fatty acid biosynthetic process GO:0005835 fatty acid synthase complex GO:0000036 acyl carrier activity GO:0016491 oxidoreductase activity GO:0055114 oxidation reduction GO:0008270 zinc ion binding GO:0048037 cofactor binding GO:0016788 hydrolase activity, acting on ester bonds |
| InterPro families | IPR016039 Thiolase-like IPR016035 Acyl transferase/acyl hydrolase/lysophospholipase IPR011032 GroES-like IPR016036 Malonyl-CoA ACP transacylase, ACP-binding IPR009081 Acyl carrier protein-like IPR020841 Polyketide synthase, beta-ketoacyl synthase domain IPR020801 Polyketide synthase, acyl transferase domain IPR020843 Polyketide synthase, enoylreductase IPR020842 Polyketide synthase/Fatty acid synthase, KR IPR020806 Polyketide synthase, phosphopantetheine-binding IPR000794 Beta-ketoacyl synthase IPR016038 Thiolase-like, subgroup IPR001227 Acyl transferase domain IPR016040 NAD(P)-binding domain IPR014043 Acyl transferase IPR014030 Beta-ketoacyl synthase, N-terminal IPR013968 Polyketide synthase, KR IPR014031 Beta-ketoacyl synthase, C-terminal IPR013149 Alcohol dehydrogenase, C-terminal IPR001031 Thioesterase IPR006163 Phosphopantetheine-binding IPR018201 Beta-ketoacyl synthase, active site |
| Orthology group | MCL10068 |
Nucleotide sequence:
ATGGCACCATCTCCAGTGTCGGAAGATAGATTGACGTCGGGACACCGTCTGTCTCACCCT
CCGCCCGGAGATGAGGTCCTCATCACTGGCATCTCGGGATACTTTCCCGACTCTGACTCT
GTTTTGCATCTGCAAGAGAACCTCTTCAATAAGGTGGACCTGATCTCTGGAGACGCCAGA
CGATGGAAGCTCGCACACCCTGAGATTCCGCAGCGTACCGGCAAGATCAATAACGTCAAT
AGATTCGACGCTTCATTCTTTGGGGTTCATTTCAAGCAGGCCCACACTATGGATCCCATG
TGCAGGATCCTTTTGGAAAAAGCTTATGAGGCAGTCATAGATGCAGGCTTAAACCCAAAA
GAGCTGCGTGGCACCAAGACCGGTGTATTCATTGGAGCATGTTTCTCGGAGTCTGAAAAG
ACCTGGTTCTATGAGAAAATGCAGGTCAACGGTTTTGGAGTGACTGGATGTTCCCGTGCG
ATGTTGGCCAACCGTATCTCATATTGGCTTGGCGTCACTGGTCCATCTTACACTGTCGAC
TCAGCCTGTTCTAGTTCGCTCTACGCTTTGGAACATGCGTTTAGGGCCATAAGAGATGGA
CATTGCGATGCTGCGATCGTCGGAGGATCGAATTTGTGCTTACATCCTTACGTTTCCCTT
CAGTTTTCGAGGTTGGGCGTGTTATCAGCTGACGGTAGATGCAAAAGTTTTGATAACAGT
GCCAACGGTTATGCCCGATCTGAAGCCATCGTCGTATGTCTATTACAGAAAGCAAAAGAT
TCTAGGAGAGTTTATGCTCAAGTATTACACGCGAAAACAAACTGTGATGGTTACAAGGAA
CAGGGTATCACATATCCAGCTGGAAACATCCAGAAGCTGCTACTCAACGAGTTCTACGAA
GAATGTTCTATCCCTCCAAACACCCTCGAGTTCGTGGAGGCTCATGGCACTGGTACACGA
GTAGGAGACCCTGAAGAGTTGGTTGCAATTGAAGATGTTTTCTGCACTGGTCGTTCTGAG
CCACTTATGATTGGATCTATTAAGTCAAATTTGGGTCACAGTGAGCCAGCATCTGGCTTA
TGTTCAATTGCTAAGCTCTGTATTGCTTATTCCACTGGATACATTCCACCCAATCTACAC
TTTACGGTTCCACGTGAAGGAGTAAAAGCTCTGTCCGAAAATCGCCTGAAAGTCATCACC
CAGAAACATCCTTGGAATAGAGGCATGTCTGGTATCAACAGTTTTGGATTTGGAGGAGCA
AATGCGCACACCTTACTGAAGAATGTTGCTAGAGAAAAGGTCAACAATGGTATACCATCT
GATGATTTGCCGCGTTTAGTGTGTGTCTCTGGTCGTACTGAGTCCGCAGTCGCGAAAATA
CTGGATGATCTAGAGTCAAGGACAGTAGATGCCGAACTGATAAGGTTGTTGCATGCCATC
CATGACGACGATATCACAGGCCATGTAGTGAGAGGATACAGTTTGTTAGAATCAACTCCA
GTGAAGAGCAAATCTGTCAGTCGAGACATTCAGTACTTCTCAGGTGTGAAGCGCCCTGTT
TGGTTTGTGTATTCTGGAATGGGCTCCCAATGGGCTGGTATGGCGACGCAGCTTATGAGA
ATTCCTGTTTTCGCAGCTGCTATTAACAAATGCCACAAAGCTTTGGAACCTAAAGGAGTC
AATCTAATAAAAACCATAACGGACCCTGATCCATCTATTTATGATAATATCTTGAACTCA
TTCATTGGTATCGCCGCTGTACAAATCGGTCTTACTGATGTCTTGAAAGCTGTAGGAATT
GAACCCGACTTCATCATTGGTCACAGTGTTGGTGAGCTGGGATGTGCCTATGCAGATGGT
TGTTTCACCGCGGAACAGATGATCCTCTCAGCGTATAGTCGTGGACTCGCCTCCATCGAA
ACCCCATTCATCAAGGGGTCCATGGCTGCTGTGGGCTTGGGTTATGCTCAGATAAAATCA
ATAATTCCACCAGAGATCGAAGTTGCATGCCACAATGGTCCGGACTCGAGCACGATATCC
GGACCTGCGGAAATCATGAAGAGCTTTGTTGCAAAGCTTGTAGCTCAAGGGGTATTCGCT
AAGGAAGTCCCTTGTTCTAATATCGCATACCATTCAAAATATATTGCAGATGCAGGTCCG
AAACTATTACAATACCTGCGAGAAGTAATACCTCAGCCTAAGTCTCGATCCGAGCGTTGG
GTTTCGACATCTGTACCGCAGATGCTATGGAAAGACCCCAGAGCAACTCTGTCATCCGCG
GAATATCACACTAATAACCTCTTGAGTCCAGTGCTATTCGAAGAGACAGCTCGTCTGATA
CCTGGAAATGCAATAACAATTGAAATTGCACCCCATGGTCTGTTGCAAGCTATTCTTCGT
CGTTCTCTAAAGAAAGACGTACTTAACATTCCTCTTACTGAGAAGAAGCACGCCGACAAT
GTTCAATACTTTTTAACGGCTTTGGGCAAACTTTACGAGGCGGGTTTGAACCCACATCTC
GCGAACATCTACCCGCATGTTCCATTCCCCGTGTCTCAGGGAACACCCATGTTGTCCCAC
CTCGTCGAGTGGGAACATAGTGAAGATTGGTACGTAACATCATACAAAGCCCAAGATAAA
ATGAAGTCTGGTGAAAGGACAGTCAGGATGTCCATTGTTGATGAGGACTCTGAATTTATG
GCTGGGCACGTGATCGATGGTCGTAATCTATATCCTGCGACTGGTTATCTGGTCATGGTT
TGGGAGACACTTGGTATGATGTTGGGAGAATTATATACTGAGGTGTCGGTTGTCTTCGAG
AACGTCCGATTCCAAAGAGCTACTAACATTCCTAAGGACGGAAATCTCGAGTTCATAGTT
ATGATCCAGAAGGGCAGTGGACAATTTGAGATCGTAGAAAGTGGTGCTTCAATCGTGACT
GGTCGTATCTACAGCAAAAAGAATGTAGGACAGGACTTCCGTGTTTTACCTGCGTCACCT
GAATCATCTGGACCCAATGTGAAACACTTGTTGACCAAGGACTTTTATAAAGAATTGCGT
CTCAGAGGCTATCAGTATAGTGGACTCTTCCGAGGTATCATTGGCTGCAACGTCGAGGGT
ACTCGTGGTCGACTTGCTTGGCAGAACAACTGGGTGGCTTTCATGGACTGTATGCTCCAG
CTCAAGCTGATTGGCCAGGATACAAGAGGACTTTTTGTACCAACAAGAATAGAAAGATTG
AGTATTGATGCAAACATGCACTATGATGCGATATCGAAAATGAATCCTGATTCCGCACGC
CAGTCATTTGAAATTAGGGTGTATCCGGAGGTTGAAGTGATAAGGGCTGGTGGTGTGGAA
ATTCGAGGTCTTCATGCAACACCAATATCAAGGAAGAATCCTCTTGGTGTTCCAGTACTA
GAAAAGAATGTATTTGTACCCAATTTCGGCAAGTCCAAGATGAAGATTGAAGATATTCTA
CGTGCTAACATTCAACTGGTTCTTGAAAATATACAAACTTATAAAGTTAAGGCCATAGAA
GTTATTGATGAAGAGTACAAAACTAATAACTACGAACCAATTATGGAAATCGTTGGTGAG
GTACTCGGTGACTTGCCACTGATTCAAGCAGATATGACAGTATTCTCTGAGGAGCCTATA
GAAATGCCATCTAACATTGTGGTAGAAAACAAGAAAGCTACAGCTGAATCGAATACTATT
ATATATATCGGAGCTAATTTATTAAGGCGCCCTGAAGTTCTTAAACCGGCACTTAGCACA
CTCCGAGACAAAGGTTTTCTGATTAGTCGTGAAAAAGACCTTATCAATCCAAAAGATTTT
TCTGATAAATTTGATATAATAAGTATACAAGATACTGGAGTCGAATATTTGGTTCTATTC
CGAAAACGAATTGGTGCCAAGCCCGCAAAATTTATTAAAATTGTAACTACCGATGATACC
TATTCTTGGATAGATAAAGTGAAAGAAGAATTAAAGGTCGGTCAGAAGCTTGTTCTTTAC
AATGAGGATGAGCCTATTAATGGTCTGTTAGGATTAGTCAATTGTCTCCGAAGGGAACCA
GGTGGCGAAGTCGTCCATGGTCTTCTCATTGCTGATCCTTCAGCTCCAGCATTTAACCCA
GATTTGGAATTTTACGAGGAGCAGCTAGACAAAGATATGGCTTTAAATGTTTATCAAGAT
GGTCAGTGGGGCACATACCGTCATTTACTCCTAGGCGATCTGGATGTAGTGAATGCTCAC
CACGCATTCGTTAACACTACAACTATCGGTGATTTGTCCACCCTTAAGTGGCTTGAAGGA
CCAATCAGAGAGAACACAGTGTTTAAGGATCCATACAGCATTCTCATACATGTATATTGT
GCTGCATTGAACTTCCGTGATGTCATGACAGCCATGGGTAGAGTGACAGTGGACGCTGTA
GCGAGAGGGAGGTTGGCGCAAGAATGTGTACAGGGCTTTGAAGTCGTGGGAAGAACATGC
AATGGATCAAGAGTTATGGCCATGGTAAGAAACAGCGGTATGGCAAACATGATAGAAGGA
GACAAGGCTCTAATGTGGAATATTCCGGATGAATGGACCTTCGAAGAAGCGGCTTCTGTG
CCTGTTGCGTACGGAACTGTGTATTATGCTATGGTAATGGTTGCCCGGGTGCAACGCGGA
GAGTCAGTTTTGATTCACGCTGGGTCTGGTGGTGTAGGTCAAGCAGCTATTAACGTGGCC
CTTCATTATGGATGTGAAGTTTTTACTACTGTGGGAACTCCAGAAAAAAGGGCATTCATC
AAGAAGCTTTTCCCGCAGCTTAAAGATAGTCATATTGGCAATTCCCGTGACACATCCTTC
GAAGACATGATCCGAAAAGAAACGAAAGGCAAGGGTGTCGACATCGTACTCAACTCTTTA
GCAGATGAGAAGTTACAGGCGTCAGTCCGTTGCCTCGGGTACCGTGGTCGGTTCCTTGAG
ATCGGCAAGTTTGATATCAGTAACAATACTCCCATCGGCATGTACTTCTTTTTGAAGGAG
ACTTCGTTCCACGGCATTATGTTGGACTTTATCTTCGATCACAGTTATGAGTTCAGAAAG
AGTCTACAAGATTTGCTGCTCAGTGGCATTGAAAGCGGTGCTGTACGCCCACTAACATAC
TGTACTTTTGAAAAGCACGAGATAGAGGCTGCATTCAGATATATGGCTGCTGGAAAACAT
ATTGGAAAGGTTATTATTAAAATTCGAGATGAAGAAAGGTCACATCGCCCTGTGAAGCCA
GTTACATTAAGAATACCAGCAACACCTCGTTACATGTGTATGGACGATTACGTCTACGTA
GTTGTTGGTGGTCTTGGAGGTTTCGGTCTGGAGTTAACGGACTGGCTAATACTGCGCGGT
GCCAGGCGTGTATTGCTCACCTCTAGGCGAGGAGTCAGTAATGGATACCAGGCCTCTAGA
TTAAGGACTTGGGCTCAATATAAGGCAGATGTGCAAGTTTCAACTCACGATATTACAACT
GAAGAAGGTTGTCAAAAGATGTTGGAAATGGCGAACTCGATGGGTAAAGTCGAGGCTATA
TTTAATTTGGCTGTGATCTTGAAGGATTCCATCTTCCAAAATCAAACTCCTGAAACATTC
AAAATATCTTTCGGTCCAAAAGCTAAGGCTACTATGAATTTGGATAAACTGTCTAGGAAA
CTATGTCCTGGTCTTAAGGACTTTGTAATATTCTCATCCGTATCCTGCGGTCGTGGTAAT
GCCGGGCAAACCAACTATGGATACTCAAACTCAGTTATGGAACGAATCTGCGAGTGGCGA
CACAAGCTTGGTCTTCCTGCGCTGGCTGTGCAGTGGGGCGCTGTGGGAGATGTCGGTTTG
GTAGCGGATATGCAAGACGAAGATGTTCAACTAGAAATCGGTGGTACCTTGCAGCAGAGA
ATTTCCTCCTGCCTTCTATCTTTAGACAAATTCTTAAAACAAGATGCAGTTATAGTGTCC
TCGATAGTTGTGGCTGAGAAGAAGGCCGGTGGTTCTGGTTGTGGCAACATTGTCGACGCT
GTCGCACAAATTATGGGTATCAAGGATCTGAAGACTGTATCTCAACAAGTCTCCCTCGCT
GAATTGGGTATGGACAGTATGATGGCTGTTGAGATTAAACAAACACTGGAAAGAGAATTT
GAGATATTCCTTACAGCGCAAGACATCAGAACATTGACATTTGCACGATTAGTGGAACTG
ACGGCAATACGAGAGGCAGCAGCATCCACTTCGGCAACACCTAGATCTAATTCATCTGAC
ATAACAGCTGGTCTGCGAACCTTTATAAGGAATTTCGGAAACGAAAACCTAGCCACAGAA
CCTTTCATTTATATGCCCACTATGGTCAGCGATGGAACAGAGACGGATGTTTCAGTTCAC
GAAGACGAAGCGGTTATGTTCATGCTACCAGGTCTGGAAGGTTGTGCTGCGGGAATGGCC
CCTCTTTGTAAACGCCTTAAGATTAAGATTTGTGCTCTGCAATTCGGTGCTGAAAGTGGC
AATGACACTTTAGATGATTTGGTTAATAGTCTACATCAGAAAATAACATCACGTTTAATC
CATGGAAAACCTTACATCCTCCTTGGATACAGTTTTGGAACTCTTCCCTTGTTTAAGTTA
GCAAGCATTCTAGAAAGCGAAGGACACTCTGGAACAGTGTTTTGTATAGACGGCAGTCCT
GAATTCCTCTCCACCACGATTACGACCATTGCAGAATTCAGAAATGACAAAATATTACAG
AACAGTCTGATTTGTTACACCATAGATTTGGTTGCTCCTAATAATGATGTAACAAAGAAT
TTGATGGAAAAACTTCACGAAATTGAATCGTATGATGAGAGGATTGACTATGGTATAAAA
ATTTGTCCAGTTCAACACAGCTATTCTCACAACTTTATACGCGCCATGTCGAAAGCTTGT
TACAATAGAACTAAAATGATTTTTGAACATAACGAAAATGATGTTAAGAAAATTAATGCG
CCTGTCATACTATTACGACCCAAAGAAATTCCCTTACCTCTTGAGGACAATTATGGTTTG
GACAAATATACTGAAGGCCCTGTTACTGTACATTATTTGGAAGGAAACCATGTAACTATA
ATTGAAAATAAGGATTGTGCAAATATCATAAATAAAATTATAGGGGGTCAAGATAAAGTA
GAAAAGGATGCGCCAAACGTGGTTACAAATATGATAGAACAACAAAGATCAGTTCAAGTT
TAG
Protein sequence:
MAPSPVSEDRLTSGHRLSHPPPGDEVLITGISGYFPDSDSVLHLQENLFNKVDLISGDAR
RWKLAHPEIPQRTGKINNVNRFDASFFGVHFKQAHTMDPMCRILLEKAYEAVIDAGLNPK
ELRGTKTGVFIGACFSESEKTWFYEKMQVNGFGVTGCSRAMLANRISYWLGVTGPSYTVD
SACSSSLYALEHAFRAIRDGHCDAAIVGGSNLCLHPYVSLQFSRLGVLSADGRCKSFDNS
ANGYARSEAIVVCLLQKAKDSRRVYAQVLHAKTNCDGYKEQGITYPAGNIQKLLLNEFYE
ECSIPPNTLEFVEAHGTGTRVGDPEELVAIEDVFCTGRSEPLMIGSIKSNLGHSEPASGL
CSIAKLCIAYSTGYIPPNLHFTVPREGVKALSENRLKVITQKHPWNRGMSGINSFGFGGA
NAHTLLKNVAREKVNNGIPSDDLPRLVCVSGRTESAVAKILDDLESRTVDAELIRLLHAI
HDDDITGHVVRGYSLLESTPVKSKSVSRDIQYFSGVKRPVWFVYSGMGSQWAGMATQLMR
IPVFAAAINKCHKALEPKGVNLIKTITDPDPSIYDNILNSFIGIAAVQIGLTDVLKAVGI
EPDFIIGHSVGELGCAYADGCFTAEQMILSAYSRGLASIETPFIKGSMAAVGLGYAQIKS
IIPPEIEVACHNGPDSSTISGPAEIMKSFVAKLVAQGVFAKEVPCSNIAYHSKYIADAGP
KLLQYLREVIPQPKSRSERWVSTSVPQMLWKDPRATLSSAEYHTNNLLSPVLFEETARLI
PGNAITIEIAPHGLLQAILRRSLKKDVLNIPLTEKKHADNVQYFLTALGKLYEAGLNPHL
ANIYPHVPFPVSQGTPMLSHLVEWEHSEDWYVTSYKAQDKMKSGERTVRMSIVDEDSEFM
AGHVIDGRNLYPATGYLVMVWETLGMMLGELYTEVSVVFENVRFQRATNIPKDGNLEFIV
MIQKGSGQFEIVESGASIVTGRIYSKKNVGQDFRVLPASPESSGPNVKHLLTKDFYKELR
LRGYQYSGLFRGIIGCNVEGTRGRLAWQNNWVAFMDCMLQLKLIGQDTRGLFVPTRIERL
SIDANMHYDAISKMNPDSARQSFEIRVYPEVEVIRAGGVEIRGLHATPISRKNPLGVPVL
EKNVFVPNFGKSKMKIEDILRANIQLVLENIQTYKVKAIEVIDEEYKTNNYEPIMEIVGE
VLGDLPLIQADMTVFSEEPIEMPSNIVVENKKATAESNTIIYIGANLLRRPEVLKPALST
LRDKGFLISREKDLINPKDFSDKFDIISIQDTGVEYLVLFRKRIGAKPAKFIKIVTTDDT
YSWIDKVKEELKVGQKLVLYNEDEPINGLLGLVNCLRREPGGEVVHGLLIADPSAPAFNP
DLEFYEEQLDKDMALNVYQDGQWGTYRHLLLGDLDVVNAHHAFVNTTTIGDLSTLKWLEG
PIRENTVFKDPYSILIHVYCAALNFRDVMTAMGRVTVDAVARGRLAQECVQGFEVVGRTC
NGSRVMAMVRNSGMANMIEGDKALMWNIPDEWTFEEAASVPVAYGTVYYAMVMVARVQRG
ESVLIHAGSGGVGQAAINVALHYGCEVFTTVGTPEKRAFIKKLFPQLKDSHIGNSRDTSF
EDMIRKETKGKGVDIVLNSLADEKLQASVRCLGYRGRFLEIGKFDISNNTPIGMYFFLKE
TSFHGIMLDFIFDHSYEFRKSLQDLLLSGIESGAVRPLTYCTFEKHEIEAAFRYMAAGKH
IGKVIIKIRDEERSHRPVKPVTLRIPATPRYMCMDDYVYVVVGGLGGFGLELTDWLILRG
ARRVLLTSRRGVSNGYQASRLRTWAQYKADVQVSTHDITTEEGCQKMLEMANSMGKVEAI
FNLAVILKDSIFQNQTPETFKISFGPKAKATMNLDKLSRKLCPGLKDFVIFSSVSCGRGN
AGQTNYGYSNSVMERICEWRHKLGLPALAVQWGAVGDVGLVADMQDEDVQLEIGGTLQQR
ISSCLLSLDKFLKQDAVIVSSIVVAEKKAGGSGCGNIVDAVAQIMGIKDLKTVSQQVSLA
ELGMDSMMAVEIKQTLEREFEIFLTAQDIRTLTFARLVELTAIREAAASTSATPRSNSSD
ITAGLRTFIRNFGNENLATEPFIYMPTMVSDGTETDVSVHEDEAVMFMLPGLEGCAAGMA
PLCKRLKIKICALQFGAESGNDTLDDLVNSLHQKITSRLIHGKPYILLGYSFGTLPLFKL
ASILESEGHSGTVFCIDGSPEFLSTTITTIAEFRNDKILQNSLICYTIDLVAPNNDVTKN
LMEKLHEIESYDERIDYGIKICPVQHSYSHNFIRAMSKACYNRTKMIFEHNENDVKKINA
PVILLRPKEIPLPLEDNYGLDKYTEGPVTVHYLEGNHVTIIENKDCANIINKIIGGQDKV
EKDAPNVVTNMIEQQRSVQV