| New model in OGS2.0 | DPOGS214179 |
|---|---|
| Genomic Position | scaffold49:+ 205157-213282 |
| See gene structure | |
| CDS Length | 3633 |
| Paired RNAseq reads | 4381 |
| Single RNAseq reads | 10484 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006226 (5e-95) |
| Best Drosophila hit | timeless, isoform D (6e-163) |
| Best Human hit | protein timeless homolog (7e-16) |
| Best NR hit (blastp) | timeless [Danaus plexippus] (0.0) |
| Best NR hit (blastx) | timeless [Danaus plexippus] (0.0) |
| GeneOntology terms | GO:0007623 circadian rhythm GO:0048512 circadian behavior GO:0007617 mating behavior GO:0005634 nucleus GO:0045475 locomotor rhythm GO:0008062 eclosion rhythm GO:0030431 sleep GO:0045187 regulation of circadian sleep/wake cycle, sleep GO:0000122 negative regulation of transcription from RNA polymerase II promoter GO:0006606 protein import into nucleus GO:0005737 cytoplasm GO:0007622 rhythmic behavior GO:0009649 entrainment of circadian clock GO:0005515 protein binding GO:0046982 protein heterodimerization activity GO:0007620 copulation GO:0042306 regulation of protein import into nucleus GO:0042749 regulation of circadian sleep/wake cycle GO:0009648 photoperiodism GO:0046957 negative phototaxis |
| InterPro families | IPR006906 Timeless protein |
| Orthology group | MCL18372 |
Nucleotide sequence:
ATGGAGTGGGTTCATCGTAGTCCACAGATCCATAGTACTTTCAGCAATCTCGGATTTACA
AACGGAGATGGATATCACATAAATGAAAATTACAATGCCGTTTTGGAATCTATTCTGCAG
AATATTTTAACGGAAGACAAACAACTTCGTTCATATCGCAGAAGCATAAATTTCGGTCAA
AACATTAAGAAGGATCTTATCCCACTCTTAATAAACACCAAAGATGATAAGACCATAGTT
TTGGTGATAAAAATATTGGTTAATCTAACGATTCCAGTAGAATGTCTGCTGTCTTTAGAT
TCAGTTGGCAGAACGGATGTAGGCAGACATACTATTTTTGAAATTAATAATTTGCTTACT
TCCACCAAGGCAGCAATTACAGACCATAGGGTAACGAAAGTTGTAATCGATTTCTTAAAG
AAGAACGCCGAAATAGACCAGAGTTCAAAGCTCAGTAGTGACGAATGCACTAATATCAGC
AACGGTCTGCTCTTACTACGCAACATTCTACACATACCAGAGGAGATCAATAACCCATCT
TACAATCCTCGTACCGTTCAAAATCAGATACTATGGAATTTGTTCAGCCAAAGTATCGAC
AAGGTCCTTATAAAATTGATGAATATCACGGACGCGATCAACTGGGGTGTGACGATGGTG
CAGATAATTGCTCTGTTGTACAAAGACCAGCACGTGACTACTCTGCAGAAACTGCTTAAC
CTCTGGTTAGAGGCTTCCCTCTCTGAGAGTTCCGAAGACAATGAAAGTAATACTTCACCA
CCTAATAGAGGTAGTGATGATTCATCGCCAATGCTGACGTCCGATCCTACATCCGATTCA
TCAGACGCGGGCGCCAGCGGCAAAAGCAATGGAGAACAAAATTCGGTCAATAACAGCTGG
GATAGTTCGTCAAGAAATAACAGTGATAACGGAAAACCGTCGTTTGATTCACAAAAAGAA
AATGAACTAGCCAACGATTCATCTGAATCCAACGAAAATAATATGTATATAGGCAATTCT
AAAGACAACCTAGAAGAGTCTAGCAGCAACGATAACAATCACATCTCGAATGATCACTCA
AACTCGCATAATATGAAAAATAACGAGAAGAAAACTATTATATCAGAACCATCTGATTGC
GGTTATGGAACTCAGATAGAAAACCGCGAATCGATATCCACATCCAGCAATGAAGATGAA
CTGCCTACCACAAAACCAGTACATCAAAAGCCTCATAACACCAAACAGAGGACCAACAAC
AAAGTTCGCGCTGGCGTAACGCTTCAAGACAGGAAGAGAAAGAAGATCGTCAAACGAGGA
AAAGCCAATATAATTAACGTCCAAGGTCTACTACACAATACGCCAACAGACGATGACATA
TCAAATGTTTTAAAGGAATTTACAGTGGACTTCCTTCTAAAGGGCTATAACTCGTTAGTT
AGGACTCTTCATACCCAGATCCTCACTAATGTGCAACTGGAGATAGATACTTCCCATTTC
TTCTGGCTCGTCACTTATTTCCTTAAATTCGCTACTCAAATCGAATTGGATTTAGAGCAT
GTATGTTCGGTACTGTCATATGAGATAATTCTCTATTTAACTGCTGAAGGAGTCAACTTA
TGCGAGCAATTCGAGTTGGCCATCAAGTTGGACGGAAGTGACTTAAAGCCGAGTATAAGG
AGGTTACATTTGGTGGTGACAGCGATTAGAGAATTCGTTCAGGCCATTGAAGTTTACAAG
AAGTCTGCACATCTCAGTAGCAACGATCAGGAAAAGCTTCTGAAGCTTCAGATGAAGATG
GCGCAGACAGAGGAACTGCGATCACTGTTAGTGCTGCTCCTGAGACACTATCATCCGAAG
TATCATTCAAAACAATATCTTCAGGATTTAATAGTGACAAATCACATATTGTTGATGTTC
CTGGACAGTGTCATGAAGTTACCTCAGTATGAAGGACCCAACACTATGGTGGATCATATA
AAGCAGTTCGCATCACCAGAGATAATGCATCAATACGGTCTCCTGTTAGAGGACTATGAA
GGTAACGGTGGATTCGTGAATGACTGTATCTTCACACTGATGCATCACGTTGGAGGAGAG
CTGGGCAGTCTCATATCACTGTTCCAGCCGAAGATTTTGAAGACATTCACATCCATATGG
AAATCTGAATTCGAAATATGTGACGATTGGTCTGATCTGATTGAATACGTTATAAATACG
TTTATCAAAAAACCGTATAAGTTACAAAACTATTCAAACATACAACTGGAAATGGAGATT
TTCGACGACGACATGAAACCTAAAGAAAACCTTATTGATCCTGAACCTGCGCCGGAGATA
ATATCCGTCATGAAGAAAGTAAATGAAAATGAAAACATTACTGATGGCTGGAACGAAGAG
GAGATATCTTCATTGAATTGGAACTACATGCAATGTAACACAGCGGTCGACGTGGTGGAA
GAAATCCTGAGGATGTTGAAGGAGGACGGCATCGTCAAGACGAGGGAGTCCATCATAAAG
GAGCTCTACAGGCAACTGATCATCAACAAGGAGGAATTCGAGGGATTGTCTAAAGTAGAC
AGCGATAAGAATTCAAAGGCCATACGAGATAAGAGGGAGAATGAAATCGGTAAATTGTGT
GAACAATTGAGGCAGGACGGGAAGTCGCTGTTCCTGGATTGGGTCCAGGCTGTTCTGTTG
GAGACGTGTTTCGCCAAAATACACGTGAATAAGATCGAGGTGGACCGCGTGCGTCAGAGC
AGCTACACCACGCAGGACGCTCACAGGCACGTGTTCGACACCATGCTGAAGAGGAACACC
GACATGCCGGTCATCTCGCCCGTGTCGTATCACTCGCTGTTGTTGAATCAATCCGTTCCT
CTGGTTCCGTGGAACAATGAACAAGCGGCCGTCTGTAAGGACTTGAAGTTCCTGCAACTC
GCACATAAGCTGGGTTTCCATATGCCAGTGGACACGGGGAAAGTTTTAATAAGAATACCA
AACTTTTGGACCCCTGATTTCCTTTACGAAGTGGCTGAGAAAATATCACCTATCAATAAA
TCCAAGCTGAGGTTTTCTCTCAGCGATATAAACGCCTGTGGTGGTGGGGGCGGGTGTCAG
GCGCGCGGCGTCCTCTCCGAGCCGCCTCCCGGGACACACGATTACTTCCAAATACACAAA
CAGAAACACGTCGCTACCATCGTTAACTTCACACCCATGCCCGGACCATCTTTTTCAACT
ACAGACGAGGACTATAAACCCAACTGGTTGGAAATGGTCCAAAAGTCACAGGAATACAAA
ATAACTTTGGATTTAGGAAAATCGATATTAACTGAGGAGGTAGTTGTGTCCAAGTCGTCG
GTGGAGGCGCCCCCTGTGGCAGTGCTACCGCCGGCCTTAGTGCTACCGTCCGCCATCAAC
ATGAAGCAGGACGGCAGCGGATACGTCAATAACGACTCGGAGTACAATAGTGTGTGCGAA
ACGGCGTCAGTGGCTTCAGACCTGACCCGCATGTACGTGTCTGATGAGGACGACAAGCCC
GAGCCGCTGAGACACGTGAAGCCCCGCGACCTCGCCCCCGACGACGCCTCCGCCGAGAAG
AGACCCAGAGTACAGTTCACAGAACACTTCTAA
Protein sequence:
MEWVHRSPQIHSTFSNLGFTNGDGYHINENYNAVLESILQNILTEDKQLRSYRRSINFGQ
NIKKDLIPLLINTKDDKTIVLVIKILVNLTIPVECLLSLDSVGRTDVGRHTIFEINNLLT
STKAAITDHRVTKVVIDFLKKNAEIDQSSKLSSDECTNISNGLLLLRNILHIPEEINNPS
YNPRTVQNQILWNLFSQSIDKVLIKLMNITDAINWGVTMVQIIALLYKDQHVTTLQKLLN
LWLEASLSESSEDNESNTSPPNRGSDDSSPMLTSDPTSDSSDAGASGKSNGEQNSVNNSW
DSSSRNNSDNGKPSFDSQKENELANDSSESNENNMYIGNSKDNLEESSSNDNNHISNDHS
NSHNMKNNEKKTIISEPSDCGYGTQIENRESISTSSNEDELPTTKPVHQKPHNTKQRTNN
KVRAGVTLQDRKRKKIVKRGKANIINVQGLLHNTPTDDDISNVLKEFTVDFLLKGYNSLV
RTLHTQILTNVQLEIDTSHFFWLVTYFLKFATQIELDLEHVCSVLSYEIILYLTAEGVNL
CEQFELAIKLDGSDLKPSIRRLHLVVTAIREFVQAIEVYKKSAHLSSNDQEKLLKLQMKM
AQTEELRSLLVLLLRHYHPKYHSKQYLQDLIVTNHILLMFLDSVMKLPQYEGPNTMVDHI
KQFASPEIMHQYGLLLEDYEGNGGFVNDCIFTLMHHVGGELGSLISLFQPKILKTFTSIW
KSEFEICDDWSDLIEYVINTFIKKPYKLQNYSNIQLEMEIFDDDMKPKENLIDPEPAPEI
ISVMKKVNENENITDGWNEEEISSLNWNYMQCNTAVDVVEEILRMLKEDGIVKTRESIIK
ELYRQLIINKEEFEGLSKVDSDKNSKAIRDKRENEIGKLCEQLRQDGKSLFLDWVQAVLL
ETCFAKIHVNKIEVDRVRQSSYTTQDAHRHVFDTMLKRNTDMPVISPVSYHSLLLNQSVP
LVPWNNEQAAVCKDLKFLQLAHKLGFHMPVDTGKVLIRIPNFWTPDFLYEVAEKISPINK
SKLRFSLSDINACGGGGGCQARGVLSEPPPGTHDYFQIHKQKHVATIVNFTPMPGPSFST
TDEDYKPNWLEMVQKSQEYKITLDLGKSILTEEVVVSKSSVEAPPVAVLPPALVLPSAIN
MKQDGSGYVNNDSEYNSVCETASVASDLTRMYVSDEDDKPEPLRHVKPRDLAPDDASAEK
RPRVQFTEHF