| New model in OGS2.0 | DPOGS214797 |
|---|---|
| Genomic Position | scaffold806:+ 29628-34769 |
| See gene structure | |
| CDS Length | 2739 |
| Paired RNAseq reads | 807 |
| Single RNAseq reads | 1829 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA012108 (5e-78) |
| Best Drosophila hit | tat-like (3e-58) |
| Best Human hit | trimethylguanosine synthase (3e-66) |
| Best NR hit (blastp) | prip interacting protein, pimt [Culex quinquefasciatus] (2e-109) |
| Best NR hit (blastx) | prip interacting protein, pimt [Culex quinquefasciatus] (1e-114) |
| GeneOntology terms | GO:0016740 transferase activity GO:0008168 methyltransferase activity GO:0005737 cytoplasm GO:0005634 nucleus GO:0005515 protein binding GO:0006350 transcription GO:0045449 regulation of transcription GO:0009452 RNA capping GO:0001510 RNA methylation |
| InterPro families | IPR019012 RNA cap guanine-N2 methyltransferase |
| Orthology group | MCL16680 |
Nucleotide sequence:
ATGTCTGAGTATTATAGTCACTATCATCGGTGGGAAGCTTTAGCAGAATTTAATTTTTAT
ATCGACGAAAATGAAGAAATGTACGACGACAACTATATTTATTGTTTATGTAGCCGTGCT
TTTATAAGGGATGTCAAGACATATTTGGGAGACAAAGAATGTGGAAGCGAGAGTGATGCT
GAAGTGATAGAGTCCCAGGTGGATGATCAGTCTCATGTGCATTTCTCTGTGGATACATCA
TATAAAGTGAAGTGTGAGAAAGATGAGAGCGCCAGCTGTTATTGTAGCGCATCACACACA
GAAAACTATTGTTCGACCGACGAACTTGATCCGTCACATATTCACAACTACCCCTCACAT
CCTCTACAACCAAGTGATAGCGGAGCTGATCTCACATATCAAGATTGTCATTCCGATTAC
ATTACGCATGATAAAGTCGAGAGAATCGATAAAGAGTTCTCAAATGACTCTGATACCAAT
GAAAATTATTTATCACAGGATACATGGGAAAAATTTTGGCAATTTAATGGCGAGAGGATC
ATTTGGGCCTCTTGGATAAAGAAGTACAGTGACTACATCAATCCATCATATCTAGAGGAA
AACAATGATCTCATCATGGATGACTATACTGTACCGAAACAATCTGCGGAAGCTATTTGC
AACCACGTTGAAAGTAATGGAGCGGAAAATGAGAGAAGGGAAAGGAAATTTTCATATGAC
TCCAAAGTGAATCCGTATAAGACTAAAGAATCTGTTGAAGACAGAAGTGATAAAAATAAT
CAAAGCGCAAACAAAGACGACGCATTGCGTAGACGGCGGTCGTTGTCGGAACACGATCGT
ATACTTAGTCCTTGGACGCTAACAGGAACTGACTCAATGACGAATGTGACAAAACTTACA
TTGTCCAGTTACAATGTCACTTCGAGTCACGTGACATCCGAGTCCACACCTACAGGCGAA
TATAGTATGTCCTCATCGACATCTTCCGATGACCAATTCAATGATCAGACCAGAATACAA
AATATTGAGGAATATAATGAAGAAGTATCAGAAGAGATAGACACAGACGATTATTGGCAG
TTCCTTTGGAAAAAACATTTCGGGGAGCAGTATGCATTGCATTACGCTAAATATATAGAA
TGCTACAGTGAACTCCAAGCAATACAGATCAATACGAACGACATTGAAAACAAAATCGAA
GAAACCAAAGTGATTGATGGTGAATGCGAAAATAGTGAGGGCAATTCACTAGAAATGCCG
TCGGTGATCGAAGTTCAGACACAAATCAATCAAATCAAATTAGAGGAAAAAGTTTCGAAA
CCGAAAAAGAGAGGGAAAAAAGCTAGCAATCGCGTCATAAGCTCGGTCGGAGTTTTGTTG
CAGAATCTTCTAAGAGATCAGAAAGAAAAAGAGGCTAATGAACCGATAGATGCGGGTGAT
GATAAAACAAAAACCGGTGATAAGGGTGATACTGTGGAACTAAAGGTCGAAAGCAGAACT
AGTATTAATAATTCTCAAACCAACGCCAGCGTTGTCCAACATAATGACGAGGGAGACGGC
AACGATCCCCATGAAGATAGACCAACTACTTTGAAACGAAGTCATCAATTGGACGAAGAC
GACAGTTCGGAGAAGATAAAATCGACAATAGAGATGATGGGTTTTTCAGTGGACCCAGAG
AAAATACCGAAAGGTGAATTGATTTATAGGAATAAATTTGGTAAACTCCGTCCGCCGCGA
TACAAGAAATTCGCTACGGCCAGAAAAACTTACTTCGATGACGACGGTAATTCATACACA
TTTGACGAGAAACCGTATCAGAGCCAAGAATCACAGGACGATTGTGAAATGCAAACAGAC
GAAGATGGTCCCGAAATACAATCGGATGTTGAAAAAGTTAAAAACGTTGAAAATGAGGAG
AAGAGATCTATGAGCAAGAAATCTAAAGATCGTAAGACACTTCAAAATGTCCGTGAGGCG
GATGTTAGTGTAGATTTGTCCGAAACAGTAATAGATGAGACGAAAATAGAAAATCCCGAA
GGTTTAACTTTGGACCAAACAAAACGCAAACGTCGGCAAAAGAGGTATAAAAATGAAGAA
GAATCATCAGACATGCCGGAAGAATTGAAGGGGGAACCTAAGATGCTCAAGTATTGGAAG
AAAAGACACTCGCTATTTCATAGGTTTGATGACGGCATCCGTTTGGATCGCGAGAGCTGG
TTCAGCGTGACCCCCGAAAACGTAGCGCGACATATAGCCAATAAGTGTCAATATGATGTG
GTCGTGGATGCCTTCTGTGGAGCCGGAGGAAATACCATACAGTTTGCTAAAACCAGCAAG
AAAGTCATCGCAATAGACATAGATCCAATAAAGATAGAAATGGCAAAGCACAACGCGGCA
GTCTACGGCGTCTCCGACAGGATACAGTTCATTGTTGGTGATTTCTTCGAATTAGCGCAC
ACGCTGACAGCTGATATGGTGTTTTTGAGTCCACCCTGGGGTGGGCCTAGCTATTCTCAG
AACACAGAATACTGTATAGAAACAATGCTGGAACCCAAACCGGCCTCAGAGCTGATGAGA
GTGGCGCGTCACATTAACACTAACGTCACATTGTATCTGCCAAGAAATACAAGGACGGAA
CAGATATTGTCATTGGCACAAGAGGCGGGTGGGTCTGTGGAAATAGAACAGAGTTTTCTT
GATAGAAGATTTATTGCTATTACAGCATACTTTTATTGA
Protein sequence:
MSEYYSHYHRWEALAEFNFYIDENEEMYDDNYIYCLCSRAFIRDVKTYLGDKECGSESDA
EVIESQVDDQSHVHFSVDTSYKVKCEKDESASCYCSASHTENYCSTDELDPSHIHNYPSH
PLQPSDSGADLTYQDCHSDYITHDKVERIDKEFSNDSDTNENYLSQDTWEKFWQFNGERI
IWASWIKKYSDYINPSYLEENNDLIMDDYTVPKQSAEAICNHVESNGAENERRERKFSYD
SKVNPYKTKESVEDRSDKNNQSANKDDALRRRRSLSEHDRILSPWTLTGTDSMTNVTKLT
LSSYNVTSSHVTSESTPTGEYSMSSSTSSDDQFNDQTRIQNIEEYNEEVSEEIDTDDYWQ
FLWKKHFGEQYALHYAKYIECYSELQAIQINTNDIENKIEETKVIDGECENSEGNSLEMP
SVIEVQTQINQIKLEEKVSKPKKRGKKASNRVISSVGVLLQNLLRDQKEKEANEPIDAGD
DKTKTGDKGDTVELKVESRTSINNSQTNASVVQHNDEGDGNDPHEDRPTTLKRSHQLDED
DSSEKIKSTIEMMGFSVDPEKIPKGELIYRNKFGKLRPPRYKKFATARKTYFDDDGNSYT
FDEKPYQSQESQDDCEMQTDEDGPEIQSDVEKVKNVENEEKRSMSKKSKDRKTLQNVREA
DVSVDLSETVIDETKIENPEGLTLDQTKRKRRQKRYKNEEESSDMPEELKGEPKMLKYWK
KRHSLFHRFDDGIRLDRESWFSVTPENVARHIANKCQYDVVVDAFCGAGGNTIQFAKTSK
KVIAIDIDPIKIEMAKHNAAVYGVSDRIQFIVGDFFELAHTLTADMVFLSPPWGGPSYSQ
NTEYCIETMLEPKPASELMRVARHINTNVTLYLPRNTRTEQILSLAQEAGGSVEIEQSFL
DRRFIAITAYFY