| New model in OGS2.0 | DPOGS213097 |
|---|---|
| Genomic Position | scaffold1526:+ 24005-32056 |
| See gene structure | |
| CDS Length | 3264 |
| Paired RNAseq reads | 920 |
| Single RNAseq reads | 2083 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007470 (3e-27) |
| Best Drosophila hit | Daxx-like protein (1e-06) |
| Best Human hit | death domain-associated protein 6 isoform a (1e-10) |
| Best NR hit (blastp) | conserved hypothetical protein [Culex quinquefasciatus] (6e-28) |
| Best NR hit (blastx) | GK18723 [Drosophila willistoni] (1e-19) |
| GeneOntology terms | GO:0005634 nucleus GO:0008134 transcription factor binding GO:0016481 negative regulation of transcription GO:0016605 PML body GO:0031396 regulation of protein ubiquitination GO:0042803 protein homodimerization activity |
| InterPro families | IPR005012 Daxx protein |
| Orthology group | MCL11191 |
Nucleotide sequence:
ATGGCTAGTGAAGATGTTATTGAGTTGGGATCTTCTGATGATGAAGCTGAACCAGCTCCA
AAGAAGAGAAAACCGATGCCCAATGCCATGGTTGTTATCCCGAATAAGTTTCCTGGTTTA
ACTATTAAACCATCTCATTCAAATCAGTTTCGTAAACAGAAGGATATTTTAAATAAACCA
ATTATATTTAATAAATTGGTAAGTAATGTAAATTCAAATGTTCATAGGAAAAAAGTAGTA
ACTGGGTCTCTCCAATCTCCACTTAAAAATTATACTACTACCAAAATTGTGAAAACTGCA
ATACCTATACAAAACAAGTTCTTAAACCCATTGAGTATTGCAAAGAATTTATTTAATAAT
CAAGTATCAATTCCTAAACCACAAACAAGAGGTTTAAAGAAACAAACAGAAGCTAAAGGC
TCAAGCCTTTTAAATAATTTACCTCCAGGTATTACTATTAAATTAGTACAGAATTCTTGT
CCACTAGTTAATCAAGACAAAATTAGGACATCCCAAAGTACTGTAGGAGAAGTATTGACT
GTTGAAATAGATGATGAGGAGACATCTGAAACATCAACATCAAGCCCACAGTGGTATATA
CGACCCGAGGATCAAGTAGATGAGAATGAAAAAAAAATTGAAGACAACAATGAACTTAAA
GTAGAAACTTCAATACAAGAACAGAATAACAAAGAGCCTGACAAATCTAAATATGTTGAA
ATCACAATAGAAGATAGCCCTTTAAAGCCTCTAACACAAAAACAGGACAGTGAAATTGGT
AAAGAGCTGGCGATTACAATTGAAGACAGTCCCGCTAAACCTACACCATATAAGTCTAAT
AACGGGGATGGTGATTTTGAAAACAGGAATATCAAAGAACCTCATAGTAAGAAGAAATTA
GATTATCCCAAAGAAAACAACGACGAGAGACAGGTTGTTGAAATAGAAATAGATCTTAAT
GATACTAGTTATTCTGAGATAAAGGAAAATGATGATAGTACTGAAAAATGTCAACAAATT
GATACCAGAAATGAAACACAAAAATGTAAAGGAATTGATACACCACCAGTTGGCACTAAA
TCTGAGTGTAATGAAGCTAAAACAAATAATTCTGAGAATTCTATTGAAAGTAAAGTTAGC
ACAGAAATAAGTGATACTGAATTCCATCCTGTGTATCAGAATTTCATCGACATATGTTTT
GAACTAGAAAATTCTGATGATATGAAAAAGATAGTTGATAAGAAAATTAAAGCGTATTAC
AAACAGTGTCCAAAAGTATATGTTGAGTCTACCGATTTTATAGATATGGTCTCCACAAAA
ATAGTTTTGATGAAGGCCAGTCCAGAAAAAATGTATTTGTATATAAAAGATGTTGTGGAT
GAACTTAATTTACAAAGAAAAATGGCCAAATCTGCATGTACTACGGAAGACACACAACAA
GATCCAGCAAATACTTTACCTGCTGAATCTGAGCGAGACAGCAAGAAAATGATACAGATT
CGAAAACTGGAGAAGACTATCAAGAAATTACACAGAGCAATACAGAAACTCGAGCAGCAA
GAGGTTGACTTTGATGATGACGAGGATTCAGTTTATTTATTGACAGAGAGATATAAAGAA
CGCATGGTACGAGTTCATAAGAAGTTTTGTCAGCTCACCAACACGAAGATGCCATCGGAA
CCAAGGATACACATTGAATCAAGACCTGGCCGTCCTACAGGTCCAGCAAAAAGAGTAGAG
AAGTGGATCAATAAGAAAGTGCCTATTGGAGCTCCATTACCATTCCCAGATTTTCATGAT
GTACTACATTGTGTACGTGACGCCAATGACGATGATAGACTGGGATGGAATGAATATGAA
ATTATGGAGGAAGCGAGAGATTTGTTTACAAGATGTGGCAAGAAACTTCAAAGACGGCGA
CAAGAGAATGAATGGAGATTAGCTGTGTCAAGGATTACACAAGTATTGGATCCCGCAGAA
GAAAATATTGATTTGAAGAAACGGCTAGAAGAAAACGAAGCTTTGGCCACGTCTAAAGAA
TTAGAACTATTTAAAAAATTTGTGGACAAACAAAATCAACTGAAACTAGAAGCCGTCGAA
ATCGGTGATAAAGAAGCAGAAGAGTCACCATTGGAGAGTGATGATGAAGAAGAAGTGGTT
GAAAGTAAACATTCGGCAGAAGAAAAACAGAAGAGAAAGGAAAAGATTAAGGAGCTGCTG
CAGGATAAAGGCAAAAAGACTTTAGAAGAGGAAAACTACGTTGATTCTATAAAAGAAAAA
GATAACACTGGAGTAGAATCTGCTGAAAAACAAGATGGAGTTGATGGAAATGAAGACAAA
CACATGACAGGAACTAATCTAGAATCTAAAGAACAATATGAAACTAAAAATGAAGACGGA
AATAGTGAAGTTACTGATGAAAATATCGATAAGATAGAGCAAGTAGACGGCGGTAGTGAG
AGTGATAAAGTTGAATCCGATGTTGACGAATTACATTTATATCAGGAATCACGTAAATGT
CATGACGACGAAGCGAATAGTTCGGCTCTGGAGTCCTCTGACTCTGAAATACCAATCGCG
ATTTCGGACACCTCAGAGTCGGAGATCGAAATGGAGAATGATAAGAAAATGAGTGACATA
ATCAGCATTGAAGATTCTAGTTACTCGGAGTCAGAATCTACTTACGATAGGTTTGCTTGT
ACGAAAAATGATTATATTTTAGGTAATGTTTATGGTGAATTTGAATATTCATGCATGGGC
GTCGTTGAGTCCAAACAGGATGAAGTTGTTCTTGATGAAGATGTTGTTTTGGAATCATCA
GACGAGGAATCAAATAAAGATGTGGCTTCAGGAATCGGTGACACTTGTATTAATTTAAAA
GATGATAATATATCGATCTCAGAAACAATTGTAGATGGGGAAAGTATGGAACAAGATATT
AGTATTAATGAAATAAATGGTACATTTGACAATAACAATGAATTGAAGGCATGTGTGGCA
AATTCAACAAGTAGTGAAAGTGAATTGATCATACAAGAATGCTCTGAAAAAGTTGGAAGT
GATGTTTTAAACAGAGTTCATGCAAAAGAATTCCCAGAATCGGCTGAAATGAAAAATGTA
CCGGATGAAAATTCAATTGTTCGAATGGAAACTGGTGTTAATGAGGATAAAGGGCAGTTT
CAGAATTGTAGCACTTTGGCGACCCAAGAGGTTGTTAGTAGTCACTGTGAAAAAATATCA
GAAACAGTGCAGCCAATAAGTTGA
Protein sequence:
MASEDVIELGSSDDEAEPAPKKRKPMPNAMVVIPNKFPGLTIKPSHSNQFRKQKDILNKP
IIFNKLVSNVNSNVHRKKVVTGSLQSPLKNYTTTKIVKTAIPIQNKFLNPLSIAKNLFNN
QVSIPKPQTRGLKKQTEAKGSSLLNNLPPGITIKLVQNSCPLVNQDKIRTSQSTVGEVLT
VEIDDEETSETSTSSPQWYIRPEDQVDENEKKIEDNNELKVETSIQEQNNKEPDKSKYVE
ITIEDSPLKPLTQKQDSEIGKELAITIEDSPAKPTPYKSNNGDGDFENRNIKEPHSKKKL
DYPKENNDERQVVEIEIDLNDTSYSEIKENDDSTEKCQQIDTRNETQKCKGIDTPPVGTK
SECNEAKTNNSENSIESKVSTEISDTEFHPVYQNFIDICFELENSDDMKKIVDKKIKAYY
KQCPKVYVESTDFIDMVSTKIVLMKASPEKMYLYIKDVVDELNLQRKMAKSACTTEDTQQ
DPANTLPAESERDSKKMIQIRKLEKTIKKLHRAIQKLEQQEVDFDDDEDSVYLLTERYKE
RMVRVHKKFCQLTNTKMPSEPRIHIESRPGRPTGPAKRVEKWINKKVPIGAPLPFPDFHD
VLHCVRDANDDDRLGWNEYEIMEEARDLFTRCGKKLQRRRQENEWRLAVSRITQVLDPAE
ENIDLKKRLEENEALATSKELELFKKFVDKQNQLKLEAVEIGDKEAEESPLESDDEEEVV
ESKHSAEEKQKRKEKIKELLQDKGKKTLEEENYVDSIKEKDNTGVESAEKQDGVDGNEDK
HMTGTNLESKEQYETKNEDGNSEVTDENIDKIEQVDGGSESDKVESDVDELHLYQESRKC
HDDEANSSALESSDSEIPIAISDTSESEIEMENDKKMSDIISIEDSSYSESESTYDRFAC
TKNDYILGNVYGEFEYSCMGVVESKQDEVVLDEDVVLESSDEESNKDVASGIGDTCINLK
DDNISISETIVDGESMEQDISINEINGTFDNNNELKACVANSTSSESELIIQECSEKVGS
DVLNRVHAKEFPESAEMKNVPDENSIVRMETGVNEDKGQFQNCSTLATQEVVSSHCEKIS
ETVQPIS