| New model in OGS2.0 | DPOGS206108 |
|---|---|
| Genomic Position | scaffold48:+ 169192-176984 |
| See gene structure | |
| CDS Length | 3750 |
| Paired RNAseq reads | 13025 |
| Single RNAseq reads | 31112 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA004315 (3e-07) |
| Best Drosophila hit | Dodeca-satellite-binding protein 1, isoform E (0.0) |
| Best Human hit | vigilin (0.0) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC012484 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC012484 [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0005701 polytene chromosome chromocenter GO:0005634 nucleus GO:0000792 heterochromatin GO:0003697 single-stranded DNA binding GO:0003696 satellite DNA binding GO:0007059 chromosome segregation GO:0030261 chromosome condensation GO:0031507 heterochromatin formation GO:0005811 lipid particle GO:0003730 mRNA 3'-UTR binding GO:0045727 positive regulation of translation GO:0030529 ribonucleoprotein complex |
| InterPro families | IPR004088 K Homology, type 1 IPR004087 K Homology IPR018111 K Homology, type 1, subgroup |
| Orthology group | MCL15179 |
Nucleotide sequence:
ATGGTTGGAGACATGATACCCGTACATTCTGAAATACCCGTGCATACAGAGGAGATGAAT
AATGTTGGCTACGAGTCCAATAGCAACTCGTATGCTTATGATGACCTGTTCCCGGCTTTG
CCTCACTCGCAGGCTCCAGTCCAACGCAACCTTCAACCCATCAGCAACAAACTGAGGGTT
GGATCCTCTCTTCATACTCAGGTTTTCCACGTGCCGTATGAAGAAAGAAAACTGGACAAC
GCCAATACTTTTGGCGAGGGCGAGTCGTTAAGGACATGTCAGTCTATTACTAAGGACACC
GGCGCTCATATTGAAATATCAACTAGCAAGGATGGAAGCCTGACATTCCTTATTACCGGA
AAACATAGTGCAGTCCTAGATGCAAGGCGTTTGATCCTTACCCACTTTCAACAACAGGCG
AGCAAGCAAATTTCTATTCCCAAGGAGCATCATCGTTGGATCCTTGGAAAGGGGGGTCTA
AAGTTAAAAGAGTTGGAGAAAATGACGGCTACTAAGATCAGTGTTCCTGGAATAGCAGAT
AATAGTGAAGTCATCACTATTACCGGAACCAAAGAGGGAATTGAAAAGGCTGAACATGAA
ATTCGTGTCTGTTCTGAGGAACAGTCCCGAAAAGCTCTGGAGCGTATAATAGTCCCGAAG
ATCTATCATCCCTTCATCCAAGGACCATTTGGTGAAACGGCGGAAGCTTTAAGTTCTGAG
ACCGGCGCTCGTATACATATTCCACCGGCTTCAACCAAAAGTAACGAGATCGTTATTGCT
GGTGAAAAGAACGGTGTGCTGGCAGCCAAGGCTAGGATCGAGCAGATTTATGAGGAGATG
GCAAAAAAATGTTCAACTGTACGTGTCGAAGTGCCTAAGTCGCAGCACAAATACGTTATT
GGATCTCGCGGAACTACTATCCAAGAGATTTTGAAAGAAACGGGTGTTTCTGTGGAAATG
CCACCTCCGGATTCACCCACGGGTACCATTACTTTACATGGTCCTCATAACAAGATTGGT
CTTGCTCTATCAAAGGTGTGTGAGAAAGCAAACTCTGTGAAAACTGCAACCGTTGATGCA
CCTACCTGGATTCATAAGTACATAATTGGAAAGAATGGCTCTAATATTAAGAAGATTACT
CAGGACTTCTCAAAGGTGCACGTAGACATTACACACTCTGAAGATAAAGTCAAAATTGAT
GGACCTCCAGAGGAAGTTGAACGCGTCCAAGTGGAATTGGATAACTTTGTGAAGAACTTG
CTTGCTACACATACATATGTGGAGTTGACTGTTGACCCTAAATTCTTTAAGCATATCATT
GGCAAAAACGGAAGTAACATTAATAGACTGAAGGTTGAGACTCGTGTAGTTATAAATATT
ATTGAGAGTGAAGGCAACAATGTTATACGCATCGAAGGCAGCCATCAAGGTGTCGACGAC
GCTGAAAGAGAACTGCGCGAAATGGTTATGAAGTTAGAGAACGAAAGGACGAAGGAAGTC
TTTGTTGACCACAAATATATTAAATCATTAATAGGAGTTAGAGGTGACAGAATAAAGGAA
ATTCGTGAGAAATTCGACCGAGTACTCATATCACTACCGGATCAAGGTCAAAAGAGGAGT
CCCATCAAACTCCGAGGACCGCAGGAGGATATAGAAAAATGTGAATCACACCTCCATAAA
CTGATGAAAGAAATTGCCGAATCGTCTTACATACAAGAAGTGCCTATCTTCAAACAATTC
CATAAGTTCATTATCGGTAAGGGTGGTGCTAATTTAAGAAAGATAAGAGACGAAACACAA
ACGCAGATCGATCTGCCTGCTGAAGGGGACGACAGCGATGTTATTACAGTGAGAGGTAAA
CGTGAAAACGTAGAGGAGGCCGTTAAAAGAATACAACAAATCCACAACGAGAAGGCGAAC
ATTGTCACAGAGGAGGTAACGATAGCGCCTAAATATTATAACTCACTGATTGGTGCTGGC
GGTAAACTTATACATTCTATTATGGAAGAGTGTGGAGGTGTTCTAATAAAGTTCCCACCA
GCCGAGAGTGATAGCGACAAGGTTGTGATAAGGGGACCGATCGAGGACGTGGAGAAAGCT
AAGCAGCAGTTGTTAGCACATGCTTCGGAGCGCGAATTGACATCCCACACGGCCCACGTG
CGAGCTAAACCAGAGCATCATAAGTTCCTCATTGGAAAGAATGGCGCTAACATCAAGAAG
ATCCGCGAGCAGACTGGCGCTCGTATCATTTTCCCTACTGAGAAGGATGAGGACAAAGAA
GCCATTTTCATCATTGGTCGCGAGGCACAAGTGGAGGAGGCACGAAAGCAGTTGGAAGCC
GCCGTTGCTGAAATCAGCAACGTGTCCGAGGGTGAGATGGCCGTGGACCCGCGCCACCAT
CGACACTTCGTGGCTCGACGTGGAGAAGTGCTGAGAAGGATCGCTGAAGACTGCGGGGGA
GTCCAGATATCATTCCCACGACAGGGAGTCAACAGCGATCGCGTTGTTCTCAAGGGGCCT
AAGGAATGCATTGAGGCTGCCAAGAATCGGATCACCGAGATCATTGAGGATCTGGAAGCG
AAGGTTACCATTGAATGTATCATTCCACAAAGACATCACCGAACGGTGATGGGGGCGCGC
GGTGCCAAGGTGAAGGACATTACAGCCGAATTTGATGTTCAAATCAAGTTCCCTGAGCGA
GACCTCACTGAGGGTGCTGATATTCCACTAAGAAACGAAGATAACGCTGAACCAGGACAA
AATGACATCATCAGAATAACTGGACGGCCGGAGAATTGTGAAGCGGCCAAAAAAGCTCTG
CTGGACCAAGTTCCTATTACAATTGACGTTGAAGTGCCAAATGATCTTCACCGTTTGCTC
GCCGGTCAAAAGAGGAGGGAATTGATGCAGACCTATGACGTTCACATTCTAATGCCACCA
CCTAATGAAGAAGCCTCTGATATTGTGAAGGTCACCGGTACACCTACAAATGTTGAGAAA
GCAAAGGTGGCACTTGCTGAGAAGATTGTAGAGATGGAGAAAGAAAAAGAAGATAGGATT
CTAAGATCGTTTGAGCTGAAATTCAAAGTGGACCCTGAATACCACCCTCTTGTTATTGGT
AAAGGTGGCTCAGTGATTACTAAGATTCGCACAGATTACGGAGTACAAATAAATCTACCA
AAGCGAGGTGAACCCGATGATGATATTATCACCATACAAGGATACGAAGATAAGGCACAT
CAAGCCAAAGAAGCCATTATGAATATAGTTCACCAACTTGATAACCAATATCGTGACGAG
GTGGACATCGATCCCCGCGTCCATAGAAGACTGATAGGTCTACGAGGAAAGAACATAAGG
CGCATTATGGACGAGTACAAAGTTGATATTCGTTTCCCGAAACAAGGAGACGACAGCATC
GTTATAATAACCGGTGATGAAGACAACGTTCTCGACGCCAAAGACCACCTTCTCAATCTA
GCCGAGGAATACTTGCAAGACGTAGTGGACCGCTACCAGAGGCCGGCCGGTCCATCTCTG
GGCGATTTCGGGGACGTTCTCAACACTGAGAATACAAATAACGGCGGCGCTGCTGCCGTT
CAGCCGTCCGGCGGGTTCGTGGTGAAGGGCGGGCCGTGGGAGCAGCGCGCCCCCGACACA
GCCTCCACCCACGAGTTCCCAACAATGCCGGGAGCTCCACGAGCGGCGGCAAACCCCACA
CCCTCCTCCGCGTGGGGCCCTCGCCGCTAA
Protein sequence:
MVGDMIPVHSEIPVHTEEMNNVGYESNSNSYAYDDLFPALPHSQAPVQRNLQPISNKLRV
GSSLHTQVFHVPYEERKLDNANTFGEGESLRTCQSITKDTGAHIEISTSKDGSLTFLITG
KHSAVLDARRLILTHFQQQASKQISIPKEHHRWILGKGGLKLKELEKMTATKISVPGIAD
NSEVITITGTKEGIEKAEHEIRVCSEEQSRKALERIIVPKIYHPFIQGPFGETAEALSSE
TGARIHIPPASTKSNEIVIAGEKNGVLAAKARIEQIYEEMAKKCSTVRVEVPKSQHKYVI
GSRGTTIQEILKETGVSVEMPPPDSPTGTITLHGPHNKIGLALSKVCEKANSVKTATVDA
PTWIHKYIIGKNGSNIKKITQDFSKVHVDITHSEDKVKIDGPPEEVERVQVELDNFVKNL
LATHTYVELTVDPKFFKHIIGKNGSNINRLKVETRVVINIIESEGNNVIRIEGSHQGVDD
AERELREMVMKLENERTKEVFVDHKYIKSLIGVRGDRIKEIREKFDRVLISLPDQGQKRS
PIKLRGPQEDIEKCESHLHKLMKEIAESSYIQEVPIFKQFHKFIIGKGGANLRKIRDETQ
TQIDLPAEGDDSDVITVRGKRENVEEAVKRIQQIHNEKANIVTEEVTIAPKYYNSLIGAG
GKLIHSIMEECGGVLIKFPPAESDSDKVVIRGPIEDVEKAKQQLLAHASERELTSHTAHV
RAKPEHHKFLIGKNGANIKKIREQTGARIIFPTEKDEDKEAIFIIGREAQVEEARKQLEA
AVAEISNVSEGEMAVDPRHHRHFVARRGEVLRRIAEDCGGVQISFPRQGVNSDRVVLKGP
KECIEAAKNRITEIIEDLEAKVTIECIIPQRHHRTVMGARGAKVKDITAEFDVQIKFPER
DLTEGADIPLRNEDNAEPGQNDIIRITGRPENCEAAKKALLDQVPITIDVEVPNDLHRLL
AGQKRRELMQTYDVHILMPPPNEEASDIVKVTGTPTNVEKAKVALAEKIVEMEKEKEDRI
LRSFELKFKVDPEYHPLVIGKGGSVITKIRTDYGVQINLPKRGEPDDDIITIQGYEDKAH
QAKEAIMNIVHQLDNQYRDEVDIDPRVHRRLIGLRGKNIRRIMDEYKVDIRFPKQGDDSI
VIITGDEDNVLDAKDHLLNLAEEYLQDVVDRYQRPAGPSLGDFGDVLNTENTNNGGAAAV
QPSGGFVVKGGPWEQRAPDTASTHEFPTMPGAPRAAANPTPSSAWGPRR