| New model in OGS2.0 | DPOGS211809 |
|---|---|
| Genomic Position | scaffold2324:- 9475-15819 |
| See gene structure | |
| CDS Length | 5901 |
| Paired RNAseq reads | 1288 |
| Single RNAseq reads | 3393 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006134 (0.0) |
| Best Drosophila hit | lethal (2) k09022 (8e-141) |
| Best Human hit | HEAT repeat-containing protein 1 (4e-152) |
| Best NR hit (blastp) | PREDICTED: similar to bap28 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to bap28 [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0005488 binding GO:0043487 regulation of RNA stability GO:0000462 maturation of SSU-rRNA from tricistronic rRNA transcript (SSU-rRNA, 5.8S rRNA, LSU-rRNA) GO:0043066 negative regulation of apoptosis GO:0042254 ribosome biogenesis GO:0005634 nucleus GO:0030529 ribonucleoprotein complex GO:0006364 rRNA processing |
| InterPro families | IPR012954 BP28, C-terminal IPR022125 U3 small nucleolar RNA-associated protein 10 IPR016024 Armadillo-type fold IPR011989 Armadillo-like helical |
| Orthology group | MCL14671 |
Nucleotide sequence:
ATGGTGCTTATCTTACCTTATCATGAGACTAAGATATTTATAAGGTTTGTTCAAATTTTA
GACATCAAACCTAATTCCAGATGGAACTGGTTGGAACCAATCCAGAAAAAGGGTATTCCA
CTCACTAAGCAGGTTCTTCATAATCAATGTGTATCAAATACGGCCACTCTTCAGTTTATA
GCTAAAACAACATCAAATTTTGTGACTGAATTTGGAGAAAGAGCCACACAATTGAGTACT
GTGTTTGCATTTTTCTGTTCAACAGCTATTGGAGCCATAAACACTGCTAAATATGTCACT
GAATCTATAGTGAATGCACTGTTACCGACTATTGTGAAGGGTTTGGATTCCACTATAGCG
GACTTTAGGTCATCCGCTTATGTAGTATTGGGATATCTATGTACTAAAGCCACTTTGAAA
AAGAAGACTTTAAATGAGTTAACAGTCCGATTACTCACTTCTGAGTACGATTTATCGTAT
GATGCTATTTTACTTATCAATTTGATCTATACTAATCAGAAGCACTTAACGAAAATGCCG
CTCGAGGTTCTGAGTAACATTTCAGTCGATGTCATGAACGATATATGCAAACATTTGAAG
AAATTGGTCGAGTTAAAGATAAACATCCAAGCGTTCAGTTTAGCATTTCTATCGAGTGTC
TTAAATATCGTACAGAAAGACATTGAGAACTTTCGTTTGTATTGTCAGTTGCCTGAAATA
TTTGTTGACGAGGTCGATCATAAAAATCAGCAACCTGAAAAAATTGTAAGATGTATATTG
AGTTCATTGCATGCCTCAAAAGATAGCAATAACGGAGACGAAAGTGACATTGAAATTATT
GATGAAGACGACGCCTTCTCAAATAAAATAACATCCTGGTATTCACAGTTTTTGAAAAAC
ATAGAAAACAAATATCCTGATGTATTTGATAAGGTCATAAAGAAAGAAATGAGCTCAGAA
TCAAAAATTTCTATACAGAAAAGGGTCCAACTATCAAAAGTACTAGGATTTAAGCCCGCC
GTGGCTCATAAAGTAGGTGGTACTTATTTATTCGAGAATTTAAATCACATTAATCCAGAA
ATGAGAGTTGAAGCGGTCAATTATATAGCAAAGGAATTTGAATTTTTGAAGATAGAAAAT
TTAGATTTCGTGAAGGATTCCATCCTGAGTAGGTTGGAGGATGATGACATAGATGTTGTT
GATGCAGCTTTGGACATCTCGAGCGAACATCTCAAAGAAATATTAAACGAAAATGATCTA
GCAAAAACATTTGTTCGCATAGTTACAAAAGACTCAAAAAAATGGCGTCCAGTTATAACA
AAGGCTATACTCAAATTCTGTTCCATAGACACATTCCCAATTAATCAGGAAATAGTGCTG
GCAATATTTCCATATTTGTTTTCAAATGAAACAGAATCAGCAGAGATCACATATAAAATA
TTGTCTTCCTCTTGGGGTAGAAGATTTGGATTTGAGGAAAAAGTATCGAAAATCAATCAA
TCTATGAGTGACAATTATGAATTATTGAACCAAATAATTTTTGGAATGTTCTTTGTGGAT
AGGTCTATTAATGTTGGTGGGATACTTGATATAAATCTACTGAATAAAGATAACACTCTC
GATATGTATGTTTTTATACTGCTCAAGTTTTGTTCTCCGAACGGAGTATCGGTACAAGAT
TCTATGGACATCCTGAATTTAATATTGAAATCTGTCGAAACGAGAGCCATTGTTTCAACC
GTTGAAAGCTCATCTTTTGCCTCCGATTCAATGACAGAATTCATGAAACTTGCTAGAAAA
GATAAAATTGTATTTGAAGTTTTGTTGTACATATTCTCGAGGATCATAGAACAGTTAGAT
CAGAAATCTGTTACTACGCCGTGGTGCAACATTCTGGAGACGCCAGAAAGGATTCTCATC
AAACAGTTGTATGAAATACTCATTACTGGCTGTGGGATTTCATTATATGGGAAACATTAC
GCTGGCTTGCTACAAAAACTTCTGGAAAAATTATTTAAAACCCCCAACGAAAGATTCGAC
TTCATAGCTAACATAGCATGCGGGCATATTTTATATGCCGTTGATCCAAAGGACGTTATA
AGCCCGGAACTTCAGCTGAGAAGTTTAAAACTAATGACCAATTTTGTATCACATCAAAAT
GATTTCACGTGGATCTGTGACTCCGATGCTTTTATTTTATGTATACTTTTGGATTTAAAT
CACTCCGTTTTATCCATAAGGAAGTGCACGATTGACCTCATTCAAAAACTTTTGAATAAA
AACAATGCTGAAAAAAATATTTATGTGGAGTTGCTCACAGCGTTGATGTCACATTCAGAG
GAATTATTACTTGATAATGAACAACTGCCCCAAGCTCTCAAGACTATTCTCAGCCAACCA
TTTGGAGGCCATAAAGTATTTAGAAGGAACTGTTTGCTAAAATTATCAGGAATATTAAAC
GGAGACGCTCCATCTCACGTCAGATACAGCTTAATAAGAGTTCTATCATCTATAAACAAT
ACCGCTACTTTCACTCTTATATTGCCAGCCCTAAATGGCTTAGAGGAACTTATTAAACAA
AATGAGCTAGATAAGAAATTTACGTTCGATATATACGATTCGAGTCTCATTAGCTCTGTT
TATAGTAAAATAAACAAAATCACAGCAACAACCTTCGACCAAGAAAATGTCTGGAAATCT
ATCGAAATCGGTTTGAAAGAATACAGAGAATGTATTCTGAACATAGACCAAACTTTTGTT
AGTCCATGTGTGATGATGTTGAAACAGATCAATGAAGAAGTATTTTCAAAAGTTCCCGAT
GAAAGAAAAACCCAACTGATCCATCTCATTACTTTCGCCGGAACTTTTAGTAACAATCCC
AACATATCGAGTGCGGCTTCAAAAGTCATGAAGAAAATACATTTAAATTTCAAAGATTTC
AAGCCTATCCTCGATGGAATGCTGAACGCTGCGGATCCCGCTGGCAATGTGTCCAAGAAA
AAGAAGGCTACGGTTTCTATGCTTTCGTACCAACTTTCTGAGACGGACGAGTGGCGTCTC
GGAGTAACAATTTTAGAATATGTCCAGAATAAGAAAAAAATGACTGTGGATAATTCGTTC
ATATCATTGCTATTTCAAATTCTAAACAAGTGTTTGCGGTTTGAAGAACAATCTTACGTG
GAATATACGAAACAATTAATACTTTCATCTCTATGGTATTTCTGTAAGAAATTCGGAAGC
GAGACCGATAAAGAGGAGCTTAAAATGCTGAAAGGCTTATTTGATATTGAATTGGTTGTG
CAATGTATCCGAGGAACGCAGAATCCACAAACGCAACATCATGCATTAATCTTGTTGTCC
CACGCTGCGTACATGCTACCAGAACAAGTCCTACATCATACGATGGAAATATTCACGTTC
ATGGGGTCATCTGTGTTAAGGCATGACGACGCATACAGTTTCCAAATAATTACAAAAATA
ATCGAAACCCTTATACCTATTTTAGTGAAGTTAGATAAAAATGTAGATGAATATACTGAA
AAAGAAATCCAGCAGTTACAAAAACGTGTTGTTCCAGTATTACGAATATTTGCCGACGTT
GTTTTGCATGTACCCGAACATAGAAGATTGCCACTTTATAAGAAACTCATAGAAACTCTC
GGCCCCAATCAGTTCCTATGGGTGTTTCTGGCTTTGTTACTGGAGACCCATATTACTCAT
TTTAGTGATAGTAAGAAACCGGATAAAGCACCTCCAAGAAATCTGGCAGAGCAAGAATCT
CCCGTTAACAGAATGGACTTCGGACAGAACATCCTACTCGAGTTTCCGCCGGAGGTGGGC
TTGGAGAATTTTATCAAACTGACTATATACATGAAATCATTGCCTTTGCAAAAAGATGAG
AATGCTATGGAATCAGACATAGACCCAAGTGAAATATTTAGTGTTAATGGACACACACCG
ATACAGTTGAGACATTACAAGTATGTTATTGTCACATTTATGAATACTTGTCTATCGTCA
TCGAGATTCATTCACCACAATTCTCTAGCTACTGATATAAGAGTAATGGAGTCACACTAT
AAGACGTATATAATTAATATATTAACGTTTATTCAAAGTGTATCGAAGATTGGTGATGAG
AACCCAGCTAAATACTGGCGTGTTATGCTGCATCATAGCTACGATCTGTTGGATCACACA
ATAAATTTGCTTTCGGCTCCAATGTTCCTGTCTGTTGTCCGTGGTTTGCTAAAACATACA
CTGAAAACTGTTCGACGAAAATCTATGGAATTATTGAATTCGAAGATACAGTTCAGTCCA
GAAATGTTTAATGATGTAGACAAAGAACTCGTCTTCTCATTGCTACCAGCTTTATTAGAT
ATAGTGAAGACTATCGGAAACCATGATACGAATTTGGATGAGATGGATGCTCAGGAATTG
GAACTAAATCAGCAAACAGCTTTACTATCATTAAAACTTTTAGCAAGAATGTTGGCCGCA
GAAAACCGCGAACCTTTCAAACCTGTTTTAGAAACTGTCACGGATTACACATGTGATGCT
TCGATACCTGGCAATGTCATGGCTTCTATAGTTCTATGTTTAGCTGAACTCTGTAGTAAC
TTAAAGGCACACGCTTTGGGAAGTCTTAGAAAATTCATGCCAGCTTTGATCAAAGTGTTA
AAGAAACAAAGAAAATCAGAAACTCCAGAATTAGTTTTACTTAGTACTGTCACTGCGATA
TCAAAGATAGTAGAAAGTCTACCATTGTTTTTGAGTCCATATTTGCAAAAAATACTTTAC
GAGTATGCAATATTATTGGCGAAATGGCAAGAACAAGACCAAGAATGCAGCAAAGTTTCA
GCTGTCGTGTCCAAACTTGTGAATATTAAAAAGAAAATAGCCGGTTCTATTCCTCCACGA
GTCTTAATACCAGTAACAAACGAAACTCATCAAATAATTCTGGAAAAAGAAAATTACAGC
GCAGTGGGGCCTGTTATGTCGATTTTGGCAGATAGCTTCGCTAACGTCACAACTGCAGAC
TTCAATGCCTTACAGCAAGATTTAACGTCATTCTTCTTAACCGCTTTGCAATTACGAAGT
GATGCCTCTAATAAAAAAGTAGACGCTAATATAATAGATTCAGCTGAGGATGAAGTAGTC
AAGGCGCTGGTCAGCCTGGTCCTTAAACTATCTGAAACCAGTTTCAGACCATTTTACTTC
AAGATATATGATTGGGCTATAAGGACAAACATTGAAGGACATAAAGATAGAAGTATCACA
TTTTACAGGTTAAGCAGTGCTATAGCAGATAGACTGAAGGGCCTGTTTGTTTTATTCGCT
GGACACTTTGTCAAAAACGCTGCAGACCTATTAGATGCCTGTAATAATAGCAAAACAGAA
GAACTCTACTTTGAATCTGAGGAAAAAGATATTCTCCTCATTAATTATATCATAAAGACT
TTGCACATCGTGTTCCTATATGACAATCAGAGTTTTCTCAACAAGGATAGATTCGAGACG
CTAATGCAGCCAGTGGTAGATCAATTGGAGAATACAGTTGGTGGAATTACGAGTTTTAAA
ACCAGAGCCACAGAACTGATAATTCCTTGCATATCTCAGTTTGCCGTTGCCACCGCTGAC
GATTCACTGTGGAAACTGTTGAATTATCAAGTGTTGTTAAAGACTAGACATAACGACGCT
GAGATCAGGCTTATTGGTCTAGACTGTTTGGTAGCAATGGCTACACAGTTGGGTAGCAAC
TGGCTCCCTCTACTGGCGGAGAGCGTCCCATTCCTCGCCGAGTTACTTGAAGACGGAGAT
CAAAGAATTGAAAGCGCCACAAAGAACGCTGTTCGTACTCTTGAACAGATACTCGGGGAA
CCCCTCGAAAATTATTTTTAA
Protein sequence:
MVLILPYHETKIFIRFVQILDIKPNSRWNWLEPIQKKGIPLTKQVLHNQCVSNTATLQFI
AKTTSNFVTEFGERATQLSTVFAFFCSTAIGAINTAKYVTESIVNALLPTIVKGLDSTIA
DFRSSAYVVLGYLCTKATLKKKTLNELTVRLLTSEYDLSYDAILLINLIYTNQKHLTKMP
LEVLSNISVDVMNDICKHLKKLVELKINIQAFSLAFLSSVLNIVQKDIENFRLYCQLPEI
FVDEVDHKNQQPEKIVRCILSSLHASKDSNNGDESDIEIIDEDDAFSNKITSWYSQFLKN
IENKYPDVFDKVIKKEMSSESKISIQKRVQLSKVLGFKPAVAHKVGGTYLFENLNHINPE
MRVEAVNYIAKEFEFLKIENLDFVKDSILSRLEDDDIDVVDAALDISSEHLKEILNENDL
AKTFVRIVTKDSKKWRPVITKAILKFCSIDTFPINQEIVLAIFPYLFSNETESAEITYKI
LSSSWGRRFGFEEKVSKINQSMSDNYELLNQIIFGMFFVDRSINVGGILDINLLNKDNTL
DMYVFILLKFCSPNGVSVQDSMDILNLILKSVETRAIVSTVESSSFASDSMTEFMKLARK
DKIVFEVLLYIFSRIIEQLDQKSVTTPWCNILETPERILIKQLYEILITGCGISLYGKHY
AGLLQKLLEKLFKTPNERFDFIANIACGHILYAVDPKDVISPELQLRSLKLMTNFVSHQN
DFTWICDSDAFILCILLDLNHSVLSIRKCTIDLIQKLLNKNNAEKNIYVELLTALMSHSE
ELLLDNEQLPQALKTILSQPFGGHKVFRRNCLLKLSGILNGDAPSHVRYSLIRVLSSINN
TATFTLILPALNGLEELIKQNELDKKFTFDIYDSSLISSVYSKINKITATTFDQENVWKS
IEIGLKEYRECILNIDQTFVSPCVMMLKQINEEVFSKVPDERKTQLIHLITFAGTFSNNP
NISSAASKVMKKIHLNFKDFKPILDGMLNAADPAGNVSKKKKATVSMLSYQLSETDEWRL
GVTILEYVQNKKKMTVDNSFISLLFQILNKCLRFEEQSYVEYTKQLILSSLWYFCKKFGS
ETDKEELKMLKGLFDIELVVQCIRGTQNPQTQHHALILLSHAAYMLPEQVLHHTMEIFTF
MGSSVLRHDDAYSFQIITKIIETLIPILVKLDKNVDEYTEKEIQQLQKRVVPVLRIFADV
VLHVPEHRRLPLYKKLIETLGPNQFLWVFLALLLETHITHFSDSKKPDKAPPRNLAEQES
PVNRMDFGQNILLEFPPEVGLENFIKLTIYMKSLPLQKDENAMESDIDPSEIFSVNGHTP
IQLRHYKYVIVTFMNTCLSSSRFIHHNSLATDIRVMESHYKTYIINILTFIQSVSKIGDE
NPAKYWRVMLHHSYDLLDHTINLLSAPMFLSVVRGLLKHTLKTVRRKSMELLNSKIQFSP
EMFNDVDKELVFSLLPALLDIVKTIGNHDTNLDEMDAQELELNQQTALLSLKLLARMLAA
ENREPFKPVLETVTDYTCDASIPGNVMASIVLCLAELCSNLKAHALGSLRKFMPALIKVL
KKQRKSETPELVLLSTVTAISKIVESLPLFLSPYLQKILYEYAILLAKWQEQDQECSKVS
AVVSKLVNIKKKIAGSIPPRVLIPVTNETHQIILEKENYSAVGPVMSILADSFANVTTAD
FNALQQDLTSFFLTALQLRSDASNKKVDANIIDSAEDEVVKALVSLVLKLSETSFRPFYF
KIYDWAIRTNIEGHKDRSITFYRLSSAIADRLKGLFVLFAGHFVKNAADLLDACNNSKTE
ELYFESEEKDILLINYIIKTLHIVFLYDNQSFLNKDRFETLMQPVVDQLENTVGGITSFK
TRATELIIPCISQFAVATADDSLWKLLNYQVLLKTRHNDAEIRLIGLDCLVAMATQLGSN
WLPLLAESVPFLAELLEDGDQRIESATKNAVRTLEQILGEPLENYF