| New model in OGS2.0 | DPOGS213209 |
|---|---|
| Genomic Position | scaffold1907:- 5250-7618 |
| See gene structure | |
| CDS Length | 2274 |
| Paired RNAseq reads | 440 |
| Single RNAseq reads | 1188 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007401 (0.0) |
| Best Drosophila hit | CG12499 (3e-41) |
| Best Human hit | nucleolar pre-ribosomal-associated protein 1 (2e-30) |
| Best NR hit (blastp) | PREDICTED: similar to conserved hypothetical protein [Nasonia vitripennis] (2e-71) |
| Best NR hit (blastx) | PREDICTED: similar to conserved hypothetical protein [Nasonia vitripennis] (1e-71) |
| GeneOntology terms | GO:0005515 protein binding GO:0005730 nucleolus GO:0008150 biological_process GO:0003674 molecular_function GO:0005634 nucleus |
| InterPro families | ND |
| Orthology group | MCL13862 |
Nucleotide sequence:
ATGGATGTCAAGGAGTGCAGGAAACTGTTCGCCAAAATTCATAAATATGAGGTCGTCGAA
CTCAGCCACCTGAACTTGTTCCAAGTTGCTTTCATGAAGCTATGTCTTAATGACCTCGGC
AAAGAACATTTGATGAATTATTTGTTATCAATGTTACACGTTATTTCATTAGCAATTAGA
GATAATAAAGAATCTGCTGTTCTAAAAGATTTGGTATTTAAAGTTAATAACGTAATCAGA
TTAGTTCAGAACAGAGAAGATCTTGATATGGATAAAAAAGATGATTTCAAAAAAGTAACT
GAAAGTGCGATTTGGCAGAATTTTTGCAAATCTGTTCTTAAAGATTCCTTGAAGGTGAAG
ACCACAGATGACGAAAATGTGACCGGCCCACAGCTTTTATCTCTATTGTCATATTTAATA
AAGCTCGTCTATTCAGAAAACCACGTGGATATTGTGACCATTTTCGACATGGTCACAAGT
CACTCGGAATTTTTAAATGTAATGCTAAGTCTTCACAGTCCAGAAATTAAAGCGCGGCTG
CTGGAGTTCTTATTCGTTCTCATAACAACAAACAAGTCGGTAATGAAGACACAACAGATA
CCGGTTTATCTCAGCGCATATCGGGCCACTAGAAGCCATTGTGATCGTATGATTCTATCT
ATTCTACAGTTCTATGAGAGCAATGAACTGCCAGTCAATGAATATAAACCGTACATTTGG
GGTGAATCAGCGGCTAATCATTACGCAGTACGGAAGAAACGAACCGCCTCGCTGTGGGGT
CATCCCTCACCTAACCAGGTGATGAACTTGTTCGAGAAAGATTTGATTGAAAACACAATA
AAGCACTTTCCCGTCAATCAAACCCTCGATTACCATTATGAAATACCTAATATCAACTCA
AGTAGTCGTACACTAAAAGAATTCTTTACCAGAATTGGTAAAGACGTTAAGGCGAAAAAT
GAGGACACCGAATTTGCGATATCCATGTTATTAAAAAAATACGAAAATAAGCAAATAGTG
GAAATGGTAAAAGAATTAGATTTGAACTCTGTATCTCATATCGAAGAAGATCAGACTATA
TACGACCCAGCATTTTTGCTTCCCGTATTGAGTCACATCCTAGCGCCGGGCTCAGTCGCT
TCTTGTTTCAAGATGTTGAGGACCGGTCTTTTATCCATTCCTGTCATGGGTTTAAGCTCC
TCTTGTCCTCTGATGCGGGCCGCTGCTTACCACGTGCTTCACAGGTTCTGTTTGCTATTG
GAGACAGAAACGAGACACAAAAACGATAAACTTCTACTGAAAGACTTCATTACCACATTG
CGTCAGAGTTTATCCACCGCAATAAACACGAAGGCCATCGAGGGCCAATTGAGAGACATC
AAGAATCCCAAACTACCCGCTATAGGTGCTCTGTACCTCGCGAGGGCTCTCATGGTGTCC
ACCATGCCCTCCGACCCGTTGTATAAACCGGTAAATAACTTCCTCATCGCCAAACAGCTG
GTCGATCTCAATGTCGTTCCGGATTTCCTGAGTCTCTTCCATGACAGTGATCTGGAAGCG
AATGACAGACGGCTCTGGATTCTCGACATAATAAAAGACGGAACGAAAACAATCAGCGAC
GTTACGGTTGTTTTTAAGACGATGTGCCTCAAAATGATCATGGACTTTTACGGCACGGTG
TTGAGTGATAGGAAAACTAAAATTAAAATTATCAACAGTCTCAGTGCCATCGTAGCCGTC
CCTTGGGCGTTTGAGATTTTGACCGAGGGTTACAGTCTGATGCCCTGGTTACATCACGTC
GTCAGAAACACAGACGATAGGAGCATTATGATAGCAATTTTCGATCTGATAAAAAATCTA
CTTCACAGCATGGAAATCCTATTGCTGCTGAAACATGTTAAATTCAATCCGAATATGGAT
ATTACTAATTTTAGAGTGAAATCTGAGATCGAATTTGAAATATTAGGATTAATTTATAAT
TTACTGCCCAAGACAAATCTCTTGGAGTGTGAAGATCTGATCGACTACGTGAGCCTTTAT
AACGTTATGACGAAAAGGTCGGTCAAGTTTTTGGGGACGAAGCAAATCGCAAATGTAGTG
ATAAAGTGCACGTCTCATGTGAAAAATGATGAAAGAGTGAATATTCTAAAGCGGGCGCTC
GATTCAAATGATCCCGTCATATTACATGGCAAGATTCTGACGACGAAAAATATTTCTTGG
GAGGACAGATTGATTAGTGGACTTCGGGACTTAGTGCACACTTATGTGTCGTAA
Protein sequence:
MDVKECRKLFAKIHKYEVVELSHLNLFQVAFMKLCLNDLGKEHLMNYLLSMLHVISLAIR
DNKESAVLKDLVFKVNNVIRLVQNREDLDMDKKDDFKKVTESAIWQNFCKSVLKDSLKVK
TTDDENVTGPQLLSLLSYLIKLVYSENHVDIVTIFDMVTSHSEFLNVMLSLHSPEIKARL
LEFLFVLITTNKSVMKTQQIPVYLSAYRATRSHCDRMILSILQFYESNELPVNEYKPYIW
GESAANHYAVRKKRTASLWGHPSPNQVMNLFEKDLIENTIKHFPVNQTLDYHYEIPNINS
SSRTLKEFFTRIGKDVKAKNEDTEFAISMLLKKYENKQIVEMVKELDLNSVSHIEEDQTI
YDPAFLLPVLSHILAPGSVASCFKMLRTGLLSIPVMGLSSSCPLMRAAAYHVLHRFCLLL
ETETRHKNDKLLLKDFITTLRQSLSTAINTKAIEGQLRDIKNPKLPAIGALYLARALMVS
TMPSDPLYKPVNNFLIAKQLVDLNVVPDFLSLFHDSDLEANDRRLWILDIIKDGTKTISD
VTVVFKTMCLKMIMDFYGTVLSDRKTKIKIINSLSAIVAVPWAFEILTEGYSLMPWLHHV
VRNTDDRSIMIAIFDLIKNLLHSMEILLLLKHVKFNPNMDITNFRVKSEIEFEILGLIYN
LLPKTNLLECEDLIDYVSLYNVMTKRSVKFLGTKQIANVVIKCTSHVKNDERVNILKRAL
DSNDPVILHGKILTTKNISWEDRLISGLRDLVHTYVS