| New model in OGS2.0 | DPOGS212256 |
|---|---|
| Genomic Position | scaffold97:- 129886-131889 |
| See gene structure | |
| CDS Length | 1926 |
| Paired RNAseq reads | 193 |
| Single RNAseq reads | 667 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA011568 (4e-166) |
| Best Drosophila hit | CG1575 (6e-41) |
| Best Human hit | testis-expressed sequence 10 protein isoform 2 (1e-27) |
| Best NR hit (blastp) | PREDICTED: similar to conserved hypothetical protein [Nasonia vitripennis] (1e-84) |
| Best NR hit (blastx) | PREDICTED: similar to conserved hypothetical protein [Nasonia vitripennis] (8e-74) |
| GeneOntology terms | GO:0005488 binding |
| InterPro families | IPR016024 Armadillo-type fold IPR011989 Armadillo-like helical |
| Orthology group | MCL13878 |
Nucleotide sequence:
ATGCACAAAACTGGTGCTACTCGTTACCAAAAATTTTTAAAAGCCGAAAAAGCTAAAACA
AAACTAAAAGGAAAAAAGGACAAAGAGCTTCCTAAAGGTACAAATGTTACGAAGACAAAC
TTTAAAGTTAAAAAAATCGTTATTAAAGAGCAACTTAAAAAACATCTTCAATCAGAAGCT
TTGACAAGCAGGAAACTGAACATTAAAGAATTGTTGTCTCGACTCAATCATTTTAATACT
AAATCCAGGACCGATGCTCTTGATGGCTTAAAAGAAATCATTACTTTATTTCCGGAAGTT
TTAGAGAGAAACTTAGGACAACTGCTTCTTAATGTTACTCCATTAGTTCTTAACATTGAG
AAACTGGTACGACAGGGTTCTTTGAAAGTACTTCATTTAATACTATCAAATGTATCCTCG
GAGAAGATAGAACCTTTCTTTGACATCATGTCCACATACTTGAGAAGCGCCATGACACAT
ATTGATAGTAGAATCCAAGAAGACTCATTATTTTTCTTGGATATACTTTTATTATGTACT
CCATCAAAAGTAGCTCAAGATTTTCACAAAATTATCCCAAACTTCCTAGACATGATTTCA
AAATTAAGAGTAGATTCCAAGCCTGGAAGGACATTGACTGTCAATTTAAATAGTCAAATA
ACAACCGTGAAATGGAGGGTCAAAGTTTTCCAGCGTTTACAAGAATTCTTACAAAAGTAT
GAACTTGAATGTTTTAACCATAAGGAAGCAAAAATTTCAAGTAACAAGACACACAAAGTT
GACATTAGTAAAAAAAATTATTACACATTGTTTGATCCAATTTATACTTCTAACTGTTAT
GTATCCTGTTATTCAGCAAAAGCTGAAAATGAACAAGAGATAGATGAAGTGGAGAAGTTT
AAAGAGTATGTTGGAACATTGACTCCATTACTTTATGATACATGGCTTGAGGCTGCCCCA
AGTGCAAAGTCACATTCAAACTTTGAAACTGTTATTAATGTAGAAACAGCTTTACTTTTG
AAATATATTCTTGGAACATTTAATGTACTTGGAAGTTTACTTGAATATTTAAACAAGAAA
TGTCCAAGTTCCAATATAAAAAATATCTACTTCCATAAAACCAGTGGGCCATACAGTCAG
CATTTTGTAAGTTCATTTCCGTATGTTACAAACGTAAGATCAAAGCAAACAGCTTCCGTA
GAATCAATATCAGACCCAAAATTAATTACAGAAAATCTGGAAATTTGCAAGCTCTTCATT
ATGTTTAATCCTAAAGTTAGTATGAAACACCAGGAGAAAGAAATAAAAGCTGTTATTAAT
TACATTGAAAAAATATTCAATAAATATAATGAAGGCAATATCAATGACACTGTAATAAAA
TTATTGGATTTATTATTTTCCAATGAAATCACCGGTTGGACGAAAGACACTTCGGTGTTG
GACAATTTGTTTGATAATATTCTAGTTGCTTATTCTAACAAAACTAATGAGGATATTGGT
AAACAAAAAATATTTACCTTATTATGTAAAATAGCTCTAAATGAAAAGTTACGTCATTTT
CATTCCAATGAGAATTTCAAAGTGTGGCTTCAGAGTTTACCAGATATCTTACTAAGTAAG
CAACTATCAATTCAAACTATTGATATATTACATAAGTTTGCGGTCACCAACAACAAAATC
TTTAATGCAGTTATAAAATCCAGACTCCTGACAATAATAAAAAATCTTCCACATATTGAA
ATCACAGATTCAACTGTTGATAGCAATGGTTACCACAAATTGTTGTCAATCTTTTATTGG
GTGAGGGTGTGGGATACGGAATCATTGAATCATTTAGAGATGCAGTTAATGGAAAATGTA
TACAAACCAGATCATGTTAAATACATATTCGATACTCTTAGATTAAGGAGTGGCGGACTT
TTGTAA
Protein sequence:
MHKTGATRYQKFLKAEKAKTKLKGKKDKELPKGTNVTKTNFKVKKIVIKEQLKKHLQSEA
LTSRKLNIKELLSRLNHFNTKSRTDALDGLKEIITLFPEVLERNLGQLLLNVTPLVLNIE
KLVRQGSLKVLHLILSNVSSEKIEPFFDIMSTYLRSAMTHIDSRIQEDSLFFLDILLLCT
PSKVAQDFHKIIPNFLDMISKLRVDSKPGRTLTVNLNSQITTVKWRVKVFQRLQEFLQKY
ELECFNHKEAKISSNKTHKVDISKKNYYTLFDPIYTSNCYVSCYSAKAENEQEIDEVEKF
KEYVGTLTPLLYDTWLEAAPSAKSHSNFETVINVETALLLKYILGTFNVLGSLLEYLNKK
CPSSNIKNIYFHKTSGPYSQHFVSSFPYVTNVRSKQTASVESISDPKLITENLEICKLFI
MFNPKVSMKHQEKEIKAVINYIEKIFNKYNEGNINDTVIKLLDLLFSNEITGWTKDTSVL
DNLFDNILVAYSNKTNEDIGKQKIFTLLCKIALNEKLRHFHSNENFKVWLQSLPDILLSK
QLSIQTIDILHKFAVTNNKIFNAVIKSRLLTIIKNLPHIEITDSTVDSNGYHKLLSIFYW
VRVWDTESLNHLEMQLMENVYKPDHVKYIFDTLRLRSGGLL