| New model in OGS2.0 | DPOGS213807 |
|---|---|
| Genomic Position | scaffold461:+ 58363-62172 |
| See gene structure | |
| CDS Length | 3810 |
| Paired RNAseq reads | 298 |
| Single RNAseq reads | 846 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006548 (0.0) |
| Best Drosophila hit | CG8777 (4e-72) |
| Best Human hit | tetratricopeptide repeat protein 37 (4e-86) |
| Best NR hit (blastp) | PREDICTED: similar to tetratricopeptide repeat protein 37 [Tribolium castaneum] (2e-164) |
| Best NR hit (blastx) | conserved hypothetical protein [Pediculus humanus corporis] (2e-156) |
| GeneOntology terms | GO:0005488 binding |
| InterPro families | IPR019734 Tetratricopeptide repeat IPR013026 Tetratricopeptide repeat-containing IPR011990 Tetratricopeptide-like helical |
| Orthology group | MCL15836 |
Nucleotide sequence:
ATGGCTGATGTTAAATCACTTTTAAAAGAAGCAAGAAAATTGATTGATGATAAAAATTTT
AAAGAAGCTCAGGAATGTTGTAAGAACATATTGCGAAAAGACAAAAATAATTATTTAGGT
TTGGTACTGCTGGGAAAATCATTAGCAGAATCTGATCAGGCTCCATTGGCATTTCAAAAA
GCTATATCTAGTAAACCAGATCATCCTTTAGCATGGCAAGGTCTAGCTAATTATTATGAA
AAAAAAGCAGATGCTACAGCTATAAAAAAACTTTTAGCAGTGTATGATGAAATTTTGAAA
TTGCAAATAGATCAGGAGAAAGCATTAGAAATTGTTTCCAAAGTTGGTCAACTTGGTTGC
ATACATAAAGATAACTTAGCAATTAGCATTCTAGTTAACTATATGAACAGAAAGATGGAC
ATGTATACAGTTGCTGAAAAAGAATTATTAGGTCTATTGAAAGCCGATATTATATGTAAA
GAGGAAGACATCCCAAATGTTGTGAATATTATACGCAAAATAAATGACAGAGAGCCAAAT
GACTCCATTCATATTTTGCTAGGAAAAGTAATTTTACAAAAAAGTGAATTTGAACAAGCT
ATGAAAGAGGTCATGGAATTGCCTTATTTTACTTCTGGTGTAGTATTTCGTGATTGGCTC
TGCAAATACCTATGTACATATTATATTCAAAATAACTCATTCAAGTTTGATTTAGAAAAA
TATTTCAATGAAATAACTTTGGGAATTGAAAATTCGAAGTATCCTGGACTCTTAAAAAGT
ATGATTCTCTTTGACAAGCAATTATATCTGGAGGCTTACAAACAATGTGTTCCACTTGTT
AATTATAATGAAGCTGATTTGACTGAAGTTACATTTATCATTAAGTGTACCTTTATGTTG
AAGAAATGGTCAGTGTCCCAAAAGCTTTCTACAAACTTCTTGATGAAGGTAAAAGATAGT
GACTTCGCAATCACTTTAAGAAAATTTTTGTTTTTATCATTGGTAGAACAACAAAAATGG
AAGCAAGCTATTTCATTGTCCCGAGAAATTCCTTTTGAATCTTTGGATTTAAGTGAGCAA
GCGGCTCTCGCCAAATGTTACCTTGAAAATAATGAAGATATGGATGATCACTTGAGACAG
AATCTTGAGACTACTCACTACTTTACACAGCTGGAAGCTCTGTCATTAATCAAACATAAA
AAATACAATGAAGCCATTTCATTGTTAGAGAAAAAACCTGAAGATCCTTTGAGTTTCTTC
TATATAGGCAAAGCGTATTGGGAATTAAAAGAGTATGAAAAATCTCAAATAAACCTTTTA
AAAGCTGCAAAATTGAATGCTGATCATACAGAAACATTTTTGTATTTAGGGATGTTCTAT
CAAAACCACAAGAATGATTTTGCAAAGGCTAAAAAATGTTATGAAAAAGCTTATAGTTTA
GACAGCACAAATATCAATGTTATTAAAAATCTAAGTGATATTTATGTTGAATTGGAACTA
AAAGATTCAGATTTTGAATTATTATTGAAATCTAGTCAGTCTGTACAGACAGAATTTGAG
TGGGTAACTTTTCGTCTCGGTTTATATTATATAAATAAAAGAGATTGGGAGAATGCTATT
TTACAATTTCGTCATGTGATCAAACATAATCACAAAAATGTTATAGCATTTGAATGTCTG
GCTGATGCATATTATTCAAGGGGATCATTTACATCTGCATTAAAAGCTTATAATAAGGTA
ATGTCTGTCAATCCAAAAAAAGCCCTACATTGCCTTACAAGAATCGGTTACATACATTCT
CTTTTAAGAGAATATGATGAGGCAATTTCAACATTTAAAAGAGTTTTTGAGATAGACCCT
TTTTCACTATTAGCATTAAAGGGAATTGCTGAAACATGGATGAGAATAGCAAGAAAGAAA
TATACTGCAAAATTGTATGGCAGTGCAAGGGACACAGCACAAACTGCAATCAATTATTTG
ATTATTGCTCTATCAAAGGAGACAAAATTTACCTGCTTTTGGAATTTAATGGCTGATGCA
TTAATATTTATAACAAGGTTGCCTAATAAATATAGTTATGTTTATATAACAGAAGCCTTT
GGTAAAGGAAGTGAAGACATCATAAGGAAGGATAAATCTTGTATTTATCCACAAGCGCTT
GCTTGTTTGTCCAGAATAGCCAAACAAAAATCGCAATTTACTTCATATGATTTAGCCGCT
ACTTACCTTGATTATTATCTATGCACTCAAAATATTGTAAATTGTCAGATAGCATTTAAA
TTGACTGTTGCTTGTATCAAAGATAAACCATCCACTTGGCGTAATTGGAATTTACTGGGA
AAAGTATGCTATTTCATGAAGAAGTATGTTTTTGCACAGCATTGCTTTATTAAAGCTTTG
CTAGTAACTCGAAAATGGTCCATAGCACAAATATGGTGCAATCTGGGCACATTGTATTTA
AAATTAAAACTTTATAAATTGGCAAACTACTGTTTCTGGCGTGGTCAGTCCACTTTACCG
TCACACCCTCATAGCTGGATTGGGCAAGGACTGATAGCAGAAGTGATTCGCGAAGAAGAA
GCTATGGATCTATTCAGACACGCATGTCGACTTGGCTACCACCCAGAAAGTTCACTAGGA
TATGCAGATTGGGTTTGTCGTACTCTGAAAAACGACAAGTATGAACATAGCACAGAATTA
AAATATGTTATCGATGGTTTATCTGCCATACCGTACGCCTTGGATTTACTGAGTTGGTTT
TCTACGTTTGAGACTGATAATTCTTGTGCTTCAAATATTCTGGGCATTTTACACGAAAGA
AGCGGATTACTTAATAGTGCTTTAAATTATTACCAAAAAGCTTTAGAAGATGCAGAGGAA
TGTAATAAAAATACGATCCTCCTAAATATTGGTAGAATATACATAAGACTTACGAAATAT
GATGAAGCTATAAAGACTTATAAGTCAATATCCGAAGCCAGTCTCAACTCCACTTGCGGT
TTAGCTCTGGCTCTTTTTAAGAATGGTCTTTATGAAGAATCCTATTCAGCTTATGATACT
GCTCTGCACTGGCTTAGTAATAATGATAATGAAAAGGCTGATTTACTTGTTGCCATGTCA
GGAATAGTTTATATGTTCAAAGGCCTTGACGACGCAAAAACATTATTGTTCCATAGTATA
CAAGTATCCCAAAAGAAACCCACTGCATATAGCTTATTTGCTATTTGTTCTCTGGGTATT
ATTCATTCTGATCAAGGATTATCCAAGCTAGCGTTAAGCGAATTGAAAAAGTACGAAAAG
GATAATAATTTTGGATTTGATATAGGTTTTCTCAAATCTTACCTCTTCGTAAACGAAGAC
TTAAATCAAGCTATAAAGATCTTAAGTGATTCTCTTCACGACCATCCAAACAACACAAAG
TTATGGTTCTGTTTAGCTCAATATTGCCTGCAGGAGTCAGATACGAAAGCAAGTTTGGCC
AGTTGTTGTGCCCAAAGGTCCTTAGCATCAAATTATGAAAATAATGTCAGTTCTGCCAAA
ATGCTTGCAACAGCTAGTATAGCCGAACATGTTGGAGGTGATAAGAGAAAAGCTTCACTT
TTAGCAAAACAAGGCCTCCACACACATCCTGACCAACCAGAAGTTTGGGCGGCGCTATTG
TTATCAATCGTTACAAATACAATGTGGCATGAAAAACGCCTATGGATATCATCAGCCACA
GGACATATGAGAAAAAATCTTAATATAACAAGAAGCCTTGCAAGGTGGATAAATTTGTTA
GATAAGAAAATAAGCACCCAAGTAAATTAA
Protein sequence:
MADVKSLLKEARKLIDDKNFKEAQECCKNILRKDKNNYLGLVLLGKSLAESDQAPLAFQK
AISSKPDHPLAWQGLANYYEKKADATAIKKLLAVYDEILKLQIDQEKALEIVSKVGQLGC
IHKDNLAISILVNYMNRKMDMYTVAEKELLGLLKADIICKEEDIPNVVNIIRKINDREPN
DSIHILLGKVILQKSEFEQAMKEVMELPYFTSGVVFRDWLCKYLCTYYIQNNSFKFDLEK
YFNEITLGIENSKYPGLLKSMILFDKQLYLEAYKQCVPLVNYNEADLTEVTFIIKCTFML
KKWSVSQKLSTNFLMKVKDSDFAITLRKFLFLSLVEQQKWKQAISLSREIPFESLDLSEQ
AALAKCYLENNEDMDDHLRQNLETTHYFTQLEALSLIKHKKYNEAISLLEKKPEDPLSFF
YIGKAYWELKEYEKSQINLLKAAKLNADHTETFLYLGMFYQNHKNDFAKAKKCYEKAYSL
DSTNINVIKNLSDIYVELELKDSDFELLLKSSQSVQTEFEWVTFRLGLYYINKRDWENAI
LQFRHVIKHNHKNVIAFECLADAYYSRGSFTSALKAYNKVMSVNPKKALHCLTRIGYIHS
LLREYDEAISTFKRVFEIDPFSLLALKGIAETWMRIARKKYTAKLYGSARDTAQTAINYL
IIALSKETKFTCFWNLMADALIFITRLPNKYSYVYITEAFGKGSEDIIRKDKSCIYPQAL
ACLSRIAKQKSQFTSYDLAATYLDYYLCTQNIVNCQIAFKLTVACIKDKPSTWRNWNLLG
KVCYFMKKYVFAQHCFIKALLVTRKWSIAQIWCNLGTLYLKLKLYKLANYCFWRGQSTLP
SHPHSWIGQGLIAEVIREEEAMDLFRHACRLGYHPESSLGYADWVCRTLKNDKYEHSTEL
KYVIDGLSAIPYALDLLSWFSTFETDNSCASNILGILHERSGLLNSALNYYQKALEDAEE
CNKNTILLNIGRIYIRLTKYDEAIKTYKSISEASLNSTCGLALALFKNGLYEESYSAYDT
ALHWLSNNDNEKADLLVAMSGIVYMFKGLDDAKTLLFHSIQVSQKKPTAYSLFAICSLGI
IHSDQGLSKLALSELKKYEKDNNFGFDIGFLKSYLFVNEDLNQAIKILSDSLHDHPNNTK
LWFCLAQYCLQESDTKASLASCCAQRSLASNYENNVSSAKMLATASIAEHVGGDKRKASL
LAKQGLHTHPDQPEVWAALLLSIVTNTMWHEKRLWISSATGHMRKNLNITRSLARWINLL
DKKISTQVN