| New model in OGS2.0 | DPOGS206107 |
|---|---|
| Genomic Position | scaffold48:+ 153105-158554 |
| See gene structure | |
| CDS Length | 3798 |
| Paired RNAseq reads | 569 |
| Single RNAseq reads | 1361 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006831 (2e-27) |
| Best Drosophila hit | CG32226 (2e-141) |
| Best Human hit | tectonin beta-propeller repeat-containing protein 1 (1e-76) |
| Best NR hit (blastp) | hypothetical protein AaeL_AAEL004196 [Aedes aegypti] (0.0) |
| Best NR hit (blastx) | hypothetical protein AaeL_AAEL004196 [Aedes aegypti] (0.0) |
| GeneOntology terms | GO:0008150 biological_process GO:0005529 sugar binding GO:0016021 integral to membrane |
| InterPro families | IPR013320 Concanavalin A-like lectin/glucanase, subgroup IPR006624 Beta-propeller repeat TECPR IPR006614 Ferlin/Peroxisome membrane IPR001079 Galectin, carbohydrate recognition domain IPR008985 Concanavalin A-like lectin/glucanase |
| Orthology group | MCL13740 |
Nucleotide sequence:
ATGACTAGTAACTCTCTTTTATTTTCGATTAATAATGAAGGTAAAGTTTATGCACTTTCC
ACAAGCGGGTCTTGTTGGAGAGAATTTATGTATCTTGGCTTGGAATTTAAGACATTGTCT
GCTGTACCACATTTTTTATGGGCTGTTGGTGGAGATCGACAGATATATCTTCATGTACAT
GGATTAGAAATACCTATAAGGGTTAAAGAAGAATCATATGAGAATGAAAGATGGCTTCCT
TTAGATGGGTTTAGTGATAGGCTTTTGCCTACAGACCGGTATCACTTTTCTTCTCAAGAT
GGAACCAAAGATAGATCAATAGATTGCATTAGACTACCCTCAATGGCTTGGCAGTGGGAA
GGTGACTGGCAGCTAGAGCTAACATTAGATGGGCAACCCTTAGATCATGATGGTTGGACA
TATGCAGTAGATTTTCCTGCTCAATTTGTTCCAGTCAAACAATGGAAATCATGTGTAAGG
AGAAGAAAATGGATCAGATATAGAAAATTCAGTGCAATGAATTCTTGGTGTGCTATAGCA
CCACTTCATAAGGATCCAACGCAAGAGCCATTCATAGATGTTAGCATTGGAGGTAATCAA
GTCCCGCATGCCTCTCCTGGCACCTTGTCTGTGTGGGCTATTACAGCTCAAGGGAGGGTC
ATGTATAGGGTTGGTGTGAGCACAACTTCACCAGAAGGACAAAAATGGATAAATGTGAGC
ATTCCACCAAACTGTGACATAAAACAGATATCTGTAGGTCCAACTGGCTTGGTGTGGGCT
TTACTTTGGACAGGCAGGGCTATTGTTAGAAAAGGTGTAACTAAAGATTGCCTAAGTGGT
GATGCTTGGCTGGAAGTAAAATCACCCCCAGAAACCAAATTAACTTCATTATCAGTTGGT
TACAATGTAGTTTGGGCTGTGAGTTCTGACACAAGAGTGTGGTTTAGAAAAGGCATAGAA
GGATATTATGCAGGGAATTCAGAAACGGCTTGTATGGGTAGTGGATGGCTGGAAATTAAT
GGTAATATGATACATATTTCTGTAGGCATAAATGATCAAGTATTTGCTGTTGGAGAGACA
AACAAAAGCATTTATTGGAGAAGTGGAATAACAGCTACTGAACTTACAGGAAAAAGATGG
AGAATGATACAGGCAAATATGCAACTGAGTCGGACCTCAAGCTCAGCTAGTATTATTTCA
TCGTCGTCAAATACAAAACATCATAGCCTTAGTTTATTAAATGAAAATGCTGTAGAGTTA
AAAACAAATATTAATTTACGAAATTCCTGGGAGGAGTCACATTCTGCACCTATTGAAAAC
ACTCTACCATTGAAACCATCCAAAGAAGTAAGACCTAAAAAGAATTCTAATGCCTTAGAA
AATATTGATTTATCAGGAAAGAGTTACGAAACTACTCTTAAAAATCCCAGAGCTTGGAGT
CCTGTTAGAAGTGTGGGGTCAGTTGTGGGTATGGAGGCACAACCTGATAGTGATAGTAGT
GTGTTTGATGTTGATTCAGGTATGTATTTCGATGAAGAGGTAAGTCAGGCTGCTTGGGGT
ACATGTGATGCAACATGGACTTTCATAGAGGCTGGAGCATGCTCCATAGATTCTGTACGT
GTACCGCAATGGTTCTCAGATTCCAAAAATGGTCACAATTGTGATATAAATGCCAAATGG
CGATTTGATATTTTGGATGCCTTGAAAAATAGAAGTAATAAAGATATTGATCTCAGTAAT
TTTGGTTTAGCTATTGAAGAAAAAGGCTGGACTCGTAGTTGCGAGGCTAGATTAGTGAGT
GATAGTATAAGTGAAGACTGTATAGTTTCCATTTATTGGCATGCATTAGAAAATGCTGGC
ACCTTATCAGTATTTCAACCAGATGGCACAATCAAATTTATATTAAATTTAAGAGAAATA
ACAAGTATAATGACCTCGTCAGAACCAGGTTCTCCAAGGATAACATTGACAATACCACAC
CAAAATCAGAAAACAATAAAAATACAGTATATTTCAGAAATTGAACAAGAGGAGTGGTTA
AGTGTACTAGTTGATATCACTTCACAGATTAATGGATTGTCTGGTAAACCATCCAGTCAT
TCAGTTTGGTTGGTAACAAGTTCAGGAGATGTGCTCAATTGGGATCCCACCTCAACCCAA
TTAAATTCAGAAAAAAATGGCAGCTATATTAAAGAGTTTCAAGTGTTCAACCAAGATATA
ACTAATGGTTACACCACAACCCTGCATAACAATTTCCCTTCAGGGAGTATGTTGAAAATA
ACAGGTTGTTTATTTGATGTCATCAATAGATTTCACATAAATTTGCAAGGGCCAGAAGTA
TTAAAACAAAGACATAAGATTGAAACAGAAGTTAGTGATGTACCATTTCATTTTAATGTG
AGGTTTGATGAAAGTACAGTTGTTTGCAATACAAAGAAATCAGGCTATTGGGGCAGTGAA
GAAAGATATGAGCTGCCTTTAAAACCTGGTGAAGAATTTTTAATTAAAATAATATCAGAT
GGTCCAGGATTCAAAGTCATTGTCAATGATAAGCAGCTTTGCTTTTACAAACATAGACTA
AATCCCGAGAGCATAATGTCAGTATTAGTAAAGGGACCCTTAAAACTTTATACAATGGAA
TATAGTTCGACCAGTCCAATTATTGGTCCCGATGAAATGATTTGGCGAATGATGGGAGGC
TATTTGCGTAAAGTAGAATGTTGTCAAAACGGTATCGTGTGGGGAATCTCACACGATCAT
AGCACCTGGGTCTATACAGGAGGATGGGGCGGTGGCGTACTTAAGGGAATCGGTGGAAAT
GAGGGTATACATTCCATTTCCGATACCCAAACATATTGTGTTTATGAGAATCAACGTTGG
AATCCACTATCGGGTTACACATCGACGGGTCTCCCGACCGATCGTTATATGTGGAGTGAT
GTTACAGGGAAACATAAAAGGACACGTGAACACACTAAATTACTCAGTCGTCACTGGCAC
TGGGTTTCAGAGTGGATAATAGATTACAACACTCCTGGTGGTGTAGATAGTGATGGTTGG
CAATACGCCACAGATTTTCCAGCCCCGTATCATGGAAAGAAAGTTTTCACAGACTGCGTG
CGTCGTCGCAGATGGTACAGGAAGGCAAAAATTGTATCTGAAGGTCCATGGGTCCGGGCT
GGGTCCACCGCTATCATTGATATATCATTATGGGCAAATAACAAAGAAGCATCTGCTTGG
GCTGTGACTTTAGGTGGTGAAGCAATATACAGAACTGGAGTAACAACAGCTACACCTGCG
GGTACAAGTTGGGAACATATAAATAGTCCGAATACGTTTGTAGCTATCAGTACCTGTGAC
AATGTGATATGGGCTGTTGGTAGAAGAGGAGAATTGTACTACAGAGAGGGTGTTTCAAAA
GAGACACCTGGTGGTTCAAGTTGGAAAATTATAGAGACACCTAAATGCACATTCCCATTC
AACCAAAAGACTGGTGTGGGAGCTAAATTAGTATCTTTGAGTAGTAACTCAGCTTGGGTG
ATACTTACTAATGGGTATGTTGCTGTCAGAACAGAAGTAAACAAAAATCAAGCAGCAGGC
AAACAGTGGAAATATTTGACAGACTGCGAGTGGACGTTTAAACACGTGTCTTGTATGGGC
GATGAAGTGTGGGCTGTTAGAAGTGATGGCAGTGTTTACCGGAGACTGGGTGTGACCGCT
GACCACGCTCCCGGCATAGCCTGGCTGTTAGTACTACCCGGACCAATAGTACATGTATCG
GTCAGGGGATGCTCATAA
Protein sequence:
MTSNSLLFSINNEGKVYALSTSGSCWREFMYLGLEFKTLSAVPHFLWAVGGDRQIYLHVH
GLEIPIRVKEESYENERWLPLDGFSDRLLPTDRYHFSSQDGTKDRSIDCIRLPSMAWQWE
GDWQLELTLDGQPLDHDGWTYAVDFPAQFVPVKQWKSCVRRRKWIRYRKFSAMNSWCAIA
PLHKDPTQEPFIDVSIGGNQVPHASPGTLSVWAITAQGRVMYRVGVSTTSPEGQKWINVS
IPPNCDIKQISVGPTGLVWALLWTGRAIVRKGVTKDCLSGDAWLEVKSPPETKLTSLSVG
YNVVWAVSSDTRVWFRKGIEGYYAGNSETACMGSGWLEINGNMIHISVGINDQVFAVGET
NKSIYWRSGITATELTGKRWRMIQANMQLSRTSSSASIISSSSNTKHHSLSLLNENAVEL
KTNINLRNSWEESHSAPIENTLPLKPSKEVRPKKNSNALENIDLSGKSYETTLKNPRAWS
PVRSVGSVVGMEAQPDSDSSVFDVDSGMYFDEEVSQAAWGTCDATWTFIEAGACSIDSVR
VPQWFSDSKNGHNCDINAKWRFDILDALKNRSNKDIDLSNFGLAIEEKGWTRSCEARLVS
DSISEDCIVSIYWHALENAGTLSVFQPDGTIKFILNLREITSIMTSSEPGSPRITLTIPH
QNQKTIKIQYISEIEQEEWLSVLVDITSQINGLSGKPSSHSVWLVTSSGDVLNWDPTSTQ
LNSEKNGSYIKEFQVFNQDITNGYTTTLHNNFPSGSMLKITGCLFDVINRFHINLQGPEV
LKQRHKIETEVSDVPFHFNVRFDESTVVCNTKKSGYWGSEERYELPLKPGEEFLIKIISD
GPGFKVIVNDKQLCFYKHRLNPESIMSVLVKGPLKLYTMEYSSTSPIIGPDEMIWRMMGG
YLRKVECCQNGIVWGISHDHSTWVYTGGWGGGVLKGIGGNEGIHSISDTQTYCVYENQRW
NPLSGYTSTGLPTDRYMWSDVTGKHKRTREHTKLLSRHWHWVSEWIIDYNTPGGVDSDGW
QYATDFPAPYHGKKVFTDCVRRRRWYRKAKIVSEGPWVRAGSTAIIDISLWANNKEASAW
AVTLGGEAIYRTGVTTATPAGTSWEHINSPNTFVAISTCDNVIWAVGRRGELYYREGVSK
ETPGGSSWKIIETPKCTFPFNQKTGVGAKLVSLSSNSAWVILTNGYVAVRTEVNKNQAAG
KQWKYLTDCEWTFKHVSCMGDEVWAVRSDGSVYRRLGVTADHAPGIAWLLVLPGPIVHVS
VRGCS