| New model in OGS2.0 | DPOGS210020 |
|---|---|
| Genomic Position | scaffold365:- 35034-46141 |
| See gene structure | |
| CDS Length | 3399 |
| Paired RNAseq reads | 1214 |
| Single RNAseq reads | 2888 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA010836 (0.0) |
| Best Drosophila hit | CG7956, isoform D (0.0) |
| Best Human hit | phosphatidylinositide phosphatase SAC2 (1e-155) |
| Best NR hit (blastp) | PREDICTED: similar to suppressor of actin (sac) [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to suppressor of actin (sac) [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0008150 biological_process GO:0005575 cellular_component GO:0016787 hydrolase activity |
| InterPro families | IPR002013 Synaptojanin, N-terminal IPR022158 Inositol phosphatase |
| Orthology group | MCL14015 |
Nucleotide sequence:
ATGGAATTGTTTCGATCTGAATCCTATTTCATATTTGTGAGGAACGAGTCAAGTCTTTGG
TGGAATCGGCTAACGGGAGCCTTTTCAGTCCGATCAGCATGGGATCTTTCCGATATCGAG
GACATAGAATGCCTTGGTATAACAGAAGGTATTATAGGAAAAGTAGAACATTCAAATATA
TACGAGCCTCGTTTAATGATTATAAAAGAAAGCGTACCTATGGGTCAGATATATTTTCAC
CATACCATATACAAGATCAAATCAATATGCTTTTTGAATATGGGTGTGAATAATCAGGAA
CTTGAGCTTTCTCCATGTACGAAACATGGATCGTCAACCCTCTTGGAGAATGCAAGATCA
AGCAGTAAGAAAATGGGGGCTCGTTTGTTTGAAAATTCCGCCTTTTTAAATAAAACTGTA
GGTGCCGTTAAAAATGTTAGCAATACAATTAAAACCACAACACAGCAAGCCGCTACTCAG
GTAAAACAAACAGTGAAGAAGCAACGTGATCCAAAACTAGCTGAACGGTTTGAGAAGCGT
CTGACGGATGAGCTACACAAGATATTTGATGACTCTGACAGCTTCTACTATTCAAGAACA
TTAGATCTAACTAACTGCTTACAACGACAATATGAAATTGAAAAAATTTTGGAAACCGAA
GAGGGCAATGGGAAACCAATCACTGACATAACAAGATGGTGGAAATATGTGGACGATAGA
TTCTTCTGGAACAAACATATGCTCAAAGATATTATCGCTTTGGAGAGTCCTGGTTGTGAT
GAATGGGTTCTGCCGGTCATCCAAGGCTATGTACATCTGTCACAAATAGCCGTCGAACCA
CCTGATGCCAATCCCTTGAATACCGAATCATTGTCGAGTACGAATTCATGCGATGAAACT
TTCACTCTAGGTCTTATATCAAGAAGATCTAGGTACCAGGCTGGAACTCGGTACAACCGT
CGTGGTATAGAGCCCGGTGGGAGAGTTGCAAACTATGTTGAAACTGAGCAGATTGTGTCC
ATTGTGTGCTCGGATAGCATTCACAGAGCATCATTTGTACAGGTCCGTGGATCTGTGCCA
ATATACTGGAGCCAGCCTGACTACAAGTTCAGGCCGCCGCCGAGGCTTGACAGAACCGAA
GAAGAATCCCACCAGGCTTTTAAGAAGCACTTCGAAGAGGAGTTAAAACTTTATAAACAG
ATTTGTATAGTGAATTTGGTAGAGCAGCAGGGGAGAGAACGCATCATATGGGAGGCCTAT
AGCAACCACGTCCTCAAGTACAACAGTCCTAATATAATATACGCTACCTTCGACTTCCAC
GAATACTGCCGCGGCATGCACTATGAGAACGTTAGCATATTAATAAACGCTATATCGGAT
ATCATCGGTGACATGCGTTTCTGTTGGCGTGACGACCGCGGCCTCATCTGTACACAGACC
GGCGTTTTCAGAGTCAACTGTATAGACTGTCTCGATCGCACCAACGTCGTACAGACAGCG
ATAGCCAAGTACGTGTTGGAGTTGCAGCTATGTAGGTTAGGTCTCGGAGCCCCGGGCTTC
GGTCTACCCGTGGGGCTCCGACAGGCCTTTCTGGCTATGTGGGCTGATAGCGGAGATCTC
GTATCAAGGCAATACGCTGGCACCAAAGCTCTCAAGGGTGATTATACTCGCACAGGAGAG
AGGAAGTTAACTGGGATGATGAAAGATGGCGTCGCATCCGCTAACAGATATTATCTGTCA
ACATTCAAGGACGCTCTCCGTCAAGTGGCTATTGATGTAATGACAGGAGAATCCAAAACT
ATACCAGAACAACTCATTGTACCCGACTGTACCCCGTGTACCTCAGTCAAGGTTCTTATG
TTTAACGATCAATCAGTACCAGATACAGCGGCTATGGCACAGCATGTGAAGAGCCTCATA
GATGACTGTAAGAAGCTCTTGGTGGATACGGAACCAGTCCTCGGCTCCTGGGGACTTATA
GATGCCGACCCACATACCGGAGATCCTCAGGAAACGGAAATGGATAGCGTCCTGGTGTTA
ACGGGAGAGGCGTATTACGTCACAGACTATGACGAGACCTCCGACAGGTTGTTGTCGGTA
CAGAGGGTGCCTCTGAAGGATGTTACGTCTATAGAACTTGGCACTTTGGACTCTAGTGCT
ACGATATTCAGCGTGGCCCGCAAGAGTAACGCCGAGCCGGTGCACTGTATACGTATCAAC
TACATGTATAACAACGAACCGGGATACTTCCACATGTTCAGGTCAACATCGCTGAGGTTC
TTCAATAACATGGCTGTGGCTATAAATACCAAGGACGAGATGATAGAATCCCTTCACTCG
ATATGTGAATCACTAGTTGTGGCGAGGGATGTAGCGAAATTATCACCTGTACCATTCCAC
GACGGAGTCAAGCTAGAAAGGAAAAAGTCTAAGATACATCCAACACAAGGGTCTTCAGGC
GCTAAATCTTCCCTGTACTTGGACCTATCGAGACTGCCAACACTCACTAGAAATGTCAGC
GAGACTCAGCTGGTGGCGGACATAAGGAGTGTCGGATCAAAAGCCCTAAACAATATGTCG
GAGCAATTCAGCAAGCTGAATAAACTGAGTCACTCCCTGAACGCCAGAGCCAGACCTACA
TTACAATTGAAATTCGACCAAGGGACTTCAAAGACAAAGAAAATATTTACATTAGGGCAG
AAGAGTGATGGCAAAAAGAAAGGAAGCCTATCAGACGGCGCGAGCTCGGACTATTCATCA
GACGACGAGGCGAGGACCAACATCTTCGAGCCCACGCTAGACAACTTCGAACATCTACAA
CACTACATCGGAGATCAGGAGAGAAAGGACGAGAATGATTGCGATCTAGTAGAAAATCCA
CTGTATTCATCCAAAATTGAACCAAACTACGACATGGACACCACGATTTCCGATACCAGG
ACAAACGTATCGAAAACGCCAAGCAACAAGATGAACCCGTTCAACAGTGACGTCACACCG
GAAATACAAGTGGACTCCAAGCCGATACCGCCGAATTCGCTGCTGCTGAACCAAAAACTG
TCGCAGAGCTCCAGTTACCTCAACTTTGAACCTACGGTTAACTACGTAAGGTCTAATTCC
CAGCACGAGATAACATTGAACATAGCGCAGTCGCATAGCGAATCAGCGTTACGGCAGTTG
AAGAATATAACAAGTCCTGTGTCCACAGCCACCAAAGAAATGGTACTCTCGCCTCTCTCA
AAACTGGCTAAGGGCGTGCAAACATTGGGCGCCAATCTAGATCCGAGGAAGATAAAGGCT
CCGGCATCGGTGAAACATATATCAGAACAGCAGTATGAAGAACACAAGAGATTACAAGAA
AAATGGCAGGATAGCAACACACGGCTGATTGCTCTGTGA
Protein sequence:
MELFRSESYFIFVRNESSLWWNRLTGAFSVRSAWDLSDIEDIECLGITEGIIGKVEHSNI
YEPRLMIIKESVPMGQIYFHHTIYKIKSICFLNMGVNNQELELSPCTKHGSSTLLENARS
SSKKMGARLFENSAFLNKTVGAVKNVSNTIKTTTQQAATQVKQTVKKQRDPKLAERFEKR
LTDELHKIFDDSDSFYYSRTLDLTNCLQRQYEIEKILETEEGNGKPITDITRWWKYVDDR
FFWNKHMLKDIIALESPGCDEWVLPVIQGYVHLSQIAVEPPDANPLNTESLSSTNSCDET
FTLGLISRRSRYQAGTRYNRRGIEPGGRVANYVETEQIVSIVCSDSIHRASFVQVRGSVP
IYWSQPDYKFRPPPRLDRTEEESHQAFKKHFEEELKLYKQICIVNLVEQQGRERIIWEAY
SNHVLKYNSPNIIYATFDFHEYCRGMHYENVSILINAISDIIGDMRFCWRDDRGLICTQT
GVFRVNCIDCLDRTNVVQTAIAKYVLELQLCRLGLGAPGFGLPVGLRQAFLAMWADSGDL
VSRQYAGTKALKGDYTRTGERKLTGMMKDGVASANRYYLSTFKDALRQVAIDVMTGESKT
IPEQLIVPDCTPCTSVKVLMFNDQSVPDTAAMAQHVKSLIDDCKKLLVDTEPVLGSWGLI
DADPHTGDPQETEMDSVLVLTGEAYYVTDYDETSDRLLSVQRVPLKDVTSIELGTLDSSA
TIFSVARKSNAEPVHCIRINYMYNNEPGYFHMFRSTSLRFFNNMAVAINTKDEMIESLHS
ICESLVVARDVAKLSPVPFHDGVKLERKKSKIHPTQGSSGAKSSLYLDLSRLPTLTRNVS
ETQLVADIRSVGSKALNNMSEQFSKLNKLSHSLNARARPTLQLKFDQGTSKTKKIFTLGQ
KSDGKKKGSLSDGASSDYSSDDEARTNIFEPTLDNFEHLQHYIGDQERKDENDCDLVENP
LYSSKIEPNYDMDTTISDTRTNVSKTPSNKMNPFNSDVTPEIQVDSKPIPPNSLLLNQKL
SQSSSYLNFEPTVNYVRSNSQHEITLNIAQSHSESALRQLKNITSPVSTATKEMVLSPLS
KLAKGVQTLGANLDPRKIKAPASVKHISEQQYEEHKRLQEKWQDSNTRLIAL