| New model in OGS2.0 | DPOGS209247 |
|---|---|
| Genomic Position | scaffold431:- 142666-151106 |
| See gene structure | |
| CDS Length | 2913 |
| Paired RNAseq reads | 1499 |
| Single RNAseq reads | 4227 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007063 (1e-60) |
| Best Drosophila hit | CG3160 (2e-59) |
| Best Human hit | GPI inositol-deacylase (2e-60) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC005802 [Tribolium castaneum] (1e-113) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC005802 [Tribolium castaneum] (6e-114) |
| GeneOntology terms | GO:0005783 endoplasmic reticulum GO:0016787 hydrolase activity GO:0009880 embryonic pattern specification GO:0009948 anterior/posterior axis specification GO:0016021 integral to membrane GO:0004518 nuclease activity GO:0007605 sensory perception of sound GO:0060322 head development GO:0042578 phosphoric ester hydrolase activity GO:0015031 protein transport GO:0016255 attachment of GPI anchor to protein GO:0005789 endoplasmic reticulum membrane GO:0015798 myo-inositol transport GO:0016020 membrane GO:0021871 forebrain regionalization |
| InterPro families | IPR012908 PGAP1-like |
| Orthology group | MCL15457 |
Nucleotide sequence:
ATGACATTTATGTTTGAATATCCACAATTTGTACGAATATCTTTGGAGGAAAATAAAAAA
TATCCTCAATATGGTCTATATGCCTATAGTGAAGGAAGATTTACTGAAAAGGCTAGAAAG
ATGTGGTTTGATGGAATACCTGTATTATTTTTGCCAGGCAATTCTGGTAGTCACATGCAA
GCTAGGTCTTTAGCTTCAGTTGCACTAAGAAAGGCTTTATCAGAATCATATGAATATCAT
TTCGACTATTTTACGATTAGCTATAATGAAGAATTGTCAGGCTTATATGGGGGAGTTCTT
CAAGGGCAGACTGAATTTGCTTCAGCATGTATAAATAAAATACTTACATTATATAAAAGC
AATAAATATACTAAGTCAGTACCAACATCAGTAATTCTTATTGGACATTCAATGGGTGGA
ATTATTGCAAAGAGATTACTAACATATCCATATACAAAAAATTCAACCAACATTGCAATA
ACTCTAGTAGCACCTTTGAAAGCACCAGTCATTAATTTTGATATACTTTTAAATGAATAC
TATATGCAAATGGATATGGAATGGATGGAATATAAACTATCAAATTTAAGACATGATAAG
ATTCTAATCAGCATTGGGAGTGGCCCTCGAGATATGTTGATACCAGCTGGTTTAACAGCT
TCCAACTATAGCCATATTAATACTCTGTCTACAGCTATTCCAGGTGTTTGGGTTAGTCCT
GATCATGTTAGTATGGTGTGGTGCAAACAGCTAGTGTTAGTTATCAATAGATTCCTCTTT
GACATTGTTGATACATGGACCGAACAGATATCGATCAACTCAGCATATATTGATCAAAAA
GCTAGACAATATTTTAAGGCCAATCGTTCAACAACTTTAGATAAGTCTATATTACGTCAT
AACGTCAGTATGCAAGTCGACGGTTTTTGGTATGAAGATAGCAGGAGAATTTATCAGATA
TCACGACCGGGGATCGAAAGCAAAGAGGCGACATCACTAAGCGAACTGAGTCGATGGTCG
GGAGCAGCAACCGATTACGGAAGGAGAAAGTTAGCGACGATCCATCTTCACCAAATAATG
GAAGAAGAACCGCAATGGACGCACGTTATTGTTAAAGTTTCGCCAACTAGGAAACCGATT
GTACTTAACGTGGATACAAATGATTACGCTTCCAGACAAATAGAAGTATCAGCGCCATCG
GATTATTCATTTGGGAAACGCGTTGTAATACCCGAAACTGTACCGAATAGTCTCTATTAT
GAGCTGATCCTATCAGAATTTAATTTAATACACCAAGCTTATTTATTATACGTGGAACCT
ACTGAAACATGTAAAGGACAGTATCATGTGTCAGCTGAAGTTCACGTGCCCTGGGCTCAG
AATAACGAATATTACCATTATTTCACCCCTCTCAAACGATCCCCGATGAAACTGCGATTG
TTTGAAAGCAATCCTAATATAACATTAGGACAAGACGCCACAGAAAAAGTTAAAATTACT
TTATTGTTAGACCCACAATGCACCTTTAGTGTAAGTATATCAATATCCTGGTATCACCGT
TTGGCTCAACTGTCTCGTAACTATACTCCGATTCTGGTTCCATATGTGGCAGCTATATTG
CTACTGGCAGCTAGAAATAATATACTCAATATACAGAGTACTGGATGTCCTTCCATACAT
AGTGCCTTAATGAGTGACAGTGTTAGACCATATTTTGTGCTAGTCTTTGCCCGTCTAGCC
ATAACATCATTTATGTCAGTTCCATTTTTATCGTTTCTTTTCGAGAATGCCAGTTGGAGA
AATCTTGAATTACAATACTTTGTACGCTCGCTACTTGTGTTACCAACATACATGACAGCT
CTCGGTATTATCAATATTGTTGCTCTGGCCCTGCTTATTATTATGGTATTTTCATCTCAA
TTGGCACATCGATTGTTATTCAGGATAGTATGGCGTGGTGGAATGGGTCTGGCTGAAAAA
ATGGCTGTGGGTTTACAGAAAGTACCCATGCTGGTTAGTGCTGCGCTGATATGTGCTGTA
CCATTGTCTTGTGGGGCTGCATCATTGGCCGCTGGTGCCACATTCTATATGTTCATTCTG
TCAAAAATGTATGAAGAATATTTAGAGGATTATGTTTATAAGCTGATGGCAAAATTGGCA
AGTCGTATGTGTTATATGTTCAAGGGTAAGAAACCGAAAGAAGACTCAAAACAATGTACT
CAAAAAGAAGACAATTCCAAAGATATTACTAATTCAGAGAATCTCAAAGCCATAGAGTTC
AAAGAACATTCCAAAAAGGATGAAGATCAACCTGATAAACAAACGAATGATACTAAAAGT
AACAATATACAGAAATGTGATAGCAGTGAGAACCTTATAGATGAGGAGCTCAGTAGTATA
AATTTTCATGTCATGATGTTCTTTTTGTGGATGGCAGTAACTGTAGTCAATATTCCCGCT
TTGTTGACATGGGCACGAAACTTCAAAAGAAACTATGAAATGGTGTCTTCCGCACTATTC
ATAATGGCTGTATTGATATGTGCTCTGGGACCATTTTCCCTCTCAATTGTAAATTATGGA
GTGACATTTATGTTTGCAATAATAACTCTGCAGCAGTTATATGATGTTGATGATAACATT
GATGAAAATTTGCTTACACAAGAGCCCTTACAAGATAAAGAAATTACTAATATAGACCAA
GAAAATGAGGCAGACAAAAAAGATACTCAAGAAGAAAATTGTAGCAAAAAGGAAGATTTA
AATAAAGATGCGGGTGAAAGTCTTAAAACTGATAATTCTTCTGAGGCTGAGTGTGGCGAT
AAGTCCAGTGACTGCGATAAATGTGATGAGAGTAGAATTTACAGAGTTTTCAAAAATCTC
AGAGAAAAATTTAGTTTTGGTGACAATGAATGA
Protein sequence:
MTFMFEYPQFVRISLEENKKYPQYGLYAYSEGRFTEKARKMWFDGIPVLFLPGNSGSHMQ
ARSLASVALRKALSESYEYHFDYFTISYNEELSGLYGGVLQGQTEFASACINKILTLYKS
NKYTKSVPTSVILIGHSMGGIIAKRLLTYPYTKNSTNIAITLVAPLKAPVINFDILLNEY
YMQMDMEWMEYKLSNLRHDKILISIGSGPRDMLIPAGLTASNYSHINTLSTAIPGVWVSP
DHVSMVWCKQLVLVINRFLFDIVDTWTEQISINSAYIDQKARQYFKANRSTTLDKSILRH
NVSMQVDGFWYEDSRRIYQISRPGIESKEATSLSELSRWSGAATDYGRRKLATIHLHQIM
EEEPQWTHVIVKVSPTRKPIVLNVDTNDYASRQIEVSAPSDYSFGKRVVIPETVPNSLYY
ELILSEFNLIHQAYLLYVEPTETCKGQYHVSAEVHVPWAQNNEYYHYFTPLKRSPMKLRL
FESNPNITLGQDATEKVKITLLLDPQCTFSVSISISWYHRLAQLSRNYTPILVPYVAAIL
LLAARNNILNIQSTGCPSIHSALMSDSVRPYFVLVFARLAITSFMSVPFLSFLFENASWR
NLELQYFVRSLLVLPTYMTALGIINIVALALLIIMVFSSQLAHRLLFRIVWRGGMGLAEK
MAVGLQKVPMLVSAALICAVPLSCGAASLAAGATFYMFILSKMYEEYLEDYVYKLMAKLA
SRMCYMFKGKKPKEDSKQCTQKEDNSKDITNSENLKAIEFKEHSKKDEDQPDKQTNDTKS
NNIQKCDSSENLIDEELSSINFHVMMFFLWMAVTVVNIPALLTWARNFKRNYEMVSSALF
IMAVLICALGPFSLSIVNYGVTFMFAIITLQQLYDVDDNIDENLLTQEPLQDKEITNIDQ
ENEADKKDTQEENCSKKEDLNKDAGESLKTDNSSEAECGDKSSDCDKCDESRIYRVFKNL
REKFSFGDNE