| New model in OGS2.0 | DPOGS201775 |
|---|---|
| Genomic Position | scaffold1298:+ 24801-29592 |
| See gene structure | |
| CDS Length | 2622 |
| Paired RNAseq reads | 596 |
| Single RNAseq reads | 1429 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA008597 (4e-139) |
| Best Drosophila hit | Insulin-like receptor, isoform D (3e-52) |
| Best Human hit | insulin receptor isoform Long preproprotein (4e-60) |
| Best NR hit (blastp) | insulin receptor (AGAP012424-PA) [Anopheles gambiae str. PEST] (1e-72) |
| Best NR hit (blastx) | PREDICTED: similar to insulin receptor [Apis mellifera] (1e-70) |
| GeneOntology terms | GO:0004714 transmembrane receptor protein tyrosine kinase activity GO:0043434 response to peptide hormone stimulus GO:0004672 protein kinase activity GO:0004713 protein tyrosine kinase activity GO:0005515 protein binding GO:0005524 ATP binding GO:0006468 protein amino acid phosphorylation GO:0007169 transmembrane receptor protein tyrosine kinase signaling pathway GO:0016020 membrane GO:0016021 integral to membrane GO:0046777 protein amino acid autophosphorylation GO:0016301 kinase activity GO:0016740 transferase activity GO:0004872 receptor activity GO:0000166 nucleotide binding GO:0048589 developmental growth GO:0009790 embryo development |
| InterPro families | IPR000494 EGF receptor, L domain IPR006211 Furin-like cysteine-rich domain IPR009030 Growth factor, receptor IPR008957 Fibronectin type III domain IPR013783 Immunoglobulin-like fold |
| Orthology group | MCL31185 |
Nucleotide sequence:
ATGGCAAATATAAAAAAGTTACAAAACTGCACAGTTGTGGTTGGGGATCTGATAATAACA
CTTCTAGAGAGAACTAAACCAAAAGACTTTCGGGATATAAGTTTTCCTAAATTAAAAGAG
GTTACAGGATTTATGGTTGTTTACCGAGTGTCGGGATTGGAGTCTCTGGGGGACCTCTTT
CCGAATTTAGCGAGAATCCGCGGTAACACGCTTCTATACAACTACGCGCTCATTGTTTAT
GACATGCCCCGTTTGAGAGAGATAGGTTTCTATAACCTGCTCAAAATCGATAGAGGCGGA
GTCATCATATGGGGCGGTAAACTTACTTGCTTCATTGATTCCATTGATTGGAACGTTATT
GCGCCCAAATCTCGTCACGTTCTCAGCATACCAGACAAAGGGACACGGTGCATGTTTGTT
TGCACTTGTACAAGAAACGCTGTCTCCAATCGCTGTTGGAATAATAAGAAATGCCAACGT
TTCCTTGAGGGTCCGGATGCAGAAGATTGTGATGTGAATTGCTTTGGATGCCGCAAGACC
AACCCGAAGAGCTGCACATTATGTAGGAACTACACCATCAATAATACATGTGTGAACCGC
TGCCCTAACAATACCATAATATTAACGGAGAGCAATTATTGCGTGACGATTGACGAATGT
AAACATTTAAATAGATTTGAATTCAATAATACATGCGTGGAAAAGTGTCCGAATAATTAT
GAAATGGTGACCATTGGAAGAGATACATCATGCAAACCCTGCGTTAATTGCGATAAGACT
TGTAAAAGCCTCATTATTCAAACATTGGCTTCCATACAAGCTACAGAAAAGTGTGTATAT
GTGAATGGCTCATTGACAATACACGTTAGATCAGTTCCCGGAGCGATGGATGAATTGAGA
TATTATTTGAAAAATATCAAAGAAGTTTCTGGATACATTCTAATTTATGGTTCTATTTCA
GTTACATCACTAGATTTTCTATCATCGCTAAAAAGTATCAAGGGCAATACACTATTAAAC
GGAAAGTATAGTTTAGTCGTTTACGATATGCAAAACCTTCAGATGCTATTTTCAGACAAT
GTTACCAAAAAACTTAAAATAAACAAGGGTTCAATGAGATTTTACCGAAACCCCATCCTT
TGTATGAGCCAAATCGAAAAGTTAAAGCCATTATTTCCGGTGGCTCCTAATGAAATTGAT
TTACCTCAGGGACTCAATGGTTATAGCGGGGGTTGTAAAGAAATAAATTTGGGTCTAAAA
ATTAACGTCAAGAATCAAACGTTTGCAGTTGCCACTTTTGATGGTGAGACTGGAACTGAC
GTGTTTTACACTATTTTATATATCGAAATATCTCACGATACAAAAGTGCCCATTGGACCG
GAAGCATGTAGTGAGTCAGAATGGAATGCTATAAGCGTTTCATATTCTTCAAATAGGCTA
ATTGAAGTTCCCCTACACTCTCTTCGACCGGCTTCGATGTATGCTGTTTGTATAGAAAAG
TATGAACCTTCCACACGTCATCTCGCTCGCAGTGCTATAGTAAATTTTACAACGCCACCT
GGTAAACCAGAGCCGCCATTCATAACAGAACTTGTGGCTTCTTCCTCTGACGTAGTTGTA
GTAAGATGGGTTGATCACAAAAACTATGAACGGCACATTACTAGATACGAGTTAGACGTG
TACTTAATAGAAAAGAATCAAAACCATATAAATACAAGAGATTATTGCCAAAATTATAAT
GATATTGATGAAATTGACTATTCACGTCACGCGAAAGTTATGAGACCACCGCGTAATTAT
GGAAAAGGTTGTGAAAGTATGTGCGGTATTTTATCATCTTTTACTTTTGGTGCAATGGTC
GATGAGTATTTTGATATATGCAATTCAATAAAAGGCTGTGAGAAAGAAGTGGATCGTCCT
AAAGTTGATTATATCAAAGGATTACTTAAAACGGTATCGTTAGACATTACTGCCCCAAGA
AAAGTTTATCAAATTGGAGGATTAGCACCTTTTAGAGATTATAGATTTCACCTTCGGGCT
TGTATTAAAGATTTGTGTAGCCGTTCTGCTAGAGAGGTAGTGCGGACCTTAAGGTTAGAA
AACATTGATATAGCCTCTATTACATTTACAAGCGCTGAAGAGAATGGTTTAATAGTCGTG
AACTGGGATCCACCGGCAATATCAAACGGAGTTATATTGTCATACACTGTGGAAATTTGT
CCAGATAATAATTTAAATGACATGAGTCATTTATTGCCTCAAGTTATGTGCGTTTTTGGA
AACGAGACAAGTCTCACAGTAAAATCTCATAAAGCAAATATTTATCTTATAAGAGTGTGT
ACAACGACGCTGGCTTATTCGTATGTTTGTAACAATTGGACTAAAGTGATGGTTATTCAA
CAAAATTATCTTTCCATATGGATTGGTGGTGTAGTCTTCGGAATATTACTGTGTGTTATA
TCCATAAAATTTGGATGGCACTGGAAACAAACTACTATCAAATCGGACGATATACCGTTG
GTAGACGCTACTTCTGCTAATCGCAATGAATCTGAACCACCAGCAATTATGATGTCGGAT
TTTATGCCACTGTATAGCATAGATTTTGGACATTCAGAATAG
Protein sequence:
MANIKKLQNCTVVVGDLIITLLERTKPKDFRDISFPKLKEVTGFMVVYRVSGLESLGDLF
PNLARIRGNTLLYNYALIVYDMPRLREIGFYNLLKIDRGGVIIWGGKLTCFIDSIDWNVI
APKSRHVLSIPDKGTRCMFVCTCTRNAVSNRCWNNKKCQRFLEGPDAEDCDVNCFGCRKT
NPKSCTLCRNYTINNTCVNRCPNNTIILTESNYCVTIDECKHLNRFEFNNTCVEKCPNNY
EMVTIGRDTSCKPCVNCDKTCKSLIIQTLASIQATEKCVYVNGSLTIHVRSVPGAMDELR
YYLKNIKEVSGYILIYGSISVTSLDFLSSLKSIKGNTLLNGKYSLVVYDMQNLQMLFSDN
VTKKLKINKGSMRFYRNPILCMSQIEKLKPLFPVAPNEIDLPQGLNGYSGGCKEINLGLK
INVKNQTFAVATFDGETGTDVFYTILYIEISHDTKVPIGPEACSESEWNAISVSYSSNRL
IEVPLHSLRPASMYAVCIEKYEPSTRHLARSAIVNFTTPPGKPEPPFITELVASSSDVVV
VRWVDHKNYERHITRYELDVYLIEKNQNHINTRDYCQNYNDIDEIDYSRHAKVMRPPRNY
GKGCESMCGILSSFTFGAMVDEYFDICNSIKGCEKEVDRPKVDYIKGLLKTVSLDITAPR
KVYQIGGLAPFRDYRFHLRACIKDLCSRSAREVVRTLRLENIDIASITFTSAEENGLIVV
NWDPPAISNGVILSYTVEICPDNNLNDMSHLLPQVMCVFGNETSLTVKSHKANIYLIRVC
TTTLAYSYVCNNWTKVMVIQQNYLSIWIGGVVFGILLCVISIKFGWHWKQTTIKSDDIPL
VDATSANRNESEPPAIMMSDFMPLYSIDFGHSE