| New model in OGS2.0 | DPOGS208117 |
|---|---|
| Genomic Position | scaffold61:- 79598-129041 |
| See gene structure | |
| CDS Length | 4119 |
| Paired RNAseq reads | 14405 |
| Single RNAseq reads | 36594 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006770 (0.0) |
| Best Drosophila hit | Ect4, isoform D (0.0) |
| Best Human hit | sterile alpha and TIR motif-containing protein 1 (1e-147) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC012668 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to Ect4 CG7915-PB, isoform B, partial [Apis mellifera] (0.0) |
| GeneOntology terms | GO:0004888 transmembrane receptor activity GO:0005488 binding GO:0045087 innate immune response GO:0007165 signal transduction GO:0031224 intrinsic to membrane |
| InterPro families | IPR011510 Sterile alpha motif, type 2 IPR000157 Toll-Interleukin receptor IPR016024 Armadillo-type fold IPR010993 Sterile alpha motif homology IPR001660 Sterile alpha motif domain IPR011989 Armadillo-like helical IPR013761 Sterile alpha motif-type |
| Orthology group | MCL14240 |
Nucleotide sequence:
ATGCGTCGAAAGGAACAAGTTTCGGCACCGAGTGGTAATGGAAGAAGTTTGATTGCTACA
AGAACGAACCAACACCAGCAACGTAAAATGCAAGGACCACGAAGTCATTTACCTAGAAGC
TATTCCTCACCATCTGCCGCGAAAGATGAAAATCCCGAAAATGCGTCGAAAGCCTTTGTA
TTGCGGAGTTTTTCTTCACCCGAACCCAATAACACGGATAAAGAAAGTCACAGAAGTGCC
GAATCCCTTTCTAGAACAAATCCACATGAATCGCGAAGTGAATTGGACACTGATTTAGAT
AATTTTGAACAATTTGAGGAAAGCTTAAAAGATATAGATGCTGAAAATTATGATTTCTCC
AACCGATATCGTAATACACCCGACACTGAGCAGCCCAAACGCATTCTGACCACAATGCTT
CCAGGCAGTGGTTTACAGAAAGTCGCGTTGAGACCAGTAGCTACAAAAGAATATGGGACC
GTTTCAGCAATGAGGCAGCCGAAGAAAGAAAATAAAAGACTTTCCCGCTTGAGTTTCCGC
CCTCTCATCATAAAGATGCCAAGTCAGATTACAGCTCAGCCCAAGTGCGAATCTATTCCT
GGATTGGAGGAATTGCAAACCTCCCCACAGTTTGAGATAGAATCAGCAGAACTGGACCAT
GAATTTGATAATGCAGAGGAACACTTAGAGAGGGAGATAGCAATAGCGGCTGCAGAGACT
GACGTTGATATGATACCAGAATTCAACCTGGATGGCAACAACAGCCTAAAACACAACGGG
AGTGCAAAGGACTTGGCCTCCGTCATGGAGAACCTAAAGAAGAACAGCCTCGTCTCCCGC
CAGAACCAGACCCTCAACACCCAAGTCACCAGTTCCTCTAAGCAGCAGATGGTATCGAGC
ACCACATCGAGCAGTGCCGCCACCAGCCAGAGGGTTCAAAGCTCGTCGCAACGCGCCAGT
TCCATGAAGTCGGACCTCACGGAGCTAAAGAGTTCCATCTCTGAAATGAAAACTCTCAGC
AACACCGCCGCTTTGAACTTCGGACAAAGATTGAGAAGTTCAATGGAGAATATAGTAGAT
CAGGACGACATGAAGGAACGTCACATACCAGATATTCGTGATCTGAGTGAGATGGGTGAC
ATAGGAGATATGAGTGACATGACTGACCTGGCCGGCGACGGGCCGCTGGTCACCTTTCCA
GAATCTGACACTCCACCACCTGACAAACAGTGTCTGCTGGCTCCGAACTCATCATCTGTT
GGTACAAATGCTGCTAACGAATTGAAATACAGTGCAGCTAGAATGACATCGGCCAGTTCG
ACTCGTGTAGTGACCGATGGATACAGTGCCTCCAAATCGGCAGCCAATAGCACCAGGATG
CGCCGTCTGCAGCACGGAGACATGCAATACGCTGAGCACAGCGCAGCAGGAGCGTCGCAC
AGACTTTTACAGGCCGAGGGTCTTACGGCTGAACAGAACGCTGCCTATCATCAAAGCGGT
TATCGTTTACCGCACCATGCTCGTGTCAGTCATCGTTTGACCGCCGTGCGTGCCAGCACG
CGGAAGTCAATTATTGCGCATGCGCCTTTGGGTACACGAATAGACGGCTTTAAATATAGA
AACGGAATGTCTAACGGCGCGGGTTCGGCCCCGTGGCCGGTACACAGAAACGTCCTGTCG
CGTTTCCCCCCTAAGCCGACGTATCCTTCGGAAAAGCGTTCTCTACAAGCGGGGGAAGTA
TCAGCTCAGGAGGCGAATAACATGTCCGCGACCAGTTCGAGATTACAAACGGAGGCTTTC
AGTGCTGAGAAAAAGGCGATGGCATCATCACAGGCGAGACAGACGTTCACTTCCAGTGGA
ATTTTCAGTCACAAAGAACATTCAAGCGTCGCTCACTCCAACATGACCATATCCAGCAAG
AATCTTAGCACTAAATCAACATTACTATCGTCTCAAATGAGTCAGCTGTTGAATGGGACA
GTGAAACCGGGAGACGAAGACCTCTCCAACCTAACATTCGAAGATTTAGACAAATTGGAT
GCTAAGTCGAATCAGAAGGACGTAGATTTAGCGATTCAAAAATATTCACACAGGATGAAC
GCTTTCATAACGGCCATAAAAAATAATCAGATAGACATGAAAAACGCCTGCGTCCACTTC
ATGAAGTTAAACGAGATGGTCAAAAGAGCATGGGCTGTGCCTACATACGGCCATGAGTTA
GGGTACTCGTTGTGCAACACGCTGAGATCGTCCGGCGGTTTGGACATTTTGATGGCGAAC
TGCTTGGAATCCAATAACCCGGATCTTCAATTCTGTTCCGCTAAACTATTGGAGCAATGT
CTCACCACTGAAAATAGAGATCATGTAGTGCAAAATGGTCTCGAAAAAGTCGTTAACGTG
GCCTGTGTGTGCACGAAGCATTCGAATTCAGTCGATCACTCAAGAATAGGTACTGGGATC
TTGGAGCATTTGTTCAAACACAGCGAAGGTACTTGCAGTGATGTTATCAAGCTGGGAGGT
TTAGACGCCGTTCTGTTTGAATGTAGAAAAAATGACGTGGAAACTCTGAGGCACTGCGCA
ACAGCTCTGGCGAACTTATCACTATACGGCGGCGCTGAAAACCAGGAAGCGATGATAAAA
AGAAAAGTACCCATGTGGCTGTTCCCTCTAGCCTTCCACAACGACGACAACATCAAATAC
TACGCGTGTTTAGCCATCGCTGTTTTGGTAGCCAACAAAGAAATAGAAGCAGCCGTCTTG
AAATCCGGAACCTTGGATCTGGTTGAACCCTTTGTTACTTCACACAACCCGTCGGAGTTC
GCCCGATCAAACCTAGCGCACGCTCACGGTCAGAGTAAGAACTGGCTTCAAAGATTAGTC
CCGGTTTTGAGTTCAAAGAGGGAAGAAGCGAGGAACCTGGCCGCCTTCCACTTCTGTATG
GAGGCTGGTATTAAAAAGCAGCAAGGGAATACAGAGATATTTAGAGAAATAGGAGCTATA
GAATCCTTAAAGAAAGTAGCCAGCTGTCCGAATGCTGTTGCGTCGAAATACGCAGCGCAG
GCTTTAAGACTAATTGGAGAAGAGGTACCACATAAACTGTCCCAACAAGTACCTTTGTGG
TCGATAGAGGACGTCAGGGAGTGGGTCAAACAAATAGGCTTCTCTGAATACGCGAACAAT
TTCTATGAAAGTAGAGTAGATGGTGACCTTTTGTTACAAATAACTGAAGCTAATCTCAAA
GAAGACATAGGTTTAAATAACGGAATCAAACGTAAAAGATTCACGCGAGAACTTCAGCAA
TTAAAAAAAATGGCGGACTACAGTTCACGTGACACGGGGAGCCTTAACGAATTTCTACAG
AGCATTGGTCCAGAATACACGATATACACGTATTCAATGTTGAATGCTGGTGTCGACAAG
GAATCCATCCGTGGCCTGAGTGACGAACAGCTGGAAAATGAATGCAGAATAGGCAACAGT
ATACACCGGCTACGAATACTGAACGCTATACGAGCCTATGAAAGCACATTGCCTAGCAAA
GGCGAAGAGAATATGGAGAAGAATTTGGACGTTTTCGTTAGTTACCGGAGATCAAACGGC
TCACAGTTGGCCAGTTTGTTGAAAGTTCACCTACAACTGCGAGGTTTCACCGTTTTCATA
GACGTGGAGCGATTAGAAGCTGGGAAATTCGATAATAATCTCCTCCAGAGTATACGCCAG
GCGAAGCATTTCCTTCTAGTGTTAACCCCAAACGCACTGGAGAGGTGCAAACATGATAAT
GAACAAAAAGACTGGGTCCATCGGGAGATAGTGGCAGCATTGCAGTCACAGTGCAATATA
GTTCCAATTATCGACAACTTCCAATGGCCGGAACCGGAAGAGTTACCGGAAGACATGCGA
GCCGTTTGTCACTTCAATGGCGTCAGGTGGATACATGATTACCAGGACGCCTGTGTCGAG
AAACTTGAAAGTTTCCTACGCGGCAAGTCGAACTTAGCAACTCGTCTGGAGGGTCCGCTC
CGCGGTCGGGACGTGCCCACTCCCGGGACAGCCGCCATGCGACCACCAAACTATCAACGT
ATGGTCTCCACTGAGAGCAGGGGCAGTGATAAAGATTGA
Protein sequence:
MRRKEQVSAPSGNGRSLIATRTNQHQQRKMQGPRSHLPRSYSSPSAAKDENPENASKAFV
LRSFSSPEPNNTDKESHRSAESLSRTNPHESRSELDTDLDNFEQFEESLKDIDAENYDFS
NRYRNTPDTEQPKRILTTMLPGSGLQKVALRPVATKEYGTVSAMRQPKKENKRLSRLSFR
PLIIKMPSQITAQPKCESIPGLEELQTSPQFEIESAELDHEFDNAEEHLEREIAIAAAET
DVDMIPEFNLDGNNSLKHNGSAKDLASVMENLKKNSLVSRQNQTLNTQVTSSSKQQMVSS
TTSSSAATSQRVQSSSQRASSMKSDLTELKSSISEMKTLSNTAALNFGQRLRSSMENIVD
QDDMKERHIPDIRDLSEMGDIGDMSDMTDLAGDGPLVTFPESDTPPPDKQCLLAPNSSSV
GTNAANELKYSAARMTSASSTRVVTDGYSASKSAANSTRMRRLQHGDMQYAEHSAAGASH
RLLQAEGLTAEQNAAYHQSGYRLPHHARVSHRLTAVRASTRKSIIAHAPLGTRIDGFKYR
NGMSNGAGSAPWPVHRNVLSRFPPKPTYPSEKRSLQAGEVSAQEANNMSATSSRLQTEAF
SAEKKAMASSQARQTFTSSGIFSHKEHSSVAHSNMTISSKNLSTKSTLLSSQMSQLLNGT
VKPGDEDLSNLTFEDLDKLDAKSNQKDVDLAIQKYSHRMNAFITAIKNNQIDMKNACVHF
MKLNEMVKRAWAVPTYGHELGYSLCNTLRSSGGLDILMANCLESNNPDLQFCSAKLLEQC
LTTENRDHVVQNGLEKVVNVACVCTKHSNSVDHSRIGTGILEHLFKHSEGTCSDVIKLGG
LDAVLFECRKNDVETLRHCATALANLSLYGGAENQEAMIKRKVPMWLFPLAFHNDDNIKY
YACLAIAVLVANKEIEAAVLKSGTLDLVEPFVTSHNPSEFARSNLAHAHGQSKNWLQRLV
PVLSSKREEARNLAAFHFCMEAGIKKQQGNTEIFREIGAIESLKKVASCPNAVASKYAAQ
ALRLIGEEVPHKLSQQVPLWSIEDVREWVKQIGFSEYANNFYESRVDGDLLLQITEANLK
EDIGLNNGIKRKRFTRELQQLKKMADYSSRDTGSLNEFLQSIGPEYTIYTYSMLNAGVDK
ESIRGLSDEQLENECRIGNSIHRLRILNAIRAYESTLPSKGEENMEKNLDVFVSYRRSNG
SQLASLLKVHLQLRGFTVFIDVERLEAGKFDNNLLQSIRQAKHFLLVLTPNALERCKHDN
EQKDWVHREIVAALQSQCNIVPIIDNFQWPEPEELPEDMRAVCHFNGVRWIHDYQDACVE
KLESFLRGKSNLATRLEGPLRGRDVPTPGTAAMRPPNYQRMVSTESRGSDKD