| Genomic Position | scaffold833:- 19445-23365 |
|---|---|
| See gene structure | |
| CDS Length | 3921 |
| Paired RNAseq reads | 91 |
| Single RNAseq reads | 271 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA011082 (5e-22) |
| Best Drosophila hit | Toll-6 (0.0) |
| Best Human hit | insulin-like growth factor-binding protein complex acid labile subunit isoform 1 precursor (9e-40) |
| Best NR hit (blastp) | PREDICTED: similar to toll [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to toll [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0004888 transmembrane receptor activity GO:0005886 plasma membrane GO:0007165 signal transduction GO:0016021 integral to membrane GO:0006952 defense response GO:0031224 intrinsic to membrane GO:0045087 innate immune response GO:0005515 protein binding |
| InterPro families | IPR003591 Leucine-rich repeat, typical subtype IPR000372 Leucine-rich repeat-containing N-terminal IPR001611 Leucine-rich repeat |
| Orthology group | MCL10076 |
Nucleotide sequence:
ATGCCGCATGAGTGCGCCTACAGAACGTCTCAATCGGAGTCATCAGAAGATACAGTATTA
TTTTGCAAAATAAGAACAATAAGTAGTTTAGATAATCTACTACAGAACATCAGCCGAACA
CACTTTGACGATGTAATTTCCTTGCATGTCCAATGCAGTGAAATTCTGTTCTTTGAGAGT
ACACTTGCAGCTCAGACACAAGAGACCTCACGAAAACTTTCAAATCTAGGCAAGCTCAAA
GACCTCGTCATTGATAAATGCAAGATACGGCAGATTCCACCTCGGGCCTTTGAAAATTTC
AAAGATCTTAAATCTCTCCACGTGACAACGCATAATAGTGAATGGTCTGCAATGACTATG
GACTTACATGAACTCGCTTTCATGGGTTTAAGTGAGTTAATTGAATTAGATTTAAGTGAC
AATAACATTTGGAGTACGAAAACTGATACTTTCTGTTCATTGTATAGTTTAAAAAAATTA
AATATAACAAATAATCATTTACAAAATATTAAGACAATAGGTTTTGCTGATTCCTCACGA
GAGCAAAATTTAAGTGTGAAAAGCTGTAATTTAGCTTTAGAAGTTCTTGATATGTCGTAC
AATGATTTAATAGTTATCACAGAAAATAGTTTATCAAAGCTGCGGTCTTTGACGAAATTG
TTTTTGCAAAATAATGCAATATCCACTCTCGAAGACGGTGCCTTTGAAGGTCTTATTAGT
TTGCAAATATTGAATCTATCGAGTAATTTTATCAACAATATACCACAGGATATTTTTTCT
GACACAAAATTTTTAAAAGAAATATTTTTGAGTAATAATACTATAAAAGTTTTACCGCCG
GGACTATTCCGCGGATTAGACCAACTTCAAATATTTGATTTTTCCCACAACGAATTGACT
AGTCAGTGGATAAATAAGGAGACATTTATAGGTTTAGTTCGAATGGTAATATTAAATATT
TCGTATAACAAACTAACTAGAATTGATCGCTATATGTTTCAAGACCTGTATAGTTTACAA
AAGTTAAATTTAGAATATAATGACATTACATCCATCGAAGAACGTGCTTTTGAAGAATTA
AGAAATTTGCATTCTCTTACTCTTTCAAATAATAAAATAACACATATTCACACCCATATA
TTTTCCGAGTTACACGTATTGCACGAATTATTTTTAGATAATAATCAAATCAAGCATATT
GATGAGAACGCATTTGACAATATGACTACAATAGAAGACCTTAGTTTGAATGACAATGCC
TTATCATCAATACCTCTTTCTATTCGCAAATTACGATCCCTAAGATCGTTGGACATAGGA
AATAATAATATAACCCATTTGAGTCGGGAAAACTTTCGCGGTCTTTCGGAACTTTTTGGT
TTGCGTCTTGTAGATAATAAAGTTACCTATTTAAATGAGAACACTTTTGAACATTTGCCT
CAGTTACAGGTTCTTAACTTAGCTTCTAATAAAATAAAACTTGTCGCTGCTGGATGTTTT
CGTAAAAACGTTAATTTGAAGTTATTACGTATGGATGGAAATGAAATAACAAACTTTGAC
GGAATATTTTCTTCTTTAAATAGTTTAGTATGGCTAAATATGTCTGCTAATAAAATTTCT
ACTTTCGACTTTGAAAGTTTCCCTAAATCCTTGGAATGGTTAGATCTACATATGAATTAT
ATAAATAACGTTTATAACAAGGACATAAACACAAAATTGAATATTAAATTGCTGGACTTA
AGCTATAATAATATATCGCAATTGATTGTGACTTCTTTACCTACTTCGATTGAAAAATTA
TACTTGAATAACAATAACATTGCGTACATACAAGTCGGAACCTTTTCTAAATTGAAAAAA
TTGTCTACCGTTTCATTAAATAATAATAAAATAGTACAACTTGACATGAATGCTTTAAGG
TTAGATCAGATAAATGAAGATAGTGACTTGCCTGAATTTTTCATAAGCGGAAATCCTTTT
GTTTGTGACTGTTCAATGGAATGGATTCAACGGATCAATTATTTAAGTCATAGTCGACAA
TACCCGCGTGTGTTAGACCTTGATAAAACGTTCTGTACTTTGGTTCATTCGCGAGCTAAA
GAAAAAAAAATGATTATAGATATGTCCCCTTCCGATTTTCTATGCCCATATGAAAGCCAT
TGCTTTGCTCTTTGTCACTGTTGTGATTTCTTTGCTTGTGATTGTGAAATGATTTGTCCA
AATAACTGTAGATGTTATCATGATATAACGTGGAACGCTAATGTTGTTGATTGTTCGAAT
GCTGGTTACACACAAGTGCCAGATAGAATTCCAATGGATGCAACTGAAATATATTTAGAT
GGCAATGACATAAGCAATTTGGGAAATCACATTTTTATTGGCAAAAAGAAGTTGCAAGTA
TTATATTTAAATAATACAAAATTGAAAGAAGTTAATAATCAAACATTTAAGGGAGTAGAT
TCGCTGAGGGTACTGCATTTAGAAAACAATAAATTAGTAGAACTTAAAGGGGATGAATTT
TTGCATCTGAATAATCTTAACGAATTGTACTTGGACCATAATGCCATAGTACACGTAGCA
AATAATACTTTTTCTTCATTAAAATCTTTATCAGTCCTCCGAATTGACGATAATAAACTT
GTTAACTTCTTTCCATGGAAATTGCTAGCTTCGTCTTCAAAAAGTTTAGCCCATGTTTCA
ATAGAGGGTAATCAATATTCTTGTGATTGTAAAAGTATTGCTGAGTTAGATACTTGGCTA
AGAAAGGACCCTGGAGATCCAGAAAAAATGTTATGTACTGATAACAAAGGAAAGCCAACG
AAAATCACAATTGCATCTCTCTTAAGTCACTGCAAAGAATATCTTGGTTCTATAAATGAT
CCGACTGTCTCCAAAAACGAAATCGTTTCTAAGTCATTGTTTTTACCTGACAATTATTTC
GCTATTGTGTGCGGTTCTATTATAATTATAGTAGTTATTTGTCTTATAGGTGCTGTATTT
TACGCTTTTAGATTTGAAGTTAGTGATTGGTTGTACACAAATTTTGGCATTCCTTTATTT
AAAGAACAGTCATGTCCTAATGTTGAACATGTAATAGATGGAAATCCAAATCACATGCAT
GACTACTATGTGATATGCAATACCAAAGATACTCAATTCATTTACAACAATATATTGTCT
GAAATAGAATTTAGGAAGATGTCAGCTAAAAAACTGACCATAAATGAATCCACACTGAAC
ATTTTGACTTTAGATAGTTTTTCGAAATCTTCAAAATTATCTAAACGTTTACTAATTGTT
TTAACAACGAATTTTATTTGTAACGATCTATGTGATTTTCACTTCAAAAATATGTTTTAT
AGTTTTTTAAAATCATTAAATAGGAGTGATTTAAATAAAGTATTATTCATCAAAATAGTT
GATAATAACCAAATAAATGATGAGCTCTGTTTTGTACTAGATAAGTTTAAAAATTTATCG
TGGAATGACCCCCGGTTCTGGGATAGATTTGTCACCCTCCTTAATTCTACTGATACTATT
ATCACAGTAAAGAGCTCTGGAAGAAGTGTATTCAAGAAATCCTTGCGGCAAACGCCAACA
TTAAGATATACTACGATGCCAGTTACAAATGATAGTTGCACATTGCAGAATTTTTCAAAT
TCTTTGCAGTATTGTAAAAGAAATGATGGGGCAACATCACAGAATGAAAGTTCTCCCTCC
TCCGACAACACGTATGGGGAAGGGAATAATTCGAACAATAGTTACATGTCGATTGATAAT
AGGACATGTCCCCGGTTTAATTATGACCTAAGGCTCTCCCCGAGTAGTGGTCATGTCTAT
TCCAGAGTGGAGGATATATCTCCAACCGTACCTCGATCAAATACGAATACCGTAGCTAAA
GGTCGCACTTACTTTGTATAA
Protein sequence:
MPHECAYRTSQSESSEDTVLFCKIRTISSLDNLLQNISRTHFDDVISLHVQCSEILFFES
TLAAQTQETSRKLSNLGKLKDLVIDKCKIRQIPPRAFENFKDLKSLHVTTHNSEWSAMTM
DLHELAFMGLSELIELDLSDNNIWSTKTDTFCSLYSLKKLNITNNHLQNIKTIGFADSSR
EQNLSVKSCNLALEVLDMSYNDLIVITENSLSKLRSLTKLFLQNNAISTLEDGAFEGLIS
LQILNLSSNFINNIPQDIFSDTKFLKEIFLSNNTIKVLPPGLFRGLDQLQIFDFSHNELT
SQWINKETFIGLVRMVILNISYNKLTRIDRYMFQDLYSLQKLNLEYNDITSIEERAFEEL
RNLHSLTLSNNKITHIHTHIFSELHVLHELFLDNNQIKHIDENAFDNMTTIEDLSLNDNA
LSSIPLSIRKLRSLRSLDIGNNNITHLSRENFRGLSELFGLRLVDNKVTYLNENTFEHLP
QLQVLNLASNKIKLVAAGCFRKNVNLKLLRMDGNEITNFDGIFSSLNSLVWLNMSANKIS
TFDFESFPKSLEWLDLHMNYINNVYNKDINTKLNIKLLDLSYNNISQLIVTSLPTSIEKL
YLNNNNIAYIQVGTFSKLKKLSTVSLNNNKIVQLDMNALRLDQINEDSDLPEFFISGNPF
VCDCSMEWIQRINYLSHSRQYPRVLDLDKTFCTLVHSRAKEKKMIIDMSPSDFLCPYESH
CFALCHCCDFFACDCEMICPNNCRCYHDITWNANVVDCSNAGYTQVPDRIPMDATEIYLD
GNDISNLGNHIFIGKKKLQVLYLNNTKLKEVNNQTFKGVDSLRVLHLENNKLVELKGDEF
LHLNNLNELYLDHNAIVHVANNTFSSLKSLSVLRIDDNKLVNFFPWKLLASSSKSLAHVS
IEGNQYSCDCKSIAELDTWLRKDPGDPEKMLCTDNKGKPTKITIASLLSHCKEYLGSIND
PTVSKNEIVSKSLFLPDNYFAIVCGSIIIIVVICLIGAVFYAFRFEVSDWLYTNFGIPLF
KEQSCPNVEHVIDGNPNHMHDYYVICNTKDTQFIYNNILSEIEFRKMSAKKLTINESTLN
ILTLDSFSKSSKLSKRLLIVLTTNFICNDLCDFHFKNMFYSFLKSLNRSDLNKVLFIKIV
DNNQINDELCFVLDKFKNLSWNDPRFWDRFVTLLNSTDTIITVKSSGRSVFKKSLRQTPT
LRYTTMPVTNDSCTLQNFSNSLQYCKRNDGATSQNESSPSSDNTYGEGNNSNNSYMSIDN
RTCPRFNYDLRLSPSSGHVYSRVEDISPTVPRSNTNTVAKGRTYFV