| New model in OGS2.0 | DPOGS205295 |
|---|---|
| Genomic Position | scaffold310:+ 47586-51473 |
| See gene structure | |
| CDS Length | 3888 |
| Paired RNAseq reads | 392 |
| Single RNAseq reads | 1082 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA011037 (0.0) |
| Best Drosophila hit | Toll-7 (0.0) |
| Best Human hit | slit homolog 1 protein precursor (2e-36) |
| Best NR hit (blastp) | 18 wheeler [Bombyx mori] (0.0) |
| Best NR hit (blastx) | 18 wheeler [Bombyx mori] (0.0) |
| GeneOntology terms | GO:0005886 plasma membrane GO:0004888 transmembrane receptor activity GO:0006952 defense response GO:0016021 integral to membrane GO:0007165 signal transduction GO:0005515 protein binding GO:0031224 intrinsic to membrane GO:0045087 innate immune response |
| InterPro families | IPR000157 Toll-Interleukin receptor IPR003591 Leucine-rich repeat, typical subtype IPR000372 Leucine-rich repeat-containing N-terminal IPR001611 Leucine-rich repeat |
| Orthology group | MCL10076 |
Nucleotide sequence:
ATGTATGCTGTTACGACTGTGTTTTGTGTGCTGCTGCACTTTGTGTGGTCTGTTCCGTCG
TACGGTTTGGACAAATGTGTGCGACAGGATTCTGGAAACAGTATAATTTGTAGAATTCGT
ACTCTGGATAGCGATGGGAGTAGTATCTCTACTGTGAATTCAGAAACATATGCACTTAAT
ATTGAGTGCAATCATCTGCTATTATTTGAAAGTACTCTCAGAGCACACTATTTCAGTACC
GTTGGTAGTTTAACCGATCTTACAATTAATAACTGCAAGCTACTATCTGTTCCCGACAAC
ACCTTTCAAGATTTAAATAAATTAAGAAGACTAAAGATTCGTTCCAAAAATTCAGAGTGG
AGTCCTATCAAGAATTTGGAATTAACTTTAAACTCTTTCAATGGATTATCGGAAATGCAG
TCATTAGATCTGGCTCAAAATAACATCAAGTTCATTTCTTCTGGTATATTTTGCTCTCTA
GAGAACTTGAATACATTAAATGTAACACGTAATAGAATAAGAACTGTGGGGCAGATTGGT
TTCGGACAAGGGTGTGGATCTGGTTTACATACACTAGATTTGAGTCATAATGAAATCAAG
ACGCTATCCGAAGAATCAGAACTTGTAAAATTGCGTAGTTTGCAATATATTTACTTACAA
TATAATAATATCTCTGACATATCAAGTGAAGCATTTAAAGGACTTGGTTCTTTGAGAGTT
TTGAACATATCACATAACCGTCTTCATACCCTACCGGAAGGCTTATTTGCTTATGCTAGA
GAATTAAGAGAAATCTACCTAAACGATAACTCAATATTTGAACTTGCTCGAGGTATATTT
CATCGACTTGAACAGTTAATAGTGTTGGATCTGTCGAGTAATCAACTTACGAGCAATCAT
ATAGACGACGGGACGTTTCTTGGTTTAATAAGATTGATTGTTTTAAACTTATCAAACAAT
GCCCTGACAAGAATTGATGGAAAAACATTTAAAGATTTATTTGTTCTTCAAATATTGAAC
TTGAAAAATAATTCCATTGGATATATTGAGGAAAATGCTTTTTTGCCTCTGTATAATCTT
CACACATTGAACTTGGCAGAAAACCGTCTTCATACGGTAGATGAAAACTTATTCAACGGA
TTATTTGTTCTTAGTAAATTGACCCTCAATAACAATTTACTTGTAAATATTGACAGAAAA
GCTTTTAAAAATTGCTCTGACTTGAAGGAATTAGATTTGAGTTCAAATCAATTAATAGAA
ATCCCTGATGCACTGTGGGAGCTTCCTTTTCTTAAAACCCTTGATTTGGGAGAGAATCAA
ATATCAGATTTTAAAAATGGATCTTTTAAAAATTTAAATCAATTGACTGGATTGAGATTG
ATTGATAATCAAATCGGAAATTTAAGTGCTGGTATGTTTTGGGATTTGCCAAGTTTACAA
GTATTGAATATTGCAAAAAATAAGATTCAATCCATTGAACGAGGAACATTTAGTCGAAAC
TCTCAACTGGAGGCCATTAGATTAGATGGAAACTTCTTGTCGGACATTAATGGAGTTTTT
TCAACACTTGCAAGTCTATTGTGGCTTAACCTATCGGAAAATCATTTAGTGTGGTTCGAC
TATGCGTTTGTGCCCAGTAATTTAAAGTGGTTGGACGTTCACGGCAATTTTATTGAACAT
TTAGGTAACTATTACAAATTACAGGATGAAATTCGCATAAAAACTTTAGATGTAAGTCAT
AACAGAATTGTAGAAATATCACCAATGTCTATACCTAATAGTGTTGAATTATTGTTTATA
AATAATAATTTCTTGAATAATATTCATGTTAATACGTTTTTCGATAAAAAAAATCTTACT
CGTGTGGATATGTATGCTAATGAAATTGTGCATTTAGAACTTAATAGTTTACGTTTGGCT
AATGTGCCCATGAATAAAAGTTTACCTGAATTTTATATTGGTGGGAATCCTTTTAAATGT
GATTGTACAATGGAGTGGTTACCGATTGTAAACAATATGACTGCTATGCGGCAGTATCCG
CGCGTAATGGACATAGAAAACGTGTTGTGTAAAATGACGAACACTCGTAGCGGGACCCAG
GTACCCCTAACCAATCTTAAGAAATCGGACTTTCTATGTGCGTATGAGACTCATTGTTTT
GCTATCTGTCATTGCTGCGATTACGACGCGTGTGACTGTGAAATGACCTGTCCACAAAAT
TGTACTTGCTACCACGACCCGTTATGGAACACTAACGTCGTTGATTGCTCCGGACAATCG
TCGATGGAAATCCCACACAAGATACCAATGGATGCCACTGAAGTATTTTTAGATGGAAAT
AACATAAGAGAACTACAAAATCACGTTTTTATTGGACGACAAAAGATGCGGTCTCTTTAT
GTGAATAATAGCAACGTAGACAGTATTCAAAATAGAACTTTTGCTGGCCTTAATGCTTTA
GAAATTCTTCACCTGGGAAACAATAAGTTACGAGAATTAAAAGGATATGAGTTTCACCAA
TTAAGTAATTTAAAAGAGTTGTTTTTACAAAACAACCTCATTAGTCATATCGCGAACATA
TCATTCTTGTCACTAAAATCTCTAGAAACTTTACGCTTAGACGGCAATAGATTAGTTGAC
TTCGGAGTATGGAGTTTCGCCGATAACTCGAATCTAAAAGCATTATCACTCGGCAATAAT
TTATGGTCATGCAAATGCCGTTATCTACAAGAATTAACAGCGTATTTAGCCGAAAACGCT
CAAAAAATAATAGATATAACTGATGTGTGGTGTTGGAATGGAGACGCAAAGCCGCCACAG
AAAAAAGAGCTTAATTTAAATGGAACAGCCTGCAGCGATTATTACGCCGATAATTCAGTC
ATCGGAAATATGTTGGTGTCAAACTATGTTCCCATGATGGTCTCAACTCTTACCGGTTTT
ATGTTAATTTTATTAGCTCTTGTGGTACTATTTCTTTTTAGAGATTCGTTACGAGTTTGG
CTTTATACAAATTGTGGTATTCGAGTATTTTCTCTCTCCAATGGATACGAAGAAAACGAG
AAATTATATGATGCATATGTTTGCTATAGTCCAAAGGACGAAGAATTGGTATTACAAATT
TTTGCCAATGAACTAGAAAACGGAAATTCATCATATAATCTTTGCCTACATTATAGAGAT
ATCCCGCATCATGGCGCACAATACATGCAATATGCTCCACCAGTCCTTGATTTTGCTGAA
GCATCTAAACGGATTATATTAGTCTTGACACGAAATTTTATGCAAACAGAGTGGTCCCGC
TTTGATTATCGAAAAGAATTCCATGAAGTTTTAAAAGGATATGTTTATAAGTTAGTTTTA
ATCGAAGACTATTCAGTAGTTCAAGAAGCGATGTGTGACGAAGAATTAAGACCCTATCTT
AAAACTGGGTCAAGATTAAGATATGGTCAAAAAAATTTCATGGAGCGCCTTAAGTTTATG
CTGCCAGACTCAACGCAGTCACACCATAAAAAAAGAAACTCATCTAATTGTAGAAAAAAT
ATTAATACCTATACTTTAGACTCATCTGTCCCTAATGGAGGCAATAGAACTTTAAGTTAT
CCTGATAAGTCACCTGTATTGGGAAATAGCGGACAAGGCGCTAGTGCCCCCCCAGAGTAT
AGTACAGAAGTAAGGCAATCGCCTTCAACCATACGACAAATGCAAGGAGTCTCCTACGGC
CCAGATGGTAGACCAATATCCGATCATATTTATTCCTCAATAGACTCTGATTACTCATCC
TTAGAGCAAGGCATGGCACCAGGCAGACGAAGAGATATGCGGCAATGGCCACCCCCGCCA
CCCATTGTAGATACAGGTAGCGGTGGCGTACAAGCTTACCTAGTCTAG
Protein sequence:
MYAVTTVFCVLLHFVWSVPSYGLDKCVRQDSGNSIICRIRTLDSDGSSISTVNSETYALN
IECNHLLLFESTLRAHYFSTVGSLTDLTINNCKLLSVPDNTFQDLNKLRRLKIRSKNSEW
SPIKNLELTLNSFNGLSEMQSLDLAQNNIKFISSGIFCSLENLNTLNVTRNRIRTVGQIG
FGQGCGSGLHTLDLSHNEIKTLSEESELVKLRSLQYIYLQYNNISDISSEAFKGLGSLRV
LNISHNRLHTLPEGLFAYARELREIYLNDNSIFELARGIFHRLEQLIVLDLSSNQLTSNH
IDDGTFLGLIRLIVLNLSNNALTRIDGKTFKDLFVLQILNLKNNSIGYIEENAFLPLYNL
HTLNLAENRLHTVDENLFNGLFVLSKLTLNNNLLVNIDRKAFKNCSDLKELDLSSNQLIE
IPDALWELPFLKTLDLGENQISDFKNGSFKNLNQLTGLRLIDNQIGNLSAGMFWDLPSLQ
VLNIAKNKIQSIERGTFSRNSQLEAIRLDGNFLSDINGVFSTLASLLWLNLSENHLVWFD
YAFVPSNLKWLDVHGNFIEHLGNYYKLQDEIRIKTLDVSHNRIVEISPMSIPNSVELLFI
NNNFLNNIHVNTFFDKKNLTRVDMYANEIVHLELNSLRLANVPMNKSLPEFYIGGNPFKC
DCTMEWLPIVNNMTAMRQYPRVMDIENVLCKMTNTRSGTQVPLTNLKKSDFLCAYETHCF
AICHCCDYDACDCEMTCPQNCTCYHDPLWNTNVVDCSGQSSMEIPHKIPMDATEVFLDGN
NIRELQNHVFIGRQKMRSLYVNNSNVDSIQNRTFAGLNALEILHLGNNKLRELKGYEFHQ
LSNLKELFLQNNLISHIANISFLSLKSLETLRLDGNRLVDFGVWSFADNSNLKALSLGNN
LWSCKCRYLQELTAYLAENAQKIIDITDVWCWNGDAKPPQKKELNLNGTACSDYYADNSV
IGNMLVSNYVPMMVSTLTGFMLILLALVVLFLFRDSLRVWLYTNCGIRVFSLSNGYEENE
KLYDAYVCYSPKDEELVLQIFANELENGNSSYNLCLHYRDIPHHGAQYMQYAPPVLDFAE
ASKRIILVLTRNFMQTEWSRFDYRKEFHEVLKGYVYKLVLIEDYSVVQEAMCDEELRPYL
KTGSRLRYGQKNFMERLKFMLPDSTQSHHKKRNSSNCRKNINTYTLDSSVPNGGNRTLSY
PDKSPVLGNSGQGASAPPEYSTEVRQSPSTIRQMQGVSYGPDGRPISDHIYSSIDSDYSS
LEQGMAPGRRRDMRQWPPPPPIVDTGSGGVQAYLV