| New model in OGS2.0 | DPOGS212634 |
|---|---|
| Genomic Position | scaffold4350:+ 3874-13434 |
| See gene structure | |
| CDS Length | 7281 |
| Paired RNAseq reads | 2674 |
| Single RNAseq reads | 6413 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA005199 (6e-08) |
| Best Drosophila hit | CG3921 (0.0) |
| Best Human hit | lysyl oxidase homolog 4 precursor (4e-13) |
| Best NR hit (blastp) | PREDICTED: similar to ENSANGP00000021503 [Nasonia vitripennis] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to ENSANGP00000021503 [Nasonia vitripennis] (0.0) |
| GeneOntology terms | GO:0005044 scavenger receptor activity GO:0016020 membrane GO:0005488 binding |
| InterPro families | IPR001190 Speract/scavenger receptor IPR012334 Pectin lyase fold IPR000859 CUB IPR016186 C-type lectin-like IPR017448 Speract/scavenger receptor-related IPR006626 Parallel beta-helix repeat IPR016187 C-type lectin fold IPR011050 Pectin lyase fold/virulence factor |
| Orthology group | MCL13112 |
Nucleotide sequence:
ATTCGTCTCGTGGACGGACCCTCTATACTAGCCGGAAGACTTCAACTGTTACATAGGGGA
CAATGGCGATCAGTATGCACCAACTCCAGGAATTGGACCATCAACGACATGGAAACGGCT
TGCAGACAATTAGGGTTCATGGGCGGAACGTTTTACAATTGGATGGATCGCCAGCCAGGA
CGACGAGCGAGACTCTTACTGGAGGAACCCAAGTGTAAAGGCACCGAATACGATCTGTTT
CAATGTGATTGGAACTCACGACAGCTGGGCTCAGGAGTGTGCGACTACCATCCCGACCTC
GGAATACAATGTCAGCCGCATCATGATGATAACGAACTGAAGAATTCCGGTGTCCATTGG
AGAGGACTGAGATTCGAAAACGCCGTCTACGAAAGAATACTAACAGCTGAGAATACGCTT
TACGTGCCCACATCGATGTCCAGGCTGGTTCATATAACAATCAGGAACGCGGGCCTCGGG
AGAGACAACAACGCCACGAGTGCTTTGGACATTATAGGTGTCCCGCCCGTGATGGAGGAT
ATCGCCGTAGCCAACTCCGCCTTCAACGCTATAAACGTGACGTCACCGAACGCTCCAATC
CATATACACAACTGCACGATACAACACAATAGAGGTTACGGTGTTTATGTTAATTCAACT
TATGGCATGACAAAGATAGAGAACTGCCACATCAGCGACAATGGCGGCGACGGGATCAAA
TACGTCGTGCATGAACTGAATATTGATGAGAGATTCGACCGCAGCGAGGTGTTCGATTTG
TGTACGCTCGCCTCCACGCCGAGCCAAACGTTCCCGATACAGATGTCCATAGAGCAGTCC
AGATACTCCAATATGGAACGGGACTGCAATCAAAAGTTCTATACGAGGCCTGACCACGTC
CTTACTCTCAGCTTTTTAAAAATGTTAACGAACCGTAATGAGACTGGAGAGATTTTCGTT
TACGATGGCTTAACTGCTAGCGATAAACTATTACTAAGGTTCAGTATCAGAAATCACACA
CGACCACAAAGCGTTACGTCAACAAGGAACCGAATGTACGTCAGATTCCGTGCCGACACT
AGAACAGATATCGTTGGGTTCTTGAGATTAACATCAGGGAACAGTAAAACCTACGACTTG
AACGTGTCCGACACCCTTATATCTGATAACAATGGTAGGGGAGTTGTTATTGAAAATTTG
AGGTCCCAGATTCACATCCATCGGACTTCAATATCGAATAATAATCACGTGGCTGGTCTT
CAAGTAACGAGCGGTGCTGGCGATGTAAATGTCACTGAAAGCCGAATATCCTTCAATCAA
GGCGACGGCGTGAACATCACAGTTACTGGCGGTAACCGGAATATATCCAGAAGCATAATA
AGCTCTAACCAGGGCTACGGCGTCGCTGTGTGGCTCAACAACACGCAAGAAACTAAATAT
GTTTATGTGAACCAAACAACAGTGATCGAATACTCGGAGATATTTAAAAACCTGGATGTC
GGCATTTTGCATGGGAATTTTTGTGGTGACAGCTGGCTAAATATAACCGGAAACTGGTTT
AACTCGAGCATCGAAAGCACGATAGACGTAGGAACTTGTTGGAAGCTCAATAACCCCGTT
AAATTGCTCAATTTACAAATAGGTCACAATAGATTTTACCAAAATCGAAGAGTCCCAATA
AAAATTCAGCCCGCCCTGAATGTTCTCGGAAATATTGAATACAACTTCTTCGAACACGGA
GATTATGGAGCGATTGCAATACTAAATAGAATAGAAGGGAAATATTTAGAGGACTTTGAA
ATATTACCCGCAAGATTTTCAATACAACATAACCACTTCTACGGCAATAGCGGACCTTTT
GTAGTCAACCTGGGACTGTCCTCTTACAGTGATCTCCATTATATTTTGTTTTCAAGAAAC
TATTTGCGAGAAAATAAGATAAGAGAACCATTCGATCTACCTGACGGTTTGTCGTCTAAG
CTCACGCCACGGAGCAGAGTTGCCGCTGCGATAGTTCTAACGTCTAGTAATGTAGATGTA
TTTAGAAATATAATAAACAACCCGGAGGCACAATACGAAATAGGATCACACGTCGAAGAT
CAAAGTAAAATACTTAATTGTACGTATAACTGGCTCGGGTTTGGAGATGAAGAAAAAGTC
AACAATAGACTGTTCCACAGAAAAGATAGATATAATTTAGCTAAAATTATTTATATGCCC
TACCTTTTGCACAGCAGTAATCCTGGTGCTACGCAAGTTAATTACAATTCTCTGTATGTC
CCCCAATTCAATGTACCCGGTACGTCTGTAGTTGGAGGAGAGGTAGAAGGCATTGAGATA
TTAAGGCAAGGCGAATACGATGTGGACAAAGACATAAACATCCGGCCGGGCGGTAAACTG
ATATTACAATCAGGAGTTACTTTAAAATTTCCCCCCTCTATAGGCATTATGGTCGCTGGT
AAGTTAGACGCAAGGGGCAAACGACCAAACGATATAACCTTCACCTTGAAAGAAGAAGTC
GCTATGTCAAACGATAGTATTTACGAGACTGATACAGATGTAGAAATAACTACGCCAGGT
TATCAAGAGCCAATAGTACCTATTAGACTACTTGGTGGCAGAACGCCTTATGAAGGAAGA
TTGCAAGTTAGAATAGACAGTAAATGGGGCACGATTTGTAACTACAAATGGAATATTGTG
AACGCTGCATTAGTGTGTAATCAGCTTGGTCTCGCTTTAAACCCTGACGATTGGTATTTA
GAACCAAACGAAATACCAAACGCGGGCACAGCTGAGGATATTATATTATCTAATGTAGAA
TGTACAGAATTTGACAATGATATAACGAAGTGTAAGGCTGAGACTATTGAAAGCTTCGAA
AACTCTTGCACGCATGATAACGATGTCGGTATAAGATGTTATGAATCGAGTTGGGCTGGG
GTCAGATTTAGTGTTATTGCTGAAAGAGCGGATTTACAATACGTCACAATAGAAAAGGCG
GGTCTTCTTGATTATTCGTCTAATTTATTTAAACCTGCTTTACAAATCGATTTTGCTCGA
CACAGCCTCGAGAGCGTCAAAGTTAATAATAACTATCACGATGGCTTAGGTATTTTGTAC
TCCGATCTGTACGGTGCGGATGCGATAAACACCGTTCGTAATTCTGAATTCAGCAATAAT
AGAGGCAGTGGAATTAGTTTCAAGCAATTAGGTTTAAAAGTTTACAGTTCAGTTATAGAA
AATAACAATTTGGCTGGTGTTTCCCACAATCCTCATATAACAGGACCACAACAAAGAGAA
ATAGCTGGGTGGTTTCATTTGGATCCTGGCTTCAATATGGATGAATCAAACTATCATCCT
ATTATGGTGCCTCAGTACGAAACTGACATTTCTTTGGTCAATGGAGAAACTAGACACATT
GTTTTTACGAAACAATTATCAGAAAATATCGTAAAAACCTATAACATTAAATGTAATCCG
GGGTACGTCCTTGGCCTGCAGCTTTTAAATCCCATACACAACTTCTCAACTGAGAGCATC
TGTATATACGACTCGCAAAACATTAACGAAGCCAGTACTCGATGGTGCCTCGATCGTGAT
TTGTCGTCATTCCCAACAACAAGTAATACATTTGGAGTTGTGTTAAAATATGAGAGCGGT
ACGAGTGCTGTAGGAGGCGTTGTTCTTGTTGTAAGTACTATTATGGCGCCCGTGCAAAAT
GTAAGAAACAAAATAATCAAAGGGCCAGTACCAACCCTTCAAATTTACAACTCTAAAATT
AAGGGAAACACAAAGGGTGTAAAGGCTTTGTATTATAACAGATATTTGAACGAACTTGGT
GACCATTTCTTGAGGAAAGCTAATGAAACTATTAAATTGATTAATTGTGAAATAGCCCAT
AACAAGGAGGAGGCTGTATATATCAATACACCGTTTTGGGACATACATGAGAGCAATGTC
ACAGAAATTACAATTATGGTTAATAACAGCTTGATAACAGATAACGGTAAAGGAATATAT
CATTTCGCGAGAGATCTTAGGAGCTCCAATAATATATATCACTATGTCATGCAAGATAAT
ACAATAGAAAGAAATAAATATGGAGGATTTGACGTCTCCTTGCCTTATGTATGGCAATAC
AACGAGAACTTTACACACTCCATCTATATGAACAACAACACTTGGCGTAATAATCAACAA
TTCGGTTTTGCTATTGATGGACATTTCGCTGAAGTTAATATCACGAAAAATGTCTTCACT
GAAAATTATTGCAAAGTTGGTCTAATATCGCTGAGCGGAATGGAGAAAAAGATGAGAATT
GATGGTAACGTAATAGAAAGAAACAAGGGTCAGTACATGATACAGTTTTATATGGACAGT
CAAAGTGAGATCATGGGCTTCGTTTACGCAGTGTTTGTATTTAATCAAGTAAAAAACAAT
AGGTTCGTTTCGCAAATTAATCGTGGTGTTCTCTTAAGGAACGCGGATCCCACCTACGTC
ATAGGATTTAAAGGAGTTCAGAAAGTAAAAGTTAGCAGAAATCTTTTTGGTAGCAATGAC
TTACAATACACGTTGCTTGCGGGTATAAAAACAGCGAAAATTAATAATTTACTTGATGTT
ACCGAGAATTGGTGGGGCAGTGCCGATGAAAAGGAAATCAGAAAACAAATATTTGATTTC
GACGATTGGAACAATCACGCGGTAGCTACATACTTGCCTTATTTGCTCACAGATAGCTTC
GATTCAAGTGGTTCTGTTACATTCAGTGCTGAAAGGGATATTGATCTAAATGATCTCGGG
GGAAGAGTGACTTCAGATCTTACGTTACCTGCTCGCGTACAACCATACTTTATAAATGTA
GATATAACAGTTATGCCTGAAGTTACACTTACAATAAGTCCAGGCGTGGTGTTAGAATTC
GCCCCTAATGTTGGAATTTTAGTATTGGGAACACTTCGAGCCATCGGCCATAGTCAATTA
CCGATCCTTATGAAGCCGATGTCGTCCTCGTCTAAAATAGAAACGAATAGAATTGAAAGA
GACGTGAGCCAATATTATACAAGCCACCATAAAAATAAGAGACAATTGGAAATGTTAACT
ACCACAGAATCAATTAGATTGTGCACCGGACGTAATTGTTCAATGACTGATGACAATCAT
AAAACAAACAACGAGGGATTCTTAGAATATTATAACAGGACAACATTACAGTGGGTTCCG
ATGTGTGATAACAGATTCACGGAGAGAAACGCCCAAGTGGTTTGCCGAGAACTGGGCTTC
GATCCAATAAACGTATTCTTTGCTCACGACTATCGAGTAGAGTATCACAGTAATTCCCTT
TCACGAATATGGTCATGGCCGGAACCGTTACAATGTGTGGGAACGGAAGATCGCTACGAA
GATTGTCCAATTCGTCTCAACGGCCAATTGTATGGCCACAGACATGAATGCAAATGGAAC
TCGCAATTCGTTTTCATCCATTGCGGCTCCAGAAATTTAAATGAAAACCTAGAATATTGG
GGTGGCATAAGATTTACCAATCCAGAATTCGAATATTCCCTGTATGAACATAGGATACAT
GATCATCACACTCACGAGACATTGAAGAAGGTCGAAAGCGTTTTGCAACACGTTCAAATC
ATTGGAGCGGGGATATTACATAACGAAAAATCACCGGCACTACAAAGTATTGTTAAAAAT
CCAGTCATTGAAAACGTTAATATAAGCAAATGTGCACATCATGGGATTAATGTAATATCG
CCAACTGATACAATCAATATGATGTTCAATTCTATCAGCGACACCTTAGGAGAAGGCATC
AGCGCTATATCATTGAGTGGTGAAGGTCGAGACTCGGAGGAATCTAGTTTCACGCCTTTG
AAAGATTTAAATCTACCCTACCACCTGTTTTCTCTTATAGATATATGTGACAGTACGAAG
GTGGTCACCGTCGAAGAGAGGGTGCTCTTGTACTATAAATATGATAATAATCCAGTAAAT
TGTGTGAAGATTTTCAAAAGTATGTATCGAGTAAAACCGTTTGGATTCAGACTGCTCCAA
TTCAACTTATTTAACCACACCCTGAACTACGGGAAACGAGATTCCGTGACACTTTACGAT
GGAGACATATACAACATAACGGCTCCCCAAATAGCATATCTTGAAAATGGATCACCAGAT
GAAAAAAAACTGTTCAAGACGGAAGGTTCCAGCTTGAGTGTTAAGTTGTTTGCTAACGGC
GCTTCGTCTGTCCATGGATTTATTGCAGAAATCGTAACTCTGCCTATTTCGGCTATTGGA
TTAAGTCGCGACGTCCAACATAACATATCGAACAGTGAAATCATTAACAATCGTGATGGG
GCTATTACTTACCAATCTGTGGGAGAAGTCAATCCTCTGGTGGCTATAACCAGGAATGAC
ATTACCCAAAATTGTCTCAAGCTTTACGGAAACTTCACAACGTGTCAGGCCGCCGTGACG
GTTGATGTTCAGAATACGCAGACTTTAGTATTTAGGAATAATCTAATTCGGAACAATGTC
GGTGGCCTCCTGGTGAGAGCTGATTCCCGGGGTTCAGCGACCTCCCTGCGCGGGTGGATA
CATAATAATTTGTTTCTAGCTAACCACGACAGACCAGCGCTACAGGTTGAAGGTCGCCAG
TCATCCCCGTACCAGGAGGTGACGATCTACCGCAACTACTTCACCCGCAACCAGGCCTTG
TACCGAGACGTCATCGTTCTTCATCAGGTCGTCTCCAACTTCAGCCACAACTACGTCCAC
CACAACACCGGCCTCAGGATTCTCGACGTGTCCGGCTTCCACAAAGTCCGCCTGCCCATC
TACCAGACCACGTCACACAACGGATTCTACAAGAACTACGCGCTGGACCGCGAGGGCCGC
GCCACCGTGGCGGCGGGGACCGCTGGCCAGCACTACGTCGACAACGTGTTCTTCAACCCC
GACAACGACTACGAGATGATCACCGTCAACAGATCCATTTCTCTGGATGTATGGCGTACT
CGAGTGGACGCTAAGCACAACTATTGGAGTTACAACGAGAGTCTGGCGGTGGCGGGGCGG
GTGAGGGACCGCGCTGACGACCCCAGGCTGCTGGAGGTGGACTACAGACCTTACTACATG
AACAACGCGTCCGTCCTGGGCGGAGGGAAGTGTCCTCCGGGTTGGGTCTCGTTGTCCGGG
ACCTGTTACATGTACATCGGCGCGCCCATGACATACCACGAGGCGCGGGCCTTCTGTCTG
GTTAGTATAATTCAATCATAA
Protein sequence:
IRLVDGPSILAGRLQLLHRGQWRSVCTNSRNWTINDMETACRQLGFMGGTFYNWMDRQPG
RRARLLLEEPKCKGTEYDLFQCDWNSRQLGSGVCDYHPDLGIQCQPHHDDNELKNSGVHW
RGLRFENAVYERILTAENTLYVPTSMSRLVHITIRNAGLGRDNNATSALDIIGVPPVMED
IAVANSAFNAINVTSPNAPIHIHNCTIQHNRGYGVYVNSTYGMTKIENCHISDNGGDGIK
YVVHELNIDERFDRSEVFDLCTLASTPSQTFPIQMSIEQSRYSNMERDCNQKFYTRPDHV
LTLSFLKMLTNRNETGEIFVYDGLTASDKLLLRFSIRNHTRPQSVTSTRNRMYVRFRADT
RTDIVGFLRLTSGNSKTYDLNVSDTLISDNNGRGVVIENLRSQIHIHRTSISNNNHVAGL
QVTSGAGDVNVTESRISFNQGDGVNITVTGGNRNISRSIISSNQGYGVAVWLNNTQETKY
VYVNQTTVIEYSEIFKNLDVGILHGNFCGDSWLNITGNWFNSSIESTIDVGTCWKLNNPV
KLLNLQIGHNRFYQNRRVPIKIQPALNVLGNIEYNFFEHGDYGAIAILNRIEGKYLEDFE
ILPARFSIQHNHFYGNSGPFVVNLGLSSYSDLHYILFSRNYLRENKIREPFDLPDGLSSK
LTPRSRVAAAIVLTSSNVDVFRNIINNPEAQYEIGSHVEDQSKILNCTYNWLGFGDEEKV
NNRLFHRKDRYNLAKIIYMPYLLHSSNPGATQVNYNSLYVPQFNVPGTSVVGGEVEGIEI
LRQGEYDVDKDINIRPGGKLILQSGVTLKFPPSIGIMVAGKLDARGKRPNDITFTLKEEV
AMSNDSIYETDTDVEITTPGYQEPIVPIRLLGGRTPYEGRLQVRIDSKWGTICNYKWNIV
NAALVCNQLGLALNPDDWYLEPNEIPNAGTAEDIILSNVECTEFDNDITKCKAETIESFE
NSCTHDNDVGIRCYESSWAGVRFSVIAERADLQYVTIEKAGLLDYSSNLFKPALQIDFAR
HSLESVKVNNNYHDGLGILYSDLYGADAINTVRNSEFSNNRGSGISFKQLGLKVYSSVIE
NNNLAGVSHNPHITGPQQREIAGWFHLDPGFNMDESNYHPIMVPQYETDISLVNGETRHI
VFTKQLSENIVKTYNIKCNPGYVLGLQLLNPIHNFSTESICIYDSQNINEASTRWCLDRD
LSSFPTTSNTFGVVLKYESGTSAVGGVVLVVSTIMAPVQNVRNKIIKGPVPTLQIYNSKI
KGNTKGVKALYYNRYLNELGDHFLRKANETIKLINCEIAHNKEEAVYINTPFWDIHESNV
TEITIMVNNSLITDNGKGIYHFARDLRSSNNIYHYVMQDNTIERNKYGGFDVSLPYVWQY
NENFTHSIYMNNNTWRNNQQFGFAIDGHFAEVNITKNVFTENYCKVGLISLSGMEKKMRI
DGNVIERNKGQYMIQFYMDSQSEIMGFVYAVFVFNQVKNNRFVSQINRGVLLRNADPTYV
IGFKGVQKVKVSRNLFGSNDLQYTLLAGIKTAKINNLLDVTENWWGSADEKEIRKQIFDF
DDWNNHAVATYLPYLLTDSFDSSGSVTFSAERDIDLNDLGGRVTSDLTLPARVQPYFINV
DITVMPEVTLTISPGVVLEFAPNVGILVLGTLRAIGHSQLPILMKPMSSSSKIETNRIER
DVSQYYTSHHKNKRQLEMLTTTESIRLCTGRNCSMTDDNHKTNNEGFLEYYNRTTLQWVP
MCDNRFTERNAQVVCRELGFDPINVFFAHDYRVEYHSNSLSRIWSWPEPLQCVGTEDRYE
DCPIRLNGQLYGHRHECKWNSQFVFIHCGSRNLNENLEYWGGIRFTNPEFEYSLYEHRIH
DHHTHETLKKVESVLQHVQIIGAGILHNEKSPALQSIVKNPVIENVNISKCAHHGINVIS
PTDTINMMFNSISDTLGEGISAISLSGEGRDSEESSFTPLKDLNLPYHLFSLIDICDSTK
VVTVEERVLLYYKYDNNPVNCVKIFKSMYRVKPFGFRLLQFNLFNHTLNYGKRDSVTLYD
GDIYNITAPQIAYLENGSPDEKKLFKTEGSSLSVKLFANGASSVHGFIAEIVTLPISAIG
LSRDVQHNISNSEIINNRDGAITYQSVGEVNPLVAITRNDITQNCLKLYGNFTTCQAAVT
VDVQNTQTLVFRNNLIRNNVGGLLVRADSRGSATSLRGWIHNNLFLANHDRPALQVEGRQ
SSPYQEVTIYRNYFTRNQALYRDVIVLHQVVSNFSHNYVHHNTGLRILDVSGFHKVRLPI
YQTTSHNGFYKNYALDREGRATVAAGTAGQHYVDNVFFNPDNDYEMITVNRSISLDVWRT
RVDAKHNYWSYNESLAVAGRVRDRADDPRLLEVDYRPYYMNNASVLGGGKCPPGWVSLSG
TCYMYIGAPMTYHEARAFCLVSIIQS