| New model in OGS2.0 | DPOGS210864 |
|---|---|
| Genomic Position | scaffold456:- 18621-38875 |
| See gene structure | |
| CDS Length | 6546 |
| Paired RNAseq reads | 9498 |
| Single RNAseq reads | 21890 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006989 (0.0) |
| Best Drosophila hit | Cht6, isoform B (3e-15) |
| Best Human hit | chitotriosidase-1 precursor (4e-15) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC005652 [Tribolium castaneum] (6e-180) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC005652 [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0006032 chitin catabolic process GO:0008843 endochitinase activity GO:0043169 cation binding GO:0000272 polysaccharide catabolic process GO:0005576 extracellular region GO:0005764 lysosome GO:0005615 extracellular space GO:0005975 carbohydrate metabolic process GO:0008061 chitin binding GO:0006955 immune response GO:0004568 chitinase activity GO:0009617 response to bacterium |
| InterPro families | IPR002557 Chitin binding domain IPR013781 Glycoside hydrolase, subgroup, catalytic core IPR011583 Chitinase II IPR017853 Glycoside hydrolase, superfamily IPR001223 Glycoside hydrolase, family 18, catalytic domain |
| Orthology group | MCL24214 |
Nucleotide sequence:
ATGTGGCTTTGGTTGCTCTGTGCGGCTGCGGCCGTGTACTCCGCGGAGGGCGCAGGCCCG
GGCGCCGCCCGCCTCGTTTGTTATGTCGAGGGCGCGCGCGCATCTGATGTATCTGAGTGC
ACGCACCTCGTGTACGCCGGCGACTCTAGAGGTGAGGCACTGGACGATCTGCTGAAGGAC
TACAGGAAAAATAACCCAAGGATCAAGATCATCCTGCGCGTCAACGAAGGAGATAAGGAT
CTAACAGAAGTCCTCAAATCTAAGAACGTGCAAGGTTTGGAAATATACGATGCCCACAAA
GCCTTCAATAAGACCAAAGTCCTGGAAATGGTGGAATCAGCTAGAGCTGCCCTCACCGCA
GCGGGAGGTGGGCCATTGTTCCTGGCGCTGCCTTCGCACCCAGAACTCCTGGCCAAGTAT
TACGACCTCAGGGTCTTAGTGAAGAAGACTGACCTCATGACCGTCCAGACACATGCTCTG
GGTTTGGTGAAAAAGATGACCTACCATCCCAGTCGGCTGAGTGGATTGTGGGACATGATG
AATACTGATTCCGTAGTGGATCTAGTCATCGGCTTAGGAGTCCCCGCTTCGAAGGTGGTG
ATCAGTTTACCAGCTACGGCTCGACAGTTCCAACTCCTTAACGAGACCCTCAGTACGCCC
GGTAGTCCGACTACCGACGACGATCCGAAAGAAATCGACCAACTAGAACTCTGCAGACAG
TTACGCAAAGGCAGATGGACCTTAGAAAGAGACCAGGACCTGTCAGCGCCTTACGCATTC
AAGGACAAGACGTGGATATCATTCGAAGACGCATCCTCGGTAGATGTGAAGGGTAAGTAC
GCGAGGGTTCGAGGTCTCGCTGGCCTCGCTCTGTACAACACTGAGAAAGACCTGGACTCG
CCCTGTGCTCCAACTCTCAGGACGGCTTTGAATAAAGTGCTGAACCAGCAGAGTAGAGCG
CCGAGGGCAGCCGTTTTAAGATCTTTGGAAAACGAGATCCTTTCCGCTCCACACAACGCG
CGTGTCCTGGACGCTCTCCAAGTGTCACCTTACCGGATCACTCAGGTTGTTGATGCTGAC
GGTGTCATACATTCCATCAGAGAGGATACGAGGACAGAATTCTCCTGTTCCCGCCAAGGC
TACTTCGTACATCCCCGTTCTTGCGCTCGTTTCTATCGTTGCGTTAAATTCGATCAACTG
TCTCCCGAATATACAGTTTTCGAATTTGACTGTCCCGCTGGGCTGGCGTTTGACGCGCGG
TATGAGGTGTGTGTATGGCCAGGGTCTTTGCCTCACGCCGCCGCCTGCCCAGGGTCATCA
GAGATCGCGCCAGTTCCTACCACCCGGTTCATTTGTCCGGACCATGAGGGTTACTACGCG
GATCCAGAGAACTGTCGTTGGTTCTTCGCGTGTCTGGACCATGGTAAAGCGCCGCTAACT
GCCTACGAGTTCCGCTGCCCATTCGGTCTAGGGTTCGACGCTGCCCGCCTTAAGTGTGAT
TGGCCGTGGTTGGTACCGGCTTGCGGGAACATTGCCCGATACGAAGCAGAAGCCTTTGGA
TACTCAGGCGCCGCTCTTAGTGGTGCTACTGGTTTCGAAGGAAAAACAGCAGATTCAGTT
AACATAGCCGCTCATCAGAGTTTGGTTTCCGGAGCATCTCTTAACAACCTAGTAGGAATT
CAAAACGGACTTCTCACTAATGACGATATTCTAGACGCTAACTACATATCATCCCAAGAA
GCTGCCAATGGGGGTTTGGCCGGAGCAGGAACTTATGACAGCTTTTCGAACATAGGACTC
AGTTATCAAGGCGAACCAAGCGGAGTCTTCTACAATTACGTGTCAGCGGAAGACATTAAC
AAGGGTCTTGTTAGGGGCGTTAATAGTGAGGGAGAGGAGAAATACACGAGTGGATCCATA
ATTTTAGATGATTACAGACTACCAAGTAATAAAGTAAACACTTACTCGGTATATAATAAA
GGTCAAAGTGGTGTATCAGGCTCTGCCAGAAAGCCACTTCGTTACAATGATGGTAAATAC
CGCCCTGATAATTCTGGGAAGTACGTCCACAACCCTGCCGGTGACCGAGCCAAGCCCTAT
GAGCACATTGGTGTCCCTCCCGTTCCGTACGCGCACAAGGATTTTAAATATAAACAATCA
AACGAGAATGACGCCAGCAAATATTCTGGTAGCGTCTCTGGAGGTTACGAGTACCCAAGA
CCAAAAATTGAATTCCACGAAGGATTTGGGGTGAATGATAATATTCATAGTGTTAGTGGA
TACAACAGTGTAGGAGTCGAAGGTAGTGTGACAAATACATATCAAGGCAGTTACACAAAC
GCAGATGTAGGAAAATACGTAACCGACGACAGAGTATACACAGGCGCTTCACATACTCTT
ACTGCTGGAGCAGTGAATGTTGGATTGGTCGGGAAGACAACACTATTAGACGCTGATTAC
GCGAATCAAGGAAACTATCAGGGTCATTCATACAGCAGTGGGATTGTTCATCATGTTTCT
CAGCCTGCAGTCTCTGTAAGTCACGTCAGCACGGCCGGTCAAAACTTAGACGGTTACAGC
TATACAACTTCAACCTCATCGGGAGTCCCCACAACAGTGAGTCCATTGTCGTACACAACA
TACAAAACTACATACGTTCCAGAAGTGCCTAAAACTAGTATTAAACAAGTTTTCGGTTTC
ACTCAACCAGCTGTAACTTACGTCCAAACTGCTGTAGTACCTGTAAAACAAGTAACGCCA
CAAATTCAAGTTACTAATTACAATCAAGGCGTCAACTATCAGTACGAAAGTAAAGATTAT
TCGTCCTCCAATGCCAAGTCAAATGAAAACTCTGAGTTTACAGGTTACGAATACAAACAA
CCTAGTATTAAATTTGAAAATGTCCCCACTGCAACTCCAGCCGTGACTGTAGTATCCCAA
AAACCACAAAACCAACAAACCTTTCACACAATCGAATCAGTTGGTTTTGAATATTCAACA
CCAGTACCTGTCAGTGAACCACCATTTAAAAAAATAGTGGCTTATACAACGGGTTCACCA
GTTAGCAGTTACGTTCAATCAACATCACCGGCTGTCAGTCATCAAACAATACATAAAGTG
GAAACATCAAAAGTACAAATTCCATTCGTCGAAGTCAGTGGCCAAGATGTTGCAAGCACA
GGTGTCAACTATGAAGTGCCCCAGGGTTTGATACAGTACACTACCCCACAACCGTCAATT
TCAGTTCAACCGGAAATATCATATCAACCACAAGCATTTAGTCAACAAACTGTACATACA
GTCGGTGCTAACAAAGTTAATTCGTTCACACAAGGCCATTCGCAAGTAGGATACGAGTAC
CAAGGACCGTCAACAATCAGTTTTAATACCAACGATGAAAATGGGTATAACTACAAACAA
CCTAACGTTCGATTAGAAGACGCAGCAAGAGTAGTTCATTATTCTACCCCAGCACCGACA
GTGTTATACACTCCTCAAAGTGACAGTTCGCAAAGCATACAGAGATCCAGGACGCAATAC
GTTTCGTCAACTGCTCGCCCATTCGTGTCAACAACGCCTGTAACTTTATACGAGAATCCC
CTTCTACAATACACAGCAAAATCTACGGAAATAACATATGACGCTCCTAAGTACACTTCA
CACTCATACAGTCAACAAAACCATAACAGAGGTGTTTCTTCAAACTCGTTCGCATCCAAT
GGATACTCAGCAGCACTGGATCAACAAACTACAGTCTATTCAACTCCTCAGCCGGCACTT
TCAGTTCAATCCACAACAACAACATACCCTCAATATCAAGGTCAGCAGAATCTTCATCAA
GTCGATACAAGTCGACTTAATACATATGAAGGTGCTTCCATCAATGTTGATTACTCTCAG
CCGTCGTTTAGTGTACAACAAGCTAAAATAGAAACATCCACTCCTGCATCAATTACTTCT
TCAACGTACAAACCTCAATCATATAGCCAACAAACAATCCATAAATATGAGAAACAAGTA
ACTCCTTCAACCACGCCAATTTCTACCATACATTTATCTTATCAACAGCCCGAGGTGTCT
GTTTACGAAAACCCAATCTTGAAATACACTCAAAGGGTTACTCCTGTTACCTATGTAAAG
CCTACAGCATCTATATTTACTCAAACATATAGGCCTGAAGTCAAGGTAAGTCACGTTACC
AGACCAGCACAATACGAAACATCAGACCAACAATCTTATATAAATCAAGAAGCTTATACT
TATAATCAACCGGAAATACAAAGAAATATTGAGTCATCAAAAAGCCAAACTTACTCTGAC
GCTAGTGTTGTGTCAAGCCAATACTTCCATCAAGGGAAAGGAATAACACAAACAAATGGA
AATGAACAGTACGAATCTGGTAAGAACGTTGTGTTTGTATCAAGTACCCCTGCAACACTC
GCTTACGAGGATCACTATACAGAATATGAAAATCAAGGGAAGGTTAATGCATACAAAGCT
CCTGAGTATATACCTCCGAAGGAAGAAATACCACAAACATACATAGTACCAACTGTCTCC
ACACCAGCCGTGAAGCAGCAGGGTTCGATACTTTATTCTCAAGATCAATACGATTATCAA
CCTGTGGGCTATTCTCAACAATATCAAGGTGAATATACAAATAGTAAGGCCAGTACATCA
ATTAATAATTATGAATATACTCAAAATAATTACCAATCTCCTGAAGTACAAGTGGAGTAT
AAGGCTGAAGAATATTTGCCACCAGTACCATCTACTGCAAGACCCGCTGTCTCATCTACA
TACCGGTCACGCATCTATTCTACAACAACCAATGCTCCAGAATACCTGCCTCCTGAGTCT
GAAACTAAATTCCGCGCCGATGAATATTTACCACCAGTGAAAAATAGTTACCAATCAATT
GTTAAATCTACAGACAATGTTGAATACTTACCTCCTGCAGAAAGTACAGCAGCACGCGTG
GCTACTTTCCAACGATTTGGTTACAACGATGAGGATGAATCCAGTAAAGGATATAGCACA
TATCAAGATTATTCACTCTCAACTGAAGCGCCCATTATAGCGGCTGGTGTGACAGGTAGA
AAACAGAACATAGTAGTTGAGAAGGCGAAGTCAAATTTACTTGGTTTTGGAACTGTTGGA
CCAGAGGCTGGCTTGGTGTCAACTACGGCCCGGCCGTTTATATCTACTACGGATAACTCT
TACTTACCTCCAAAGACGGCAACGTTCACGTATACAACTGAAACTCCGGAAGTAACTACT
ACAATAAGAAGGACGAAACCTAAATATTTTAGAGTACCATCTTCTTCTACTACACCGGTA
TACGTAGAGTCAACGACAGCGTATCAGGCGCCGGAATACTTGCCACCGTCAGAAAAAATC
TGGCAAGGCTTAGTGGAGACGTCAGCATATAGTAGTACAGTAGCTCCAAAAATAAGACTT
AATCCTTATCAAGGAAACACATATGATAATTCCCAAATAATTGTTTCCACAACAACGGCA
CCGATAAGAAAACAAAATGTTGTCGTTGAAAATGCTAAAGCACAATTATTAGGATTCGGT
GCCGTTAGTTCTGAAGCTGGTTTAGTTTCACCAGCATCGTATAGTGAAATAGAGCCTATT
GAAGTATCTCATGATGGCACCTACTCTACTGTGCTACCAGTTCAACAACAAGTGGAAGTC
ACAAGCGCAAGAGTCCCGATACGAAGAGTTAAGCCAAAGGTAGCGATCGTTACAAAAATA
AATGACTTTAATCCTCTTCTTGTGAAAAAATTAGGCGCTGTTTGTAGTTGTCAATCTCCT
GTATTAATTCTTAAGGGCAAAAGACCGAATATTCAAGAAGAGGACGTTGATTACGACAAT
GGTTACGAAAGTGGACGAGGGGATCTCGGCAGTTATAAATTAAAACCGCAGTCAGCACGA
GTAACTACCGTTCCATTACTGAATACTGTGACGACCGCATCACCGGTAGTATCAACTTTC
AATCCAATAATTGTCCCCGATGATTCATACTATCAAGACTACCAAGAGGCTAGTAACGAT
AATGTAGTGGTAAATGCCGTTGGAAAGGATAATTCTCAAAGTTACGTTTCAAGCGTACCC
GTTGTTTCAACAACTGAAAGAGTAGTTAGAATAAGACCAAGAGTAAAATTAGTGACTGAG
GCGCCTACTTATAAAACTGTTGTATTAAATAAACAAGTAGGCCCAAGCATTCCCCAGACA
GCGGAATTGATCGAATCTGTTGGAGTTAATTCCCCATCTTTTGATCGTTATGGACCAGGC
GGTTGGAGAGACAGGGATGAAACTCTACAGGGCTCTATAGATTGTCAGCGAGCTGGGCTA
TTCCGTCATCCAAAACAATGTAACAAATTCTATGCATGCAGATGGGACTGTACAAAACAA
AGATTTACGCTTCACGTCTTTAACTGCCCTGTTCAACTGAGCTTCGACCCTAACATTGGA
GCCTGTAACTGGCCAAGTCAAGGACCCGCTTGTCAAGGGGATACCCTCCTCACAAACGCT
CTTTGA
Protein sequence:
MWLWLLCAAAAVYSAEGAGPGAARLVCYVEGARASDVSECTHLVYAGDSRGEALDDLLKD
YRKNNPRIKIILRVNEGDKDLTEVLKSKNVQGLEIYDAHKAFNKTKVLEMVESARAALTA
AGGGPLFLALPSHPELLAKYYDLRVLVKKTDLMTVQTHALGLVKKMTYHPSRLSGLWDMM
NTDSVVDLVIGLGVPASKVVISLPATARQFQLLNETLSTPGSPTTDDDPKEIDQLELCRQ
LRKGRWTLERDQDLSAPYAFKDKTWISFEDASSVDVKGKYARVRGLAGLALYNTEKDLDS
PCAPTLRTALNKVLNQQSRAPRAAVLRSLENEILSAPHNARVLDALQVSPYRITQVVDAD
GVIHSIREDTRTEFSCSRQGYFVHPRSCARFYRCVKFDQLSPEYTVFEFDCPAGLAFDAR
YEVCVWPGSLPHAAACPGSSEIAPVPTTRFICPDHEGYYADPENCRWFFACLDHGKAPLT
AYEFRCPFGLGFDAARLKCDWPWLVPACGNIARYEAEAFGYSGAALSGATGFEGKTADSV
NIAAHQSLVSGASLNNLVGIQNGLLTNDDILDANYISSQEAANGGLAGAGTYDSFSNIGL
SYQGEPSGVFYNYVSAEDINKGLVRGVNSEGEEKYTSGSIILDDYRLPSNKVNTYSVYNK
GQSGVSGSARKPLRYNDGKYRPDNSGKYVHNPAGDRAKPYEHIGVPPVPYAHKDFKYKQS
NENDASKYSGSVSGGYEYPRPKIEFHEGFGVNDNIHSVSGYNSVGVEGSVTNTYQGSYTN
ADVGKYVTDDRVYTGASHTLTAGAVNVGLVGKTTLLDADYANQGNYQGHSYSSGIVHHVS
QPAVSVSHVSTAGQNLDGYSYTTSTSSGVPTTVSPLSYTTYKTTYVPEVPKTSIKQVFGF
TQPAVTYVQTAVVPVKQVTPQIQVTNYNQGVNYQYESKDYSSSNAKSNENSEFTGYEYKQ
PSIKFENVPTATPAVTVVSQKPQNQQTFHTIESVGFEYSTPVPVSEPPFKKIVAYTTGSP
VSSYVQSTSPAVSHQTIHKVETSKVQIPFVEVSGQDVASTGVNYEVPQGLIQYTTPQPSI
SVQPEISYQPQAFSQQTVHTVGANKVNSFTQGHSQVGYEYQGPSTISFNTNDENGYNYKQ
PNVRLEDAARVVHYSTPAPTVLYTPQSDSSQSIQRSRTQYVSSTARPFVSTTPVTLYENP
LLQYTAKSTEITYDAPKYTSHSYSQQNHNRGVSSNSFASNGYSAALDQQTTVYSTPQPAL
SVQSTTTTYPQYQGQQNLHQVDTSRLNTYEGASINVDYSQPSFSVQQAKIETSTPASITS
STYKPQSYSQQTIHKYEKQVTPSTTPISTIHLSYQQPEVSVYENPILKYTQRVTPVTYVK
PTASIFTQTYRPEVKVSHVTRPAQYETSDQQSYINQEAYTYNQPEIQRNIESSKSQTYSD
ASVVSSQYFHQGKGITQTNGNEQYESGKNVVFVSSTPATLAYEDHYTEYENQGKVNAYKA
PEYIPPKEEIPQTYIVPTVSTPAVKQQGSILYSQDQYDYQPVGYSQQYQGEYTNSKASTS
INNYEYTQNNYQSPEVQVEYKAEEYLPPVPSTARPAVSSTYRSRIYSTTTNAPEYLPPES
ETKFRADEYLPPVKNSYQSIVKSTDNVEYLPPAESTAARVATFQRFGYNDEDESSKGYST
YQDYSLSTEAPIIAAGVTGRKQNIVVEKAKSNLLGFGTVGPEAGLVSTTARPFISTTDNS
YLPPKTATFTYTTETPEVTTTIRRTKPKYFRVPSSSTTPVYVESTTAYQAPEYLPPSEKI
WQGLVETSAYSSTVAPKIRLNPYQGNTYDNSQIIVSTTTAPIRKQNVVVENAKAQLLGFG
AVSSEAGLVSPASYSEIEPIEVSHDGTYSTVLPVQQQVEVTSARVPIRRVKPKVAIVTKI
NDFNPLLVKKLGAVCSCQSPVLILKGKRPNIQEEDVDYDNGYESGRGDLGSYKLKPQSAR
VTTVPLLNTVTTASPVVSTFNPIIVPDDSYYQDYQEASNDNVVVNAVGKDNSQSYVSSVP
VVSTTERVVRIRPRVKLVTEAPTYKTVVLNKQVGPSIPQTAELIESVGVNSPSFDRYGPG
GWRDRDETLQGSIDCQRAGLFRHPKQCNKFYACRWDCTKQRFTLHVFNCPVQLSFDPNIG
ACNWPSQGPACQGDTLLTNAL