| New model in OGS2.0 | DPOGS206424 |
|---|---|
| Genomic Position | scaffold303:+ 12285-17136 |
| See gene structure | |
| CDS Length | 2916 |
| Paired RNAseq reads | 18 |
| Single RNAseq reads | 74 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA013822 (2e-112) |
| Best Drosophila hit | ND |
| Best Human hit | hyaluronidase-1 isoform 1 (2e-40) |
| Best NR hit (blastp) | hyaluronidase [Anoplius samariensis] (5e-78) |
| Best NR hit (blastx) | PREDICTED: similar to hyaluronidase [Tribolium castaneum] (5e-81) |
| GeneOntology terms | GO:0005576 extracellular region |
| InterPro families | IPR018155 Hyaluronidase IPR013785 Aldolase-type TIM barrel IPR017853 Glycoside hydrolase, superfamily IPR001329 Glycoside hydrolase, family 56, allergen Api/Dol m 2 |
| Orthology group | MCL10452 |
Nucleotide sequence:
ATGTCTTGGATCTCGATTCTGGCTTTCTTGATTTGGAAATGTGCAACTTTAAGCGACAGT
TACTTCATCATTGAAGCTCCAGAATTAAATGTAAAGGAATTTAAAAAAGAGTTCCGGGTG
TACTGGAACGTTCCGACATTTCAGTGTGCTTCAAAGAAAATACCCTTTGATAAATTGTAT
GAAAAATTCGGTATCATTCAAAATAACGGAGACAGATTCAACGGTGAAAAAATCACTATT
CTGTACGAACTGGGTGACTTTCCGTCCATTTTTAAGAATAAAACCAGCGGAGAATATGAA
TTTATAAACAACGGTGTACCTCAGGAGGGAAATCTGCAAGAACATTTGGTTGCTTTCAAA
GAACAATTACTCGAGAAGATACCAGACCCTTTCTTTGATGGCGTTGGAGTAATTGATTTT
GAGATGTGGAGACCAGTTTTCGATCAAAACTTCGGCAATCTCGATGTCTATAGAAAAAGA
TCCATTGAAATTGAGAAGGAAAGGCATTCGTGGTGGCTAAATATGTGGATTAAAAAAGAG
GCGGCAATTCGTTTCGAAACCGCTGCAAGGAAGTTCATGGAATCTACTCTGGTTCTTGCA
AAACAAATGCGACCTAACGCCTTGTGGGGCTATTATGGATACCCACACTGTTTCAATATG
AGAGACATGGATATGAAAGAAGATTGTGTGAAAAGTATCCCAGGTGCAAATGACAATATT
TATTGGCTTTGGGCTGAGAGCACTGCTCTATTTCCTTCTATATACAGCTCAAAAAAACTT
ACCAATTCACAACTTCCCTTTCATATTAAAGGGAGAATAAAAGAGAGTGCACGCGTTAGG
CTCGAAGACACGCCAATTTTGCCGTACTTCTGGTTTAGATATAGAGACGCTGAGTTTTTT
AGTCAGGAAGACCTTTCAATAGCTCTCAACACACTGTACCAGTCGAAAGCATCTGGTGTA
ATAATATGGGGCAGCTCAAACGATGTGAATACTGTTGACAAATGTAAGAAACTTTATAAC
TACGTGGAGACTATACTCGGACCTAATATAGCAAAATATACGCAACGATCTAAAAAAAGT
AGCAACGCAGTCAATAATGAAAATAATCTTTTCAAGTTTAAGTCGCAAGGAAATAGAAAA
ATTTTAGAAAGTGAAGAAATTCTTTTAAAGGAAAGTTCGACAAATTACGACTTTACCTTT
ACCGATGAAACAACACAAAGCGCTTATTATGAAGAAATAGATTTTACAGAATATTTAAAA
GTCAACTATGATTTTACCTTTGAGCAAAGTCTGACAACTTTACGTGATAAAGAAGATTTT
ACACCAGAAACATCTACAGAAATTGCTACAAATATGGTATCCCAAAATTTTATTACAACG
GAAGAAGATTCATATAATGATGACAATGTTCCTAATGCAATTGAAATTACCGATGATTAC
CTTATAATTATTGAGAATTCAACAACCAATGACACTTTTAAACAGGATACAACTAATACA
AATATCGATGATGACTATTTGATAATTGTTAGAGACAATTATGAAGACAGATTAACGAAA
TATAATAATTCACTAGAACAGCCACTAACAACAAAATCACCAAGTAATATGATTGTAAAA
AGTTCACTAGAAAATGTAACAGAGGCTTACCAAGATGCAGAATACGATTATTACGATGAA
AATACAATTGAAATGCCGGCAACGAAAGATAAGCTATCTGATCAAGATGAAAGCTCCGAT
TATATAATAGTGGTTGATAATAATTACACCGAAAAAGATACTTTTGAAGCCATCGAGTCT
AAAAGGGTAACGGATACAGAAAATGATTACTTAATAATTGTCAATGACTTCAATAACTTA
CGCACATCAAACAAAAGTAATACAGATTATGTTGCAATTGATAACACAAAAAGTAATTCA
ACAATCCAGTTTATACCATATACAGACGAACGTAGTACTACTGAAGAAAGTTTAGACGAT
TTTGAAGATGATGACGAATTTATACCAAATAAATCATATCGTAACGAAGTGTTTAATTCC
GGTCAAGATGAATCCAACTACTTGATAGTTATTGATTATAATTTCACAGATGTAAACACT
TTCACACCCTCTTATTACACGGATAGTACAGACATTAAAGATGATTATCTGATTATACCT
AAACATGGAAATAAAAGGCATAATTTTACTATAAACAGCGATAACAGTAACGCTAATTAT
GTGCCGAATAAAATGAAGATTTCAACAACACAGTTCCTTGAATCCAATGATGTTACTCTA
TCAACTGAAAACGAAAACTTTAGCAGTGAGATATTTTCTCCTAGAATAGAACTTAATACT
CCAGAAATAACCACCCCAAGCGATTTTTTGGATGAATCAACGCTTACGGAAGCTACGTCT
GAAGGTTTAATTACATTAGAAATAATGAATAATTTAACTGCTAATGTTTTATTAAATGAA
ATGCTTGTTACAGACCGAAGCGTAGACAGTATAAGCAATTTACATTTTATAAAAACTACA
AATGATGCTGATGAATTCTCTGCATCACACATTAGTATGGAAGCAATGGAAAACGAACAA
TATATAGATAAAGCTTCCAACAAGAATGACGCTGTAGAAGAAACGAAATCAACATATATC
AGTGAATATAAAGAATTTAAAAATTCACAATCAACTGAAAGTGGTTATAGCAGCAAGCTG
ATCACGTCCAGTGAAAAATATTCTATACCAACTGAAGGAACATTCTCACAAAATGATTTT
ACAGATCTTGACCTCGGCACTGACTTAACAAGATATTCTGAAATTAATGAAGAAATCACT
CAACGGAAGGAAGAGATCAACACAGAGACGTACAATATTCACACCAAAGACACTGAAAAC
GTCGATCATATTATATCATATATTTATAAAAAATAA
Protein sequence:
MSWISILAFLIWKCATLSDSYFIIEAPELNVKEFKKEFRVYWNVPTFQCASKKIPFDKLY
EKFGIIQNNGDRFNGEKITILYELGDFPSIFKNKTSGEYEFINNGVPQEGNLQEHLVAFK
EQLLEKIPDPFFDGVGVIDFEMWRPVFDQNFGNLDVYRKRSIEIEKERHSWWLNMWIKKE
AAIRFETAARKFMESTLVLAKQMRPNALWGYYGYPHCFNMRDMDMKEDCVKSIPGANDNI
YWLWAESTALFPSIYSSKKLTNSQLPFHIKGRIKESARVRLEDTPILPYFWFRYRDAEFF
SQEDLSIALNTLYQSKASGVIIWGSSNDVNTVDKCKKLYNYVETILGPNIAKYTQRSKKS
SNAVNNENNLFKFKSQGNRKILESEEILLKESSTNYDFTFTDETTQSAYYEEIDFTEYLK
VNYDFTFEQSLTTLRDKEDFTPETSTEIATNMVSQNFITTEEDSYNDDNVPNAIEITDDY
LIIIENSTTNDTFKQDTTNTNIDDDYLIIVRDNYEDRLTKYNNSLEQPLTTKSPSNMIVK
SSLENVTEAYQDAEYDYYDENTIEMPATKDKLSDQDESSDYIIVVDNNYTEKDTFEAIES
KRVTDTENDYLIIVNDFNNLRTSNKSNTDYVAIDNTKSNSTIQFIPYTDERSTTEESLDD
FEDDDEFIPNKSYRNEVFNSGQDESNYLIVIDYNFTDVNTFTPSYYTDSTDIKDDYLIIP
KHGNKRHNFTINSDNSNANYVPNKMKISTTQFLESNDVTLSTENENFSSEIFSPRIELNT
PEITTPSDFLDESTLTEATSEGLITLEIMNNLTANVLLNEMLVTDRSVDSISNLHFIKTT
NDADEFSASHISMEAMENEQYIDKASNKNDAVEETKSTYISEYKEFKNSQSTESGYSSKL
ITSSEKYSIPTEGTFSQNDFTDLDLGTDLTRYSEINEEITQRKEEINTETYNIHTKDTEN
VDHIISYIYKK