| New model in OGS2.0 | DPOGS210925 |
|---|---|
| Genomic Position | scaffold260:- 16896-32804 |
| See gene structure | |
| CDS Length | 3357 |
| Paired RNAseq reads | 2513 |
| Single RNAseq reads | 10266 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA005131 (6e-31) |
| Best Drosophila hit | CG12163, isoform B (9e-46) |
| Best Human hit | cathepsin H preproprotein (4e-45) |
| Best NR hit (blastp) | cathepsin [Antheraea pernyi nucleopolyhedrovirus] (7e-66) |
| Best NR hit (blastx) | cathepsin [Antheraea pernyi nucleopolyhedrovirus] (2e-66) |
| GeneOntology terms | GO:0005515 protein binding GO:0031648 protein destabilization GO:0008233 peptidase activity GO:0006508 proteolysis GO:0004197 cysteine-type endopeptidase activity GO:0010634 positive regulation of epithelial cell migration GO:0005764 lysosome GO:0005783 endoplasmic reticulum GO:0032526 response to retinoic acid GO:0060448 dichotomous subdivision of terminal units involved in lung branching |
| InterPro families | IPR000668 Peptidase C1A, papain C-terminal IPR013201 Proteinase inhibitor I29, cathepsin propeptide IPR000169 Peptidase, cysteine peptidase active site IPR013128 Peptidase C1A, papain |
| Orthology group | MCL22666 |
Nucleotide sequence:
ATGAACGAGAGGAGTTCGAATGCTGTTTACGGTATCAATAAGTTTTCAGATCTAAGCAAA
GAAGAATTCGTAAAATATTATACTGGTTTGAAACGAGAAGAGAGTCCATCGAATGAGGAT
CATAAAAAAACTGATTTGCCAGAATCATTTAATGTTACTGCACCGGATCAATTTGATTGG
CGAAAGAAAGGAGTTGTCAGCAGCATTAAAAATCAAAAACATTGTGGTTCATGCTGGGCA
TTTAGTGCAGCTGCTAATGTCGAAAGTATACATGCTATAAAGACTGGTAAGCTCATAGAC
GTGTCTGAGCAACAACTACTGGACTGTGATAAATATGATTCGGGATGTTCAGGAGGACTC
CCATGGGATGCTTTGAGATATTTCGTCGCTAATGGTGCAATGTCTTTGAAGTCTTATCCT
TACGTTGCTAAAGAAGGAAAATGCCGTTATGATAGCAGTAAAGTTGAAATAAGATTAAAG
GAATATAAACACAAAGAAAAACTATCGGAAGACCAAATTAAGGAACATCTTTACAATATC
GGACCGTTGAGTATAGCTATAACGTCATCACCACTTGCATCGTATAATGGGGGAATTCTT
ATTGAAGAGTGTCATAGAAGTTATCTAATCAATCACGCTGTTCTTTTGGTAGGATACGGA
AAAGAAAACGGCGTTAAATACTGGATCGTCAAGAATTCCTGGGGTCAGAATTGGGGGGAA
AATGGTTATTTTAGAATGAAGATGGGAGTGAATTGCTTATTGAGAGTTAGGTCAAAAGTG
ACTGAGCAACAACCAGTAGACTATGATATCTGGGATGAGGGATGTTCAGGAGGGATGCAG
TGGTTGGCGATAAGGGAGTTAGGTCAAAGGCGTCTGTACTCTCTGGAGGAGGCTCCAACA
CTTTTCGAACAGTTTATAAAAGATTACAATAAAGAGTATGATGAGAGCGAGAAGGAAGAA
AGGTTTAAAATATTTGTGAACAATTTAAAGGATATTAACGCTATGAACGAGAGGAGTTCG
AATGCTGTTTACGGTATCAATAAGTTTTCGGATCTGAGCAAAGAAGAATTCATAAAATAT
TATACTGGTCTGAAACGAGACAGGTGTACAACGACTGAGCATCATAAAAGTACTGATTTG
CCAAAATCATTTAATATTACTGCACCGGATCAATTTGATTGGCGAAAGAAAGGAGTTGTC
AGCAGCGTTAAAAATCAAAGACATTGTGGTTCATGCTGGGCATTTAGTGCAGCTGCTAAT
GTCGAAAGTATACATGCTATAAAGACTGGTAAGCTCATAGACGTGTCTGAGCAACAACTA
CTGGACTGTGATAAATATGATTCGGGATGTTCAGGAGGACTCGAATGGATTGCCATGAGA
GAGTTAGGTCAAAGGCGTCTGTACTCTCTGGAGGAGGCTCCAACACTTTATGAACAGATT
ATAAAAGATTACAAGAAAGAGTATGATGTGACCGAGAAGGAAGAAAGGTTTAAAATATAT
TCTAGGGAGTTAGGTCAAAGGCGTCTGTACTCTCTGGAGGAGGCTCCAACACTTTTCGAA
CAGTTTATAAAAGATTACAATAAAGAGTATGATGAGAGCGAGAAGGAAGAAAGGTTTAAA
ATATTTGTGAACAATTTAAAGGATATTAACGCTATGAACGAGAGGAGTTCGAATGCTGTT
TACGGTATCAATAAGTTTTCGGATCTGAGCAAAGAAGAATTCATAAAATATTATACTGGT
CTGAAACGAGAGGAGAGTCCATCGAATGAGGATCATAAAAAAACTGATTTGCCAGAATCA
TTTAATGTTACTGCACCGGATCAATTTGATTGGCGAAAGAAAGGAGTTGTCAGCAGCATT
AAAAATCAAAAACATTGTGGTTCATGCTGGGCATTTAGTGCAGCTGGTAATGTCGAAAGT
ATACATGCTATAAAGACTGGTAAGCTCGTACACGTGTCTGAGCAACAACTAGTGGATTGT
GATAGCCAGGATTCGGGATGTTCAGGAGGCTTGACATGGAATGCCATGAGATATTTCCGT
ACAAATGGTGCAGTGTCTTTGAAATCTTATCCTTACGTGGCTCAAAACGAAAATTGCCGC
TATGATAGCAATAAAGTTGTAATCAGATTAAAGGACTACAAACACATCACACAACTGTCA
GAAGATCAAATTAAGGAACATCTTTACAATATAGGACTATTGAGTATAGATATAACTTCA
ACGCAACTTACATGGTATGAAGGTGGAATTCTTATTGAAGAGTGTCGTAGAAGCGATCTA
GTCGATCACGCTGTTCTTTTGGTAGAATACGGAAAAGAAAACAGCGTTGAATACTGGATC
GTCAAGAATTCCTGGGGTCAGAATGGGGGGGAAAAAGTTGCATTACAATATAATGTATAT
TCTAGGGAGTTAGGTCAAAAGCATCTGTACTCTCTAGAGGAGGCTCCAACACTTTTCGAA
CAGTTTATAAAAGATTACAATAAAGAGTATGATGAGAGCGAGAAGGAAGAAAGGTTTAAA
ATATTTGTGAACAATTTAAAGGATATTAACGCTATGAACGAGAGGAGTTCGAATGCTGTT
TACGGTATCAATAAGTTTTCGGATCTGAGCAAAGACGAATTCGTGAAATTTTATACCGGT
CTGAAACGAGAAGAGAGTCCATCGAATGAGGATCATAAAAAAACTGATTTGCCAAAATCA
TTTAATGTTACTGCACCGGATCAATTTGATTGGCGAAAGAAAGGAGTTGTCAGCAGCGTA
AAGTTTCAAGGACATTGTGTTTCATGCTGGGCATTTAGTGTGGCTGGTAATGTTGAAAGT
ATAAATGCTATAAAGACTGGTAAGCTCATAGACGTGTCTGAGCAACAACTAGTGGATTGT
GATGAGTGGAATTTTGGATGTTCAGGAGGGATTGCCTGCTCAAAATCTCATTTCAGTTAT
TTCCATAAAAAAGGTGCAATGTCCTTGGAGTCTTATCCTTACGTTGGTAAAGAAGGACAA
TGCAGGTATAATAGCAGTAAAGTTGTAATCAGATTAAAGGACTATCAATACTTTATAGCA
CTGTCGGAAGATGAAATTAAGGAATATCTTTATAATATCGGACCGTTGAGTATAGATATA
GATTCATCACAAATTCATCACTATAAAGGTGGAATTGTTATTAAGGAGTGTCAAGAAGTC
AAAAAAACCAATCACGCAGTTCTTTTGGTAGGATACGGAAAAGAAAACGGCGTTGAATAC
TGGATTGTCAAGAATTCCTGGGGTCAGAATTGGGGGGAAAAAGGTTATTTTAGAATACAG
AGGGGAGTGAATTGTTTATTGCTAGCTAAAGATGGAATTACAACAGCTGTTATATAA
Protein sequence:
MNERSSNAVYGINKFSDLSKEEFVKYYTGLKREESPSNEDHKKTDLPESFNVTAPDQFDW
RKKGVVSSIKNQKHCGSCWAFSAAANVESIHAIKTGKLIDVSEQQLLDCDKYDSGCSGGL
PWDALRYFVANGAMSLKSYPYVAKEGKCRYDSSKVEIRLKEYKHKEKLSEDQIKEHLYNI
GPLSIAITSSPLASYNGGILIEECHRSYLINHAVLLVGYGKENGVKYWIVKNSWGQNWGE
NGYFRMKMGVNCLLRVRSKVTEQQPVDYDIWDEGCSGGMQWLAIRELGQRRLYSLEEAPT
LFEQFIKDYNKEYDESEKEERFKIFVNNLKDINAMNERSSNAVYGINKFSDLSKEEFIKY
YTGLKRDRCTTTEHHKSTDLPKSFNITAPDQFDWRKKGVVSSVKNQRHCGSCWAFSAAAN
VESIHAIKTGKLIDVSEQQLLDCDKYDSGCSGGLEWIAMRELGQRRLYSLEEAPTLYEQI
IKDYKKEYDVTEKEERFKIYSRELGQRRLYSLEEAPTLFEQFIKDYNKEYDESEKEERFK
IFVNNLKDINAMNERSSNAVYGINKFSDLSKEEFIKYYTGLKREESPSNEDHKKTDLPES
FNVTAPDQFDWRKKGVVSSIKNQKHCGSCWAFSAAGNVESIHAIKTGKLVHVSEQQLVDC
DSQDSGCSGGLTWNAMRYFRTNGAVSLKSYPYVAQNENCRYDSNKVVIRLKDYKHITQLS
EDQIKEHLYNIGLLSIDITSTQLTWYEGGILIEECRRSDLVDHAVLLVEYGKENSVEYWI
VKNSWGQNGGEKVALQYNVYSRELGQKHLYSLEEAPTLFEQFIKDYNKEYDESEKEERFK
IFVNNLKDINAMNERSSNAVYGINKFSDLSKDEFVKFYTGLKREESPSNEDHKKTDLPKS
FNVTAPDQFDWRKKGVVSSVKFQGHCVSCWAFSVAGNVESINAIKTGKLIDVSEQQLVDC
DEWNFGCSGGIACSKSHFSYFHKKGAMSLESYPYVGKEGQCRYNSSKVVIRLKDYQYFIA
LSEDEIKEYLYNIGPLSIDIDSSQIHHYKGGIVIKECQEVKKTNHAVLLVGYGKENGVEY
WIVKNSWGQNWGEKGYFRIQRGVNCLLLAKDGITTAVI