| New model in OGS2.0 | DPOGS214422 |
|---|---|
| Genomic Position | scaffold593:+ 20977-41171 |
| See gene structure | |
| CDS Length | 5055 |
| Paired RNAseq reads | 60804 |
| Single RNAseq reads | 146072 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA011362 (2e-85) |
| Best Drosophila hit | scarface, isoform A (4e-39) |
| Best Human hit | plasma kallikrein precursor (5e-18) |
| Best NR hit (blastp) | PREDICTED: similar to AGAP008091-PA [Tribolium castaneum] (3e-61) |
| Best NR hit (blastx) | serine protease H164 [Tribolium castaneum] (2e-59) |
| GeneOntology terms | GO:0004252 serine-type endopeptidase activity GO:0006508 proteolysis GO:0005615 extracellular space GO:0048803 imaginal disc-derived male genitalia morphogenesis |
| InterPro families | IPR001254 Peptidase S1/S6, chymotrypsin/Hap IPR009003 Peptidase cysteine/serine, trypsin-like |
| Orthology group | MCL15891 |
Nucleotide sequence:
ATGAAGCCACTGCTATCAGTGGTGTCGCTGTGCCTTCTGCTGTGCGTACACGCGCTGCCG
GAAAACATCGAAGACGTCAAAGAATTACCTCAATCCAAAGAACCGATAGTGGAAGCAGAA
GAATCGAAGCCTCAAGCGAGAGCCGAAAGATGCACGACCTGTAGCACACTTAAACTAGGC
CTTAAGTCCCCAAAAGAAGTATTAGCAGCCTTGCATTCCTTGCCGGGAGCGGAAGTACAC
ACTCAGCAGTCCTTCGAAGGCTGCTCCAGCGATAAAGGATGTGCAGGACTGAAGCTCAAG
GACGGAAAAGTCATAGAACGTTTCGGGAACGTAGAGGCCTTCAAAGCCGCAGCTGCCTCC
GATGTGAACAACGAGTTCAACTTCCACGCCGGTTTCGGAAGCGATTTGTTCAAAAGCGCC
AACTCACCATTCTGGTGGATGAACCAAGACAGTCCTTTCAATGGCGGAGCTAACGGTGCT
AGCTTTGAGAAATTCAGCAAATCCTCAAGTTTCTCCTCCGGTAGTGGAGGTAACGCTGCA
TTCACTGGAATGGACCTATCAGCTAACCCGTTCTTAAACGGACAGTTTTCCAACCTGGGT
CTTGCTGGTGATGCTAGCTCTGTAAATCCCTTCCAATCATCAACCTTCGAGTCATCGGCA
TTCAGTGCCTCTAGCAAAACCGGTCAGGCTGGACTCCAAGGTTTCGGAGCTCAAAACGCT
GCTTCGAACTTCGGAGCTAGTGCCTTCAACTCTGGTTTCGCTGGCAATAAATTATCTGGC
TTCAGTGGTTCAAGCCCAGCACCTTTCGGATCTGGAGCTAACGTCAACCTCATTCAGAAC
GCCCAAAAGAACGACTTCGATTTCGAGCAACAGCAAACTCAACAGAACATCGACGAAATC
TTCCAAAACGCTGGAAACCTCGGCGTGGACGCGGGGGTTACAGCTGGGGAGTTGCAGCAG
ACCTGCTCCGGCTTGGGATACGCCTGCGTGCTGAAAACACAATGCAACAACGGCGTCGTA
AACATCAACGGAGCGGCTGCGCTACAAGCTAAAACTAAGAAGCAATACTGCAACCTTGCG
ACGGAAATATGCTGCAGAATCGAGACCGCTCAAGGAGCCGTTGGATCTACCGCCGGCCAG
GGTTCTGGTCTCTTCGCTGGACAAATTGGTTCCGTATCCGGAGGTTACGGCAGTCAGACA
ACCCAAAGTGGATTTTCAAACGGATTTGGTGCTAAAGGCACCTTTGCAACCGGAGCTTCT
TTCGGATCTGGCATCGGATCTGCCAACAGAGGCATCACGGTCGAATCCACTAAATTCGGA
TCTGGATATGGCTCGACTCTCGCACCCACCACATCCAGATTTGGATCCAACGGCTTCAAA
TCCACGAGCCAAACGAACTTCATCGACGCTGATTCACTAACCGCTGGCAGTGAAGCTGCT
GGTGTTTACCGACCTGGTGCTGTCGGATCTGGTTTGAAACCTGGTATCCCCTACCTCCCA
CCCATCGACGTCACAGGCAGTGGCAGTAATGTCGTCTCCACAACCGTCTTCCCTACCCCT
ACCATAATCACGACTCCTAGACCATTCACAACCCCAAAACCGACCTATCTGCCCCCTATT
TCATCAACCTCAGCCCCAGGTTACTTACCACCTATCGGGGAACCAACCAACAACAGAGAG
ACCATCGTCCCTAAACCTGATTATCAAGATGGTTCTATAATCCTGGACGAAAACAGATTC
CCCACAGCTAGACCTACCCCCGTGCCTGCACCGAGTGAAATCCCCGCTGGATGTGCCGCC
GCCCTAAAGTGTACTGCCGTCGAGTTCTGCACAGCTGAAGGTGTGATCTCAAACGTTACT
GTCTTTTTGACCAGAGATCAAGAGGCTTACAGAGTACCTCTCACGGATTGCCGTGACTTG
GAGACTGGACGCATTGGTAAATGCTGCCGGGATCCTTACTACACCGACCCCTGGCCTGTG
AACCAGCTGGGTAAGTGGGTGCCCGGGGTATTCGGGGGTAACGACGGTAAATACGTTCCG
GATAGCAGAGTTAGTCCAAACAATATCAGACCCAGTGTCACGGTCCGCCCTCCTGTCACC
GGTTCCGTCATATCACCAGCCTTCCTGACTAAACCCACGCCTACACCATTTGGGCCCAAC
CAAGTTTCTCCTGGTTTTGGCTCCACTGTAACTCCATTGAATCAGAGAGGTCAGGGTCAG
TTCCCTATCGGAGGTCAAGGACAATACAATAAAGGTGGTCTGGGACAATTCTCTCAAGGG
GGACAGGGGCAATTCACATCAGCTGGACAAGGACAACTTGGCATCATAGGACAAGGTCAA
ATTGGATCTGGATCTGCAATCAACACAGCGTTCGCCCAAGGACAGGTTGCACAAAAGGGA
CAAGGGTCGTTTGTGTCCCAAGGACAGGGAGTGGTTGCATCCAGGGGCCAAGGTCAAGTG
GTAAACAGAGGTCAAGTTAGCAAGGGACAAGGTTTCTTGGTGAATCAGGGTGCGGGGGTT
GGAATCAATAAACAGCAGGGACAGTTCGTCAGTCAGGGTCAAGGACAAATAGTGTCCCAA
GGTCAAGGACAAATTGTTTCCCAAGGAGTGGGACAGGGAGTCAGACAAGGAGTCGGGCAA
TACGGCCAAGGACAGCTTGGTATCCAAGGACAAGGTGTCCAGTCGCAATTTGGTGCTGGG
CAAAATGGCTTAGGCGTAGCAGCAATTGGAGCACAAGGAGTGAACGGTCAGGGACAGCTC
GTAAATCAAGGACAGGGCCAATTCGTATCAAAAGGTCAAGGCAGCGCTATCAATCAAGGA
TTTGGTACTGGCATCCGTCAGGGAAGCGGCGTGGTTGCGTCTCAAGGATTCGGGCAGGGA
GTGCGACAAGGACAAGGCACGGTTGTGTCGCAAGGATTCGGTCAGGGAGTCCGTCAAGGA
CAAGGACTCCTGGTCAATCAGGGAGAGGGACAAGTATCTTCGCAAGGACAGGGACAATTT
GTAAGCCAGGGTCAAGGACAACTCCTAAATCAGGGACAGGGACAATATGTATCGCAAGGT
GAAGGACAGCTAGTCTCTCAAGGACAGGGTGCTCTTGTGTCCCAGGGTCAAGGACAGCTG
GTCTCTCAAGGACAGGGTGCTTTTGTATCCCAGGGTCAAGGATCTCTTGTTTCCCAAGGA
TTCGGACAAGCCATCCGTCCAGGACAAGGCGCTTTCCTGACTAATGGCCAGGGACAAATA
GTCTCTCAAGGAGGAGGAGCTCTGATCAATCAGGGTGAGGGAGCATACGTCACAAATGGC
TTCGATCAAATCCGCCGAGCTCAAGCCCAACTCGTATCTACAAAGGAAGGGCAGTTGGTT
ACGCAAGGGGAAGGAGAGCTTGTTTCACAAGGCCAGGGGCAGAGAGTGTCGCAAGGATTC
GGTCAGGGTGTCCGCCAGGGGCAAGGATTCTCTGTGACGCAGGGCGGAGGGTATGGTGTT
GAAAACGAGTACGGTGAATCAGTGCAGAGGGTTTTCCTTCAACAGTACAACGCTGGAGGA
CAATGTGGTGTTCTGAATGGCCAACGTCCTTTTGGCAACCGCAATGAATTGGAAGCCGAT
TTCGCTGAGATACCCTGGCAGGCGATGGTGCTGTTGCAAACTAACAGAAGCCTGCTGTGC
GGCGGAGTCATCACCAGACCTGATGTGGTCGTAACCTCAGCCGCCTGTGTTGAAGGCCTG
GATGCCAAGAACGTGCTGATTAAAGGAGGTGAATGGAAGCTCGGGATAGACGACGAGCCT
CTGCCGTTCCAGATCGTCCAGGTCAAGACGATTCTCCGCCATCCGCTGTACAAACACAGC
AACCTCCACTACGACGCTGCTATCCTGGTACTCGCTGAGAACTTGAGATTCGCTAAAAAC
ATCTATCCCATCTGTCTCCCTGACAAGGATGACAGTTTGGACAAATACTACAACGGCGTC
GGAGAGTGTATCGTAACGGGATGGGGCAAGCAAGTCCTCCAAGCTCACCTTCAAGGCAGT
ATAATGCACAGCATCAACGTCTCGCTCATCAGCCCAGGTGAATGCCAGTCCAAATTATCA
TCAGAATACCCTCACCTCCTGGACCTGTACGATGAAGACAGCTGCGTCTGTGGCCAACCT
TCGAACCCTCTAAATAATATTTGCAGGGTTGACATTGGCAGTGCTCTTGCCTGCACGACT
GGCGACGGTCATTACACCTTCCGAGGAGTGTACTCCTGGGATTCCGGATGTCAAGTCGGA
AACCAAGTGGCTGGTTTCTATAGATTCGACCTGGAATGGTACCAGTGGGCCATCGGTCTC
ATCGAAAGCGTCAGATTCGCTCAATACAGTACAGTTACCAAGGTCACCACGGGGATATAC
ACTGGTCAAATAAAGGGTGGAGTGAAGGGCTTCTCTGGAGTCAAAGGAGTCAAGGGTTCG
TCAAACTCTGGCTCATCCATCAGAGCTGGTGCTGTAGCTTCAGTTTCATCTGGAGCAGTC
TCTTCGGGATCATCAGGAGTCATAAGTGGCCTTAATAGCTTCAACTTTGGAAAAGGTCAA
TTCGGATTTGGACAAAGTCAAGGCCAGCTATCTGGTAACCAAGGGCTGGTCAGTCAGGGA
CAGTTCGCTGGTAAAGTGAACCAGTTCCAGGAAAAAATAAACAGTGGTAGCTCAAGCCAA
GCCGGTTTTGGAGATGGATTCAACTTCAGCGAAATCAAACCGATCACTAACGGCTTCAGC
GCCACCTTCTCCGAGAAGAAGGTCTTCAAGACCGAACCGAAATTCGTGACATTCACAACG
AAACCAGAGATCGTGACGTATACAACTAAACCAGAAATCTTCACATTTACAACCAAACCC
AAAATTATTACTTACACAACCAAACCCAAAATCATAACCTACACAACCAAACCCCAGATC
ATCAGATACGAGACATCCGGCAGTGGGACCAACCCCCAATACGTAGCCCCAGGGGTGACC
TTCAACCCCTCCTTTTCAGAATTAGTGGGTAAGCACGAACACACAGCCAAATGCAAATGT
TTAGAAGGTAAATGA
Protein sequence:
MKPLLSVVSLCLLLCVHALPENIEDVKELPQSKEPIVEAEESKPQARAERCTTCSTLKLG
LKSPKEVLAALHSLPGAEVHTQQSFEGCSSDKGCAGLKLKDGKVIERFGNVEAFKAAAAS
DVNNEFNFHAGFGSDLFKSANSPFWWMNQDSPFNGGANGASFEKFSKSSSFSSGSGGNAA
FTGMDLSANPFLNGQFSNLGLAGDASSVNPFQSSTFESSAFSASSKTGQAGLQGFGAQNA
ASNFGASAFNSGFAGNKLSGFSGSSPAPFGSGANVNLIQNAQKNDFDFEQQQTQQNIDEI
FQNAGNLGVDAGVTAGELQQTCSGLGYACVLKTQCNNGVVNINGAAALQAKTKKQYCNLA
TEICCRIETAQGAVGSTAGQGSGLFAGQIGSVSGGYGSQTTQSGFSNGFGAKGTFATGAS
FGSGIGSANRGITVESTKFGSGYGSTLAPTTSRFGSNGFKSTSQTNFIDADSLTAGSEAA
GVYRPGAVGSGLKPGIPYLPPIDVTGSGSNVVSTTVFPTPTIITTPRPFTTPKPTYLPPI
SSTSAPGYLPPIGEPTNNRETIVPKPDYQDGSIILDENRFPTARPTPVPAPSEIPAGCAA
ALKCTAVEFCTAEGVISNVTVFLTRDQEAYRVPLTDCRDLETGRIGKCCRDPYYTDPWPV
NQLGKWVPGVFGGNDGKYVPDSRVSPNNIRPSVTVRPPVTGSVISPAFLTKPTPTPFGPN
QVSPGFGSTVTPLNQRGQGQFPIGGQGQYNKGGLGQFSQGGQGQFTSAGQGQLGIIGQGQ
IGSGSAINTAFAQGQVAQKGQGSFVSQGQGVVASRGQGQVVNRGQVSKGQGFLVNQGAGV
GINKQQGQFVSQGQGQIVSQGQGQIVSQGVGQGVRQGVGQYGQGQLGIQGQGVQSQFGAG
QNGLGVAAIGAQGVNGQGQLVNQGQGQFVSKGQGSAINQGFGTGIRQGSGVVASQGFGQG
VRQGQGTVVSQGFGQGVRQGQGLLVNQGEGQVSSQGQGQFVSQGQGQLLNQGQGQYVSQG
EGQLVSQGQGALVSQGQGQLVSQGQGAFVSQGQGSLVSQGFGQAIRPGQGAFLTNGQGQI
VSQGGGALINQGEGAYVTNGFDQIRRAQAQLVSTKEGQLVTQGEGELVSQGQGQRVSQGF
GQGVRQGQGFSVTQGGGYGVENEYGESVQRVFLQQYNAGGQCGVLNGQRPFGNRNELEAD
FAEIPWQAMVLLQTNRSLLCGGVITRPDVVVTSAACVEGLDAKNVLIKGGEWKLGIDDEP
LPFQIVQVKTILRHPLYKHSNLHYDAAILVLAENLRFAKNIYPICLPDKDDSLDKYYNGV
GECIVTGWGKQVLQAHLQGSIMHSINVSLISPGECQSKLSSEYPHLLDLYDEDSCVCGQP
SNPLNNICRVDIGSALACTTGDGHYTFRGVYSWDSGCQVGNQVAGFYRFDLEWYQWAIGL
IESVRFAQYSTVTKVTTGIYTGQIKGGVKGFSGVKGVKGSSNSGSSIRAGAVASVSSGAV
SSGSSGVISGLNSFNFGKGQFGFGQSQGQLSGNQGLVSQGQFAGKVNQFQEKINSGSSSQ
AGFGDGFNFSEIKPITNGFSATFSEKKVFKTEPKFVTFTTKPEIVTYTTKPEIFTFTTKP
KIITYTTKPKIITYTTKPQIIRYETSGSGTNPQYVAPGVTFNPSFSELVGKHEHTAKCKC
LEGK