| New model in OGS2.0 | DPOGS206129 |
|---|---|
| Genomic Position | scaffold4:+ 198274-208802 |
| See gene structure | |
| CDS Length | 3102 |
| Paired RNAseq reads | 1390 |
| Single RNAseq reads | 3454 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000719 (0.0) |
| Best Drosophila hit | S1P (0.0) |
| Best Human hit | membrane-bound transcription factor site-1 protease preproprotein (0.0) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC002816 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC002816 [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0008233 peptidase activity GO:0005789 endoplasmic reticulum membrane GO:0006508 proteolysis GO:0005783 endoplasmic reticulum GO:0005788 endoplasmic reticulum lumen GO:0004252 serine-type endopeptidase activity GO:0005634 nucleus GO:0042990 regulation of transcription factor import into nucleus GO:0005794 Golgi apparatus GO:0008202 steroid metabolic process GO:0016021 integral to membrane GO:0005795 Golgi stack GO:0008203 cholesterol metabolic process GO:0016020 membrane GO:0000139 Golgi membrane |
| InterPro families | IPR022398 Peptidase S8/S53, subtilisin, active site IPR000209 Peptidase S8/S53, subtilisin/kexin/sedolisin IPR015500 Peptidase S8, subtilisin-related |
| Orthology group | MCL13963 |
Nucleotide sequence:
ATGGGGCTCGTTCAACTTGTTTATTTGTTTTGGTTAAGTTATTATAATTTTGTGGTTTTT
GCTGAGGATACCAATATCCTTTGTAATGTGACGGTTAACGAGCGTTTGGAATATAAATTT
GATTCAGATATTGTCAACACTGAACATATAATTACATTCAAAGGATATTATTCCAAAACT
ACCAGAGAAAACTATGTGAATGCTGCACTGAAAAATGCCCAGGTATCAAATTGGACCATA
CTCCAGCGTAATAATCCCGCTATGGAATATCCTAGTGACTTCGACGTCATAGTGTTCGGG
GAGAAGATAAGGGAGGGGATCGATGCTTTACGTGACCACCCAGCTGTACGCCGGGTAACT
GCGCAGCGGCAGGTGCAACGGACCATAAAATACGTGCGCGAGGATGACTGTGGGCCGTCT
GGTTGCATGTACTCCGGATGGAGGAACCACCGCCGTTCGAGGGTGCTTCATTCATTACGT
AAAACTAGAGAAAATGGAGGCTACACCTCTAGAAAACTTCTCCGTACTGTACCTCGTCAA
ATAACATCTGTTCTGAAAGCTGATCTGCTGTGGTCTTTGGGAGTAACCGGGGAGGGCATC
AAAGTGGCGGTGTTCGATACGGGACTAGCGCGACACCATCCCCACTTCGGGCGGGTTAGG
GAGCGTACAGACTGGACCGGCGAGAATACATTGGACGATGCCTTAGGTCACGGCACCTTC
GTAGCTGGTGTGATAGCGTCTCGTTCGGACTGCCTCGGCTTCGCTCCGGACGCGGACCTA
CACATCTTCAGAGTTTTCACAGATAATCAGGTGTCATACACTTCGTGGTTCCTGGACGCA
TTTAACTACGCCATAATGCGTAAGATAGATGTCCTGAACCTCAGTATTGGTGGTCCAGAT
TTTATGGACCATCCGTTTGTGGATAAAGTATGGGAACTTAGCGCTAACAAGGTTATAATG
GTCTCTGCTATCGGCAATGACGGCCCATTATACGGGACCCTGAACAATCCAGCTGATCAG
ATGGATGTCATCGGAGTGGGAGGCATCGGGTTTGATGATCGCATCGCCAAGTTCTCGTCG
AGAGGCATGACGACCTGGGAATTACCTTATGGCTACGGTAGAATGAAACCAGACATCGTG
ACCTATGGCAGCGGCGTCCGTGGTTCAAGCGTTAATGGCGGCTGCAGATCACTCAGTGGT
ACGTCTGTAGCTTCCCCAGTGGTCGCTGGTGCTATAGCACTCCTCGCTAGTGGTGTTCCC
CGTCAGAATTTAACACCAGCTGCTGTCAAGCAAGCTTTGTGCATAACAGCACGCCGTTTG
CCCGGTTATAATATGTTTGAACAGGGACACGGGAAACTAGACCTTATTAGCGCGTACCAG
TTTCTTCGCGAGTACGAGCCGCAAGCGACTTTGAGCCCATCATACATTGACCTCACCGAG
TGTCAGTACATGTGGCCGTATTGCACTCAGCCGCTCTACTATAGCGCTCAACCCACCATC
GCCAACGTCACCGTTATCAATGGGCTCGGCGTGGTGGGTGAAGTGAAAAAGGTCAGCTGG
CATCCTCATTTGCCTCACGGTACAATACTGGCTGTTGGGGCGGACTACAACGAAGTGCTT
TGGCCTTGGTCCGGATGGTTGGCACTCAGCTTCACAGTTTTGGAAGCGGGCGCTAACTTC
GACGGCGTCGTTGAAGGTCACATGAACATTACGATTGAGAGTTACGACGAGGTCAATGAC
CGTGTCATGAAAAATACGACTCTCATGCTTCCAATACGTGCTCGCGTTATCCCGGTGCCA
GTACGCGGTCGTCGTCTGTTGTGGGACCAGTTCCATAGTCTCCGGTACCCTGGCGGTTAC
TTCCCGAGGGATGATCTTCGTGCCAAACACGATCCACTCGATTGGCACGCCGACCACGTG
CACACCAATTTTAGAGACATGTATAGAAGATTAAGGGAGCATGGATTTTATGTCGAGGTT
ATGGGTAATCCCCTAACTTGTATCGACACTTCGTTGTATGGAGCGTTGCTGCTCGTTGAT
CCCGAGGACGAATACTTCCCCGAAGAAATGGCGACTTTGAAGAGGGCTGTAGACTCCGGT
CTTTCACTGATTGTTTTTGCGGACTGGTACAATGCTTCCCTGTTGAGACACGTCAAATTC
TATGATGAAAATACACGACAATGGTGGATTCCTGAAACTGGTGGTACAAACGTTCCGGCG
CTGAACGACCTACTAAGCATGTTTCAAGTAGCGTTTGGTGATCGCGTGTTTGAGGGGTCG
TTCAAGTTGGCTGGCCATCCAATGTACTACGCTAGCGGCACACACATACATAGCTTTCCA
GAACATGGTGTCTTGGTGTCAGCGAAGCTATCGGATCAGGGGCAGCAGATAATGTCAGGC
GAAAAGTCTGGAGGGGGTCAGACTCGTAAGACGGTGGAAGTGCCGATATTGGGATTGCTG
CAGACTGACCCTGAAACGCGTGACTACACCAATGACACTAATGATAAACTACCCAAGGCT
GGGCGATTGGTTGTTTACGGCGACTCCTCCTGTCTGGAAGGAGGAGCGGCCAGACCTTGT
CACTGGTTACTTCTGGCAGCTCTGCAATACGCATTGGTCGGACATATGCCGTCATCGCTC
TTGGACGCAACGACATCTACACAACACAGAGACGTTAACATAATACCATCAGATCTCCCG
AAGCGTGCTGAAGGTGGTCGTCTCCACGCGTACTCTCGGGTTCTGTCACCAGATGGCAGC
GGTCCGAGACCATTGCCCGATTGCGTGGTGACAAACCCCATGGACCCTGAACCCGTACAT
GCACCACCATCCGCTAGGACCCTTGCACCAAGACACAAACCCACCGACCCCAAGAGCATT
GGCGCACCGGAAATCGAAGGCACGGAAGCAGCACCCCGAGCGTGGCGTGGAGCTGGAGTC
GCAGCAGCTCGCAGCGTCGAGGCCGATCCCATCCAGACATCATTCATCAGTCGACTCATA
TCAATATGCTCCGTGTTCGTGATAATATATTGCATTGCTGTATTCTGGAAACGATGTGCC
CGTATTATCAAGAGACGCAGACTTGTCTCACTGGCCACCTAG
Protein sequence:
MGLVQLVYLFWLSYYNFVVFAEDTNILCNVTVNERLEYKFDSDIVNTEHIITFKGYYSKT
TRENYVNAALKNAQVSNWTILQRNNPAMEYPSDFDVIVFGEKIREGIDALRDHPAVRRVT
AQRQVQRTIKYVREDDCGPSGCMYSGWRNHRRSRVLHSLRKTRENGGYTSRKLLRTVPRQ
ITSVLKADLLWSLGVTGEGIKVAVFDTGLARHHPHFGRVRERTDWTGENTLDDALGHGTF
VAGVIASRSDCLGFAPDADLHIFRVFTDNQVSYTSWFLDAFNYAIMRKIDVLNLSIGGPD
FMDHPFVDKVWELSANKVIMVSAIGNDGPLYGTLNNPADQMDVIGVGGIGFDDRIAKFSS
RGMTTWELPYGYGRMKPDIVTYGSGVRGSSVNGGCRSLSGTSVASPVVAGAIALLASGVP
RQNLTPAAVKQALCITARRLPGYNMFEQGHGKLDLISAYQFLREYEPQATLSPSYIDLTE
CQYMWPYCTQPLYYSAQPTIANVTVINGLGVVGEVKKVSWHPHLPHGTILAVGADYNEVL
WPWSGWLALSFTVLEAGANFDGVVEGHMNITIESYDEVNDRVMKNTTLMLPIRARVIPVP
VRGRRLLWDQFHSLRYPGGYFPRDDLRAKHDPLDWHADHVHTNFRDMYRRLREHGFYVEV
MGNPLTCIDTSLYGALLLVDPEDEYFPEEMATLKRAVDSGLSLIVFADWYNASLLRHVKF
YDENTRQWWIPETGGTNVPALNDLLSMFQVAFGDRVFEGSFKLAGHPMYYASGTHIHSFP
EHGVLVSAKLSDQGQQIMSGEKSGGGQTRKTVEVPILGLLQTDPETRDYTNDTNDKLPKA
GRLVVYGDSSCLEGGAARPCHWLLLAALQYALVGHMPSSLLDATTSTQHRDVNIIPSDLP
KRAEGGRLHAYSRVLSPDGSGPRPLPDCVVTNPMDPEPVHAPPSARTLAPRHKPTDPKSI
GAPEIEGTEAAPRAWRGAGVAAARSVEADPIQTSFISRLISICSVFVIIYCIAVFWKRCA
RIIKRRRLVSLAT