| New model in OGS2.0 | DPOGS206224 |
|---|---|
| Genomic Position | scaffold1155:+ 4801-14886 |
| See gene structure | |
| CDS Length | 3597 |
| Paired RNAseq reads | 145 |
| Single RNAseq reads | 355 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA009743 (1e-64) |
| Best Drosophila hit | CG8213, isoform C (4e-126) |
| Best Human hit | suppressor of tumorigenicity 14 protein (8e-37) |
| Best NR hit (blastp) | PREDICTED: similar to CG8213 CG8213-PA [Tribolium castaneum] (1e-168) |
| Best NR hit (blastx) | serine protease [Aedes aegypti] (2e-125) |
| GeneOntology terms | GO:0004252 serine-type endopeptidase activity GO:0006508 proteolysis |
| InterPro families | IPR001254 Peptidase S1/S6, chymotrypsin/Hap IPR018114 Peptidase S1/S6, chymotrypsin/Hap, active site IPR001314 Peptidase S1A, chymotrypsin-type IPR009003 Peptidase cysteine/serine, trypsin-like |
| Orthology group | MCL13008 |
Nucleotide sequence:
ATGACGTCTTATAGATGTGTGGTGTGGTGTCTGTTGATTGTGTTAGTTGTGGACATTACA
CCAGTTATTAGTTATGGGAATGCGAGAGATAGGGGCCCCTTAAACCTACACCTGGGTCGC
AAGTCCCAGGCACTGTTGAAGCCCTCTCCCTGCAACGATGGATCCGACACCCGCACGATG
ATCTCATTGAATGATGAAGTTTCGTCTCAGTTCCTCATTCACGTGCGAGATTACCACGAA
AATCTATCGATAACTGTAATTAATCGATACGGTGATACACTCGACCAGCATCCGGAAGCG
ACACTTGACAATTGGAGCATGGGAGAGATGCATTCCACACGCTGCGTGCACACGGCAGCA
GTCCCCGCACTCACACAGCCTAGAACCTCTACATCATCAGATAATGTTCTGAGAAATCCC
TATCTACTGGCAAGCAGAGCGGCGAGGTACAACCGGGGTAACACTATATGCATGTTCAAC
CACGAGTGTGTTCGAAGAGGTGGTGAAGTGGTCGGTTCCTGTATGGACGGCTTCCTGTTT
GGGGCGTGCTGCCAGTTACCTTCCAGCAGTCAGTCACATATACCAAAAGGACCCGGTGTT
GTTATGACGAGCTACATAGACTATCCGGATGCAGAAGCAGAAACTGACGATTACGACGCT
GAACATCTAAGCGCTTACCATAACAGCTTCAAACCTGTAGTGACGCCGGGATATAAGCCT
AGTAGTAGCGTTTCGACGTCCACTGTGAGGTCTGAGTCAGACGCGAGCACGGAGATTCAC
CAAGCTGAAATAATATCCGAAGGTCTCACCCAAATCACAAACACCTTACTAAGTACGCCG
CCCAAGGAGGACAGTTTCATATACATAAAGCCTCAAGGAGTCTACACACACAGCACGATC
AGTCACCCGGTCGCTGATACTATTCTGTTCCACAAGAACGGTTCGATGGTTGACGACATA
GCGAGACCATCAGACTTCAATGTACAAATATCTTCAATGCAAACCAAACCCACCGTGTCG
CCGAGCACGAGTTCGGTCTCGTCTCCCGGTATAATAGTTTCGTCGACGCACAGACCTATA
TTCAAACCGAAGCCGAATAACAAAGTATCGACAAAACGACCGACCACCGACAACTATGTC
ATGGTTCAGACGGTCACCAAAGACGCTCAGAAGGTGCCGGAGCTGTCTTCGATTAACAGC
ATCATACAGATGCTCAATGACAGTACTCCGAGTCTTAGTGATGATGTAAGTTCACCCTCT
TCGATCGATGTCATGGAAACTAAATCCTCGCCGAGCCCTTCCACAGTCACTCCAGTGTTG
TACAGCAGCAGTTACCCTATTTTCACAACCGGACACTACGTCACTTTAAAACCATCTTCA
TTTATAAGTAGCGTCTCACCGATAGCTGGTACAAAGAAACCGTTAACAACTAAAAAACCG
TACATTACAATAAACACCACACCGAACAGTGCGGGAGGAAAGCCGTCGAAGCCTTATAAT
TCTTCTCCCAGACCAAACCAATCAACCAGTCAGGCTATCGAAGCTTTCAATAACTATCCA
ACCGATCCGCAAGACTTTGGACAATCAATCACCACATTCAGCTATGTGAGTTCAACGACA
ACTTTGAAACCAACGTCCACGACCAGAAAACCGCCTTCGACGAGTTACGTAACCGGATCG
AAACCCTTAAGAAGACCAGCTACTCCGCCGACGAGTTTCGTATCTTCCTATGAAGCTGCA
TCAGACACTTTCTCGAGTGTGACCCCAACCGTTATAGTGCTAAATGGACTCAGCACAAAA
CCAGAATCCTCATCAGAGGATACGGAATTTGTTGAAATATCACAGGAGCCCTTCAAGAAA
CCAGTCAGCCAAATTACTGTAAACAACCATATAGAATCTACAAACAATATCTACATGGGT
AAACCGCCGCAGACGTACGATCAACCGAAGCCTTCGAGACCATCTTCTCCTACCGTTGTC
ATAACCCCTAAACCCTCACCAACCACGCCCTATCCCATCAAAGGATCAACTCGTCCCGTT
CCAATCACACCGAACGTGCCTCTCTACGATTCCTACCCAGACTTCTCACCGACAACGACC
TCTAAAACAGAAATGCAGACCTCTCCCGATGACCTCATAAACTTCCCTCCCGTCAGGAAT
CCTCTCCTCAACGCGACGGGATCCAACCCTGCTCTGTATAACACGAGCGTAGCCATTGAC
AACGACTTAGATATTCTACACGACGTAGACTTCTCGACGCCGACCTGGCAGGACGACGAG
AAGCTGGGCGAGAAAATGAACTTGTTCGTTAACAAGATCGTCGGCAGCCTTCAGGGCTCG
TTCCAGGATCTTCACGACATAGTTGTGTTGGATAAGAAACCCAGTTCCACACTGAACCGT
GACAAAACGACAACCGCCAAGCCGCCGAAGAAAACCGTGCCAACAAGAAAACCTGTTACC
ACCAAGAAACCTTTGAGATTGTCCACAACGTCCAAGAAGCCTCCGGTGAAGACGACGAAG
AAGCCGCTCAAGACCACCACCGTCCCCAAGAAACCCACCACGATCACCACTCAGACGCCC
ACCACCACCGTTATAACCACGACCACAACCAAAAAGCCGGTGACCACCACCAAGAAACCC
ATCAAGAGAGTGACCACCAGCCTCGTCACCACCGTCACAGAACAGTACGATGACGTCACC
ACCGAGGGATACTCAGAGCCTATCGATTACAACGACAAGAATTTGTGCGGCGTGCGGCCG
CTGATGAAGTCCGGTCGCATCGTGGGCGGCAAGAACGCCAGGTTCGGGGAGTGGCCCTGG
CAGGTGCTGGTGCGCGAGTCCACGTGGCTGGGCCTGTTCACCAAGAACAAGTGTGGCGGA
GTGCTCATCACCAACAGATTTGTGACCACGGCGGCGCATTGTCAACCCGGGTTCCTGGCG
TCGCTGGTGGCGGTGTTCGGCGAGAACGACATCTCCAGCGACTACGAGCCCAAGAGACCC
GTCACCAAGAACGTGAGGAGAGTCATCGTCCACCGCCAGTACGACGCCGCCACCTTCGAG
AACGACCTGGCGCTGCTGGAGCTCGACTCGCCCGTACAGTTCGCCGCGCATATAGAAAGT
AGGTGGTGTGACTTTATGATGCTGTCTGTATCGTACGTGAGCTCCCCTCCCGCCGACCCC
TACTCGACCCTCCCTCTTCCTATCTGCATGCCGCCTGATGACGCGGACTACACGGGCCGC
GTGGCGACCGTCACCGGCTGGGGCAGGCTCCGGTACGGAGGCGGAGTCCCCGCGGTGCTG
CAGGAGGTTCAGGTGCCGGTCATAGAGAACAGCGCGTGTCAGGAGATGTTCCACACGGCC
GGTCACGCCAAGAAGATATTGAACTCGTTCATATGCGCTGGATACGCCAACGGGCAGAAG
GACTCCTGTGAGGGTGACAGCGGCGGGCCGCTGGTGCTGCAGCGCGACGACGGCAGGTGG
CAGCTGGTGGGGACCGTGTCCCACGGGATAAAGTGCGCCGCGCCCTACCTGCCCGGCGTC
TACATGAGGACGACGTACTACAAACCCTGGCTGAGATCGATCACCGGAGTTCGTTGA
Protein sequence:
MTSYRCVVWCLLIVLVVDITPVISYGNARDRGPLNLHLGRKSQALLKPSPCNDGSDTRTM
ISLNDEVSSQFLIHVRDYHENLSITVINRYGDTLDQHPEATLDNWSMGEMHSTRCVHTAA
VPALTQPRTSTSSDNVLRNPYLLASRAARYNRGNTICMFNHECVRRGGEVVGSCMDGFLF
GACCQLPSSSQSHIPKGPGVVMTSYIDYPDAEAETDDYDAEHLSAYHNSFKPVVTPGYKP
SSSVSTSTVRSESDASTEIHQAEIISEGLTQITNTLLSTPPKEDSFIYIKPQGVYTHSTI
SHPVADTILFHKNGSMVDDIARPSDFNVQISSMQTKPTVSPSTSSVSSPGIIVSSTHRPI
FKPKPNNKVSTKRPTTDNYVMVQTVTKDAQKVPELSSINSIIQMLNDSTPSLSDDVSSPS
SIDVMETKSSPSPSTVTPVLYSSSYPIFTTGHYVTLKPSSFISSVSPIAGTKKPLTTKKP
YITINTTPNSAGGKPSKPYNSSPRPNQSTSQAIEAFNNYPTDPQDFGQSITTFSYVSSTT
TLKPTSTTRKPPSTSYVTGSKPLRRPATPPTSFVSSYEAASDTFSSVTPTVIVLNGLSTK
PESSSEDTEFVEISQEPFKKPVSQITVNNHIESTNNIYMGKPPQTYDQPKPSRPSSPTVV
ITPKPSPTTPYPIKGSTRPVPITPNVPLYDSYPDFSPTTTSKTEMQTSPDDLINFPPVRN
PLLNATGSNPALYNTSVAIDNDLDILHDVDFSTPTWQDDEKLGEKMNLFVNKIVGSLQGS
FQDLHDIVVLDKKPSSTLNRDKTTTAKPPKKTVPTRKPVTTKKPLRLSTTSKKPPVKTTK
KPLKTTTVPKKPTTITTQTPTTTVITTTTTKKPVTTTKKPIKRVTTSLVTTVTEQYDDVT
TEGYSEPIDYNDKNLCGVRPLMKSGRIVGGKNARFGEWPWQVLVRESTWLGLFTKNKCGG
VLITNRFVTTAAHCQPGFLASLVAVFGENDISSDYEPKRPVTKNVRRVIVHRQYDAATFE
NDLALLELDSPVQFAAHIESRWCDFMMLSVSYVSSPPADPYSTLPLPICMPPDDADYTGR
VATVTGWGRLRYGGGVPAVLQEVQVPVIENSACQEMFHTAGHAKKILNSFICAGYANGQK
DSCEGDSGGPLVLQRDDGRWQLVGTVSHGIKCAAPYLPGVYMRTTYYKPWLRSITGVR