| New model in OGS2.0 | DPOGS203275 |
|---|---|
| Genomic Position | scaffold373:+ 52878-76969 |
| See gene structure | |
| CDS Length | 5034 |
| Paired RNAseq reads | 595 |
| Single RNAseq reads | 1403 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000456 (0.0) |
| Best Drosophila hit | CG30116, isoform B (0.0) |
| Best Human hit | pleiotropic regulator 1 (7e-17) |
| Best NR hit (blastp) | AGAP004827-PA [Anopheles gambiae str. PEST] (0.0) |
| Best NR hit (blastx) | AGAP004827-PA [Anopheles gambiae str. PEST] (0.0) |
| GeneOntology terms | GO:0016505 apoptotic protease activator activity |
| InterPro families | IPR001680 WD40 repeat IPR015943 WD40/YVTN repeat-like-containing domain IPR011046 WD40 repeat-like-containing domain IPR019781 WD40 repeat, subgroup IPR019782 WD40 repeat 2 IPR017986 WD40-repeat-containing domain IPR019775 WD40 repeat, conserved site IPR020472 G-protein beta WD-40 repeat |
| Orthology group | MCL16954 |
Nucleotide sequence:
ATGAGCGCGCCGGAGCCTTTAGTGCTTCAAGCGCTGCAGGGCTTCATCGACCAGAGTGAC
AAATGGCCTGGTCCGCGTGCCGTCAAAATATTCGTTTCTTCGGTTTACAACGAATTTCGT
GAAGAAAGACGTCAAATTCTTGAACTTGTCGGTCCAGAACTACAAGCCACATACGATGAT
CGATATATCGAGTTCGAGTTCGTGGACATGCACTACGGGACAGATGGTGGGGATGAAAAT
AATCCAGGTCTTCTGCGATACCATCTGGATGAAATACGCTGCTGCTATCAAACTTCAAGA
GCTGGATATTTTCTTTGCTTTATTGGTGGGGACACTTCAAGCTACAATCCTGTTCTACCA
TTCAAAATCGAAGCTGAAGCATTTGAACGACTGATCAAATCTGATTCTCCGCAAACCGCT
CTTATAAAGGCATGCTATAAACTCAATGAAGATGGACTATATCATCTTGAAGGCGATGAA
AAATGTCGTGGTGGCCTGGAGGTTAAAGGACCGCCTCTCATGCGTGAGGTCATGCTTGAG
GGAACGGGTTCGAAACCTGGCAAGTATAGCGATTTATTAGAGCGAGATGAACAACGCAAG
CGATTAGCAACAGTACAAAAAGTATTCAATACTTTAGCTCTAGAAGCTTTGGAGAATGGA
GGGAATATATCGAATTTACTACGAAGTCCTGCAGAGATACAATGTGAATTAGCAATTGAA
CTTTTATCACAAGGAAAACACCCAAAAGGTTTTATTGCCGTATTAAGGGACATTCCGGAC
TTGGAGCCAGATGACACAAAATTAACAGTCTTAGTTCATCAGAGGATAAAAAAGTTGCAA
AAGAAATTAGAAGACATTTTACCTGAAACACATATAATTAGATTAGACGCTATATCAGCA
GATTCATCACGAACAGACGCAGCATCAGATTCAGAAGAGAAGTTATCACCATTCAGAGAT
CGTATACAAACCGTAGTAAGTTCGTTGGTAGACGACACCTTAAGTACAGAGCCCGATCAA
GGCAAGGGTAGAAAAAAGACTGTACAGGAAGTGTTTCTTGAGCACATTACTCATCTTAGA
ATATGTATAGAACATAATAAACTGTATGAAGTTAATAATAAGGAAATCGAAAATACAGCA
ACAACTATTCTTAATAATGCTAAGGAAAACTATGATAGTCGATCACGCCATCCACCGGTA
CTGATATATGGGCCCGACGCTTCCGGAAAAAGTACTTTGTTGACACATCTTTACTTTAAA
TTCGAGGAAATCTTCCCCAAACCTGTTTTGAGAATAATAAGATTTTCAGCTTCCACGCCA
AGATCGGCATACAATTTGGAGTTACTCAGAGTTATGTGCCAACAAATTTCCATTATCCTC
AACATCCCTGAGGGCTATCTACCAAAAGATGCCAGTTTTGATCCCCTTTATATAAACAAC
TGGTTTCAAAGTTTACTACGAAGATGCGAAGAAATGGAGGACGAAGTTTTATTGATATTT
ATTGACAATGTACATAGAGTAAATCCTTTAGAGTGTGATATTGTAACGGGGCTCTCCTGG
CTGCCTATGTCTTTGCCAAGAAATGTTTTCTTAGTTTGTACAAGCGCTGTGTCTCTAGAT
CAATTGCAATTGACACCAGCTCAAAAAGAAAAGTTTAAAGTTCAGAATTGTTATTATTTG
TTAGACGCTATTGAAGATATTGCTGAGAACAATAGTTCAGGCGACTTCATTGACGGTGCC
TTTGATAATTTAGAAGTCGTCTTCGGCTCTAAAGCCTTTAGTAAATTGGCTGGTTATATT
ACTTGTTCTGAATTTGGACTGACGGAACTTGAACTGTTGGAACTTTTGATGCCAACAAGC
AATAGCGAAGCTGTTATTACATTGAAGGAAGCTAACTTCAACTTCTCTACGTTGTGTGTC
ATCAAGCATATGATGAAATCTATAATTGAGGAAAACGTTGTGTCTGGCCGGAGCACTTGG
CGCTGGCGGGCGGCGGCTGCAAGTTCTCGCGCCCGACGTCGCTATGTACGAGTGCAGACT
GCCTTACGAGACGCGCATTCGGACCTCGCTGCATTGCATTTTGCTAACTTCCTCAATGAC
GCTGATGATACAGACACATCGGAAACCCAAGAACCTGGTTGTGTGGATGACGACGATGCC
CTTTTAGATTCCACTCCATTCCATTCAGCCAGTAGAACAGCCGCTGCATTTACTCAAAGA
CACGTGGAAGAGTCTTGGCTGCATTTATTGCTAGCTGGTGATTTCACAAAACTTAAAGAT
CTCACCGTTTGCAATTTTGATTTCTTGCTTGCTGCTGTACAAACTGTAACGATATCGTAT
CTCCGTTGCATCCTGGAGCACGTCCGCTGCTACATCCTGGATCGGGATGTCGAGCTTGTG
TACGGTGCGGTACGGAAGTCTAGTGACATACTTACCCGTGACCCAATGCAATTAGGAGCC
CAGATAATTGCATGGTTACGTCCGGCGGTTGCCCGTCGTGGTGTACTCGCTACATTGGTA
ACTGCGGCCATGGCCTGGTGCGATGGTTATGACAAACCTCTACTGGTTCCACTTAATGGA
TGGCTTCATCCGCCCATAGCGTCAACTGTCCGAGTTGTTTCTGTCGGAGGTTCTACTCCA
GGAGCTGGTATAAGATTATTACAGCTCGCGCCATCAGGACAGCACTTGGTGTTAGCACCT
TCAGCTGGAGATCCACAGCTTTGGCACGTGATGTCGAATTCTAAAGTGCACACTTTTAAA
GGTCATTCTGGACGCATTTTATGCATGTGTGTAACGCGGGAATCTCAATATCTTCTAACT
GGCTCTGAAGACACGAGCGTCATTGTCTGGGACTTACATACTTTGGCTGTGAAGACAAAA
ATACTGGAACACATAGCGCCTGTGTTGTGTGTAGCGGCCATAGTAAATCGATCTCTAGTT
ATCAGCGGAGGTGAGGATTCAGCAGTTATCGTTACCTCACTAGTGGACGGAGCTCTGATA
ACTAAGCTCGACCACCACCGCGGTCCCGTGACAGCTATCAAAGTAATCCAAGATGGGGAG
ATTCTGGTGACATGTTCACAAGATGGTACTGTCTGCACCTGGAATGTTGATAACTTCGTA
CTGCTTAGTACTGTGACGGCAGGTGTACCGATACACGCTATGGAAGTCACCGAGGACAAT
GTTTTCCTCGTCACACTGCAAGGAGAAAATGAATTACATATTCGTACTTTCATAACGGGG
ACTCATTTGCATGTACTAAAACGTCATAAGACTAAGGTGAAATGTTTCTGCGTGGGCCAT
GATTCTTCTCGAGCTGCAGTTGGTTGCGCTGATCAAAGGATATACGTTTATAGCTTACAT
AGTGCTCAGCTGCTTCGCACATTAGCAGCAGCACATGACCTCTCAGCACTAGCGATTGCT
GATAAGGACCACTTTTTATTAGCTGCTGGTGGCAACAGAGTGACAATATATTCATTTCAT
ACTGAAGACAATCTTACTAACTTTAGACCAACGAAACAAATGAAACGACGTCAAACAAAA
TCTACAACTAACATCACCCTGCTACAGGCCGAACAAAGTGAACTAATCCCAATAAGCTGT
CTAGAAGTGTCGAGGGATGGCCAACTTGCGGCTAGTGGTTGCGCGAGAGGCTTAGTTAGA
GTATGGCAACTCTCTACCCACAGACTGCAAAATACCCTAAGTGGCCATATGGGTCACATA
ACCTGCGTTACTTTCAGCCCAAATAATTTAATGGTATTAAGTGGATCCGAGGACAGAACT
GTTGTAGTCTGGCAGTTGGCAGATAACTCTGCATCATTGACGTATAAGGGCCACCAATCC
GCTCTTCAAGTACTGTTGATGATGTCTGACGGTAGACGCGCAATGTCCGGAGACCGCGCC
CGCACTGTACACGTTTGGCTCGTGGACTCAGGCATCGTACTGCTCTCCGCAAACTGTCCA
ACAACCAGCATTGATGTTACCCTTAATATGAAGTTTGCGGTTTTATCTGATGGTGATAAT
TCAGTTCGAATCTGGACCTTAGCCGAAGGAGACAGTGGCGAGGAAAAGCGTTCCGTGTCC
CACGCAGAGCGTGTTACCTGCTTCGCTCTTACAGCGGATTCACAGCACGTGGTGACTGGA
TCTATGGACATGTCGCTCAAAGTTTGGCAACTTAATGGTGGAAAGTTATCGCAGGTTTTG
GTAGGTCATACCGACATTGTGACTTGTGTTGCTGTCTCGATCACAAACAAGACTCAAGTG
GTATCTGGTTCGTGGGATTACAACTTAATTGTATGGGATATAAACACTGGTTCAGATATT
CATCTGTTATCTGGTCATTTGGGCAAAGTTACTTGTGTAAAAGTCACTGGCGACGGGACA
ATTGCAGTTTCGGGTGCGGAAGACAAAACACTCATAATATGGGAAACAAAACGGGGTCTT
GCTCTGACGTCACTAGCATTGCACGTACCCGCGCTAACCTTCCAGATTACTAGCGACTGT
TCGCGCATCGTTGTCCATCTTTCAGATAGAGGTTGCCTGCCAATAATCTGTCTACACAAT
ACTCCAGCAACGTACGTTAAAATACCAACTTATGCCGCACCCACTAAAAACGTCGATGAA
TTGCGGCCGCTAGCACCAAAACGTCCTATGAGGAGATTGCTTAAGAAGGAAGTATCACTG
GATACTTACACTTGGCAAAAGAAATACGGGCATCTTACATCCGCGGCAATGATGGCACAA
GTTGACGAACGATTAAAGAGAAGATTTTCTGTGTCAGCGTCAATGGAAGAGATATCTAAA
ATCCAAGAAGCTAAGAACAAAGATTTGGGTTCGCAGGTTAGTCTTGGTCCAGAACAAGCA
GCAATCGCTCAATCACAGCACTTTGATCAGCTGGAAGCTCTGTGGAATAAAATATCACCC
CCGAGGCGACGATCCAATAAGACACTTTCAAAGCAAAGTTCACTCGTTGAGAGACTTGAT
TCCTCTGACGAGGATCACACCCCAGTTGAAGAACAAGAACACATGGTGGAGTAA
Protein sequence:
MSAPEPLVLQALQGFIDQSDKWPGPRAVKIFVSSVYNEFREERRQILELVGPELQATYDD
RYIEFEFVDMHYGTDGGDENNPGLLRYHLDEIRCCYQTSRAGYFLCFIGGDTSSYNPVLP
FKIEAEAFERLIKSDSPQTALIKACYKLNEDGLYHLEGDEKCRGGLEVKGPPLMREVMLE
GTGSKPGKYSDLLERDEQRKRLATVQKVFNTLALEALENGGNISNLLRSPAEIQCELAIE
LLSQGKHPKGFIAVLRDIPDLEPDDTKLTVLVHQRIKKLQKKLEDILPETHIIRLDAISA
DSSRTDAASDSEEKLSPFRDRIQTVVSSLVDDTLSTEPDQGKGRKKTVQEVFLEHITHLR
ICIEHNKLYEVNNKEIENTATTILNNAKENYDSRSRHPPVLIYGPDASGKSTLLTHLYFK
FEEIFPKPVLRIIRFSASTPRSAYNLELLRVMCQQISIILNIPEGYLPKDASFDPLYINN
WFQSLLRRCEEMEDEVLLIFIDNVHRVNPLECDIVTGLSWLPMSLPRNVFLVCTSAVSLD
QLQLTPAQKEKFKVQNCYYLLDAIEDIAENNSSGDFIDGAFDNLEVVFGSKAFSKLAGYI
TCSEFGLTELELLELLMPTSNSEAVITLKEANFNFSTLCVIKHMMKSIIEENVVSGRSTW
RWRAAAASSRARRRYVRVQTALRDAHSDLAALHFANFLNDADDTDTSETQEPGCVDDDDA
LLDSTPFHSASRTAAAFTQRHVEESWLHLLLAGDFTKLKDLTVCNFDFLLAAVQTVTISY
LRCILEHVRCYILDRDVELVYGAVRKSSDILTRDPMQLGAQIIAWLRPAVARRGVLATLV
TAAMAWCDGYDKPLLVPLNGWLHPPIASTVRVVSVGGSTPGAGIRLLQLAPSGQHLVLAP
SAGDPQLWHVMSNSKVHTFKGHSGRILCMCVTRESQYLLTGSEDTSVIVWDLHTLAVKTK
ILEHIAPVLCVAAIVNRSLVISGGEDSAVIVTSLVDGALITKLDHHRGPVTAIKVIQDGE
ILVTCSQDGTVCTWNVDNFVLLSTVTAGVPIHAMEVTEDNVFLVTLQGENELHIRTFITG
THLHVLKRHKTKVKCFCVGHDSSRAAVGCADQRIYVYSLHSAQLLRTLAAAHDLSALAIA
DKDHFLLAAGGNRVTIYSFHTEDNLTNFRPTKQMKRRQTKSTTNITLLQAEQSELIPISC
LEVSRDGQLAASGCARGLVRVWQLSTHRLQNTLSGHMGHITCVTFSPNNLMVLSGSEDRT
VVVWQLADNSASLTYKGHQSALQVLLMMSDGRRAMSGDRARTVHVWLVDSGIVLLSANCP
TTSIDVTLNMKFAVLSDGDNSVRIWTLAEGDSGEEKRSVSHAERVTCFALTADSQHVVTG
SMDMSLKVWQLNGGKLSQVLVGHTDIVTCVAVSITNKTQVVSGSWDYNLIVWDINTGSDI
HLLSGHLGKVTCVKVTGDGTIAVSGAEDKTLIIWETKRGLALTSLALHVPALTFQITSDC
SRIVVHLSDRGCLPIICLHNTPATYVKIPTYAAPTKNVDELRPLAPKRPMRRLLKKEVSL
DTYTWQKKYGHLTSAAMMAQVDERLKRRFSVSASMEEISKIQEAKNKDLGSQVSLGPEQA
AIAQSQHFDQLEALWNKISPPRRRSNKTLSKQSSLVERLDSSDEDHTPVEEQEHMVE