| New model in OGS2.0 | DPOGS210337 |
|---|---|
| Genomic Position | scaffold160:- 98752-105558 |
| See gene structure | |
| CDS Length | 6807 |
| Paired RNAseq reads | 2347 |
| Single RNAseq reads | 5914 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA011978 (0.0) |
| Best Drosophila hit | Smg1 (1e-151) |
| Best Human hit | serine/threonine-protein kinase SMG1 (1e-175) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC003128 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC003128 [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0000184 nuclear-transcribed mRNA catabolic process, nonsense-mediated decay GO:0006950 response to stress GO:0000166 nucleotide binding GO:0046777 protein amino acid autophosphorylation GO:0005515 protein binding GO:0016740 transferase activity GO:0046872 metal ion binding GO:0005634 nucleus GO:0005737 cytoplasm GO:0004674 protein serine/threonine kinase activity GO:0018105 peptidyl-serine phosphorylation GO:0004672 protein kinase activity GO:0005524 ATP binding GO:0006281 DNA repair GO:0046854 phosphoinositide phosphorylation GO:0006406 mRNA export from nucleus |
| InterPro families | IPR011009 Protein kinase-like domain IPR016024 Armadillo-type fold IPR018936 Phosphatidylinositol 3/4-kinase, conserved site IPR000403 Phosphatidylinositol 3-/4-kinase, catalytic IPR014009 PIK-related kinase |
| Orthology group | MCL10658 |
Nucleotide sequence:
ATGCTATCCACCACTGCAAATAGTAAAGTGAAAAATTCTAAATCATCGGAGAATATTGAC
GGTCCAGACAGAGACGAAATCGGACATGAAAACACAACGGATGATAAGGTCAGAGGTTAT
GTTGGTTCATACGATGTTCCTTCCACGTTCGGAGGTCAAAGAGATTCGCGGTATCGTTCC
CGAGGCCGCGTCACTGAGTTCCGACACTCCAGGGGCAGCGGAAGAGGTGGAAACCGAGGT
CGCGGCGGTTTCCCGCCACGGAGTGATCGCGATGAAAACTCCTATAAATATCACGAACCG
CTAGCAGGATCGAACAACGACAGCTGGTGGCAGGGTAATAACAACAAATTTTATGACAGA
TCTGATATGGTAGTCAATCTACCTGAGGATCCACGGATTTCGAAGCTCTTGCGCCGTCTT
TGCGCCGAGGTTGACGTTGAGAAGTCTCTTGCACTTTGCAGTAAGTTGCAAGAAGCTGTC
ATGTTGGCTGAGAATGTACGATACATCAGAAGATCATACGACATATTAGTGGAGTCTTTG
TTGGACGTTCTGTACGATGCTCCCAGTCCAGAAACTAAGGAGAGTGCAACTGCTGTACTG
GGAAGAATTGGATATGTAATGGGTCCAGATTTTAAGAAACATTTAGATTGGGTGGTTGCA
GCATATGCTGTTCACAGTACTCCAATTAGGCACCTGCTAGTGTTATCATTTGTAGAAACC
TTCCAGATCGATTACCATGCTCCATGCCTAGCTGATTATGCTGAACTTACCTTGGACAAG
CTTCAAGTAATTATTGAGGGCACAGAGTCAACTGACGTGTTCATGGCAGCTATAAATGCC
ATCATAGAGGTGTCCAACTCTTATCCTGACTACTTTGCAAATCATTTTGTTGACACAGTT
GATATATTAGTAGGCTGGCATGTTGACAACACACAGTCTAAAAAGATAAAGGAATTTGCA
CTTCAGTCTCTTTATAAACTGAGTCGTCACTGGCAGGCAGATGTGTCATTTTCAGTAAAT
CTGTTGAATCAGTTTGTAGAGGATATGGTGGCTTATAGTAACGACTTGGACTCAAATGAA
TGTGATAAAGATGCAGACGTCCACTCTCATGAAGATTGTATACAGAAGGTTGCTTCATTT
TTGAATGTATTTAACACCGTTGTTAAAAGTCTAGGGAACCTCTTGAGTCCTACCGTGTCC
CAGTCAGTGTCTTGGACATTTTTGACAGATTCTTTGACAAAAATTTTGCAAGTATTGAAT
GAAATTATGAAGGAGGAGGTGGAAGCAGAACTCGTAATGGCAGGTAATGAATGTGTCATA
TTACTCCTGAAACACTTGCAATTAAAGTCTTCACCTTGCTTGACATCATTATTTGACTTA
ATATCTTTGGAAATGGATAATTATCTGGGAACAGAAGAGAATATTTGTCTCAGTGTCATA
AAATTAATTTCAACGACTATAAAGGAGATTGCGTCTAATTTGCCTATCGAATTCATAACA
CAAACAATAGGTCCAAAATCTGATTTGCGTTTGTTACGTTTTACTGATAAATTGGATGTT
CTGGATGGTTTGACATCAATTTATAGTAACTTGCTCAATTTGAAAAATATCCCACTATTA
CAAGAAGCATACAAATATGTCCTTATTGATATTCAAATATCTTTTTCCATCATTTTGCCT
GAAGTACACATAATACCAATAGAATACTCAGAAGATTTGAGTAAGGATGACGCTGAAAAG
AATATTATCTTCTATTTGCAATGTTTGACAGAACTGGCAAATGCAAGTAATTCAATTATT
GGCATGTGGGCCTTGCAACCTAGCATTTTAGAATTACTCGCTATAAAGATGGTACCTCAT
GACGAAGTTCTGATGAAAGAGAGACCCGCTTTACAATATGCAATACTCTACCTACTGTAC
TCACATTGTAAAAAGAATAACCATTTTATAGCATCAAGTGACTTAGTGACCAACTCACAA
CCAAGGGCCAATGACTTGTTTGGTTTATCAAATTTGAATATTGGAGAAGTGTCCAGTTCC
AGCCCCACTTCAGGCCATCTTGCTGTGATTATGAACACCCTCAATTTTGTTTTGGATGAG
CAAGTTTCCGATGAAACCTTGTGTCTTGTACTCACATGGATAGCGGATATTTTTTTCCAA
TTAGATAAATATCTGCCAATAGTTGGAATGTCCAAATGTTTTCATGTTTTGATAACAAAC
ATGCTTGCACTGGCCCAAAGCTTCAACAGTGATATTGTTTTACTTGTTATAAAGAATTTC
CATTTTTTACTTAAGAACAAAAGCATGGTATGGAATCTGGTTTTACTCAAAAGCATAGCT
CTTGTATGTACATTGCATATAGATAATACCAATAAAGGCCTGAGCAAAATATGTAAAGAA
CTTTTATTTGAGCTTCCATGGGATATAGTGCAACAGGAATTTGATAAGCAAACTGTGAAG
GTCTTCTTGAGCCGTAAACTGAGTACCAATTTGACTATAAACTGTGATGCAAAAATTAAT
ACATTTAAAGAATACCTCATGAGAGGATCATTTTCAACTCTGTCGGGTCATCATTTTAGA
CAGATTATGGATACTATTTTGGACACCAATATTGAGTCCAAAGACTTCTTACAAGACATA
TACATATGTTATTGGCCACTTCAGAGTGATGATAGTGATGAAACAAGTTTACTATTTTTC
AGACAATTTGTGAGTAATTTTACATCCATCTGTGTAAGTTGGGCTCTGTCAGAGGTTGCC
CAGACGTGCATATCTTTAAAGCTAAGAACAGTATTGGGCAAACCACAGGAGACATTTACT
AAAATTGAGGGTGCTTTAAAGGGAATTGCAAGAGAAATTTCCTCGAATGAAACGAAATAT
GTCGCAGTTGAGTGTTCGAAACTTATTGAACTAGTTCTGTCGGAGCAGACGAGAGCAAGG
TGGTTAATAGAATTTATGATGTTTCTTGAAAAATATACTTACAATGCTGCAGAAGGAACA
GCTACAGTTCTACCTGCCGTCGCGAAGCCGGTGAAAACATTTTTTCACACGAACTGGGCA
ACATGTCGGGAATGGCAAAACAGAGTACGCCCGGCAGCACTCGCCGTCAGTGTGTACGGG
GGCCATTATGGAGCTTCTATTTATCATGCTTCGCTTATTCTACAAAATGCCGCAAAATCG
GGCGCTAATATCGATATAGAGGCAATCGTAATGAACGTCGCTCGGACTCTAATCAAGATC
CAAGAACCAGAAGTAATACGAGGGCTTTATGTTTGGGTTAAACAAACTTTTAAACAAAAA
TTATTGTGGCTGAAAGGTGCAGCAGAACAGGCTAACTCTAGATACGAATCAGCTGCGAAC
TTTTACACCTTACTCTGTGCCTCTAAAGCAGAGGAAACTAAGGGTGAAGCTGAAAATTCT
CAATCAGATACAAAAATATATAAGTTTGTTGATGAGCAAATATACGAAAGTTACAAAAAT
ATACAAAGTTGGGAGGATATGGAAGAGTGGAAAGAGATAACAAACTCCAGGAGTAGTTCC
CAATGGGACTCTTTCATAGAATTAAAATCATTTGAAGATACTCGTGTTATTCCTGAACTC
TCGAATTGGAATGTTTTGAACGAGGAAACCAATGAACTGTCAAAAAATTCATGTACACTT
CAAGGTCTGCTTGATAATGTAGAAAAAACCTTAGTAAACACGGCAATAAATTTGTCTTAC
AATAATGATTGTGAAAAATACAACTCTTTACTTAAGAACTGCGAAGAACTGTTAAATACC
AGCGCTGAAGAATTTATGCGAACCAACGCCACACATTTCCTTAAAGATGTAGCAGTAATG
CAATTAGCAAATCATGGTTTGATGAATATTCTTAAGGACGGGAAAACAATTACCAACCCT
TTTAAACCTTCAGCTCTCAAAGAAAATGTTTATGGCACAGAAATGAAAAATCTGGCTCGC
GTCCTATGGTGGCATCAATATTTTACAAAACTAAACATGTCTGAAGAAAATATTTACTAT
AATGAGTGTCTTAGACTTGACGTCATTAGAAGTGCGAGGAAACATACAAATTTAGGAATG
GCGAAGAGGGAACTATTAAAACATTTTAAAAACAATTCAGCATTCCAAGCTTGTTTAAAT
ATTGAAAAACTGGAAGACTTGAGAGAAGTTCTCACTATGTCTAACAATACTTATGACTTA
GATATATGGACCTTAAATAATGCAAGTGCGCTGACAGAACTTTGTAAGGTGACATATGTC
AATGAAGAATCAAAGGTAGAAGCTATTAATTTATGTGCGAGCATTTCTCTTGGATTTTCA
CAAAGATTAGCTATGGGAGAACAAAGTTATGAACTTAGGGAAAAAGGGACAAGGATGTTA
TTAACTTTATCTAAATGGGTACAAAATGAAAATGAACATATATTGGAAAATGACACGCCT
CTCACGAAACTGGTCCAAGCACTACCAGAAATTGGACTTGTTGATAATAACATATCTGAA
AATGTTATTCCTCTTACCGATTCTGCAGTTGGGAAATTGTTACAATTTGGCGTGAATCAA
TGTCCGGGTCTGGCCAAAGCGTGGGCAAGTTTTGCTGCTTGGTGTTTTAGATGGGGTCGC
AAGATGGTAGAATTTAGTTCTAAAACTCGAGAACAGCTTACTGATAACGATAAACTACAA
ATACAAAGTGTTATGATGGGATGCTCCCAGCAAGACTTTGAAGCAGTATGTGAGATTTTG
TCAAAAACTAAAGCCACTTGTGATGAAGAAGATATCGATTGGAATGAGATAAACACATCT
GAAATGATAGAAAATCAATTGCGCACTGTCCCCTCCTTAAACAACGCATTTCCAGAACAC
CTCGCGTTGCTAGTAGATATCTGGCGTCAAGCTCAAAAGCGGGTGTTTTCCTATTTCGAA
TTGTCAGCAGACGCGTACTTCAAGTTTTTGCAATTAATATGTGCCTCCGACTATATCAAC
CATAGTGGAGAAAATGCTGTTGTCAACGCAACACTCAGACTTCTTCGACTGATTGTCAAA
CACGCTATGGAGCTACAAACAGTTCTAGAATCTGGCTTAGCAAACACACCTACTCAGCCA
TGGAAAGTTATCATTCCGCAACTGTTTTCTAGACTCAATCATCCAGAAACATATGTCAGG
AAGTGTGTGTCAGATTTATTGTGCCGGTTAGCAGAAGACACTCCACATCTTATCACGTTC
CCGGCAGTAGTTGGGGCAGTTGAAAATGAACAGAACAGTTTAACGGAGCTACATGTGCCA
AAGTCATTTTTATCCAACGAAGACGCTGACAGTGATGATGACAACTTAGACTTGGAGGAT
TCTTCTAGTGACAAAGTTAATAATGACTTAAATTCCTGTTTCTTGGACATGGTAGAAACA
TTAGCAAAGCAAGCACCACAAACTATTTTGGAAGTTAAGTTGCTGGTAAAGGAATTGCAA
AGAATCAATCTTCTCTGGGATGAACTTTGTCTTGGCACTCTAGTACAACATCATTCAGAA
TTTACTAAACGCCTGAGTCAACTAGAAACTGAAATCGCCAAAGTAAAGAATAATGCAAAT
TTGTCTGCAGAAGAAAAAGAGAAATTGATTAAGGAAAAACACCGAATTATATTCGAACCC
ATCGTGTTTGTTTTGGAACAACTCAATCATATAACATCTGCTAAACCTGAAACTCCTCAT
GAAGTCGCTTTCCAAACTAAATTTCAGGCTATGATAATCGACGTTATTGATAAATTAAAG
AATCCGGAAAATCCTGAGAAACCACAAGAATCATGGGCGTCCTTAAAACAACTTCAAATT
AAATTACAACAAAAAGTAAACAAAAGAACGTCTTACATTCTGAAAATGTCGGACATAAGT
CCGGTTTTAGCTGAAATGAAGAATACTGTTATCACAATGCCCGGCCTGCATACGAATCAA
CGTACGGTGAGGATTACAATCAAATCAATCGAGAATAATGTCTCTATTTTGCCAACCAAG
ACGAGACCGAAAAAATTGGTGTTTTATGGTTCGAACGGGAAACCCTACACTTATTTGTTT
AAGGGGTTGGAAGATTTGCATTTGGATGAAAGGATAATGCAATTATTATCGATCACGAAC
ACTATGCTAGCTCGGGATTCCGAAAATAACGACAATCAGACTTACAGAGCACGACACTAC
TCCGTCATTCCTCTTGGACCTCGATCGGGATTAATAAGTTGGGTGGACAACGTGACTCCC
CTTTTTGCTTTATATAAGCGCTGGCAAAACCGCGAGGCAGCCATTCAGTCTACGAAAACG
AGCAAAACTGTCAACGTGTTACGTCCCTCTGAACTATTCTACAACAAGCTCAATCCGCTG
TTAAAGGAAGCGGGAATATCTACCGAGAATAGAAAGGAGTGGCCCGTTCCTATACTGAAG
CAGGTGTTACAAGAACTCTCGGCCGAGACACCTCAGGACCTGCTGTGGAGGGAACTGTGG
TGTAGTAGTCTGAACCCGGAGCAGTGGTGGCAAATGACGCGGCGGTACAGTTACTCAGTC
GCCGTCATGAGTATGATAGGGTACATCATCGGGCTAGGCGATAGGCATTTGGATAACGTG
CTCGTGGACTTGACTTCGGGTGAGGTGGTGCATATAGACTATAATGTGTGTTTCGAGAAA
GGGAAGACGCTGCGTGTCCCGGAAAAGGTGCCCTTCAGGATGACGCCCAACATTGTGACG
GCGCTCGGAGTGACGGGAGTTGAGGTGAGTCTTAGCATGAATGTCTTCGAAGCGCCCACT
GGCTGCCTACTTCAGCGTTTTCAGTGA
Protein sequence:
MLSTTANSKVKNSKSSENIDGPDRDEIGHENTTDDKVRGYVGSYDVPSTFGGQRDSRYRS
RGRVTEFRHSRGSGRGGNRGRGGFPPRSDRDENSYKYHEPLAGSNNDSWWQGNNNKFYDR
SDMVVNLPEDPRISKLLRRLCAEVDVEKSLALCSKLQEAVMLAENVRYIRRSYDILVESL
LDVLYDAPSPETKESATAVLGRIGYVMGPDFKKHLDWVVAAYAVHSTPIRHLLVLSFVET
FQIDYHAPCLADYAELTLDKLQVIIEGTESTDVFMAAINAIIEVSNSYPDYFANHFVDTV
DILVGWHVDNTQSKKIKEFALQSLYKLSRHWQADVSFSVNLLNQFVEDMVAYSNDLDSNE
CDKDADVHSHEDCIQKVASFLNVFNTVVKSLGNLLSPTVSQSVSWTFLTDSLTKILQVLN
EIMKEEVEAELVMAGNECVILLLKHLQLKSSPCLTSLFDLISLEMDNYLGTEENICLSVI
KLISTTIKEIASNLPIEFITQTIGPKSDLRLLRFTDKLDVLDGLTSIYSNLLNLKNIPLL
QEAYKYVLIDIQISFSIILPEVHIIPIEYSEDLSKDDAEKNIIFYLQCLTELANASNSII
GMWALQPSILELLAIKMVPHDEVLMKERPALQYAILYLLYSHCKKNNHFIASSDLVTNSQ
PRANDLFGLSNLNIGEVSSSSPTSGHLAVIMNTLNFVLDEQVSDETLCLVLTWIADIFFQ
LDKYLPIVGMSKCFHVLITNMLALAQSFNSDIVLLVIKNFHFLLKNKSMVWNLVLLKSIA
LVCTLHIDNTNKGLSKICKELLFELPWDIVQQEFDKQTVKVFLSRKLSTNLTINCDAKIN
TFKEYLMRGSFSTLSGHHFRQIMDTILDTNIESKDFLQDIYICYWPLQSDDSDETSLLFF
RQFVSNFTSICVSWALSEVAQTCISLKLRTVLGKPQETFTKIEGALKGIAREISSNETKY
VAVECSKLIELVLSEQTRARWLIEFMMFLEKYTYNAAEGTATVLPAVAKPVKTFFHTNWA
TCREWQNRVRPAALAVSVYGGHYGASIYHASLILQNAAKSGANIDIEAIVMNVARTLIKI
QEPEVIRGLYVWVKQTFKQKLLWLKGAAEQANSRYESAANFYTLLCASKAEETKGEAENS
QSDTKIYKFVDEQIYESYKNIQSWEDMEEWKEITNSRSSSQWDSFIELKSFEDTRVIPEL
SNWNVLNEETNELSKNSCTLQGLLDNVEKTLVNTAINLSYNNDCEKYNSLLKNCEELLNT
SAEEFMRTNATHFLKDVAVMQLANHGLMNILKDGKTITNPFKPSALKENVYGTEMKNLAR
VLWWHQYFTKLNMSEENIYYNECLRLDVIRSARKHTNLGMAKRELLKHFKNNSAFQACLN
IEKLEDLREVLTMSNNTYDLDIWTLNNASALTELCKVTYVNEESKVEAINLCASISLGFS
QRLAMGEQSYELREKGTRMLLTLSKWVQNENEHILENDTPLTKLVQALPEIGLVDNNISE
NVIPLTDSAVGKLLQFGVNQCPGLAKAWASFAAWCFRWGRKMVEFSSKTREQLTDNDKLQ
IQSVMMGCSQQDFEAVCEILSKTKATCDEEDIDWNEINTSEMIENQLRTVPSLNNAFPEH
LALLVDIWRQAQKRVFSYFELSADAYFKFLQLICASDYINHSGENAVVNATLRLLRLIVK
HAMELQTVLESGLANTPTQPWKVIIPQLFSRLNHPETYVRKCVSDLLCRLAEDTPHLITF
PAVVGAVENEQNSLTELHVPKSFLSNEDADSDDDNLDLEDSSSDKVNNDLNSCFLDMVET
LAKQAPQTILEVKLLVKELQRINLLWDELCLGTLVQHHSEFTKRLSQLETEIAKVKNNAN
LSAEEKEKLIKEKHRIIFEPIVFVLEQLNHITSAKPETPHEVAFQTKFQAMIIDVIDKLK
NPENPEKPQESWASLKQLQIKLQQKVNKRTSYILKMSDISPVLAEMKNTVITMPGLHTNQ
RTVRITIKSIENNVSILPTKTRPKKLVFYGSNGKPYTYLFKGLEDLHLDERIMQLLSITN
TMLARDSENNDNQTYRARHYSVIPLGPRSGLISWVDNVTPLFALYKRWQNREAAIQSTKT
SKTVNVLRPSELFYNKLNPLLKEAGISTENRKEWPVPILKQVLQELSAETPQDLLWRELW
CSSLNPEQWWQMTRRYSYSVAVMSMIGYIIGLGDRHLDNVLVDLTSGEVVHIDYNVCFEK
GKTLRVPEKVPFRMTPNIVTALGVTGVEVSLSMNVFEAPTGCLLQRFQ