| New model in OGS2.0 | DPOGS208944 |
|---|---|
| Genomic Position | scaffold31:+ 250555-260523 |
| See gene structure | |
| CDS Length | 4941 |
| Paired RNAseq reads | 459 |
| Single RNAseq reads | 1121 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA002415 (0.0) |
| Best Drosophila hit | mutagen-sensitive 205 (0.0) |
| Best Human hit | DNA polymerase zeta catalytic subunit (0.0) |
| Best NR hit (blastp) | PREDICTED: similar to DNA polymerase zeta catalytic subunit [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to DNA polymerase zeta catalytic subunit [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0046872 metal ion binding GO:0006281 DNA repair GO:0016779 nucleotidyltransferase activity GO:0005634 nucleus GO:0006974 response to DNA damage stimulus GO:0003887 DNA-directed DNA polymerase activity GO:0016740 transferase activity GO:0006260 DNA replication GO:0003677 DNA binding GO:0006139 nucleobase, nucleoside, nucleotide and nucleic acid metabolic process GO:0000166 nucleotide binding GO:0003676 nucleic acid binding |
| InterPro families | IPR006172 DNA-directed DNA polymerase, family B IPR004578 DNA-directed DNA polymerase, family B, pol2 IPR012337 Ribonuclease H-like IPR023211 DNA polymerase, palm domain IPR017964 DNA-directed DNA polymerase, family B, conserved site IPR006134 DNA-directed DNA polymerase, family B, multifunctional domain IPR006133 DNA-directed DNA polymerase, family B, exonuclease domain |
| Orthology group | MCL13914 |
Nucleotide sequence:
ATGGACAGTAGTAGCGACAAACCTTCAAAGATAGATTTGTCATTTGTGAAGCCAGAGTTT
TCTGTGCGGATAGTGGTGTGTGACCATTATTTGACCAGGCCAATTCCCGGAATAGATGTT
ATTTATTCAGAATTTAGGGGGTCTGATATTAAACAAGTACCAGTTTTGAGAGTGTTTGGG
CCTAGTCCTGGAGGTCAAAAGGCATGTTTGCATATTCATGGTGTTTTTCCCTATTTCTAT
ATTCCGTGCCCTGAAGCGAATCCTCAACCACAGTTTTTATATCAGATTGCTGCAAGTCTT
GACAAAGCATTAAACATTGCTCTAAAACAAGCCACATCAGCAAATCAACATGTTTATAAA
ATATCAGTGGTTAAAGGGCTACCATTTTATGGTTATCATGATAAGGAACATCTTTTTTTG
AAAATATTCCTCTACAATCCCGGTCTTATAAAACAAGCTGTGGAACTATGCTGTAATGGA
GCAGTATTGGGTCAAGCATTCCAACCCCATGAGGCCCATTTAAATTTTACATTACAATTC
TTTATAGATTTTAATCTATTTGGTATGAGCTACATCGATGTGCAGACAGTTAAATACAGA
AAAACGGGGTCCTCACAGCACAGTGATGAACCCGTCGTAAGTCATGACAATTTTGATCTT
AAAGCTGAAAGTATCTGTTTTTACGAAGCCGATTGTGTGGCGTCTCACATTCTGAACCGT
CGTTATGTGAGTAAAGGCGATGGAATTGAGAATCCAGGCTTAGAAGAAGTATGGCACCAA
GAAATGGAAAGGCGGAAACGATTGAACGTCTCCATGGCTTCAAAATCTCTGTCCCAGACC
CGTTTAAATGACGAAACTAATACACATAAGAAATACGAAAACATGATTTTAGTTAAGCTA
TCCAATTTGGACGATAAACCACTCGAAATTATTAAAAAAGTGAACGAACTCATACATTAT
CCTGCAGAAAGTTTGGAAGGATCTCAGTTACTAAACGCAACAGATGTTAGCCATCACATA
CGGGAGAGCACCATTAATGAAAATATGAATGATACTTTAAGAAAGATAAAACAAGATTCT
AATTTGGATAGTGAAGATTTGGAATTAGTAGACATGCTACAGGATCTGGAAGAAAAACCA
GTAGACGAAGATAGTGTTATGGGAACGCAAGTTGAGGACAATACAGAAAATGAAATAGAT
TCTGAAAACGAAGAATATTCACAGGCTTTCAATGATGAAACCATACTGATGGAAGTCAAA
AGCAACAAAGATAACGGTGACATAGCGCCGTCTTGGAGCGATTCTATCTGGGAAGACGCG
AATATTCCACAGCTAGACGGAACCTGCGACGATGAACACGTGAAAAAAGTAAGAAAAAGA
AAAATGAGACCAATTAAGGTGGGCTTGTCAAGACCTAGGAGTAAAAGATCCGCAGAACCG
GTGTTGATCAATGACAACAGTAACAGTGTAGATGCTGCTGAATCAGATGAGATCAACGTT
TCCATGGAAACAATTGAGAATATATCAAATTTGCATCTTAGAAGAAGCTGTAAAGCAAGT
GACAACAGCATCGATAGCTCGAATAATGAACAGTCGGTTACGGATTTAGTGCAAAAACTT
AGTACAAATGAAAATGTGGATAGTAATCGTTCCAGTAATGATATAAATATACAAGAAGAA
TTTGAACCAGTGGCTGGCCCTTCGAATATTAATAATAATATATTAGAAAATAATATAGAA
GCAGATCTGTACAGCGACTTAGAGTCTTCTTTAGACGATAACGCAAAAGGGATAGAAAGC
TTCTATGATAAGTCAGTTTTCTTTGATTTGTCATTAGAAAATGACCCGCCGCAATCTCAA
CAATCCGAATCCATCTTAAAATCTTATGATGAGACCCCTGAGAAATGTGCAATATTAGAT
GATAAAGTTCCTATAAAACATGAAAAATCTGAATTCCCAATCTCTGATGCTAAATATTCT
GATGATAGAATACTAATACCAAAATTCAGACCTCCGTCTAAAGAGTATGTGATGTCAACA
TTAGATAAATATAAGATACCAAGAACCGTAAATCCAGAGCCCTACTTCTCGAATTACAAA
GACGTGGGTGAAAAAGTAGAAATCGGTCAGATGATACTGAGGCTACAGAGCAGGTTGGCC
CGCGATCAGAAACCATTCGAGCAGATATTAAACACGACGAGTATAGAAGAATGGAGGCAA
TTATTTTTCTTGCAGTCCCACGAGATGTCCCAAGAATATTCCAAACCGGAAAAATTGAGA
TTGTTATTGGCTAGTAACGGGCATTGTGTATTACAACCTGTCAAAGTAGCTCCCTTAAGA
AGCCACGTTGAAAAATGGCTTTCCAACGAGAAGAACAAATTAAAAACTGAAGAGATCTTT
GATAATAACGACACAGAAATTGGAATGACTGTTGATGATTTAGAAAACTCACAAGCTCTG
GGTCTCAATGAATTAAACAGCAGTGCAAGTTTGGAAAGTACAAACAAGGAACAAAGCGAA
TTAAACACATCCCTTCAAATAACGATGCATCCAGATGGTTCATTTCTTTGTTTCGGTAGC
GCTGATTCAAAAGCGGATATTAACACGCCGACAGTGGAGACAGATTTCCTTACTATCATG
CTGTTGGAAGTACATACTTCAACTAGAGCGGATCTTTATCCCGATCCTGCAATAGATAAT
ATAATGGCTGTATTCATTACAGTTACAAATAATTGTCCCGCTGATCATTATTTACAAAAG
AATATTACTGAAATCTTTATAGTCGATGATAAAAAGAATAGCAAATACTTGAATAGGTGC
GTTTTTAAGTATAACGTGAATTACGCTGAAAATGAAAACGAGCTATTGGAGAAGCTCGTG
GAAATGGTTAAGAAACACGATCCAGATATAATGTGCGGATATGATATAGAGTCGAACTCT
TGGGGCTATGTTCTGGAAAGATCTACGGCGTTGGGGCTTGAGATGGTGAGAGAACTTTCT
AGAATCACGGAGAAGAATCGCCAGAAACGATACAGGCAAGACGAGAACGAATTGGAGGGG
AGAGTTATTGGCAGAATAACGTTTAATGTTTGGCGACTGTTCAGACATGAATTGGCGCTG
TCGAGTTATAGTTTTGAAAACTGTATGTATGCGATACTTAACGAACGGGTTCCTAAATAC
AGTTATAGAAAGCTGACTGAGTGGTGGAACCACGAATCCCGGATCCTGAGGTGGATTCCA
GTGGAATACTATTTAACGAAATTGTCCGGAACTGTGAGGATGTTGGATAAACTCGACATG
ATAAACCGTACGTCAGAGCTGGCGCGGCTGTTCGGTCTTCAATGGTGGGAAGTTTTATCC
CGGGGGTCACAGTTTAGGGTGGAGTCTCTCATGCTGCGAGCCGCTCGACCCCTCAACCTG
GTCGCGCTCTCGCCCTCCGTAAGGCAGAGGGCAGCTATGAAAGCACCGGAATGTCTTCCT
CTCATATTTGAACCCGAATCCCGTTTCTATAAAGATCCAGTGATCGTACTTGATTTTCAA
AGTCTTTATCCATCTATGATGATCGCCTACAATTATTGCTTCTCTACATGTATAGGACGG
ATACAGAACATTAATGGTAAGGAACCTTACGAGTTTGGCGCATGGCGTCTCAAGATATCA
CAGAACAGATTACAAACCCTCGCCAACCACAATCTGTTGAACTGGTCTCCGATAGGCGTT
GGGTTTGTGAAGCAGTCCGTGCGGCGCGGAGTCCTGCCGAGTCTGTTGCGAAGAATACTG
GCAGCGAGACAAGCTGTTAAAAAAGGCATGAAGCTGCAAACTGATGAAGCTGTTAAAAAA
TCTATGCACTCCAGGCAACTGGGTCTGAAGCTGATAGCGAATGTGACATACGGATATACA
GCGGCCAACTTCAGCGGTCGCATGCCGTGCGTGGAGCTCGGAGACAGCATTCTGGCGAAG
GCCAGGGAAACGCTAGAGAGGGCCATCAGTCTCGTCAGGAACGGCAGATGGAACGCTAAA
GTGATTTACGGCGACACGGATTCTATGTTCGTGTTGGTTCCTGGCGGGACTCGCGAGGAA
GCTTTTATCATCGGGCAGGAGATAGCTGATGCTGTCACCGCTGATAATCCATCACCTGTT
CTACTGAAGTTGGAGAAGGTGTACCAGCCGTGTATATTACAGACCAAGAAGAGGTATGTC
GGGTACATGTATGAGACGGCGGAGCAAGAGAAGCCTGTGTACGAGGCCAAGGGAATCGAA
ACTGTTAGACGCGACGGATGTCCGGCGGGAGTCAAGCTCCTTCAAAAATCCCTTTGCGAG
TTGTTCGAATCCGGGGACATGTCTCGTGTGAAGCGTCTCGTGTGCGGCGTGCTGGCCCGG
ATGGTTGATGGCAGTCTCCCACAGCAGGAGTTGTTCTTCACGAGGGAGTATCACGGACAG
GGCGGCTACAGACCCGGGGCAGCCGCTCCGCCTAATGAGATCGCTAAACGTGTTCTCTCT
CGCGACGGCCGCAGCGCTCCGGCCCGGGGCAGTCGTGTAGCGTGGTTGGTGTGCGCGGGT
CCTGCCCACGTCCCGCTCGTGAGACTGTCCCGGGCCCCCCAAGAACTGCTGCAATACGCC
GCCCTAACACCCCATGTGGCGTACTACGCTATGAGAGTACTCCTTCCGCCATTGCACAGA
TGTCTGTCTTTATTAGGAGTCGACGTATTTAAGTGGTGGCAGGAAATCGGCTGGACTCGT
GAGTCACAGGTCGAGAGATCCGACGCACGCGGCGGAATCGCACGTTACATGTCCCGCGGG
CGGTGTGTCGCCTGTGGGGGAAAGGGACAGCGCGCTTTATGTACAACGTGTGCGACGAAG
ACGAAAGACTCCGCTGCCTTATTGGCTGTGAGACTTGCGCGGGCGCAGACCAACAAACAG
AACTGCGATAAGGTTACATAA
Protein sequence:
MDSSSDKPSKIDLSFVKPEFSVRIVVCDHYLTRPIPGIDVIYSEFRGSDIKQVPVLRVFG
PSPGGQKACLHIHGVFPYFYIPCPEANPQPQFLYQIAASLDKALNIALKQATSANQHVYK
ISVVKGLPFYGYHDKEHLFLKIFLYNPGLIKQAVELCCNGAVLGQAFQPHEAHLNFTLQF
FIDFNLFGMSYIDVQTVKYRKTGSSQHSDEPVVSHDNFDLKAESICFYEADCVASHILNR
RYVSKGDGIENPGLEEVWHQEMERRKRLNVSMASKSLSQTRLNDETNTHKKYENMILVKL
SNLDDKPLEIIKKVNELIHYPAESLEGSQLLNATDVSHHIRESTINENMNDTLRKIKQDS
NLDSEDLELVDMLQDLEEKPVDEDSVMGTQVEDNTENEIDSENEEYSQAFNDETILMEVK
SNKDNGDIAPSWSDSIWEDANIPQLDGTCDDEHVKKVRKRKMRPIKVGLSRPRSKRSAEP
VLINDNSNSVDAAESDEINVSMETIENISNLHLRRSCKASDNSIDSSNNEQSVTDLVQKL
STNENVDSNRSSNDINIQEEFEPVAGPSNINNNILENNIEADLYSDLESSLDDNAKGIES
FYDKSVFFDLSLENDPPQSQQSESILKSYDETPEKCAILDDKVPIKHEKSEFPISDAKYS
DDRILIPKFRPPSKEYVMSTLDKYKIPRTVNPEPYFSNYKDVGEKVEIGQMILRLQSRLA
RDQKPFEQILNTTSIEEWRQLFFLQSHEMSQEYSKPEKLRLLLASNGHCVLQPVKVAPLR
SHVEKWLSNEKNKLKTEEIFDNNDTEIGMTVDDLENSQALGLNELNSSASLESTNKEQSE
LNTSLQITMHPDGSFLCFGSADSKADINTPTVETDFLTIMLLEVHTSTRADLYPDPAIDN
IMAVFITVTNNCPADHYLQKNITEIFIVDDKKNSKYLNRCVFKYNVNYAENENELLEKLV
EMVKKHDPDIMCGYDIESNSWGYVLERSTALGLEMVRELSRITEKNRQKRYRQDENELEG
RVIGRITFNVWRLFRHELALSSYSFENCMYAILNERVPKYSYRKLTEWWNHESRILRWIP
VEYYLTKLSGTVRMLDKLDMINRTSELARLFGLQWWEVLSRGSQFRVESLMLRAARPLNL
VALSPSVRQRAAMKAPECLPLIFEPESRFYKDPVIVLDFQSLYPSMMIAYNYCFSTCIGR
IQNINGKEPYEFGAWRLKISQNRLQTLANHNLLNWSPIGVGFVKQSVRRGVLPSLLRRIL
AARQAVKKGMKLQTDEAVKKSMHSRQLGLKLIANVTYGYTAANFSGRMPCVELGDSILAK
ARETLERAISLVRNGRWNAKVIYGDTDSMFVLVPGGTREEAFIIGQEIADAVTADNPSPV
LLKLEKVYQPCILQTKKRYVGYMYETAEQEKPVYEAKGIETVRRDGCPAGVKLLQKSLCE
LFESGDMSRVKRLVCGVLARMVDGSLPQQELFFTREYHGQGGYRPGAAAPPNEIAKRVLS
RDGRSAPARGSRVAWLVCAGPAHVPLVRLSRAPQELLQYAALTPHVAYYAMRVLLPPLHR
CLSLLGVDVFKWWQEIGWTRESQVERSDARGGIARYMSRGRCVACGGKGQRALCTTCATK
TKDSAALLAVRLARAQTNKQNCDKVT