| New model in OGS2.0 | DPOGS216115 |
|---|---|
| Genomic Position | scaffold1831:+ 2844-21074 |
| See gene structure | |
| CDS Length | 3720 |
| Paired RNAseq reads | 1646 |
| Single RNAseq reads | 4276 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA009279 (0.0) |
| Best Drosophila hit | CG34126 (1e-131) |
| Best Human hit | UHRF1-binding protein 1-like isoform a (1e-90) |
| Best NR hit (blastp) | PREDICTED: similar to AGAP008379-PA [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to AGAP008379-PA [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0008150 biological_process GO:0005575 cellular_component GO:0000166 nucleotide binding |
| InterPro families | ND |
| Orthology group | MCL11231 |
Nucleotide sequence:
ATGGTAACTATTATAAAAAACCAACTGCTTAAACACTTATCAAGGTACACAAAAAACTTA
AATCCCGAGCAAATATCCTTATCAGCATTACGAGGTTCTGGTGAACTCCAAGACCTGACT
CTGGATGAGGATCTGTTAACTGATCTACTTGAGCTGCCAGGCTGGGTGCGCTTGACTTCC
GCAAGATGCAATCGAGCCTCATTCAGGATTCAATGGACAAAACTGAAGACAGTTCCTATT
GTACTGAATCTAGACGAAGTTCACATATCGCTGGAGGTATGCACGGAGCCTCGTGTCATG
AAACCAGGGGCTGGTGGTGCTATGCCTATACCGGGGAAGTATAGCTATATACATAAGGTG
ATAGACGGTATATCAGTGGCTGTGAACCAAGTACAGATAAACTTCAAATGTGATGCCTTC
ACCAGTAGCGTTCAGATCTCAAGAGTGACGGTCGAGTCTCGGACGCCGGAAGGCAAGAAA
GGTGATCTAAGACTGACTAGAATCAAATGCCCTGACACGGGACAGTTACTTATATTTAAG
GAATTGGAGTGGCAGAGCGCCCGTATAGAGGCGAAGGCTCACGGCGCGGCCGCGGCCAGC
CTGCCCCCGTTAAGGCTTCTCCTGGGGACTACTTACTGTAGGATCGTTATTAAGAAGAGA
CTATCAGACTGCGCGGTTCTTGGGTCCCGCCTGGTGCTGCGCCCTGAGCCGGTGGCGTGG
GCTTTGACTGACGGACAGTTGAGGGCGGCACTCGCCTGTGGAGCGGCTCTCGCTGGACCT
GTCAAAAGGGCCACCGAAATGGCCACTAGGACCAAAGCTGCTCATAAGATAGAGGAGCCC
CGTGAGCAAATCCAGACGCGATCGTCGTCTAGCGAGCGTGACATTCTCGCACGTATGTTC
GCTAAACACGACGTTCGGGAGACTTCTTATCACCTGCTCGCTCCCAGAATAGACCTGCAC
CTGTGTGATGACCCTGGATTGGGTAGGTCTGAAATGCCACAACTAGCCAATGGAGGAGCT
CTTCAAGTGACTCTGGTGAGCATGCAATGTGACCTGTTCCCGTACCATAAAGCATCAGCT
GACAGAAGACATTGGAGAGGCTACAGGGAGGCAGCAACACCTCACAGTCAGTGGCTCTCT
CAAGCTTTATCTTCATTCTGCACCACTCTGTTAGAGACATTGGATCCTAGACCTATTATA
CAGACAAATAAGCCGAGTCAACATGAAACAAAACCGAGCCAAGAACCAGTGTCTAATAAA
GAGAATCATCGTACTACCACCACTCCAACCACTACCACTACCACCACCACCACCACACAA
GTGTCTCCAACGAGGACACGGATTCTACAACAGTTGGGCAGACTCATGACAACCTGTCTC
GTGTTGAGGATAGAGGATTTCACTGTTTATAAGGTGTCTACAGGGTCCAAGTCTCGTGAA
GCCCCCAGACCTTTGGTGAGCGCTGAGAAGGCGACTCTGCCAGGTGACGCTGGTCTCCTT
CACGCTGAACTGACATTCTTCTACTATCCCGGGGACATCTGCTTCCCTGTGCCAGCCCCG
AAGCTCTACGTGCAGCTGAGTCCGGTTCGTGTATCGGTGGACGTGACGAGTCTGTTGTGG
TTGACAGCCTTCCTTCCTCATGTGGGTGCGGCCGTCGTGCACACCGATGACGATTCATCC
TCGTATATGGACGTGCGGGCGGAGGCGATTATGCCCAAGATAGTTTTGGAGGCTGGTCCC
GAGCACGTGTCGCAGCAGAGAGATCGGCCCAAGGAACTGCAGATATGTACCGCCAGGGCT
ACCATCACTAACATAAGGGAGTCACCCAGAGCTAATACAGCGGGGACCCGGGCTGATCTG
GCGTGCATTATAGCGTCGATCCGCGAGCGAGCGCCCCCGAGAGGAAAGTTCCCAACGTCT
ACCCAAGACATGGACCCGGTTCACGAGAACTTCGTGCTACACGCGGAACACTTGGACGAT
ATCGACCGTGGTACAGCCATAAGCCCTGAGCTGTTGTGGCGTGAGAACAGATCTATTTGG
TGTGCGAGAGTGGAACCTCTGTGGGCGGATTTCTGTGGCGCCAGAGCCACGAATTATAAA
CCGTCGCCGTTGTTGGATGCTACGCCGCTTACTGCGTGGATTTACCAGGAGGATGGCTTT
TCTCGTATCTGGGTGATAGCTCGTACATCTGGCCTCAGTGGCCTCCAGCTGCATCACTAC
CAGCTGCTGTTCTTAATGCGTCAGCTGGAACGGATCAGCGAGCTGACCACCTGGATGGCG
CACCAGGCCAGCCGCCTGGAAGATGACCAGGGAACTATGGTGGTGGGTCTAGTAGTGCCG
GCGGTGGAGTTGACGCTTGTTCTTCCCACTAACTGCCCTGGACAAGAGTCTTCTAGGGAT
CTGGATAGTGTTCCTCTAGATTCCTCCAGTCTTAATGATATGAAACTAGGTTCCGAGGCT
ACAATGGCTCCATCTATGTTGGATCGTGATAGCGGTGTTTTGGCGACGCAGGCGTCTGTG
GAGGTGTTCTGTAGTCAGCCCCTACCCGCTGAAGAGATTCCTCCATCCAGCCCCGGGTTG
AGTTTTGGAGGGTTCACGTCCATGCGTCGCGGCCTGACCTCCCTGGTCAGCTCCATAGAC
AGCGCCCTGACCCGTGACGACGGCCGCAGCGACGCCGCGTCCACCGCCAGCTCCGACAGC
GACCGGTACGTGGTGGTGGGACTCGCGGCGGAGTCGCCGGACGACGCGGACGTAGCATTC
AGGGAGTTCGAACACGGTCGTTTGTCCAGCGGCGTGGAGGTGGCTGCCGAGGTGATGGAA
CGATCCTCATCACCGAGCGACCACTCCATCACCAGCTCCTGTAAACGACGAGACGTTATA
TCTACATGCACGATTCGTCTGAACGGCATCCACGTGGTGCAGCAGAGTAACGCCGGCACC
ACCAGCATGAGATTAGCGGCCGATGATGTAAAACTGGACGAGTGCCCCGCCATACCCTGG
GACGAGTTCCAGAATAAGTTCTCTATGAGGGCGCGCGCTTGGTCGGACCTGGACGAGGGG
GAGAAGACTGGTGACGCACCCAAGGTTACACTTAGGCTGCTCAGGACTGAGCTGCCGCGG
ACTGAAGAGGAGAAGAGAACGCCCGGGGCTCTAGCTAGGGCGTCAGAGTTGCTGGAGGGT
CAAATACGCTGTCTGAACCTCTCTCTCGGTATGAGCACGGCACTCGCCCTCTCAGAGTTC
ATAGAGGACGAGGTCATCGCGCCTCCGATGCCTCTAGAGGTTCTAATAGAGAATTTAAAA
CTGCATCTCATAGAGGACAGGCCGACCCGATCCATTTCATCGCCGCCTCCTCAGCCTTTA
GACCTCAACCTGTCCACTATCAAACTGAGCCGGGATTCCTCGGGGGTCGTGCACCTGGGA
CCGCCCACCATCGATGAACCGTCCCCGGAGACGACGTCCCCACAACAGTCCATCGCGGAT
GAAGTACAAAGACTGAACGAAGAGAACGAGGAGCTCAAGAAACGTTTGGCGACACTCAAC
AGAATAGCAGAAGACAATAGGGAATTGAGAGCTAAGCTGGAGGAGGCGTCGGTTCTTCGT
CAATGCGCTCACGCAGCCCAACAGGAAGCAGAGCGACTCCTGGCTGACAAACACGACCTG
TTGCAGACAGTCAGTGTACTTAAGGAGCAATTATCAGGATCATTTCGTAGCAAGAGGTAG
Protein sequence:
MVTIIKNQLLKHLSRYTKNLNPEQISLSALRGSGELQDLTLDEDLLTDLLELPGWVRLTS
ARCNRASFRIQWTKLKTVPIVLNLDEVHISLEVCTEPRVMKPGAGGAMPIPGKYSYIHKV
IDGISVAVNQVQINFKCDAFTSSVQISRVTVESRTPEGKKGDLRLTRIKCPDTGQLLIFK
ELEWQSARIEAKAHGAAAASLPPLRLLLGTTYCRIVIKKRLSDCAVLGSRLVLRPEPVAW
ALTDGQLRAALACGAALAGPVKRATEMATRTKAAHKIEEPREQIQTRSSSSERDILARMF
AKHDVRETSYHLLAPRIDLHLCDDPGLGRSEMPQLANGGALQVTLVSMQCDLFPYHKASA
DRRHWRGYREAATPHSQWLSQALSSFCTTLLETLDPRPIIQTNKPSQHETKPSQEPVSNK
ENHRTTTTPTTTTTTTTTTQVSPTRTRILQQLGRLMTTCLVLRIEDFTVYKVSTGSKSRE
APRPLVSAEKATLPGDAGLLHAELTFFYYPGDICFPVPAPKLYVQLSPVRVSVDVTSLLW
LTAFLPHVGAAVVHTDDDSSSYMDVRAEAIMPKIVLEAGPEHVSQQRDRPKELQICTARA
TITNIRESPRANTAGTRADLACIIASIRERAPPRGKFPTSTQDMDPVHENFVLHAEHLDD
IDRGTAISPELLWRENRSIWCARVEPLWADFCGARATNYKPSPLLDATPLTAWIYQEDGF
SRIWVIARTSGLSGLQLHHYQLLFLMRQLERISELTTWMAHQASRLEDDQGTMVVGLVVP
AVELTLVLPTNCPGQESSRDLDSVPLDSSSLNDMKLGSEATMAPSMLDRDSGVLATQASV
EVFCSQPLPAEEIPPSSPGLSFGGFTSMRRGLTSLVSSIDSALTRDDGRSDAASTASSDS
DRYVVVGLAAESPDDADVAFREFEHGRLSSGVEVAAEVMERSSSPSDHSITSSCKRRDVI
STCTIRLNGIHVVQQSNAGTTSMRLAADDVKLDECPAIPWDEFQNKFSMRARAWSDLDEG
EKTGDAPKVTLRLLRTELPRTEEEKRTPGALARASELLEGQIRCLNLSLGMSTALALSEF
IEDEVIAPPMPLEVLIENLKLHLIEDRPTRSISSPPPQPLDLNLSTIKLSRDSSGVVHLG
PPTIDEPSPETTSPQQSIADEVQRLNEENEELKKRLATLNRIAEDNRELRAKLEEASVLR
QCAHAAQQEAERLLADKHDLLQTVSVLKEQLSGSFRSKR