| New model in OGS2.0 | DPOGS200066 |
|---|---|
| Genomic Position | scaffold1939:+ 4447-44713 |
| See gene structure | |
| CDS Length | 6327 |
| Paired RNAseq reads | 4216 |
| Single RNAseq reads | 10538 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA012543 (0.0) |
| Best Drosophila hit | six-banded, isoform D (7e-21) |
| Best Human hit | methyl-CpG-binding domain protein 5 (1e-18) |
| Best NR hit (blastp) | PREDICTED: similar to six-banded CG13598-PB, isoform B [Apis mellifera] (1e-148) |
| Best NR hit (blastx) | PREDICTED: similar to six-banded CG13598-PB, isoform B [Apis mellifera] (3e-138) |
| GeneOntology terms | GO:0005634 nucleus GO:0003677 DNA binding |
| InterPro families | IPR000313 PWWP IPR001739 Methyl-CpG DNA binding |
| Orthology group | MCL18540 |
Nucleotide sequence:
ATGTCCGGCAAGCCGGCGAGTGTGGGGCCGCCGCGAGCGGGCGTGGCTGGCGCGCCTCGC
GTGCTGGTGTACGTGGCGGAGGCGCGCCAGCTAGAGGCGGCTGCCGCGGGGCCCGACCCG
CAGCCTCCACCGCTTGACACCCTCTACCTCCAAGATAACGTGCCGCACCTGCCTATGCCG
AGAAACAACCTGTACCGAAACCCCATCGAACAGAACGATCAGAGAACTGGTGCACTTTAC
TATAAATCCATCAATGATAATGAATCTAAAATAAAACCATTCGAATCGGAATCTACACAG
AGGGAAGAGTTCTACACAACTCCACATTTTATGAAAGATAATGTTAGAAATGATGATAAA
GCTAATGATAGGCAAAGCAGTGTGACGGTTAAAAGAGATTGTGAAAACTCTGAGTGGAAT
AATATAGATTCATACCACGTTAGAGTTCCAATGCAAGTTGGAGACGTTGGGGCATATCAG
AGATGTCCAGTAAGTGTAGATAACATGCCCGTAATGCCGATTGGGCATACCCAGTTCAAT
GATAGTGGTAGTGATATGAACTGTGAGAGGGAGGTGTCGGGGAAGAGTTTTGTAAACTAT
CAGTTGTTAGAACAGAGTGTGACTCATCAGTCTATAGTGAATCAAAGCATAAATATACTG
AACCAGCAGATTGGTGTGAATAGATCTGTAGTTAGTGAGGGTGATAGTAGCCCGCCACAG
CTCATACAGACACCAGATGGTGTTGTGCTTGCGGTGCTCCCACCCTCGGCTGTACCCCAG
ACGGAAGGTGATGTTAGAGCTGTGCATAGTGAATATCCACAAACAATTACCGTGCCGCTG
GGCTGGCGGAGAATTGTTAATGGGACATCTGTTCTATATGTTAGTCCAAGCGGTACAGCT
CTGAGTAACTACACTCAGCTGCGGGAGTACCTTCAGACGGCTGGTACCTGTAAATGCGGC
CTGCCTTGCCCGCTGCGTCCGGAAACCGCCTTCAGTTTCGATCCTAAGGTATCGAGTAAG
CCTTACCAAGTGGCTGCTGGCGCGGAGCTGACAAAGCTTTGCAATCATAAGCGGAAACTT
CTGGCCTCCCTGCAGTCGAGGGTCCAAAGTCCAGTAACTCCGCCACCGGCCATCGATCAG
AAGAAAGGCGGCGGCCGGCGGCACCCCGTCGACCCCCGTCGACTATTGATCTGTCGACGC
CCGCCTCCAACCCTCGGCCACCCAGCGACCGCTGAAACTACTAAGAAGAAAATGAAGAAG
CGTTCCGGTTTCATACCTAACATCAGCGTATCCCAAATGATGGTGCAAAGGGATAGACCC
CTCAACGAGTTGAAGGCTGATAATGATCAGAAGCGGACTGCGTCCCCGGGAGCCATGTCC
CAACGTCCCGGCAATATGCAGTCTTGCTTGCCGTATCAACAGCAAAACATGATGAATATG
GTACAGGATGAGGTTAAACAAGAAACCCTTGTACAAAGAAGTTCACATTATCTGACTGTT
AGCAGTGGATGGATAACACAACATCCTGACAGTATGGAATCTGGACACAAGCAGAATCAA
ATTATCGCAGGACCTGGAAATAATTCAGTGCATGTTGGCCTTCCAGTGCTAGGCACTAAT
GGGCAAGTTATTGGAGTGAATACCTCATATAACAAACACGTTACGAATATCAAGAATACT
GTTAACCTCACACCGCAAAATGTAATGGAACATGAGCGTAAAGAAGATAAAGACATAAAT
CCCGGTAAACAATCATCGAAAGAAGACGACTCGCAAATATTCTACGGTTTGAATCAGCCC
CTAACACCGGAGGTGATGCAAAAGATTAATGAACAGCAGCAAATATTTATACAAAGAAAC
CAGAAACAAATCGAAGTAATGAAGGGCTACAAAACCCAAATGTCAGATAATGTTACTCAA
AACAAACCTCATAACCAAAATCAGTATGTCCCTCAGAACCAGTTAGTTATTCAAAATGGA
ACGGTAGTAAAAACAAATTCTGCAAAGACACCACCGTGGCAAGTGAAGAGGGTAGATAAT
ACATCGAATGCCTTAATATGTCCCAGCCCTAAACAGCTAAAAATTGAGAATTCTGAATAT
GAAGATTCTAATCCCAATCCCATGGAGGATTCTTCGCCATCGGGTTCGTTTGCGAACAAT
GACCAGATGATGAACCCGGCTATGTGTTCCCGAGTTCCTCCTCTACCACAACATTACAAC
ATGATGGGACAGCAATGGCCAAATGTTGATAATAAAAAGAAAGCTAGATGTAACAGCAAA
ACTTCTAAGAAGAAAGCCGCTGCCAATGACCCTAAGAATATGAATTTTGGTAACAATGGA
TTGAGACATATGCAAGACGTCAAAGGCAAGCCTTGTGAAGATATAATGAGAAATAACGTT
CCTTCGTTCATGGAAGATCCTAGTGGTTATCTAGCACAACAAACAGTACTTTTGAATAAC
ACTATATCGAGACAGGTAGGTGTGAATGTTCCATATGAAGCTAACCAGTTTGAGAACTCC
GGAAATTCATATAACACTTTGAATCCAACGGACAAGAAAAATCTCCCGAAGCAAAGTGAA
CCCATGAATGTGTTTAGAAATAATGTTGTAGCTAATTCAACACCATCCCCAAACAACGCT
CCTGATAGTAGTCTTATACCAGAGAAAGTCGTTGAAAATAATCTACAGTCATGTTGCAAG
GGCTGCAATGTTTCCTACAAAGGCAACTGTTCCGATACTTCGGATAACCCGATGCGCTCA
AAGTTATTAAAACAACATACTAATGTTTATGGTCTGGAAATGGACAGTGGGGTGGCTACA
ACGTCTAGTCCTAAACATGGATTCGAAGATAATCCAGTTACATCATCAACCTATATAGAT
CGTAGTATGATGTTAAATGATAATTGCGGTCCGATACAAGCCGGTATTGTTAGCACTAGC
AATGTGTCACCGAGTGAGACTCTGCAACAACCGGAGCCTTCACCTACATTGTCTAATAGC
TCCCGTAATACGGACACTCCTCATAGTAGTGGCAGCAACTCAATGCAAAACTGTACATTC
CCTGTTCCTAGTCCAGCCTATTCCAATCCAGGTTCCAGCAGAGATAACTTTAATAGTAAT
CCTTCTCCTCCAGGCAGTAATCAGCCATATCCGTACAATACCGTAGGGCCACCCAATACA
GAATCGGTATCCGGAAATCAGGTTATGCATTTCATATCAAATCACAATATCCACAAAAAT
CTAATGGAAGTGAATAACATATCAATGGTTGGTGTCAAACCAGGAATGAGGAGCCAAGAA
TATAGAATGGATGGCAAGAAACGTATTGAAAATACAATGCCCGGTTACTGTCCGCCCCCA
CATCTAGGCGGGGGTCCGGCACATTCCCTTATACAAACTTGTTACATACAAACAATTGTT
ACGACTATGGCTAGCGGTTTTTCCGTTACAAGGGATACTGTAACTTCAGTTCTAGCGGGA
AAAGCTAATACTGCGACTACCTCTATAAATGCATCACAAGCAAATTTCATAAGAACTCCG
CCGCCTCCAAGTGTCAATTTGGCGACGACCTATGCTATACCGAATAATCAGCCCGATCCC
TTTATTAACTCTGTTAATTTGCCAACAAGTTATCCGCTGCACATCGCCGGTACAACCGCG
CAAAATATGATATCAAAATCGCCTTTGGAGATGGTACAAAATGTTATAAGCAGTTTACCT
TCCAAGCCGGAGGCGAGCAATTGCCAATCGACCATAGCGCAGAGAAGATCGTGTTCCAAC
TCATCCGGTCAGATACTTATTTCATCGACCGGTCAAATAATTGTGTCAAACAATCAAATG
CCGCCACCTCCACCTAAAAATACAACCACGATGTCACCAATTGGTTCTAACGCTATAACA
AATGTGACCACTTCAGTTACTCAAGTCGTACCAGCTGTTGGCAATGTTCAACCGATTGTC
AATCAACCGACTGTCGTGGTAAATGCATTGCAAACTCCTTTCGTTATTCAACCTCCCATG
ATGGCTGTTGAGGGGCAAGTCGTCCAACCGAATACCGTCCTCCCTCAAATAGTAACTGGA
GGCATCGTGTCTGGACCCAACGAAATTTCACGGCAAATTGATATGAAGAATGGACAAAAC
TTCGTCCAAGGTGTGGCCATGCTTTCTCCTGAAAGTTTAAAGAAGAGAAGTAAAAAGAAG
AAAAATCAAACGGCGAATATAACGAACGTTCTGCAAATCACAGCACCGCAACAGAACCCA
AATAATATCATGGTACACTCATCGCCACAACATAATTCTAGTCCACAGTTTTCGCCACGC
GGTTTTCAATTGTCGCCAACAAACAATATATCGCCGACGCCGATGTTGCAAGCACTAACT
ATAGTACCCGGGAAGTCCGGTACTCCAGCACATATTGTAATGAACGGCCAAGGGAATTCA
AATAACTTTGGATCTCAACAGATAATCACAAACACTTCACCATCACAACAAATTAACTTA
TTACAACCAGTCAATCTAATCAATAACGCCAGTAATGTGATGTCAAATTTCCCGGCGTTC
CAGCAATTTATTCTGCCAAATCTCGGCGGTATGGTAATGACAGCTGATGGCACAGCGATC
ATTCAAGACAATTCAACAGGAATGCCTATGCAATTACAATTGCAAACGGTAAACGGACAA
AACGTTTTAACGCCTGTGCAAAATCCTGGATTGTTTACCGCCGGGAATAACAGCGGTGTC
GTTATAAGAGCACAAAACCAGCAAGGAAAAATAATACAATCGCAACACAGCCCTGGTGCT
CAATTTTTGTCGCCGAACAGTCAAGTTATGGTCAACAGTCCCAACTTCAACGGACAGCTC
AGCCCTTTACTTGCGAATCTTAGTCCAACTAACGTCGCGTTCAATAGTTCGCAAGTGCGA
GCGGGGAACGTCCAAACACAGGAGTTCATCCAGACGAATCAAATGGGCCAAACATTAATG
GTTCCGTTGTCCCCGAAACCAGTTCCCATATCCGCTAGTAACAGAAACTCCACTTTCGTC
CAGAACACGACTATAGTTCAACAACAGACAACACTAGTTTCCAACTCTCATAATACTTCG
ATGAACATGAACAATACCTCTCGATTGAGCATCGATCCAAATGTGCTTCTTACTCAGAAG
GTTGGGAAGAGGTTTCCTCAAGAAAATCAGGAAATAAAGGACAAGATCCTACCGTTTGAT
GTGAAGGAAGATAAAGAGGATAGCGAAGGTTACGCCCGTTTAATGCAGGAGTTGGGTGGT
GTAAGACATTCCGTTTCGACTCAAACTTTGGGTCAAAGAGGGGGTAAATCCCCTAACACA
GCCGGGGGTTCCCCACCAGATACTACGACACACAGTCCGTTGGGAGCCTTAGATTCCGCT
CCAAGCCCAAGATTATATTCCGCAGCAACTCACGCTACCTACGCCGATACCACAACCAAA
TCACCCGAACCCGCGGATGTTCATTCTTCGGCGATGGTGCAATGTGTGTCCAGCAGTGAA
CAAGACATGGCTGAGTCAAGGGAACGAGCGTGGCCCGTGAGGAACGAAGAAACAGACTCA
CACAATCTAATGTCAAACATACAGCTTATGAGGTTAAACCGCCACAACTCTGTGGAGTCG
AGCGAGATGTACCACAGCATGGCTGCGAACCAGCAAATGATGCAAATGCCGTACGAAAGA
CCTCACAGCTACAAACGGAAAAACGACTTCGGGGACGGCTCATCGTATAGGAACGACAAA
ATTATGAGGACCAATTATAACATGGTCCACATGCCCAAAGAATACGACATGAACCAGGAC
AAACAGAGGAGATTCTCGCCCGGCAGTTCGGAGAGCATGCAGAAAGTATTCGATAGACAT
TTAGGCTCGGAAGACGATACAGAGGATAATTACCGGAGATTCGAAGTCGGCGATCTGGTA
TGGGGGCCGGTTAAAGGTTATGTCTCGTGGCCGGGCAAGTTGGTGTCGCGTGTGTCGGAC
ACCAGCTGGAGTGTCCGGTGGTTCGGTGGCAGGCCTACCAGCGAAGTCGAACACTCCAGA
CTGTTGACACTCTGCGAGGGTCTGGAGGCGCATCACGCGGCACGGATGAGACACAGGAAG
AGCAGAAAACTAAATACGCTATTAGAGAACGCCATACAGGAGGCAATGGCTGACTTAGAT
AAGAAGACGGAAAATAACGACGCTGATGATTTACAAGAGGATGTATCTGATGTAACAGAC
ACTACTAAAAGGAAAACACCCAAACTTAGGAAACACAAGAAAAACCCATCCAAAGTCGAC
GGAACCCGTTTGAGGAGCTCGCGATGA
Protein sequence:
MSGKPASVGPPRAGVAGAPRVLVYVAEARQLEAAAAGPDPQPPPLDTLYLQDNVPHLPMP
RNNLYRNPIEQNDQRTGALYYKSINDNESKIKPFESESTQREEFYTTPHFMKDNVRNDDK
ANDRQSSVTVKRDCENSEWNNIDSYHVRVPMQVGDVGAYQRCPVSVDNMPVMPIGHTQFN
DSGSDMNCEREVSGKSFVNYQLLEQSVTHQSIVNQSINILNQQIGVNRSVVSEGDSSPPQ
LIQTPDGVVLAVLPPSAVPQTEGDVRAVHSEYPQTITVPLGWRRIVNGTSVLYVSPSGTA
LSNYTQLREYLQTAGTCKCGLPCPLRPETAFSFDPKVSSKPYQVAAGAELTKLCNHKRKL
LASLQSRVQSPVTPPPAIDQKKGGGRRHPVDPRRLLICRRPPPTLGHPATAETTKKKMKK
RSGFIPNISVSQMMVQRDRPLNELKADNDQKRTASPGAMSQRPGNMQSCLPYQQQNMMNM
VQDEVKQETLVQRSSHYLTVSSGWITQHPDSMESGHKQNQIIAGPGNNSVHVGLPVLGTN
GQVIGVNTSYNKHVTNIKNTVNLTPQNVMEHERKEDKDINPGKQSSKEDDSQIFYGLNQP
LTPEVMQKINEQQQIFIQRNQKQIEVMKGYKTQMSDNVTQNKPHNQNQYVPQNQLVIQNG
TVVKTNSAKTPPWQVKRVDNTSNALICPSPKQLKIENSEYEDSNPNPMEDSSPSGSFANN
DQMMNPAMCSRVPPLPQHYNMMGQQWPNVDNKKKARCNSKTSKKKAAANDPKNMNFGNNG
LRHMQDVKGKPCEDIMRNNVPSFMEDPSGYLAQQTVLLNNTISRQVGVNVPYEANQFENS
GNSYNTLNPTDKKNLPKQSEPMNVFRNNVVANSTPSPNNAPDSSLIPEKVVENNLQSCCK
GCNVSYKGNCSDTSDNPMRSKLLKQHTNVYGLEMDSGVATTSSPKHGFEDNPVTSSTYID
RSMMLNDNCGPIQAGIVSTSNVSPSETLQQPEPSPTLSNSSRNTDTPHSSGSNSMQNCTF
PVPSPAYSNPGSSRDNFNSNPSPPGSNQPYPYNTVGPPNTESVSGNQVMHFISNHNIHKN
LMEVNNISMVGVKPGMRSQEYRMDGKKRIENTMPGYCPPPHLGGGPAHSLIQTCYIQTIV
TTMASGFSVTRDTVTSVLAGKANTATTSINASQANFIRTPPPPSVNLATTYAIPNNQPDP
FINSVNLPTSYPLHIAGTTAQNMISKSPLEMVQNVISSLPSKPEASNCQSTIAQRRSCSN
SSGQILISSTGQIIVSNNQMPPPPPKNTTTMSPIGSNAITNVTTSVTQVVPAVGNVQPIV
NQPTVVVNALQTPFVIQPPMMAVEGQVVQPNTVLPQIVTGGIVSGPNEISRQIDMKNGQN
FVQGVAMLSPESLKKRSKKKKNQTANITNVLQITAPQQNPNNIMVHSSPQHNSSPQFSPR
GFQLSPTNNISPTPMLQALTIVPGKSGTPAHIVMNGQGNSNNFGSQQIITNTSPSQQINL
LQPVNLINNASNVMSNFPAFQQFILPNLGGMVMTADGTAIIQDNSTGMPMQLQLQTVNGQ
NVLTPVQNPGLFTAGNNSGVVIRAQNQQGKIIQSQHSPGAQFLSPNSQVMVNSPNFNGQL
SPLLANLSPTNVAFNSSQVRAGNVQTQEFIQTNQMGQTLMVPLSPKPVPISASNRNSTFV
QNTTIVQQQTTLVSNSHNTSMNMNNTSRLSIDPNVLLTQKVGKRFPQENQEIKDKILPFD
VKEDKEDSEGYARLMQELGGVRHSVSTQTLGQRGGKSPNTAGGSPPDTTTHSPLGALDSA
PSPRLYSAATHATYADTTTKSPEPADVHSSAMVQCVSSSEQDMAESRERAWPVRNEETDS
HNLMSNIQLMRLNRHNSVESSEMYHSMAANQQMMQMPYERPHSYKRKNDFGDGSSYRNDK
IMRTNYNMVHMPKEYDMNQDKQRRFSPGSSESMQKVFDRHLGSEDDTEDNYRRFEVGDLV
WGPVKGYVSWPGKLVSRVSDTSWSVRWFGGRPTSEVEHSRLLTLCEGLEAHHAARMRHRK
SRKLNTLLENAIQEAMADLDKKTENNDADDLQEDVSDVTDTTKRKTPKLRKHKKNPSKVD
GTRLRSSR