| New model in OGS2.0 | DPOGS205767 |
|---|---|
| Genomic Position | scaffold3073:- 10011-20377 |
| See gene structure | |
| CDS Length | 5418 |
| Paired RNAseq reads | 1125 |
| Single RNAseq reads | 2900 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA002247 (1e-33) |
| Best Drosophila hit | CG4049 (2e-165) |
| Best Human hit | helicase ARIP4 (3e-78) |
| Best NR hit (blastp) | PREDICTED: similar to steroid receptor-interacting snf2 domain protein [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to CG4049-PA [Apis mellifera] (4e-177) |
| GeneOntology terms | GO:0006281 DNA repair GO:0003677 DNA binding GO:0004386 helicase activity GO:0005524 ATP binding |
| InterPro families | IPR014001 DEAD-like helicase IPR001650 Helicase, C-terminal IPR000330 SNF2-related |
| Orthology group | MCL13567 |
Nucleotide sequence:
ATGGGTGATGCTGGCGGGACAATGTCTGTTAAAGGTAAAGTTAAAGAAAAAGTAGAGGAA
GATGAAGATTCCGATGAGGAAGTTTGGAATAGTGAGGAAGAGGATGAAACAATAGCGAGG
ATTCAGCGCGCACATTTTGCACAGGCTGCAGCGATGAATCCTCGACGGAAGTCGAATGCA
CGTCCACGAGCAATGAGCCATAAAAGAAAAATGGAAGCTGTTAGAAGTTTTCATGATTTT
ACAAAGAAATTAAAAAAAGACACAGGTATAAGAATTCGAAGTTTAGTTGGTAACAATATT
TTAGAACTAAGTGATTTTTCTAGTGAAGACAATAAAACTGATAGTGATGGTTTATCAGAA
GAGGAATTTTCTGTTGATCCTTCCGCTGTGCATGATTTAGATGAAGAGAATGAAAGTTAC
ATTGATCCTGAGACTGGAGACATAGTTGAATCTAAAAGAATACTAGCAGTAAGTAAAAAA
GATCTATCTCCACAAAGTGAACCAACAGGGAATGGTCCACAGGAGACACCAAAGACCTTA
TCTATAAGTGACATAATAAATGAAGGTGATCTTGATTTGTCAAAAAATGTGGAGATAGCT
GAGGTCGAAGAAGGTGAGTTATGTACAGATAAAACTGCCGAGGAATTGTTAAACATGACT
AAGCAGGAAGATGGCAGTTCTGATTTTGATCTTGCCGAAAAGCTAAAAGAGATGGAACAG
ATAAGCATAACCCCAGTTACTAATGATGATGAAGAAGATACTAAAGATAGTGAGGAAAAT
AAACCAGAAATAGACGAGGAGAAAAAATTATTGAACTCTAACACATTAAATGTGAGAAGA
AATATCAGGGATGTAATGGACGAAAAGAATCTTGATGCCTCCACATTGGCAGCACAGCGG
CAAGAGTCTGAAAGATTGGCTCGTGTTCAGGAACAGCAGAGAATTATTCGAGAGGTCCAA
AGGCAGATAGCTATTAACAGGCAAAACAAAATACATCAAAAGACTCTATCGCTCCTTCAA
GGTGGATCATCATTGTTGAAAAAGGGATCTGCTCAGAAGTTAAATTTACCAAACACAGTA
TTAGTAAAATTACCGTCAGGAGAATTAAAAAAGACCACAGTGAAGCAAGGTCAGGTTGAT
GTCACAAAGATTTCCAAGCCCATTACACCTGGTACTTCTGGAATTCCAAAATCGGAGAAA
AAAGAGGTTGTCGAAATAGTAGACAGCAGTAGCGGTGAAGAATCTTCATCGTCATCATCT
GATTCCGATGACTGTATTATGTTATCTGATTCTGAAGTTCCCCCCAGTCCTGAGGCGGAG
GAGGATCCCGGCAATTCAGGTCTTCATGTAAATGACGCTTATAATATACCAGATGAACAA
GGAAGAGTACTCATAAACATTGGTCATGCGGAAAACGAAGAAGATATATTTTTAGCGCCA
CAAATTGCAAGGGTCATTAAACCTCATCAGATTGGCGGTGTAAGATTTCTATTTGACAAC
ATAATAGAATCAGTACAACGTTTCTCAACATCAACGGGTTTTGGTTGTATATTAGCACAT
TCCATGGGACTCGGGAAGACTCTGCAGATTGTATGCTTTTGTGATATATTCCTGCGACAC
ACGAATTCTAAAACAGTTTTATGCATCATGCCCATAAATACACTTCAAAATTGGGTTGCT
GAGTTCAACATGTGGTTGCCAGTGGATGCTTCAATCAGTCCACTGTCCGCTCATGGTGAG
GTCCGTCCCAGGAACTTCCCAATCTATGTCCTCAATGACAGTCACAAGACGTTACAAATG
CGTGCTAAAGTTGTCAAGGATTGGACAACAACCGGTGGAGTCCTCATGATAGGTTACGAA
TTATATAGGCTGCTCAGTATGAAGAAGGACAAGAAACCTCGTAAGAAAAAGAAAGCAGAA
AAAAACGAAGAAAAGGAAGATAAAAAATTTGATAAAACCGACGGCCCTGATGATAATCAT
AACCTCAATAGAGCAGATGACGGCAAGGACAAAGATGATATGGACAGTATAAATAAATTA
GAATTAGAAATTAAGGAAGAGAAAAAAGAAGATACGCAAAATGATGAGGACAAAAAGTTA
TTAGATGAGATGTATGATGCTTTGGTCAAACCAGGTCCCGATTTAGTTATTTGTGACGAA
GGACATAGGATCAAGAATTCACATTCAAATATTTCATATGCTTTAAAACAGATGCGGACC
AAACGAAGAGTTGTTCTTACTGGATATCCTCTTCAAAATAATCTTCTTGAGTATTGGTGT
ATGGTGGATTTTGTTCGTCCTAATTATTTGGGCAGCAAGACGGAGTTTTGTAACATGTTT
GAACGTCCAATACAAAACGGCCAGTGTATTGATTCGACTCCCCAGGATATAAGGTTGATG
AGATACAGAGCTCATGTTTTGCATTCATTGCTTGTTGGTTTTGTGCAAAGGAGATCACAC
GCAGTATTGCAATCGACGTTGCCACAGAAAGAGGAATATGTGCTTTTGGTTCGCATGACA
CCATTACAAAGAAAATTATATGATCGCTTTATGAATGAAGTTGTTAGATCCGCGTCGGTT
CCAAATCCTTTGAAGGCATTTGCTATTTGTTGCAAGATATGGAACCACCCGGACGTATTG
TACAATTTTTTGCGCAAACGTAGTGAAGTCAACGCAGCTATAGAAGAAGATTTAGATTTA
GAAGAAATTGGTGGAGTCACAAAAGCCGGTCGCGCTAGGAACGGCAAAGCTACAAGACGA
GCGCCTAAAACACGGGGTTCAGCAAAAAAACCAGCAGCAACAATACCTCCTAATACTACA
GGATCAGTCCCGCCTCGCCAAGAACCTTTCGCGAATCCACAATTTCCTACCAATACACCC
TATGGACCCACAAATTATCCAAATCAACCACCAAACCGACCCGAAGGAGAGCAATCTACA
TCCACGTACCAACAATATCCGCCATATCAGAATTCTAACCCAGGTTACTTTCCTCCCAAT
CAGGGATATAATCAAGAATATAGTAGCAATTTCTATCAACAACAGCAGCAACCATATGAT
AATAATTATTCAAACCAATATCCTCCAGGAAACAGCGAAGGTAATTATCCCAATCAGTAC
CCCCAAGGTAACAACCAGACAACTGTAGCGAATTACTGGGGAAACAGCAACTATTATGGC
AACCAAGGATACTATGGCAACCAGCAGTATGGACCGAACCAGACTCCATCGGAGTTTAAC
GCTAACCAGCCACCAGGTTACAATAACACTACTCAATACCCCCCGAATTACAACGCTCCT
ACAAACAACGAGAACTATACTAACAATTCTTTACCTCCATATGCTAATAACCAAGAAAAT
TATGGAAATCAGAATAGATCCCCAGGAATCCCATACCAGGGAGGTTTCCCCAATAATCCC
GGTTATTCTGGATACAACCCCGCAAACCCGACATCGAGCACACCGTACCGTAATAACCAG
ACTTTGGGCAGTCAAACCCAAGAGTATCCCAATCAATCGTATCCTTCAACATACAGCAGT
AGTAACGCGTACGAAGGAAATTCGTCAACTCCTTATAATCAATACGGAAACCAACGACCC
AACTATTCAAATTATTCGAGTTCAATGCCCCCGCATCCGACTCAAGGAAACGTCATCCCA
AATCAGCCTCAAGCAGGATCTTTACAAAATCAACGCCCTATCAAGACGGAACCTAATTTT
AATATCCGTGATGTCAAAACTGAATTAAATGATAGAAACTCAACCTTGCCGTATAGCAAT
CCCTATAACTATCAACAGAATTCTTCAACATATCCCGGAACTTCCGATAATTCAAATTCT
AATTACAATTGCCAGTTCCCGAATTTTCCTCAATCTATGGAAACTAAGTCTCCTCTGTGT
AGTGCGAGTTCTGGTAGTCCCGTGACTTCTTGGCCCTTAACTGAAACCATAAAAACTGAA
GTCGATAAGCTTAAAGCTGAAGAAAAGCAGGAAATAAAATCGGAATCGGACGGGGAGGTG
AAGATCGAGGATTTAGACACGAAAAAGATCGTAAAAGACGAATGTAAAAAGGGATACAAT
ATGATCAGTTTTCCGAAGGATTTCGGTACACCAACGTCTAATATCAACGAAAAGAAAGAT
AGTATGAAAGGTGACGTCTCCGAATCCGAAGTTGAACATAGTAAAAAGGGAAGGAAAGGT
AAAAATAAAGACGACAAAAAAACAGAATCTAAACAAAAATCCAAGGGAAAAGCAAAAGCA
AAGGGAAGAAAAGACAGAAAGAATTCAAAGGAGAAAAATAATGATGATTCTGATTCAGAA
GAAAGTGAAAAAGAAGAGAAGCCTAACAAAGAAGAAGAATTGGCACTTACTAAAAAGGCA
GAAGAAATGACCTACGATTGGGCCACAGAATTATTGAAAGATTATATACCTGGAATTATA
GAAAATTCTTCTAAAATGGAACTATTCTTTTACATACTAAACGAAAGCATAAAACTGGGA
GATCGCTTGCTGCTCTTTAGTCAGAGTTTATTTACTTTAAATCTAATTGAAGACTTTCTG
GAAAGAAACTATATTCCCGGTACTAACCGACTGTGGGAGAGAAACACGTCATACTATCGA
TTGGATGGTTCGACTCACGCCTTGGAACGTGAGAAACTCATAAATGAGTTTAACGCGAAC
CCCCACGTTCATTTGTTCTTGGTATCCACCAGAGCAGGTTCGCTTGGCATTAACCTGGTG
GGGGCGAACCGCGTTATAGTATTTGATGCCAGTTGGAACCCTTGCCACGATACACAGGCT
GTATGTCGTGTCTACCGATATGGTCAGAAGAAGCCCTGTTTTGTATATAGATTCGTTATG
GATTGTTGCTTGGAAAAGAAGATTTATGACAGACAAATAAACAAGCAAGGCATGGCGGAT
CGTGTAGTCGACGAATGTAACCCAGACGCCGTACTTTCTATGAAAGAAATAACTAATTTG
TGCTTCGACAATGATGAAAAGGAGCCAGAATTAAAAGATTTATCAGAGCACAAAGATAAA
TATATAGATGTATTAATGCAAGGTATTATTAGTTTACACGGGAAACTTTTATGTAAGGAA
CCATTCCAACACGAGTCACTCCTGGTTGATAGGAAGGAGAAGAAATTATCCAGTGCCGAA
AAGAGGCTGGCTCAAAGAGGGTATGAGTTGGAGAAGAAAGCAGCATCAGCACCGAAGCCT
ACGACAGCGTATCGGACAGTACGGACAGCGGACGGCAGTCTGGTGCAGCGACCAGTGGCG
TCCGTGAGACCGATGCAGCACGGAGCGAGGTGGATACCAGCTGACGTGTGGCGCAGGCAG
GGCATGACAGCACAAGAAATGACGCTGCCTATGGCCAGCTTTATTGTGGTTTTTGTTTTG
TCTATGGATACCAGCTAA
Protein sequence:
MGDAGGTMSVKGKVKEKVEEDEDSDEEVWNSEEEDETIARIQRAHFAQAAAMNPRRKSNA
RPRAMSHKRKMEAVRSFHDFTKKLKKDTGIRIRSLVGNNILELSDFSSEDNKTDSDGLSE
EEFSVDPSAVHDLDEENESYIDPETGDIVESKRILAVSKKDLSPQSEPTGNGPQETPKTL
SISDIINEGDLDLSKNVEIAEVEEGELCTDKTAEELLNMTKQEDGSSDFDLAEKLKEMEQ
ISITPVTNDDEEDTKDSEENKPEIDEEKKLLNSNTLNVRRNIRDVMDEKNLDASTLAAQR
QESERLARVQEQQRIIREVQRQIAINRQNKIHQKTLSLLQGGSSLLKKGSAQKLNLPNTV
LVKLPSGELKKTTVKQGQVDVTKISKPITPGTSGIPKSEKKEVVEIVDSSSGEESSSSSS
DSDDCIMLSDSEVPPSPEAEEDPGNSGLHVNDAYNIPDEQGRVLINIGHAENEEDIFLAP
QIARVIKPHQIGGVRFLFDNIIESVQRFSTSTGFGCILAHSMGLGKTLQIVCFCDIFLRH
TNSKTVLCIMPINTLQNWVAEFNMWLPVDASISPLSAHGEVRPRNFPIYVLNDSHKTLQM
RAKVVKDWTTTGGVLMIGYELYRLLSMKKDKKPRKKKKAEKNEEKEDKKFDKTDGPDDNH
NLNRADDGKDKDDMDSINKLELEIKEEKKEDTQNDEDKKLLDEMYDALVKPGPDLVICDE
GHRIKNSHSNISYALKQMRTKRRVVLTGYPLQNNLLEYWCMVDFVRPNYLGSKTEFCNMF
ERPIQNGQCIDSTPQDIRLMRYRAHVLHSLLVGFVQRRSHAVLQSTLPQKEEYVLLVRMT
PLQRKLYDRFMNEVVRSASVPNPLKAFAICCKIWNHPDVLYNFLRKRSEVNAAIEEDLDL
EEIGGVTKAGRARNGKATRRAPKTRGSAKKPAATIPPNTTGSVPPRQEPFANPQFPTNTP
YGPTNYPNQPPNRPEGEQSTSTYQQYPPYQNSNPGYFPPNQGYNQEYSSNFYQQQQQPYD
NNYSNQYPPGNSEGNYPNQYPQGNNQTTVANYWGNSNYYGNQGYYGNQQYGPNQTPSEFN
ANQPPGYNNTTQYPPNYNAPTNNENYTNNSLPPYANNQENYGNQNRSPGIPYQGGFPNNP
GYSGYNPANPTSSTPYRNNQTLGSQTQEYPNQSYPSTYSSSNAYEGNSSTPYNQYGNQRP
NYSNYSSSMPPHPTQGNVIPNQPQAGSLQNQRPIKTEPNFNIRDVKTELNDRNSTLPYSN
PYNYQQNSSTYPGTSDNSNSNYNCQFPNFPQSMETKSPLCSASSGSPVTSWPLTETIKTE
VDKLKAEEKQEIKSESDGEVKIEDLDTKKIVKDECKKGYNMISFPKDFGTPTSNINEKKD
SMKGDVSESEVEHSKKGRKGKNKDDKKTESKQKSKGKAKAKGRKDRKNSKEKNNDDSDSE
ESEKEEKPNKEEELALTKKAEEMTYDWATELLKDYIPGIIENSSKMELFFYILNESIKLG
DRLLLFSQSLFTLNLIEDFLERNYIPGTNRLWERNTSYYRLDGSTHALEREKLINEFNAN
PHVHLFLVSTRAGSLGINLVGANRVIVFDASWNPCHDTQAVCRVYRYGQKKPCFVYRFVM
DCCLEKKIYDRQINKQGMADRVVDECNPDAVLSMKEITNLCFDNDEKEPELKDLSEHKDK
YIDVLMQGIISLHGKLLCKEPFQHESLLVDRKEKKLSSAEKRLAQRGYELEKKAASAPKP
TTAYRTVRTADGSLVQRPVASVRPMQHGARWIPADVWRRQGMTAQEMTLPMASFIVVFVL
SMDTS