| New model in OGS2.0 | DPOGS214148 |
|---|---|
| Genomic Position | scaffold323:+ 68651-75017 |
| See gene structure | |
| CDS Length | 4398 |
| Paired RNAseq reads | 1027 |
| Single RNAseq reads | 2837 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006194 (0.0) |
| Best Drosophila hit | Cdc6 (1e-88) |
| Best Human hit | cell division control protein 6 homolog (8e-59) |
| Best NR hit (blastp) | PREDICTED: similar to Cdc6 [Tribolium castaneum] (2e-107) |
| Best NR hit (blastx) | PREDICTED: similar to Cdc6 [Tribolium castaneum] (7e-98) |
| GeneOntology terms | GO:0003689 DNA clamp loader activity GO:0005656 pre-replicative complex GO:0006267 pre-replicative complex assembly GO:0005524 ATP binding GO:0005634 nucleus |
| InterPro families | IPR011991 Winged helix-turn-helix transcription repressor DNA-binding IPR015163 CDC6, C-terminal IPR003959 ATPase, AAA-type, core |
| Orthology group | MCL12847 |
Nucleotide sequence:
ATGATTAATTCAGCTAAACCTAACATAAAACTAGATAAAGCTTTACAAGACATAGTGTAC
AAACTTGTACCAGGTCTCTTTCAAAAAGAGATGGAGCGTCGACAGCAATTTTACGCATCT
AGACCAGGTCCAGCAGCATCAGCAACTCCAGAGCAAAGAGGAGAAGATACAGAAAGAATA
ATTTTCAGCCCAGAAGATGTTATATCCTTTTCTTTAGAGTATTCTGATGCTACTGACACA
GACAGCATATCAAGTAAGTCATCAGATAGTAATGAACCACAGCCAGCAACAGCCTCTACC
CGGAGGTACCTTCAATGTCCAGCTGTTGTCAATATAAATCATCTCAAAAAATTTCTCAGT
ATGAAATTTGATATAGACAGTTCTCAATTTGCTATAGACATATTATATAAGAGAGTTCCA
TTACCAGATTATTATACTTTAATGGATATTGCTTACATATACAATTGGAAAAGGAATGAA
CCCATGAGATTTTTTTACCAAATAATTGATTATGTTGCTATAAGAAATAGAATATTTGAC
ATCAACAGAAAAGGAACACAATTCCCAGATAGGAAACCAAGTCCAACATGTACAGAAGAT
ACCAATGTAAGCAGTCCTATCCCACATATAAATGACAATGGGTCTGAAGCATCCTCTGGT
ACTGATAGTCCTATGCCAGATGATAACTTGAAAAAACTCAGTGATACCATAAAAAAGGAA
ACACAAAAAGTTAAGGATGGCAAAAACTATGATTCTAAACAATCTGCTATAAATTGTTGT
CCATCTCCTTTCAAGAAAAATGATGATGAAGTTGAAAAATCTCAATTTTTAAATTCCTTT
GAACTAACTGCTAAACATAATTCACAGACTCCAAAAACATCTCCTAAAAGTACCAATGAT
AATGTTACATTACCTAAAGAAGCTGCTAAAAATGTCAGCACAGCAGTGTCTAAGACTGAA
GAAACTCTAAAAAGAAAGATTGAACCTACAAAAGCAATACCAGAAATGAAAAAAATAAAA
ATTGAAGTAGACAAAACAAAATCAACTACTACTGATAATAATGTAATTGCCAAAGTATCA
AGTACCAATAACATGCAAAAAACTGTAAATGAGGCATCAGAAAAGAGCAAATGTGTTCCA
GATACATCTAAAGTTGCCTCAACAGAAAATAGTAACCATTCATCTCCAGTTCCAGCCCTT
ACTAAAGATATCAAACCTCCACCAGTGTCTTCATTCAAACAACAAATAGATGGTTCTGTA
CAGAAAAGAAATGTGTCAGCAGCACAGACCTTAACATCTCCTAAAAGAAAGACTTCTGAA
ACAACAACAGTGGCCCAACCTTCACCTTTAGTTCAAAAGACAGTTTCACCTCTAAAACTG
CAAATACCAAAGCCAGAAGCTGTTTCTACTTTGCCCAAGCATGTTGATACACCTAAACCT
GTTAGCAAAAAAATGCCAGATTTGAAACCAAGTATGCCTGTAAATGCATCATCACAAAAT
AAAGTTCACCCTGTAGGCAGACTGAGAATGGACCTATTAGCAAACAATTGTGATCCAATT
ATGGACAGAAGTAAAATATTGTCACAAGTGAAAACAACTCTGCCTGTACCTAATATGCAA
CCCACATCAGGAGATCCTTTAAAATCCTTATTTGATTCATGCAAAATTAATATACCTTCG
TCATTGTCAATCACATTAACAGACCAGAAATTAGATCCACGAAGTCCTGACCCAACACAT
ACAGATCCAAAGAAGAACATTGTAAACAAGAATCTAACAAGTGGTGGTTCAACTTCTCAT
AAAGTTCCAAGTCCACCCGTACATAACTATATTGAAATTCTTAAACTTCCAGATAATGAT
TCTAAAAAGCCAAACAAGCCTGAAAATTTATTAGATAAAAGTAATAGTCAAACTAAAGTT
GAAAACAGCCCAATGCCATCAAAACCTGCAGTCAAATCATCTGAATCTTCCGCAAAAGGC
CCAATACCCAATTTAAAACCAATAGCTGATACTAAGTTAGCTAAGGCCCAAGCTAGCAAT
TTATCAGCTCCCATTACATTCCAGCAAACATTTGAACAACAACTACAATCATTACAATCT
GATAAAAAATCTAAGTTGCCCAAAACTAAAACTCAAGTTCCAAAATTAGTTCCAGCTACA
CCAAAATCTTTTAGTGCTGCTAATAAACTTAATACTTCCAACAAATCAAATCCTATTAGC
AATCCCATCTTAGAAAATAAAACAGGCACAGCTTTGGATTTGTCTACTCCACATAACATT
CAAAGTCAATTGGGTCCACAGCAGACTAAAGCATTTGAAACCATGAAATCAATTGATAAT
TTGGCAAAGAAGCAAAGTATGCCATCTAAACTCACTCCAATTTCCATGTCTCAAGCCAAT
TTGTTTTCTAGTTTAACCTCTAGAGCTCTAACCACTGCTCCACCTCTTAGAGTGCCCTCA
GCCAATACCATAAATCAGCTTAAATTAGATAAAATGAATGCCAATGCATCACAAGCAAAT
ACATCTAGGAAGGAACAAATTCAAAAGAGTAATCAAATTAAACATCCAAGTAACTCAAAT
ACTAGCATTCAATCTCCAAATTTTAATCTTAACTCACCAAATGCAACTCTCCCTTCACCA
AGATCACAAACACGTTCTCCAAGTTCTTCACCAAAATTAGTTATAGCTGAGGATAAACAA
GGAAATAGCTCTGCATCTGAACATAATGTGAATCAGTCCAATCAAATAACTAGTACTCAA
ATTACTAGTTCAGGCTCTACAAAAACTGAATCTCCTAAACCTTCTCCGGGACCATCTAAA
GTAGGCATTAAAGCAGTAAAACCTCTTATGCCTGCAAGTAAAATAACTGGTATAAGGCAG
CCAATAACGCCAACATTAAATTCTAGTTATGCAATGAACTCTGCCGCTGACTATCTTGCT
CAGAGTCAGTTTAATTTACACACTCAACAGGCAATACTAAACAACATTGCTTGGATGGCG
ACTCTTCAACCTATAATTCCTTTTAAGTCACGAAAACGAACTTACTATAATGAAAATAAA
GGCAAAATCAATAATGAAAACGAAAATTTCCTTAACATAGAAGCAAAGGTTGATCTCAAT
AATTCTGAAGAAGAAACATGTTCTCCAAAGAAAATCTCTAAAAGGAAAGATAATGCAAAG
TCTATTCTTGAAGAAACAATCACGACTAATAATAAATTAGAAGAAACAAAGTATACTCTA
AAACCTCTAGTGAGTAGGGAAAAAGAAATAGAATGGTTGACAAATTTTTTAATTGAACAT
CTGGACAAAGAACAATCTGCATCTTTATATATTTCTGGACAACCTGGTACTGGCAAAACA
GCAAGTTTAACATATATATTACAAATACCAAAGATACGTGAGGGATATAAACAAGTATAC
ATAAACTGTACCATGATGAAGTCAGCAGCTAGTATTTATAGTAGAATTTGTAAAGAACTG
CATGTGCCGACCACTGGGACCAGTGAAAAGGCTTGCTTTAATGCCCTCGAGAAATATTTG
TTCAAGAAACATAAAATGATAGTACTAGTTCTAGATGAGATAGATCAGCTGGACAGTAAG
CGTCAGTGTGTATTGTACACGTTGTTCGAGTGGGGAGCGCTGCCTTCGCGGATGGTTCTT
GTTGGAGTGGCCAACGCTCTGGACCTCACTCAGCGCGCCCTCCCACGCCTACAAGCAAGC
CTGAGGCCGACTACCATGCATTTTCCTCCATATACTAAGGAACAGATCATTAATATATTC
ACCAGCACTCTCGCTGATGATATGAAGAATATGTTTTCGCCGGTCGCCCTTCAAATGTTG
GCTGCCAAAATTGCTGCAGTATCCGGGGACATGAGACGTGCATTGGACATAGGACGTAGA
GTGATCGACTTGGCGAGACGAAGTAAATTTTCTGAAAACCGATCAATTGACGATATGATG
AAGGATTCATCTGTGACGGTGGAGCTCAAACAAGTCCTGGAAGTGTTGAACGACGTGTAT
GGGAGTTCGAGGAAAATCGACAACGATGTGGACGAAGGACTTCCTATGCAGCAAAAACTA
ATATTATGCAGCCTCATGCTGATGTTGAGTAAAGGAAGAAACAAAGAAATCATCATGGGA
AAGTTGCACGAAGTTTATAAAAGAGTTGCGGAGAGTCGTAATATAGCGCCTCTGGAGCTG
AGCGAGATGTGCAGTGCTGTGTCGCTGCTGGAAGCGCTGGGAGCGGTCACAGTGGGAGGG
GGCGGCGCGGGGCGGACGGCGGGGCGAGGCCGGCGGGTCAGGTTACGCTGGCACGAGGAC
GAACTCGCCGCTGCTTTGAAAGATCGACCGCTGCTCTCTACCATACTCGCAGACACCTCC
TGTCTGACTTCTCATTAG
Protein sequence:
MINSAKPNIKLDKALQDIVYKLVPGLFQKEMERRQQFYASRPGPAASATPEQRGEDTERI
IFSPEDVISFSLEYSDATDTDSISSKSSDSNEPQPATASTRRYLQCPAVVNINHLKKFLS
MKFDIDSSQFAIDILYKRVPLPDYYTLMDIAYIYNWKRNEPMRFFYQIIDYVAIRNRIFD
INRKGTQFPDRKPSPTCTEDTNVSSPIPHINDNGSEASSGTDSPMPDDNLKKLSDTIKKE
TQKVKDGKNYDSKQSAINCCPSPFKKNDDEVEKSQFLNSFELTAKHNSQTPKTSPKSTND
NVTLPKEAAKNVSTAVSKTEETLKRKIEPTKAIPEMKKIKIEVDKTKSTTTDNNVIAKVS
STNNMQKTVNEASEKSKCVPDTSKVASTENSNHSSPVPALTKDIKPPPVSSFKQQIDGSV
QKRNVSAAQTLTSPKRKTSETTTVAQPSPLVQKTVSPLKLQIPKPEAVSTLPKHVDTPKP
VSKKMPDLKPSMPVNASSQNKVHPVGRLRMDLLANNCDPIMDRSKILSQVKTTLPVPNMQ
PTSGDPLKSLFDSCKINIPSSLSITLTDQKLDPRSPDPTHTDPKKNIVNKNLTSGGSTSH
KVPSPPVHNYIEILKLPDNDSKKPNKPENLLDKSNSQTKVENSPMPSKPAVKSSESSAKG
PIPNLKPIADTKLAKAQASNLSAPITFQQTFEQQLQSLQSDKKSKLPKTKTQVPKLVPAT
PKSFSAANKLNTSNKSNPISNPILENKTGTALDLSTPHNIQSQLGPQQTKAFETMKSIDN
LAKKQSMPSKLTPISMSQANLFSSLTSRALTTAPPLRVPSANTINQLKLDKMNANASQAN
TSRKEQIQKSNQIKHPSNSNTSIQSPNFNLNSPNATLPSPRSQTRSPSSSPKLVIAEDKQ
GNSSASEHNVNQSNQITSTQITSSGSTKTESPKPSPGPSKVGIKAVKPLMPASKITGIRQ
PITPTLNSSYAMNSAADYLAQSQFNLHTQQAILNNIAWMATLQPIIPFKSRKRTYYNENK
GKINNENENFLNIEAKVDLNNSEEETCSPKKISKRKDNAKSILEETITTNNKLEETKYTL
KPLVSREKEIEWLTNFLIEHLDKEQSASLYISGQPGTGKTASLTYILQIPKIREGYKQVY
INCTMMKSAASIYSRICKELHVPTTGTSEKACFNALEKYLFKKHKMIVLVLDEIDQLDSK
RQCVLYTLFEWGALPSRMVLVGVANALDLTQRALPRLQASLRPTTMHFPPYTKEQIINIF
TSTLADDMKNMFSPVALQMLAAKIAAVSGDMRRALDIGRRVIDLARRSKFSENRSIDDMM
KDSSVTVELKQVLEVLNDVYGSSRKIDNDVDEGLPMQQKLILCSLMLMLSKGRNKEIIMG
KLHEVYKRVAESRNIAPLELSEMCSAVSLLEALGAVTVGGGGAGRTAGRGRRVRLRWHED
ELAAALKDRPLLSTILADTSCLTSH