| New model in OGS2.0 | DPOGS215787 |
|---|---|
| Genomic Position | scaffold6221:+ 489-5753 |
| See gene structure | |
| CDS Length | 2013 |
| Paired RNAseq reads | 124 |
| Single RNAseq reads | 309 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA003507 (0.0) |
| Best Drosophila hit | recombination-defective (8e-69) |
| Best Human hit | DNA replication licensing factor MCM8 isoform 1 (3e-159) |
| Best NR hit (blastp) | PREDICTED: DNA-dependent DNA helicase and ATPase-like [Danio rerio] (0.0) |
| Best NR hit (blastx) | PREDICTED: minichromosome maintenance complex component 8-like [Saccoglossus kowalevskii] (2e-177) |
| GeneOntology terms | GO:0000166 nucleotide binding GO:0003677 DNA binding GO:0005524 ATP binding GO:0006260 DNA replication GO:0017111 nucleoside-triphosphatase activity |
| InterPro families | IPR001208 DNA-dependent ATPase MCM IPR016027 Nucleic acid-binding, OB-fold-like IPR018525 DNA-dependent ATPase MCM, conserved site IPR003593 ATPase, AAA+ type, core IPR012340 Nucleic acid-binding, OB-fold |
| Orthology group | MCL14071 |
Nucleotide sequence:
ATGCAATCTTTATTAAGCGATTCTGACTTTAGTAATAAGTGGTCCAACTTTCAAGCTGAT
TTGTTTGAGAAACCAGAAAGGACTCTTCGTCTGTTAGAATATTGTTTCCATGAGACATTT
AAATGTGAAGCGAAAATAAAAGTTAGAATATTGAACCATGAGCCAGTTATTCCAATTGCC
AATCTCAAAGTTAATTATTTTGGGAAACTGGTGACAATCAAAGGAACTGTTATAAAAGTG
GGTAGTGTCGGCTTAATTTGTAATGCCATGGCATTTGAGTGTTCCAGCTGTCATAGTGTA
CAAGCTGTTATGCAACCCCAGGGTGTATTTACTGCTCCAAACTTCTGTCAAAGCTGTAAA
AGCGGCTACAAATTCGAACCTCTTCAATCCTCTCCATTCACTAACACAAACGACTGGCAA
GTTGCCAAGATACAAGAAATACAATCACAGAGTTTGTCCGGGACTATTCCGAGGACCGTG
GAAATTGAACTCCAAGGCGATTTAGTGGGCAGTGCGTGCCCTGGTGATGTCCTATCTGTA
ACAGGAATTGTACAGGTTCGTGGCGAGAGCAAGGGCGGTGAAGATGGTCGGAGAGCTGCA
AGATTATTACAGTTATATATTGAAGCGGTATCTATCCACAGCCAAAGGAATCTGAGTAAT
CCAACATTGACGTTCACAATAAAAGATTATTATGCTATTCAGGAAATTCACGCCTCGGAG
GACGTCTTCCGACTCCTAGTGCACTCCTTATGTCCATCTATATTCGGCCACGAAGCGGTT
AAAGCTGGTTTACTTTTGGGACTCTTTGGAGGAACTGAGTATGACAACGGCACCAGATCT
AATCCTCACATACTAATAGTGGGAGACCCGGGTCTGGGAAAGTCGCAACTGCTACAAGCC
GCTGCGCACGCGGCGCCCAGAGGAGTCTATGTATGCGGTTCTTCGGCATCAGCTGGTGGA
CTAACGGTCGCCCTGGGTCGGGAGGCTGGTGGGGACTTCGCCCTCGAGGCCGGGGCTCTT
GTGCTCGCTGACAAAGGAGTGTGCTGTGTGGATGAACTGGATAAAATGAGCGCCCATCAC
AGTAGTTTGTTGGAGGCCATGGAACAGCGACGTGTGAGTGTCGCTAAAGGTGGAGTTGTT
TGCAGTCTACCAGCTCGAGCCACGGTACTCGCCGCTGCTAACCCAGCAGCCGGATCGTAC
AATCGATCTAAAACGGTGTCTGAGAATTTAAAACTAAATTCAGCTTTACTATCAAGATTC
GATCTGGTTTTTATATTGCTGGACCAACCTGATGAGAAAATCGACGCTATGCTCTCCGAA
CACGTGTTGGCTCTTCATTCACGTTCTAAAAGTAAAAGAAAACAAGATGGAGTAAGCCAA
CTCAATGCTGTAAATTCAAGTCAACCAGACACCGACGTGCCTTTGAGTCAAAGATTACGT
CTCAAATCTGGAGAAATAATTGACACCTTACCACTGGTACTGCTCCGGAAATATATAGCG
TATGCAAGGAGATACGTCCATCCGAAATTAAGTTCGGAGGCAGCGAATATTCTACAAGAT
TTCTATTTAGAACTCAGGAACAATCACCAGAGTGTTTACAATGACGGCGCTCCCATCACC
ACCAGGCAACTCGAGGCGTGCATAAGACTGACTCAGGCACGAGCTAGAGTCAATTTAAGA
GAGGAAGCGACAGCCCGAGACGCACTTGACGTAATAAGCCTCGTTAAACACAGTTTAATG
GACACGTTCAGTGACGAATTCGGAAATATACAATTATCGCGCTCGATTAACGGATCGGGA
GTCAGTTCACGAAATAAGGTTAAGAAGTTCTTAGATGTGCTAACAAGAAGATCCCACCAG
TTAAGCAAAGATGTTTTTAGTCGTCAAGAACTGATACAGATACACAAGGCTGCTGGCGTC
GCTGGCGACGCAAACGACCTCATAGAAGCTATGCATATACATTCCTATCTCTTACTTAAA
GGATCTAATATGTATCAATTAGTGGCTATTTAA
Protein sequence:
MQSLLSDSDFSNKWSNFQADLFEKPERTLRLLEYCFHETFKCEAKIKVRILNHEPVIPIA
NLKVNYFGKLVTIKGTVIKVGSVGLICNAMAFECSSCHSVQAVMQPQGVFTAPNFCQSCK
SGYKFEPLQSSPFTNTNDWQVAKIQEIQSQSLSGTIPRTVEIELQGDLVGSACPGDVLSV
TGIVQVRGESKGGEDGRRAARLLQLYIEAVSIHSQRNLSNPTLTFTIKDYYAIQEIHASE
DVFRLLVHSLCPSIFGHEAVKAGLLLGLFGGTEYDNGTRSNPHILIVGDPGLGKSQLLQA
AAHAAPRGVYVCGSSASAGGLTVALGREAGGDFALEAGALVLADKGVCCVDELDKMSAHH
SSLLEAMEQRRVSVAKGGVVCSLPARATVLAAANPAAGSYNRSKTVSENLKLNSALLSRF
DLVFILLDQPDEKIDAMLSEHVLALHSRSKSKRKQDGVSQLNAVNSSQPDTDVPLSQRLR
LKSGEIIDTLPLVLLRKYIAYARRYVHPKLSSEAANILQDFYLELRNNHQSVYNDGAPIT
TRQLEACIRLTQARARVNLREEATARDALDVISLVKHSLMDTFSDEFGNIQLSRSINGSG
VSSRNKVKKFLDVLTRRSHQLSKDVFSRQELIQIHKAAGVAGDANDLIEAMHIHSYLLLK
GSNMYQLVAI