Searching journal content for articles similar to Fowler et al. 24 (10): 1650.

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  1. ...the presence of full-length PRDM9 genes in the s of both species, which suggests recombination hotspots in termites might be determined by PRDM9, as they are in mammals. We also find that recombination rates in genes are correlated with inferred levels of germline DNA methylation. The finding of low...
  2. ...functions other than transcriptional repression, may still be evolving toward TE regulation, or may have lost some of their targets owing to the arms race. For example, PRDM9, a well-conserved, and the most ancient, type of KZFP, functions as the determinant of meiotic DNA double-strand break sites during...
  3. ...Spring Harbor Laboratory, Cold Spring Harbor, New York 11724, USA Corresponding author: irh25@cam.ac.ukAbstractMeiotic recombination initiates from DNA double-strand breaks (DSBs) generated by SPO11 topoisomerase-like complexes. Meiotic DSB frequency varies extensively along eukaryotic chromosomes...
  4. ...role in shaping the landscape of maintenance.Genome duplication is highly regulated to promote the faithful transmission of the genetic material during cell proliferation. In eukaryotes, DNA synthesis requires the coordinated assembly of conserved factors at the sites of replication initiation...
  5. ..., USA Analysis of diverse eukaryotes has revealed that recombination events cluster in discrete genomic locations known as hotspots. In humans, a zinc-finger protein, PRDM9, is believed to initiate recombination in >40% of hotspots by binding to a specific DNA sequence motif. However, the PRDM9 coding...
  6. ...mechanisms, including TE mobilization or homologous repair following DNA-double-stranded breaks (Todd et al. 2019, Berdan et al. 2021).The human fungal pathogen Candida albicans is an asexual diploid organism that displays significant genomic plasticity (Vande Zande et al. 2023). SVs are important drivers...
  7. ...be found in Samollow et al. (2007) . In a broader context, M. domestica provides a unique model system with which to explore the roles of large-scale structure, local DNA sequence characteristics, variation in chromatin configuration, and sex in determining rates and patterns of meiotic recombination (for...
  8. ..., a wide variety of processes occur requiring distinctive transcriptional programs and regulation (Fig. 1A). In early meiotic prophase, DNA double-strand breaks (DSBs) are formed as a necessary intermediate for meiotic recombination and the subsequent reductional chromosome division during meiosis I...
  9. ...contain many types of functional elements, including conventional protein-coding and noncoding genes; gene regulatory elements; architectural elements; and elements associated with DNA replication, recombination, and repair. Among those, conventional genes have received the most attention...
  10. ...were robust to multiple percentage similarity thresholds to the consensus, minimizing the likelihood that we inadvertently underestimated copy number owing to highly diverged variants (Supplemental Table S4). qPCR on genomic DNA in cases of extreme copy number differences across species validated...
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