Searching journal content for articles similar to Ju et al. 25 (6): 814.

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  1. ...in more data sets.The location of chimeric fusion locations observed is intriguing. Although age-associated mtDNA deletions are most frequently observed to occur within the mitochondrial major arc, recent studies have demonstrated deletion events involving other areas of the (Bua et al. 2006; Lujan et al...
  2. ...are collectively known as nuclear organelle DNA (NORG) (Leister 2005). The consistent and frequent occurrence of organelle-to-nucleus transfer of DNA has been demonstrated by many experimental studies (Thorsness and Fox 1990; Huang et al. 2003; Stegemann et al. 2003).To date, NUMT has been ubiquitously found...
  3. ...(Fig. 1E; Supplemental Figs. S21–S23) display expected genomic features in which more gene-poor chromosomes are located more frequently toward the nuclear periphery (Supplemental Figs. S24–S26). Our 3D modeling of all three cell types reveals major differences between 10A cells versus T1 and C1 cells...
  4. ...: Frequent somatic transfer of mitochondrial DNA into the nuclear genome of human cancer cells Genome Research 26: 291–300 (2016) Corrigendum: Model-based analyses of whole- data reveal a complex evolutionary history involving archaic introgression in Central African Pygmies PingHsunHsieh, August E...
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  5. ...DNA samples. Leveraging somatic SNVs and fusions, LongSom found subclones with different predicted treatment outcomes. In summary, LongSom enables de novo variant detection without the need for normal samples, facilitating the study of cancer evolution, clonal heterogeneity, and treatment resistance...
  6. ...its genetics and genomics fully reproducible by C. elegans laboratories over many years. CGC1 is available at the Caenorhabditis Genetics Center stock center (https://cgc.umn.edu/strain/CGC1).Genome sequencing and assemblyWe harvested genomic DNA (gDNA) from CGC1 and sequenced it in two sets apiece...
  7. ...data in light of these studies (Banigan et al. 2020). Our results suggest that frequent loading results in the collision of loop-extruding cohesin molecules when these molecules are not removed from the DNA template by WAPL-1 (Fig. 6). The resulting structure suggests cohesin continues to loop extrude...
  8. ...). Given the binary nature of the EDD analysis in calling LADs, we also identified LADs using circular binary segmentation (CBS) to segment DNA with the DNAcopy package (Seshan and Olshen 2023) and the methods in LADetector (Harr et al. 2015; Luperchio et al. 2017). We used this method to assign...
  9. ...efficiencies between mtDNA and nuclear reference genes. This also has a critical upside in preventing biased results due to copy number variants of nuclear reference genes, which occur frequently in cancer. Results are presented as D-Loop molecules per cell equivalent, corresponding to number of mtDNA...
  10. ..., transcriptional regulation frequently involves long-range interactions between distal CREs and their target promoter, often spanning dozens of kilobases. However, numerous successful reporter lines have been generated in Hydra using only 500–2000 bp of flanking sequence upstream of a gene of interest, motivating...
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