Searching journal content for articles similar to Hegele et al. 10 (5): 652.

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  1. ...integrated into the nuclear accumulate missense mutations that ultimately lead to a broken reading frame. However, if the integration is very recent, if the local mutation rate is very low, or if selection actively maintains the coding properties of the integration, the former mitochondrial coding genes may...
  2. ...-strand break repair pathways and replication-based mechanisms play important roles in integrating organelle DNA into the nuclear . Further investigation indicates that complex NORGs are formed through single mutational events before or during the insertion process via ligation of multiple plastid and...
  3. ...explore the impact of dikaryotism on the biology of a long-term asexual clone of the wheat pathogenic fungus Puccinia striiformis f. sp. tritici. We use Oxford Nanopore Technologies (ONT) duplex sequencing combined with Hi-C to generate a T2T nuclear-phased assembly with >99.999% consensus accuracy. We...
  4. ..., it is plausible that its involvement in regulation of mitonuclear gene expression occurs via regulating the regulators of both mitochondrial and nuclear OXPHOS genes. This thought is partially supported by our observed elevated expression of the mitochondrial RNA polymerase, POLRMT, in certain tissues and species...
  5. ...causing partial lipodystrophies (Guenantin et al. 2014), coupling A-type lamins to cellular metabolic state. Specific lipodystrophic LMNA mutation hot spots disrupt lamin A/C interaction with DNA in vitro (Stierlé et al. 2003) and could affect LADs. The common metabolic disorders caused by deregulation...
  6. ...Jena, Germany Corresponding author: arne.sahm@rub.deAbstractGrowing evidence suggests that somatic mutations may be a major cause of the aging process. However, it remains to be tested whether the predictions of the theory also apply to species with longer life spans than humans. Hydra is a genus...
  7. ...) is a ubiquitously expressed protein critical for regulation of mRNA translation and vital to animal development. AGO2 protein is found in both cytoplasmic and nuclear compartments, and although its cytoplasmic role is well studied, the biological relevance of nuclear AGO2 is unclear. Here, we address this problem...
  8. ....5%–56%) increase in the dnSNV rate with ART compared with naturally conceived mice (P = 0.017). Analysis of the dnSNV mutation spectrum identifies signatures attributable to germline DNA repair activity but reveals no differentially enriched signatures between cohorts. We observe no enrichment of dn...
  9. ...positions help to sharpen the potential mutation density pattern.Comparison to similar toolsCurrently, there is no dedicated application to explore mutation density spatial trends with complete flexibility on genomic features. Three other tools have partially similar features (Table 1). Asymmetron...
  10. ...predominantly nuclear, metabolically stable, and they were not the major splice isoforms, but instead they were mostly retained-intron isoforms, each containing a specific retained intron, and this intron retention phenomenon is conserved in humans and mice. Collectively, our study reveals a widespread...
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