Searching journal content for articles similar to Feng et al. 6 (10): 956.

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  1. ...—a commonly used safe harbor site—and a donor plasmid 148 possessing a puromycin resistance gene for integration at this locus (Fig. 1C). 149 Puromycin selection was applied exclusively in the concurrent HDR condition to enrich 150 for cells in which HDR had occurred at AAVS1. HDR efficiency at the target...
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  2. ..., known associations of GPI mutations with cancer, and implications based on the gene's multifunctional nature. From the analysis of R273's location in the substrate site, the probable loss of H-bonds coordinating catalytic site residues caused by a mutation from arginine to leucine (i.e., loss...
  3. ...associated with patient survival and treatment resistance, accurate cell annotation is essential for identifying clinically relevant populations. Our analyses across nine healthy and cancer scRNA-seq data sets, covering diverse gene signatures and experimental conditions, revealed that established scoring...
  4. ...–specific level, revealing a subset of genes that increasingly express with age and are enriched in PD-related pathways, notably in oligodendrocytes at late aging stages. Integration with five public PD single-cell RNA-seq data sets highlights 85 genes consistently differentially expressed with aging and PD. Key...
  5. ...elements (TEs) are increasingly recognized to contribute to gene regulatory evolution and variation, but this possibility has been largely unexplored in ruminant s. We conducted epigenomic profiling of the type II interferon (IFN) response in bovine cells and found thousands of ruminant-specific TEs...
  6. ...as well as the proportion of variants mapping to ATAC-seq peaks that are regulatory; and (5) a retrospective evaluation of the utility of this catalog for the identification of regulatory variants known in livestock species.ResultsGenerating a catalog of bovine cis-acting gene regulatory elements...
  7. ...and Cooper 2010; Wellinger and Zakian 2012; de Lange 2018). These functions are tightly associated with the regulation of telomere length (TL). Indeed, telomeres are protected by proteins that prevent natural chromosome ends from being recognized as double-strand breaks, which would elicit a DNA damage...
  8. ...of Chromosome 8 and restore euploidy in cells derived from an individual with a complex rearrangement of Chromosome 8p. Transcriptomic analysis revealed 361 differentially expressed genes between the proband and the euploid revertant, highlighting genes both within and outside the 8p region that may contribute...
  9. ...precisely capture subtle similarities and differences between cells in specific contexts, DeCEP incorporates an imputation step to refine the gene expression profiles. DeCEP can further convert the scores into DeCEP states by finding natural breaks in the data using the Fisher–Jenks algorithm (Fig. 1A...
  10. .... 2007; Turpin et al. 2016). Thus, a deeper understanding of these resistance mechanisms remains a critical challenge in overcoming and managing breast cancer tumors expressing HER2.Alternative splicing, a fundamental post-transcriptional process in eukaryotic gene expression, allows a single gene locus...
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