Searching journal content for articles similar to Kim et al. 28 (3): 367.

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  1. ...Technology, #07922) (see Supplemental Methods; Supplemental Table S11).Preparation of vectors for transfectionTwo vectors were purchased: (1) CMV-rtTA-HygR vector (Addgene, #102423) and (2) CRISPR-Cas9 vectors containing gRNA sequence for TP53 (Addgene, #121917). To generate the pPB-CMVmin-APOBEC (A3A or A3B...
  2. ...to evaluate significant differences. (G,H) Gene Ontology (GO) enrichment analysis of biological processes for C. nigoni–specific dispensable genes (H) and C. briggsae–specific dispensable genes (G). The most significantly enriched category for C. nigoni–specific dispensable genes, namely, innate immune...
  3. ...CRISPR spacer targeting. Closely related 40 kbp viruses possess a hypervariable genomic region encoding combinations of specific genes for small cysteine-rich proteins structurally similar to restriction-homing endonucleases. One 10.9 kbp integrative conjugative element (ICE) integrates genomically...
  4. ...fertility, likely due to loss of siRNA activity (Okamura et al. 2004; Xu et al. 2004; Deshpande et al. 2005; Wen et al. 2015). Similar subtle phenotypes could emerge for rde-1 mutants through more detailed analyses. We identified several genes with possible roles in innate immunity downregulated in rde-1...
  5. ...of motile cilia after SARS-CoV-2 infection (Robinot et al. 2021). The genes with lost m6A involved in covalent chromatin modification and up-regulated during infection, such as KDM6A (Supplemental Data S2), were recently identified as proviral genes in a CRISPR screen (Wei et al. 2021b). Thus, our data...
  6. ...identity to the other SFB-mouse s. Among the chromosomal features that exhibit highest variability among the SFB-mouse s are the CRISPR-arrays, some phage-related genes, and hypothetical proteins, including Cluster.1 and Cluster.3 SFB-specific proteins (Fig. 3; Supplemental Material; see above). Discussion...
  7. ...by the common ancestor. Our genomic analysis provides a robust list of potential candidate genes in which Helitrons might play a regulatory role. This is an interesting hypothesis that can be determined through cutting-edge technologies such as CRISPR methods to delete insertions with site-specific resolution...
  8. ...and the cells’ innate immune response (Russell et al. 2019). The value of long reads for both DNA and RNA sequencing was demonstrated by a study of the human adaptive immune system's response to MMR vaccination. ONT sequencing was used to characterize both the transcriptome of single B cells and relevant loci...
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  9. ...patient peripheral blood and lymphoblastoid cell lines. These regions include large CpG island domains, as well as promoters and enhancers of several lineage-specific genes, in particular immune-related, suggesting that they are premarked during early development. CRISPR-corrected ICF1 iPSCs reveal...
  10. ...is thus likely transferred to the protein level for at least a subset of genes.First, from DNA to RNA levels, -wide correspondence between genomic proximity and coexpression in colorectal cancer was detected. Such an observation triggers us to speculate that the long-range interactions of the genomic...
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