Searching journal content for articles similar to Popa et al. 21 (4): 599.

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  1. ...dCPD sequencing (dCPD-seq) and use it to map dCPDs across the of repair-deficient yeast cells in order to characterize the impact of DNA sequence, genomic context, and chromatin organization on CPD deamination.ResultsTo develop a method to map the deamination of cytosine-containing CPDs, we...
  2. ...Gabija, cyclic oligonucleotide-based antiphage signaling system (CBASS), DNA modification-based systems (DMSs), and defense-associated reverse transcriptases (DRTs) affect HGT in prokaryotes (Tesson et al. 2022; Costa et al. 2024).In contrast with the expectation that defense systems restrict HGT...
  3. ..., to evaluate the suspected positive effects of aquatic habitat and of phylogenetic relatedness on HTT. Among the 6043 independent HTT events recovered, the vast majority (>85%) involve DNA transposons, of which Mariner-like and hAT-like elements have the highest rates of horizontal transfer and of intragenomic...
  4. ...al. 2010) have found that CTCF regulates BCL6 expression by binding to specific intronic regions of BCL6 in a DNA methylation-sensitive manner, in which DNA methylation can prevent CTCF binding, leading to sustained BCL6 expression. Batlle-López et al. (2015) also claimed that CTCF binds...
  5. ...independent of copy number changes; these processes increase the tumor mutation burden and thus the likelihood of novel driver mutations. Mutations arise through impairments in DNA-damage repair pathways (Wu et al. 2020), endogenous processes including APOBEC mutagenesis, and exogenous factors such as smoking...
  6. ...and 312 hubs which were specific to the cancer consensus network (Supplemental Table S11). Cancer-specific hub genes were enriched for pathways such as ncRNA metabolic processing (GO:0034660, P = 5.2 × 10−2) which is believed to play a role in metabolic reprogramming in cancer, DNA damage response (GO...
  7. ...“logistic mixing,” a neural network without hidden layers that uses a simple update rule to adjust the output probabilities for better bitstream coding. This idea has been brought to genomic compression of sequencing reads with GeCo3 (Silva et al. 2020). Another recent use of neural networks for DNA...
  8. ...24 0 to 8 hours) integrates over 250 paired transcriptome and proteome measurements. We 25 observe upregulation of known DNA repair proteins as well as a global dynamic response of 26 not yet characterized transcripts and proteins. Using artificial neural networks, we classify 27 different expression...
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  9. ...for resolving how specific cell types 469 contribute to the epigenomic regulation of the interferon response in salmonid immunity. 470 ISREs are DNA sequence motifs responsible for the regulation of immune genes (Au et al., 471 1995), which serve as recognition sites for transcription factors integral...
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  10. ...shared the same dynamic timescales. To simulate chromatin, we modeled 2.5 Mb of DNA as a 50-nm fiber with monomers of size 2.5 kb (Methods). Altogether, in our linked 1D extrusion and 3D polymer simulations, loop extruders can sequentially encounter and bypass dynamic barriers with corresponding impacts...
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