AI Article Synopsis

  • The manuscript examines how DNA methylation and microRNA (miRNA) regulate drug-metabolizing enzymes and transporters related to breast cancer treatment.
  • It includes a review of existing literature and an in silico analysis of important gene sites, suggesting there is potential for further research into additional genes and miRNAs.
  • The authors emphasize the importance of peripheral blood as a source for pharmacoepigenetic biomarkers and highlight a gap in toxicoepigenetic studies specifically for breast cancer.

Article Abstract

The focus of this manuscript is on DNA methylation and miRNA regulation of drug-metabolizing enzymes and drug transporters involved in the disposition of drugs commonly used in breast cancer. We start with a review of the available scant literature and follow with an in silico analysis of the CpG islands and miRNA binding sites of genes of interest. We make the case that there is room for further research to include more genes and miRNAs despite the extensive sharing of miRNA targets by candidate genes of interest. We also stress on the role of peripheral blood as a source of pharmacoepigenetic biomarkers, and point out the lack of toxicoepigenetic studies in breast cancer.

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Source
http://dx.doi.org/10.2217/pgs-2016-0081DOI Listing

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