Exploring Drug Mechanism of Action with CUT&RUN Services: Q&A with Foghorn Therapeutics
Disruption of epigenetic mechanisms can lead to abnormal gene expression and is linked to many diseases, including cancer, inflammation, and […]
Disruption of epigenetic mechanisms can lead to abnormal gene expression and is linked to many diseases, including cancer, inflammation, and […]
DNA methylation is a critical epigenetic modification with profound implications on gene regulation, development, and disease research. As interest in epigenomics
CUT&RUN and CUT&Tag are powerful chromatin mapping tools driving innovative research. Over the years, we have written comprehensive blog posts comparing
Thoroughly understanding disease mechanisms is key to successful drug discovery and development. Chromatin structure plays a significant role in disease
Multiomic studies, which involve the integration of DNA, RNA, and protein “omics” datasets from a single cell or sample type,
Single-cell epigenomics has transformed our understanding of cellular diversity and gene regulation. By analyzing individual cells, researchers can uncover the
Purification of target-enriched DNA is central to CUT&RUN (and CUT&Tag) chromatin mapping workflows. When considering a DNA cleanup strategy, multiple
From single cell profiling and spatial epigenomics to analysis of FFPE samples, CUT&Tag is making headlines1-7. CUT&Tag is also a
At the center of chromatin regulatory mechanisms is the nucleosome – a histone octamer wound by DNA. The tails of
Protein tags have multiple uses and advantages in molecular biology1,2. They can improve protein stability in vitro, streamline purification processes,