Deaminase-Based Chromatin Footprinting: An Intro to DAF-seq, ACCESS-ATAC & More
Transforming Single-Molecule Epigenomics one C-to-T Transition at a Time How a gene is regulated shapes everything from normal development to […]
Chromatin mapping
CUT&RUN Decodes Drug Resistance Mechanisms
Beyond RNA-seq: Applying CUT&RUN to Decode Drug Resistance and Inform Rational Combination Therapies Key Takeaways: RNA-seq and ATAC-seq reveal transcriptional
Fiber-seq Applied to Brain Cells Enhances Neuro Research
Fiber-seq Provides a More Complete View of the Human Brain Epigenome Fiber-seq: A Solution to Uncover Unmapped Epigenomic Regions Chromatin
Headed to SfN? 4 Ways CUT&RUN and CUT&Tag Are Advancing Neuroscience
Epigenetic mechanisms shape nearly every aspect of neurobiology—from guiding early neural development to regulating plasticity, cognition, and responses to injury
Major Updates to CUTANA™ CUT&Tag Kits: Improved Performance at Lower Costs
Funding challenges are a reality for many researchers, and we want to make sure innovation doesn’t slow down because of
What’s new with CUT&Tag? Seven FAQs you need to read
From single cell profiling and spatial epigenomics to analysis of FFPE samples, CUT&Tag is making headlines1-7. CUT&Tag is also a
Nucleosome narratives: SMARCAL1-mediated tumor immune evasion
In this new blog series, we are sitting down with the lead scientists of recently published chromatin studies, providing a
Top CUT&RUN and CUT&Tag chromatin mapping papers of 2023
2023 was a remarkable year for science. The first CRISPR-based gene therapy was approved in the U.K. and the U.S.
The promise of chromatin research to advance precision medicine
Precision medicine, also known as personalized or individualized medicine, describes the use of patient-specific molecular features to guide disease diagnosis,
A look inside the CUTANA™ CUT&Tag Kit
CUT&Tag (Cleavage Under Targets & Tagmentation) is a breakthrough strategy that combines immunotethering and Tn5-based tagmentation technologies for ultra-sensitive epigenomic