Last week, we posted about the impact of techninal variability in single-cell experiments. How can you begin to combat these […]
Original guide published in July 2021. Updated August 2024. Introduction Sample preparation is the process of getting DNA ready for […]
This feature introduces the basic single-cell workflow, as well as best practices and the latest commercial methods in sample preparation […]
Researchers have developed two novel methods to detect a brain tumour (glioma) using cell-free DNA in the blood plasma and […]
A new technology has been developed that can use a smartphone to power a DNA detector for blood or urine […]
The study, published in Nature yesterday, may change how cancer is diagnosed, and shape our understanding of how cancer interacts with microbes.
Alba studied Biochemistry and Biomedicine and did her PhD in Biotechnology at University of Valencia, Spain. She currently works at […]
Proteomics is transforming our understanding of biology. While genomics provides the blueprint, proteomics reveals the dynamic molecular processes that underpin […]
High-resolution spatial transcriptomics and imaging-based technologies are now generating large-scale, multi-dimensional datasets that are beginning to reshape how we understand […]
Scalable, multimodal and AI-enabled approaches are increasingly being used in single cell analysis. Researchers are also combining different types of single-cell data, including spatial biology and perturbation […]
