Breaking through the diffraction barrier for deeper biological insights Super-resolution microscopy (SRM) improves conventional fluorescence microscopy by achieving higher resolution. It enables fine mapping of structures such as microtubule protofilaments,...
Analysis of flow cytometry data requires the identification of a homogenous cell population. This is achieved in a multistep process known as gating. It involves narrowing down the parameters that define the cell population of interest and excluding dead cells and...
From Research to Therapy Flow cytometry is widely used, with many applications in both research and clinical labs. For pharma and biotech labs, the ability to quickly perform multi-parameter quantitative analysis on large numbers of heterogeneous cells makes flow...
Maximize the benefits of spectral flow cytometry by using the right fluorochromes Spectral flow cytometry enables researchers to conduct larger and more comprehensive flow cytometry experiments than ever before, in some cases with over 40 different fluorochromes in a...
Some of the latest developments advancing scientific research With 2021 now well underway, we felt it might be timely to highlight some of the newer technologies available to enhance laboratory workflows. Modern dyes designed to increase panel size have proven hugely...
