Cell Biology

Cell Analysis with Bruker’s Beacon Discovery™

By Science Technology | Apr 25, 2025

Expand your contract testing services with beacon discovery

Single-cell analysis system on a white background

Enhancing Stem Cell Differentiation

By Science Technology | Apr 7, 2025

A clinical-ready, defined medium for contract research applications

Cell differentiation kit on a white background

Flow Cytometry vs FACS: Understanding the Differences in Cell Sorting

By Trevor Henderson | Sep 26, 2024

Flow cytometry and FACS offer unique features, applications, advantages.

conceptual and scientific illustration comparing Flow Cytometry and FACS. The left side represents Flow Cytometry with abstract geometric shapes moving in a structured, orderly path through a central beam of light, while the right side depicts FACS with shapes being diverted into separate channels by glowing energy-like barriers.

Residual DNA Testing: Understanding Host Cell DNA Analysis in Biopharmaceuticals

By Trevor Henderson | Mar 4, 2023

By detecting and quantifying trace amounts of host cell DNA, manufacturers can ensure the safety, quality, and compliance of their products.

image of a modern laboratory, complete with advanced equipment and an artful representation of a DNA double helix in the background. The scene highlights the precision and innovation involved in DNA analysis and biopharmaceutical research

Flow Cytometry: An Essential Guide for Laboratories

By Trevor Henderson | Mar 1, 2023

Flow cytometry is an invaluable technology for laboratories, offering a broad range of applications across various fields.

image of a researcher working with a flow cytometer in a modern laboratory setting. The scene captures the detailed equipment, the researcher's focused handling of a sample, and the high-tech laboratory environment, illustrating the precision and professionalism involved in flow cytometry research.

$15 million Awarded by NIH for 3-D Tissue Development

By Editorial Team | Feb 15, 2023

According to the NIH, during clinical trials, more than 60 percent of investigational drugs fail, even if they showed promising results in pre-clinical studies on cell and animal research. To stop this from happening, NIH has announced it will award 13 "Tissue Chip...