Latest Articles

Bayesian statistics has emerged as a powerful methodology for making decisions from data in the applied sciences. Bayesian brings a new way of thinking to statistics, in how it deals with probability, uncertainty and drawing inferences from an analysis.

Scientists have demonstrated the potential for using intratumoral microdevices (IMDs) to test various cancer drugs on the tumor before implementing systemic treatment. The approach could offer a hope in tackling hard-to-treat gliomas.

This article explores the importance of testing for liver-related autoantibodies to differentiate between three autoimmune liver diseases.

Biopharmaceuticals require careful analysis during research, development and manufacturing. In this article, we highlight some of the analytical techniques employed in biopharmaceutical analysis, and how the field is evolving to meet new challenges.

Scientists have devised an environmentally friendly method that turns vegetable waste into health and personal care products, giving vegetable waste a new lease of life in a sustainable and cost effective manner.

Researchers explored the impact of double HER2 mutations and identified a specific combination of existing cancer drugs able to target breast cancer cells that were previously resistant to treatment.

There has been excitement surrounding single-molecule sequencing and its possible application in single-cell proteomics. We speak with Dr. Ryan Kelly to understand how its capabilities currently compare to mass spectrometry.

Join us as we sit down with Professor Emma Lundberg, a luminary in the field of spatial biology, to discuss her incredible career journey, the challenges that she has overcome and the groundbreaking discoveries that continue to shape the future of science and medicine.

Capillary electrophoresis is a powerful separation and analysis technique that offers quick and efficient results. In this article, we explore how it works, variations on the technique and their applications.

Scientists have found a way to reverse infertility in a sterile mouse model by reducing the concentration of plasma high-density lipoproteins, known to impact fertility, using constitutively expressed bacterial serum opacity factor.