Latest Articles

Dr. James Larkin discusses the benefits of biofluid metabolomics and how an NMR-based approach could help to improve the way that cancer is detected and monitored in patients with nonspecific symptoms.

In this article, we will consider how qPCR works, experimental requirements, data analysis and applications of the technique.

Megan Claire-Chase, a cancer survivor and Black woman, explores the disparities in healthcare and clinical research, and how this can affect research outcomes and patient care.

This article discusses the growing need for increased access to NGS-based genomic testing, what needs to change to make that possible and what expanded accessibility could mean for the future of patient care and population health at large.

Technology Networks spoke with PhD Voice to discuss why doing a PhD can be so challenging, the use of Twitter by the PhD community, and tips and future changes it would like to see in the academic field.

Nuclear magnetic resonance (NMR) spectroscopy is a physicochemical technique used to obtain structural information about molecules. In this article, we consider how it works, what it tells you and where it is used.

Patient generated health data is a hot topic in healthcare, with connected technology driving a shift towards patient-centric care. Phil Groom argues that, after the pandemic, digitized lateral flow testing must become a key part of this movement.

The ability to grow microbes is an essential step in being able to utilize their power, identify harmful culprits and advance our understanding and capabilities. In this article, we consider what bacterial culture is, factors affecting culture conditions, common problems and some of the numerous applications.

This article will explore how high-throughput technologies are continuing to advance research in the life sciences. It will also and highlight various areas directly benefiting, including drug discovery, genomics and molecular biology.

This article explores challenges hindering broad adoption and application of emerging microbiome-based diagnostics and outlines recommendations for diagnostic developers to overcome these barriers.