Latest Articles

In this article, we discuss how the most advanced laboratory informatics software can enhance the scientific experience across both physical lab work and data management and analysis, enabling analysts to focus on what matters – science.

Scientists have demonstrated the specific role that certain gut microbe species play in carbohydrate metabolism, suggesting the potential for insulin-sensitive gut bacteria to serve as a treatment for individuals with Type 2 diabetes.

This article will discuss current issues in food authenticity, the potential safety implications and the techniques proving pivotal in detecting and preventing fraudulent products from reaching consumers.

Batteries must be carefully scrutinized to ensure that they are safe for use. This article will discuss the role that battery materials analysis plays in maintaining the safety and quality of existing batteries and in the development of new and improved types.

This article explores why the traditional process of sorting through RWD is a challenge, what value is lost through that process, and the underlying technology needed to be able to filter and sort data in a compliant manner.

Proteomics methods are now applied across a variety of scientific disciplines. In this article, we explore just some of the recent trends and advancements in high-throughput and single-cell proteomics.

Regulatory guidance relating to analytical procedures is in the process of changing to a lifecycle approach to ensure that procedures are suitable for intended use across all phases of the drug development life cycle.

In this article, Mike Hawrylycz, an investigator at the Allen Institute for Brain Science, discusses a large, collaborative quest to discover the different cell types of the brain.

This article will outline how automation is currently adopted in vaccine development, including workflows and methods to improve efficiency. In addition, it will explore future opportunities to implement automation when developing vaccines.

Professors Jillian Banfield and Jennifer Doudna are embarking on an adventurous $70 million project to combat methane emissions by genetically editing microbes. Technology Networks interviewed the research team to learn more about the "audacious" project.