Latest Articles

A new molecule, based on the anti-diabetes drug metformin, can bind copper, found to be important in acute inflammation, sepsis and cancer dissemination, and thus holds great promise for new therapy.

In this article, we review the latest research in cell therapy development, including advances made in the lab that show promise for translation to the clinic, to improvements in developing, testing and manufacturing.

This article sheds light on the issue of image integrity in academic publishing and gives advice on how to reduce the risk.

In this opinion piece, Jan Wauters discusses why collaboration in science is so important and what the Windsor Framework could mean for research in Europe.

In this op-ed article, Michael Kinch explains his optimism around ChatGPT which, in his words, centers around the possibility that we as a society might start to question "claims" and "truths" that we encounter daily.

In this article, we discuss the fundamentals of transfection, provide an overview of some of the commonly employed methods and a sample protocol. Finally, we consider some of the key applications of transfection.

Electronic pipettes offer several benefits, but many laboratories are still resistant to making the switch from manual options. This article discusses how equipping your team with electronic pipettes could rapidly pay for itself.

The 11th-hour passage of The FDA Modernization Act gave a much-needed boost to the advocates of new alternative methods (NAMs) for preclinical testing. In this article, we take a look at why NAMs are needed and what the new legislation means for pharmaceutical companies.

Much research has focused on the gut microbiome, but we also carry microbes in other bodily parts, including the respiratory tract, skin and genitalia. How do other microbiomes, beyond the gut, develop during infancy, and can factors such as delivery method affect their development? Technology Networks interviewed Dr. Wouter de Steenhuijsen Piters to find out.

This article explores new workflows using data-driven modeling to improve culture medium and new control algorithms allowing for better modulation within the bioprocess design space.