Latest Articles

With the world of science rapidly evolving, and a new year beginning, we look at the trends breaking through right now, asking experts: where is the world of science headed?

For years, it was understood that only traits or characteristics encoded in our DNA sequence could be transmitted to our offspring. Now, a growing field of research suggests that the mechanisms by which our genes are regulated can also be passed down, perhaps even to our grandkids.

Technology Networks interviews renowned structural biologist-turned molecular artist, Professor David Goodsell.

Michael Kinch confronts a recent controversy in the field of immunology, where researchers failed to seek permission or guidance from the NIAID before engineering mutant forms of SARS-CoV-2.

Featuring expert insights, this article will reflect on recent progress in the multiomics research space, exploring workflow developments, technologies and applications.

As the year ends, it’s time to reflect on the stories that you enjoyed the most. Here’s our roundup of this year’s most popular headlines, including new findings on how we humans age, the impact of diet on the microbiome and a revelation on the cause of multiple sclerosis (MS).

This article will discuss the development of cell lines for biotherapeutic production and will touch on key considerations, such as future manufacturability.

A new version of the Human Protein Atlas has been released, featuring the Human Disease Blood Atlas, a pan-cancer strategy that depicts proteome signatures for specific types of cancer. The atlas was created using next-generation proteome profiling methods, and offers enthusiasm for the future of the clinical proteomics field.

From tweets to toots – the online community #SciTwitter is considering a move from Twitter to an alternative online platform. In this article, we explore how Twitter has supported science communication and outreach over recent years, the motivations for migration and ask: where are you heading, #SciTwitter?

By combining single-cell analysis tools with imaging and microfluidics, spatial biology is adding a new layer of information and is set to transform biomedical science.