This three-part webinar series brings together leading researchers to explore how spatial biology is evolving - from data ...

This three-part webinar series moves beyond the hype to focus on what it takes to bring liquid biopsy into routine clinical ...

As advancements in genetic technologies accelerate at an astonishing pace, the potential for gene editing to transform our world becomes closer to being realised. With the advent of revolutionary ...

Is science in the throes of a “reproducibility crisis”? If someone followed the same methods, techniques, and reagents as your experiment, would they have the same results? This describes the core ...

New research has uncovered the function of red blood cells as immune sensors that detect and bind to cell-free DNA present during sepsis. Red blood cells (RBCs) comprise the majority of circulating ...

The idea that the experiences of our ancestors shape who we are today is not a novel one. In fact, throughout history, great thinkers from around the world have proposed theories and ideas to explain ...

This feature was written using content from out recenty published Proteomics Playbook, which you can download for FREE here. The sequence of a protein is critical as it largely dictates the protein’s ...

Nucleic acid sequencing has become an integral part of modern biomedical research. The advances in sequencing technology, from its invention to modern-day equivalents, have been extraordinary. 2022 ...

The metabolome consists of all the small molecules, or metabolites, which are components and products of biochemical reactions taking place within the body. Given its dynamic nature, metabolomics is a ...

In our most recent Back to Basics feature, we took a look at CRISPR, the gene editing technique that took the world by storm in the early 2010s and continues to dominate the life sciences news cycle.

A recent study published in Science has unveiled the potential of engineering a well-known bacterium, Acinetobacter baylyi, to detect cancer DNA in mammals. After four years of collaborative research ...