What can the shape of the nucleolus tell us about a cell’s response to drugs? Researchers use advanced microscopy techniques ...

Investigating the effects of microgravity on melanin biosynthesis in E. coli provides crucial clues for improving space ...

We explore recent biorobotics developments, including biohybrid lobster bots and a nature-inspired artificial eye, that will ...

In episode two of our AI & Antibodies mini-series, we speak to Ryan Emerson, Senior Vice President of Data Science at A-Alpha Bio, to discuss AlphaBind, A-Alpha Bio’s antibody-antigen binding-affinity ...

Researchers reveal the fundamental role that mRNA’s tail, the 3′UTR, plays in the folding of complex regulatory proteins. Proteins are how cells get work done. They carry out nearly every important ...

During Napoleon’s disastrous retreat from Russia in 1812, vast swathes of soldiers in the French army succumbed to infectious disease, but the pathogen, or pathogens, responsible have remained at ...

Original story from the Salk Institute (CA, USA). Scientists use new 3D reconstructions and computer simulations to reveal previously unmeasurable changes in synaptic structure during key learning ...

How do you develop a cell line that changes the course of biomedical research and manufacturing? Trial, error and a good dose of luck, according to Frank Graham, now ...

In this edition of the biotech bi-weekly, catch up on five innovative product launches – from lab balances to spatial solutions – and recent partnerships driving human health forward. Illumina (CA, ...

Do you use spatial omics technologies? We want to hear about the samples you work with, the omics data you’re interested in and the current spatial platform you’re using! Take this short survey to ...

A new molecular pathway that helps explain how disturbed blood flow contributes to the formation of dangerous, unstable atherosclerotic plaques has been discovered, offering insight into how aging ...