In her new book, Nicola Twilley reflects on what it means to be entirely dependent on artificial cooling. As the climate ...

Decarbonizing our economies in the race to fight climate change demands a wholesale overhauling of all sorts of production ...

This research unravels the "genetic code" behind wheat's wide range of environmental adaptations and quality formation. It will also provide important genomic support and theoretical guidance for ...

Studying patients with PD-1 or PD-L1 deficiency may help inform new approaches to fine-tuning immunotherapies to maximise ...

The United States military is always looking for new ways to create super soldiers. They use performance-enhancing and ...

A team at IIT (BHU) is developing a revolutionary cell-based medical device using 3D bioprinting technology aimed at curing ...

There's a lot of buzz about GMO food out there, and much of it is false. We're here to bust some common misconceptions and ...

Penn Engineers have cooked up a new way to improve mRNA delivery, developing an optimal “recipe” for ionizable lipids — key ...

Tel Aviv University researchers have identified new brain mechanisms in genetic autism, offering potential new pathways for ...

Alex de Mendoza of Queen Mary University of London collaborated with researchers from The University of Hong Kong to use a ...

Cell density is a broadly applicable tool for guiding engineered and naturally occurring cells to build a vast array of structures, tissues, and organs.

The research highlights how evolution repurposes existing genetic tools, turning them into versatile drivers of innovation.