Proponents of cultivated meat products say the new technology could make food systems more sustainable and save lives, but ...

Australian precision fermentation startup Eclipse Ingredients has emerged from stealth with A$7M ($4.6M) in funding to scale ...

Researchers found that Bacillus megaterium can turn over 94% of CO₂ into solid rock using a clean, non-ammonia process.

A lab experiment that simulated Mars conditions showed that green algae can grow in plastic containers made from the same ...

Arsenale Bioyards recognized the inefficiencies and developed a platform that could radically change biomanufacturing, much like the Bessemer converter in the mid-19th century transformed the steel ...

The FTC and DOJ have recently doubled down on a worrying approach to mergers and acquisitions that could disrupt Utah’s ...

Discover how integrating decentralized water systems, source separation, and low-carbon technologies can transform urban ...

At more than 470 times the atmospheric concentration of CO₂, a humble soil bacterium does something extraordinary: it turns ...

Researchers built tough, compostable bacterial cellulose sheets that rival metals in strength. The material handles heat, and ...

Emiri Nakamura and Professor Koji Eto (Department of Clinical Application) has identified microtubule (MT) destabilization as ...

Varda Space wants to change that. The company has raised a massive new round to turn space into the “ultimate high ground” for the production of critical pharmaceutical components that can be brought ...

The past decade has seen the rise of lab-grown meats, cultivated fats, and microbe-based cheeses. These new foods promise ...