Today, these microbial partners work in the soil across millions of acres of farmland worldwide, helping farmers grow more ...

Accelerating Gene Design, Strain Optimization, and Bioprocess Control for Next-Generation Biomanufacturing We are committed to advancing synthetic biology through the power of AI... BioSynthAI™’s ...

Advances in the speed, scale, and affordability of nucleic acid synthesis over the last two decades have catalyzed a rapidly evolving landscape in ...

Nowhere is this ambition to standardize more pronounced than in synthetic biology. For now, no one can be sure that the parts agenda will succeed. However, we have already noted that at least one ...

The £14 million Carbon-Loop Sustainable Biomanufacturing Hub (C-Loop) will use microorganisms to transform carbon-based waste usually destined for landfill into next-generation materials including ...

Tom Knight may laugh when someone calls him the ?godfather of synthetic biology,? but his ideas have helped spur a worldwide movement to look at biology with an engineer?s eye.

Food giant Kraft Heinz will remove all artificial colors from its brands as synthetic food dyes face renewed scrutiny from consumers and Secretary Robert F. Kennedy Jr.’s US Department of Health ...

By 2027, Kraft Heinz says all artificial food dyes will be replaced with natural colors. The move comes two months after federal officials called on food companies to stop using synthetic dyes.

Deciphering gene function to understand the genetic basis of microbial phenotypes in a high-throughput manner is crucial for bacterial engineering. However, efficient tools for generating genome-wide ...

One-carbon biomanufacturing offers a sustainable route for producing value-added chemicals. Glycolaldehyde synthase (GALS), an engineered enzyme from Pseudomonas putida, catalyzes a key step by ...