Will Harcombe combines experimental and computational models to decode complex microbial interactions.

Can gene regulatory networks help scientists predict cell behavior and improve therapeutics for cancer and other diseases?

Enzyme advances promise to boost the bioeconomy Enzyme technology symposium brings together researchers from North America and Japan working on cutting-edge applications. By Stephanie Xenos Around 85 researchers and industry partners involved in developing new...

BTI Researcher Christopher Staley uses an ecology framework to tackle the human microbiome and its intricate secrets.

As the BioTechnology Institute’s new director, longtime faculty member Claudia Schmidt-Dannert aims to plant the institute firmly on the front lines of emerging needs and opportunities.

Kate Adamala and the Build-a-Cell consortium look to synthetic biology for insight into the origins of life and a source for vital raw materials.

The exploding yeast and fluorescent fish are interesting, for sure. But for Michael Smanski, the real attraction of synthetic biology is the chance to work at the cusp of a new era in biology—one that holds promise for improving food production, medical care, climate change adaptation, pollution cleanup and more.

Microbes are nothing if not industrious. The metabolic pathways (linked series of chemical reactions) in these tiny organisms lead them to crank out a wide variety of molecules for all sorts of purposes — and that’s what has Mike Freeman’s attention.

Some experts estimate that there are over two million species of fungi living on Earth today. Excellent scavengers and nutrient recyclers, many fungi also gather materials from their surroundings and can even capture and store environmental contaminants.