Research Tools

Pow.Bio provides intelligent fermentation services for industrial and synthetic biology. The company has built an AI platform that rapidly identified better-performing process conditions, increasing output 2–3x from existing infrastructure within just 100 days. The company's services combine continuous fermentation with advanced control methodology to quickly optimize the fermentation process and deliver high yields at low cost. The scale runs from 1-100 liter capacity for bacteria, yeast, and filamentous fungi. The first-of-its-kind fermentation technology solves the...

3D printing for medical and food applications. Mass producing alternative steaks from alternative ground beef. Scalable solution for 3D printed alternative meat.

The Cryolithographic Technology was initially developed to produce biological organs for organ transplant. Realizing that there was an immediate commercial opportunity in food production, RS3Dprints was spun out of the lab.

Boris Rubinsky, Ze'ev Shaked, Michal Adamkievicz

Berkeley Yeast is a startup founded by UC Berkeley scientists, with grant funding from NSF, NIH, and USDA, as well as from venture capital. Berkeley Yeast bioengineers yeast strains that improve fermentation for brewers, winemakers, and beyond. The company uses synthetic biology to develop yeast strains with a variety of benefits, ranging from unprecedented control over flavors, to protection against the increasing vulnerability of crops, to greater product shelf stability and increased production efficiency. CEO Charles Denby co-founded the company based on the...

This life science research tools company was spun out of technology developed in the UC Berkeley bioengineering department. Zephyrus Biosciences developed medical research tools for single-cell analyses, enabling high resolution biology. The company's first product, called Milo, was a benchtop instrument that allowed researchers to search for specific proteins in about 1,000 single cells at once. This improved western blotting instrument made it possible to analyze individual cells for the first time. The high-throughput and high-selectivity protein fingerprinting gave...