Impact Area: the Environment
Bioengineering is ideally placed to address environmental problems in our warming world. Our faculty and students are always looking for ways to apply their research to solving challenges in climate change, agriculture, environmental remediation, green manufacturing, and more.
News About: Environmental Impact
Solar beats nuclear at many potential settlement sites on Mars
Research by BioE PhD student Aaron Berliner and Prof Adam Arkin shows that photovoltaics could provide all the power needed for an extended mission to Mars, or even a permanent settlement there. The authors are members of the Center for the Utilization of Biological Engineering in Space (CUBES), led by Adam Arkin.
Best Inventions of 2021: Huue
Congratulations BioE startup Huue and founder PhD alumna Tammy Hsu! Huue’s process for creating environmentally friendly indigo dye through synthetic biology has been named one of Time Magazine’s Best Inventions of 2021.
Undergrad Bryan Wong takes third in Berkeley Ventures, Berkeley Values Pitch Competition,
Bioengineering undergraduate Bryan Wong and his team took third place in the “Berkeley Ventures, Berkeley Values” pitch competition, a recent contest by the Berkeley Startup Cluster focused on ideas to support diversity, equity, and inclusion. Wong pitched Belli Meats, aiming to boost the popularity of faux meats in other cultures with their plant-based pork belly, a product that mimics the real thing with defined layers and distinct meat and fat sections.
Alumna Tammy Hsu named to Tech Review 35
Tammy Hsu, founder of synthetic biology startup Huue, has been named to the MIT Technology Review 35 Under 35 list for 2021 for developing an environmentally friendly process to create indigo dye using microbes. Tammy is a 2019 PhD graduate from Professor John Dueber’s lab.
The Future Looks Bright for Infinitely Recyclable Plastic
The scientists at Berkeley Lab who have pioneered the infinitely-recyclable plastic, PDK, are collaborating with Professor Jay Keasling to design a process for producing PDK polymers using precursor ingredients made through synthetic biology instead of industrial chemicals, for an eco-friendly full lifecycle product.
Bolt Threads: one of the 10 most innovative fashion and style companies of 2021
Bolt Threads, founded by PhD alumnus David Breslauer to produce textiles through synthetic biology, has been named one of the 10 most innovative fashion and style companies of 2021 by Fast Company. They are recognized for their new Mylo product, a leather substitute made from fungal mycelium.
Lygos working to replace polyacrylic acid with biodegradable, synthetic polymers
Non-biodegradeable, petroleum-derived, polyacrylic acid is used in everything from detergents to industrial fluids. Lygos, an alumni spinoff company that creates environmentally friendly chemicals through synthetic biology, has formed a partnership with NanoChem Solutions to produce an alternative: polyaspartate polymers. Together they will develop a process to make aspartic acid, the raw material for the polymers, from sugar via fermentation.
Silk and Leather from Fermentation, Not Animals
Check out an interview with PhD alumnus and Bolt Threads Co-Founder David Breslauer on the Business For Good podcast!
Three BioE alumni in Forbes 30 Under 30!
Congratulations to three bioengineering alumni named to the 2021 Forbes 30 Under 30 list. Joshua Yang (MTM 2016) and Robert Chen (BS 2013) were named in Healthcare: Yang for his work on developing non-invasive tools to measure kidney injuries through startup company Nephrosant, and Chen for designing therapies for undernourished children, using links between certain gut bacteria and stunted growth. Joshua Nixon (BS 2016) and co-founder were named in the Social Impact list for founding Prime Roots, a company developing plant-based meat and seafood alternatives.
Upcycling: Turning plastic bags into adhesives
Professor Phil Messersmith’s lab has collaborated on a new chemical process that converts polyethylene plastic into a strong and valuable adhesive, and could make plastic bag recycling economically worthwhile.
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