Bolt Threads, a startup company founded by BioE PhD alum David Breslauer, is planning to revolutionize the clothing industry by spinning spider silk from engineered yeast.
BioE News
Messersmith shows drug-induced regeneration in adult mice
Bioengineering professor Phillip Messersmith has co-authored groundbreaking research showing that a primitive form of tissue regeneration can be harnessed to achieve spontaneous tissue regeneration in adult mice, without the need for stem cells. The study findings were reported in Science Translational Medicine.
2015 M.Eng. videos
Watch the 2015 BioE Master of Engineering students explain their capstone projects in these 1-minute videos.
Congratulations 2015 Graduates!
We’re proud of you! Watch the 2015 Commencement ceremonies online.
Dueber lab engineers opium poppy pathway
Researchers in professor John Dueber’s lab have taken us one step closer to producing more medications through synthetic biology by replicating some of the chemical processes of the opium poppy in yeast. Will DeLoache, bioengineering graduate student and study lead author, and collaborators, were able to synthesize the poppy compound reticuline from tyrosine, a derivative of glucose.
BioE alum Shetty in Berkeley Engineer
BioE alumna Charvi Shetty was profiled in Berkeley Engineer magazine this semester with her startup company, Knox Diagnostics. She’s developing an inexpensive asthma diagnostic, first designed in the Bioe Senior Capstone course.
Conboy and Schaffer discover new drug to rejuvenate aging tissues
Bioengineering professors Irina Conboy and David Schaffer, have discovered a small-molecule drug that simultaneously revives old stem cells in the brains and muscles of mice. This is excellent news for anti-aging research, giving hope that there could exist a single intervention that rescues the function of multiple tissues throughout the body.
The many frontiers of synthetic biology
Synthetic biology applications from the astronomical to the anatomical were explored in the Spring 2015 Berkeley Engineer magazine.
Video cellscope automates detection of parasites in blood
The CellScope team in Professor Dan Fletcher’s lab have made another breakthrough in mobile microscopy, using video to automatically detect and quantify infection by parasitic worms in a drop of blood. The new device can help revive efforts to treat common, neglected filarial diseases in Africa, such as river blindness.