Lawrence Berkeley National Lab began construction of the Integrative Genomics Building (IGB), which will house researchers from the Department of Energy Joint Genome Institute with those from the Systems Biology Knowledgebase under one roof. Bioengineering professors Adam Arkin, Director of Kbase, and Jay Keasling, Biosciences Associate Laboratory Director, were on hand for the groundbreaking.
Research from Professor Mohammad Mofrad’s lab, “Bacterial Networks on Hydrophobic Micropillars”, made the cover of the journal ACS Nano this issue.
Healy Lab’s heart-on-a-chip technology is the subject of a video feature at Futurism.
Bioengineering MEng students Sneha Balan and Nick Engel are featured on page 4 of the Winter MEng newsletter, for their Early Cancer Detection project and Alumni Innovation Award. Nick is also on the cover.
After severe trauma, some patients in shock develop impaired coagulation. This is difficult to diagnose in crisis and makes blood transfusions dangerously challenging to manage. Professor Adam Arkin and collaborators have used dynamic modeling to demonstrate a method for calculating each patient’s transfusion requirements using only laboratory values that can be easily and quickly obtained in the emergency setting. This personalized information could help hospitals save lives at risk from acute traumatic coagulopathy and massive transfusion mortality.
For the #1 spot in their annual Top 10 Innovations of the year, The Scientist magazine has chosen Milo, the commercial version of the single-cell Western blot technology invented in Professor Amy Herr’s lab. Originally developed for market by BioE PhD alumna Kelly Gardner for their startup Zephyrus Biosciences, acquired by BioTechne, Gardner now runs commercialization of the product for ProteinSimple.
The CellScope, a cellphone-based microscope from Professor Dan Fletcher’s lab, was featured in the latest issue of the Berkeley Science Review.
A new study from Professor Irina Conboy’s lab found that tissue health and repair dramatically decline in young mice when half of their blood is replaced with blood from old mice. This adds further detail to the complex study of aging and suggest that young blood alone will not reverse the aging process.
Check out this great video on the CellScope Loa.