Fall 2011 Graduate Newsletter

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Thanks for reading our Fall 2011 BioE graduate program newsletter!

Alumni Profile: Alana Sherman – MacGyver of the Southern Ocean

Bioengineering alumna Alana Sherman (Ph.D. 2003) travels around the world developing instrumentation to study the deep ocean for the Monterey Bay Aquarium Research Institute (MBARI). How cool is that?
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Student Profile: An-Chi Tsou, frisbee champ

We had a chat about flying discs, young fans and lost luggage with BioE grad student An-Chi Tsou, recently home from Italy this summer as a World Champion frisbee player. An-Chi was part of the Team USA mixed gender team at the Beach Ultimate Frisbee World Championships. Read more…


Berkeley will host the annual UC Systemwide Bioengineering Symposium, June 21-23, 2012. The Systemwide is a three-day conference primarily for bioengineering researchers within the UC system. More details to come!


Desai Lab bridges research and industry

Research from Bioengineering Graduate Program Chair Tejal Desai will be the first technology supported and licensed through a sponsored research agreement between UCSF and Zcube.

The initial two-year agreement will fund Desai’s work in delivering drugs directly to the small intestine and colon, through an ingestible drug-delivery microdevice. Zcube will receive exclusive, worldwide licensing rights for the UCSF-patented invention. Read more…


Herr analyzes tears for diagnosis

Berkeley Bioengineering Assistant Professor Amy Herr, along with graduate student Kelly Karns, has developed a microfluidic assay which can test tears for proteins that signal disease.

Tears are not routinely used for clinical testing because they are alkaline, and do not adhere predictably to antibody-coated surfaces. The Herr Lab assay does not require any surface participation, instead mixing tears with fluorescently-labeled antibody in an 80-micrometer wide channel on polyacrylamide gel. An applied electric field causes proteins of different sizes to move at different rates along the gel, which will allow a fluorescence microscope to quantify the tear protein by the appearance of the distinct visible band produced.
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