Deadline62408. Lab meetings are at in Byers Hall Spring Presentation Schedule52 Kristy59 Mark515 Lily523 Perla530 Dan66 Adam613 Rahul620 KayteDates are subject to change, but not order, wo switching. 5108 Lily Peng, Kayte Fischer, and Adam Mendelsohn advance in the Berkeley Nano Opportunity Challenge Ketul Popat leaves the lab to start his position as an Assistant Professor at Colorado State Univeristy.

Dan Bernards joins our lab as post doc. 52307 Tejal is awarded IEEE Engineering in Medicine and Biology Society Early Career Award52107 Kristy was awarded the Controlled Release Society Innovative Aspects of Oral Drug Delivery and Absorption Graduate Award from Controlled Release Society.

Biological microelectromechanical systems bioMEMS and nanotechnologies such as oligonucleotide arrays, integrated fluidic chips, and drug deliverysensing platforms promise to transform the world of electronics. Perla is elected as CoPresident of the UCBUCSF Bioengineering Association of Students.

Biological microelectromechanical systems bioMEMS and nanotechnologies such as oligonucleotide arrays, integrated fluidic chips, and drug deliverysensing platforms promise to transform the world of electronics. Dan Bernards joins our lab as post doc. 52307 Tejal is awarded IEEE Engineering in Medicine and Biology Society Early Career Award52107 Kristy was awarded the Controlled Release Society Innovative Aspects of Oral Drug Delivery and Absorption Graduate Award from Controlled Release Society. Upcoming DeadlinesSociety for Biomaterials Tranlational Biomaterials Research Atlanta, GA 1113, Kayte is awarded Best Poster at the UCSFFundacion Ciencia Para La Vida Conference.

Deadline62408. Lab meetings are at in Byers Hall Spring Presentation Schedule52 Kristy59 Mark515 Lily523 Perla530 Dan66 Adam613 Rahul620 KayteDates are subject to change, but not order, wo switching. 5108 Lily Peng, Kayte Fischer, and Adam Mendelsohn advance in the Berkeley Nano Opportunity Challenge Ketul Popat leaves the lab to start position at The Charles Stark Draper Laboratory, Inc.

The key driving force is the complementary length scale between biological structures that range from the 10s of nanometers proteins, DNA, viruses to the micron scale cells and cellular assemblies and the new capabilities of micronanosystems to manipulate and control such feature sizes within our environment. Sarah Tao leaves the lab to start position at The Charles Stark Draper Laboratory, Inc. Dan Bernards joins our lab as post doc.