Copyright 2014 Biomedical Microdevices Laboratory
News & Events
Welcome to the Biomedical
Microdevices Laboratory homepage
Within the BML, we seek to develop fundamentally
enabling MEMS-based process technologies,
devices, and instruments that address critical
needs in public health, facilitate scientific inquiry,
and advance understanding in areas of medical
relevance. We invite you to peruse our site and
welcome further inquiries.
Masaru (Masa) Rao
UCR campus in winter (Image courtesy of UCR Photo Gallery)
Group photo, Spring 2014
National Academies report on graduate program quality
ranks UCR Mechanical Engineering in the top 25% of all
ME programs in the nation. Link
UCR Engineering & Natural Sciences programs
collectively ranked 10th in the world in research impact
by annual Leiden rankings. Link
Shanthi & Shannon's paper entitled “Comparative Endothelial
Cell Response on Topographically Patterned Titanium and
Silicon Substrates with Micrometer to Sub-Micrometer
Feature Sizes" is accepted for publication in PLOS ONE.
Cara's paper entitled “Modular reservoir concept for
MEMS-based transdermal drug delivery systems" is accepted
for publication in Journal of Micromechanics and
Congrats to Shannon for passing her doctoral defense!
Omid's paper entitled “Wafer-scale titanium anodic bonding
for microfluidic applications" is accepted for publication in
Sensors and Actuators B.
Shannon wins Best Poster Award at UC Systemwide
Bioengineering Symposium for her work on nanopatterned
Harish wins Best Poster Award at UCR ME GSA Symposium for
his work on ultrahigh throughput mechanoporation.
Omid wins Audience Choice Poster Award at ASME NEMB
2014 for his work on Ti anodic bonding.
Omid wins Best Poster Award at ASME Society-Wide Micro
and Nano Technology Forum at IMECE 2013 for his work on
Ti microneedle development for ocular drug delivery. BCOE
article, BIEN article
Shanthi & Shannon present their work on endothelial cell
response to nanopatterned Ti at the 2013 American Heart
Association Scientific Sessions. Extended abstract is
published in Circulation.