2008 NSF Research Experience for Undergraduates
at UCR
Our students had a fantastic summer,
please see their
final presentations
Information for BRITE 2008 is available.
BRITE scientific and engineering research is based on recent advances in recognizing
and exploiting genomic, proteomic, and metabolic patterns in cells.
Research emphasis will be conducted with the framework of an emerging field known as BioCellular
Engineering. BioCellular Engineering proposes to understand, identify and utilize patterns
of cellular organization as expressed in such structures as mitochondria, ribosomes, perioxisomes, and the Golgi apparatus to provide coded instructions or blueprints of biological controls for new generations of bio-machines and bioprocesses. Other related bioengineering problems will also be addressed.
BRITE disciplines and departments within this field include Bioengineering, Chemical Engineering, Electrical Engineering, and Chemistry.
Participating NSF REU BRITE students will be researchers. We emphasize the development of a complete set of research skills, which encompasses library searching, literature searches, research design/quality assurance, writing, and speaking. This experience will give BRITE students direct scientific and engineering research in current research topics . enough to understand how to design an experiment, obtain results, and analyze and present those results.
The BRITE Program in Bioengineering provides 16 students the opportunity to do research in fundamental science and engineering. If selected, you will join dozens of other undergraduate researchers on campus for a summer of fun and science.
Program dates are June 16– August 22, 2008. Students will receive
a stipend of $4000 for this 10 week program.
| Participating
Faculty |
Department |
Project Title |
| Bahman Anvari |
Bioengineering |
Cell Membrane Electromechanics |
| Angelika Dimoka |
Bioengineering |
Functional Brain Imaging: Understanding how the brain functions. |
| Jiayu Liao |
Bioengineering |
In Search of the Mechanisms of Sumoylation: Developing Novel Analytical Tools |
| Dimitrios Morikis |
Bioengineering |
Computational modeling of biomolecules using the ribosome as an example |
| Victor Rodgers |
Bioengineering |
Understanding Redox Species in the Mitochondria: Mathematical Insight |
| Jerome Schultz |
Bioengineering |
Monitor Intracellular Concentrations of Metabolites in Real Time |
| Valentine Vullev |
Bioengineering |
Microfluidic Devices for Bacterial Sensing |
| Wilfred Chen |
Chemical & Environmental Engineering |
Emulating the Natural Mechanism for Efficient Cellulose Hydrolysis: Engineering a
Mini-Cellulosome on a Yeast Cell Surface |
| Nosang Myung |
Chemical & Environmental Engineering |
Dental Applications of an Integrated EIS/QCM/ISE with See-Through Fluidic Chamber |
| Sharon Walker |
Chemical & Environmental Engineering |
Impact of Metabolic Stress on Bacterial Surface Chemistry |
| Quan Cheng |
Chemistry |
Detection of Biological Agents using Surface Plasmon Resonance Imaging |
| Cynthia Larive |
Chemistry |
Construction of Nanoliter-Volume NMR Microcoil Probes |
| Bir Bhanu |
Electrical Engineering |
Video Observations of Biological Systems |
|