2007 Graduate Catalog and 2006 Annual R & D Report - Sirindhorn ...
2007 Graduate Catalog and 2006 Annual R & D Report - Sirindhorn ...
2007 Graduate Catalog and 2006 Annual R & D Report - Sirindhorn ...
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<strong>2007</strong> <strong>Graduate</strong> <strong>Catalog</strong> <strong>and</strong> <strong>2006</strong> <strong>Annual</strong> R & D <strong>Report</strong><br />
<strong>Sirindhorn</strong> International Institute of Technology (SIIT)<br />
Dr. Wanwipa Sriwatwechakul<br />
Lecturer (Joined SIIT in June <strong>2007</strong>)<br />
B.S. in Chemical Engineering, Massachusetts Institute of Technology, USA<br />
M.S. & Ph.D. in Chemical Engineering, Princeton University, USA<br />
Area of Specialization: Biomaterials <strong>and</strong> drug delivery.<br />
Research Interests:<br />
Polymer <strong>and</strong> Surfactant Self-assembly Drug<br />
Delivery<br />
Traditionally, disease treatment is delivered mainly<br />
through oral or intravenous means. In the case of<br />
cancer treatment, however, drugs are so toxic that<br />
delivering them through traditional methods would<br />
mean killing healthy living cells. Thus, delivery<br />
vehicles are used to encapsulate the drugs <strong>and</strong><br />
deliver them the cancer site while protecting normal<br />
cells.<br />
We are interested in developing drug delivery<br />
vehicles from polymers <strong>and</strong> surfactants selfassembly.<br />
They are ideal c<strong>and</strong>idates for this<br />
application because they are compatible with<br />
hydrophobic <strong>and</strong> hydrophilic drugs. The problem of<br />
delivering hydrophobic drugs is one of the foremost<br />
issues in pharmaceutical industry. In addition,<br />
polymers <strong>and</strong> surfactants allow flexibility in attaching<br />
targeting molecules to improve the treatment efficacy.<br />
We are also interested in drug delivery application in<br />
tissue engineering since it can provide vehicles to<br />
deliver proteins to promote the wound-healing<br />
process.<br />
Computational Fluid Dynamics Applied to Human<br />
Physiology<br />
The principles of chemical engineering fluid<br />
mechanics can be applied to the study of basic<br />
human physiology, such as fluid flow in the blood<br />
stream, workload requirements on the human heart<br />
<strong>and</strong> the implications of having cholesterol buildups.<br />
This underst<strong>and</strong>ing is essential in engineering better<br />
cardiovascular devices, <strong>and</strong> it will assist healthcare<br />
professionals in providing better treatment <strong>and</strong><br />
prevention options for chronic heart patients.<br />
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