Suh: Difference between revisions
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===Welcome to the Nanotherapeutics Research Laboratory at Rice University.=== | ===Welcome to the Nanotherapeutics Research Laboratory at Rice University.=== | ||
Our ultimate purpose is to harness the tools of | Our ultimate purpose is to harness the tools of synthetic chemistry and recombinant DNA | ||
synthetic chemistry and recombinant DNA | technology to engineer bio-inspired nanodevices for the detection and treatment of | ||
technology to engineer bio-inspired | |||
nanodevices for the detection and treatment of | |||
human diseases. | human diseases. | ||
Our research is highly multi-disciplinary, | Our research is highly multi-disciplinary, relying on the efforts of scientists, engineers, | ||
relying on the efforts of scientists, engineers, | and clinicians with diverse backgrounds and expertise. We seek to drive innovation by | ||
and clinicians with diverse backgrounds and | working at the interface of multiple fields, including Biophysics, Cell Biology, | ||
expertise. We seek to drive innovation by | Regenerative Medicine, Drug/Gene Delivery, and Biomedical Imaging. | ||
working at the interface of multiple fields, | |||
including Biophysics, Cell Biology, | |||
Regenerative Medicine, Drug/Gene Delivery, | |||
and Biomedical Imaging. | |||
</div> | </div> | ||
Revision as of 20:50, 8 June 2007
Research• Research Overview |
Contact UsJunghae Suh, Ph.D.
Assistant Professor |
Welcome to the Nanotherapeutics Research Laboratory at Rice University.
Our ultimate purpose is to harness the tools of synthetic chemistry and recombinant DNA technology to engineer bio-inspired nanodevices for the detection and treatment of human diseases.
Our research is highly multi-disciplinary, relying on the efforts of scientists, engineers, and clinicians with diverse backgrounds and expertise. We seek to drive innovation by working at the interface of multiple fields, including Biophysics, Cell Biology, Regenerative Medicine, Drug/Gene Delivery, and Biomedical Imaging.
