The overreaching goal of our research is the development of versatile platforms of innovative vectors for cancer therapeutics, vaccine development and imaging reagents in nanomedicine. With the growing sophistication of polymerization strategies, the implementation of functionality and utilization of macromolecular architectures will be key for many of the promising applications in nanotechnology related to the biomedical field and materials science. Thereby structural and functional fidelity compatible for bioconjugation is a focus in the design of the polymer topology.
University of Houston
Department of Chemistry
406 STL Building
Labs: 415, 412, 414, 408
phone: (713) 743-6707
Recent NewsJune 06, 2018: Michael Lampley’s paper on expandable nanoparticles was published in ACS Macroletters !
May 14, 2018: Dain and Jake met again at the Commencement at Vanderbilt! Congratulations to the Graduates!
April 06, 2018: Eva was featured in UH Today