Traditional Research Areas
Organic Chemistry
| Faculty Member | Office Location | Lab Location | Description | 
|---|---|---|---|
| BSF 308 | BSF 358 | N/A | |
| SCA 403 | SCA 434 | N/A | |
| NES 408B | NES 405 | Design synthesis and investigation of novel biomaterials | |
| SCA 427 | N/A | Drug discovery using the tools of computational chemistry, medicinal chemistry, and biochemistry | |
| CHE 205 | N/A | Discovery of new drug candidates with fully optimized pharmacokinetic and pharmacodynamic parameters | |
| NES 331A | NES 331 | Focuses on supramolecular chemistry and molecular materials through organic synthesis | |
| N/A | N/A | Focused on the development of new reactions, reagents, and the synthesis of natural products with anti-cancer activity. | |
| CHE 203C | N/A | Focused on how and what students learn in organic chemistry. | |
| IDRB 202 | IDRB 211 | We design and synthesize custom-made, multifunctional molecular cages, fullerene adducts and organic ligands on a gram scale for use in hybrid material assemblies, targeting medical, energy, and environment related applications. | |
| NES 330B | NES 329 | Focused on the synthesis and evaluation of new antibacterial and anticancer agents, as well as development of nanoparticle polymers as drug delivery vehicles and biomedical plastics. |