https://sites.temple.edu/beaudry/
Research Overview: The rich structural diversity, intriguing molecular architectures, and potent biological activities of natural products make these compounds compelling targets for synthesis.
https://cst.temple.edu/about/faculty-staff/christopher-beaudry
The Beaudry group is broadly interested in natural products and creating methods for their synthesis. The natural products we target are from every major natural product class.
https://pharmacy.temple.edu/magidabougharbia
The group’s research further focuses on: (a) the use of receptor homology, bioisosteric replacement strategies, rational and structure-based drug design approaches; (b) utilizing natural products as a unique resource for discovering innovative therapeutics; (c) applying enabling technology platforms and in vitro ADME to evaluate drug-like ...
https://tyler.temple.edu/faculty/sasha-eisenman-phd
Sasha Eisenman is a botanist and horticulturist with a diverse portfolio of research projects. Currently, his primary area of research is on the survival, health and ecophysiological responses of plants in green infrastructure systems (tree trenches, bioswales and rain gardens).
https://engineering.temple.edu/research/labs-centers/civil-environmental-engineering-labs
Dedicated to the investigation of physicochemical processes, environmental chemistry, remediation, and fate & transport, our lab performs experimental research on societally and environmentally relevant issues, and our research addresses both natural and engineered treatment systems.
https://bulletin.temple.edu/courses/hort/
This course focuses on native and introduced hardy (naturalized) trees, shrubs, vines, and herbaceous plants that comprise plant communities and serve as the foundation of natural, designed, and restored landscapes.
https://sites.temple.edu/beaudry/dr-beaudry/
His group works in the area of synthetic chemistry, natural products, biology and catalysis.
https://cst.temple.edu/about/faculty-staff/sarah-wengryniuk
Representative research areas include C–H activation, asymmetric C–C bond formation, novel methods to access carbon, oxygen, and nitrogen containing ring systems, and the synthesis of natural products targeting cancer metastasis.
https://pharmacy.temple.edu/academics/departments/department-pharmaceutical-sciences
Pharmaceutical Sciences is a broad and dynamic area of scientific inquiry centered on discovering, developing, understanding, improving, and delivering drugs, biologics, and therapeutics to gain knowledge and improve patient care. By nature, pharmaceutical sciences is a field that is highly interdisciplinary.
https://cst.temple.edu/department-chemistry/academics/graduate/graduate-course-offerings
CHEM 5305. Chemical Kinetics. 3 Credit Hours. CHEM 5402. Chemical Biology. 3 Credit Hours. CHEM 8201. The Chemistry of Natural Products. 3 Credit Hours. CHEM 8205. Heterocyclic Chemistry. 3 Credit Hours. CHEM 8303. Modern Methods in Experimental Chem. 3 Credit Hours. CHEM 8200/8210. Special Topics in Organic Chemistry. 3 Credit Hours.