Department of Pharmaceutical Sciences
Jered Garrison, Ph.D.
Research Interests: Dr. Garrison’s areas of specialties are: targeted molecular imaging and radiotherapeutic agent design; development of cancer-specific prodrugs; and polymer based drug delivery.
For more information on Dr. Garrison: Web Site
Sorin Luca, Ph.D.
Research Interests: Dr. Luca's lab focuses on protein structure determination using solid-state nuclear magnetic resonance. We are especially interested in the study of membrane proteins and amyloid fibrils that are involved in a wide range of diseases such as diabetes, cancer, atherosclerosis, Alzheimer's, and infectious diseases. Because these proteins are very important drug targets, our long-term goal is to provide structural information that will help the rational design of new therapeutics and imaging markers. We are also interested in fundamental processes of biological membranes, such as the formation of lipid rafts and the budding of vesicles and viruses.
For more information on Dr. Luca: Web Site
Luis A. Marky, Ph.D.
Research Interests: DNA can form structures other than the double helix that everybody learns about. We are interested in the intramolecular factors and forces that control the structure of DNA molecules, especially more complex structures of DNA. By doing this, we can contribute to the design of better drugs that bind to DNA for their effects.
For more information on Dr. Markey: Web Site
Jonathan L. Vennerstrom, Ph.D., Dr.Sc.
Research Interests: The research activity of Dr. Vennerstrom’s laboratory is focused on antimalarial drug design and synthesis and on the investigation of heme as a mechanistic intersection for antimalarial drugs.
For more information on Dr. Vennerstrom: Web Site
Joseph Vetro, Ph.D.
Research Interests: Increasing the delivery of a drug to the site of disease can dramatically improve its effectiveness. We are developing different types of nanosized drug carriers to 1) increase drug delivery to tumor blood vessels for more efficacious cancer treatments and 2) increase the delivery of antigens to dendritic cells to improve the efficacy of vaccines. The student will be given a broad overview of drug delivery research from an analytical and philosophical perspective while performing a project in one of the above general areas.
For more information on Dr. Vetro: Web Site
- Creighton University
- University of Nebraska-Omaha
- University of Nebraska-Lincoln
- University of Nebraska Medical Center
INBRE Mentors by Research Area