The Center of Excellence in Pharmacokinetics and Pharmacodynamics (CEPKPD) encompasses areas of departmental and university interests that include mathematical pharmacology, pharmacometrics, and quantitative and systems pharmacology (QSP). 

The Center for Drug Delivery is a dynamic academic home for investigators interested in discovering and advancing innovative drug delivery and therapy strategies.

The Center for Protein Therapeutics (CPT) works with leading pharmaceutical companies to advance the development of next-generation protein drugs, providing improved effectiveness and convenience for users.

The Center for Proteomics conducts cutting-edge research in the following areas:

The DDDE Hub will lead and promote high impact transdisciplinary and interdisciplinary research within the school, across campus and throughout the academe through collaborative partnerships, innovative inquiry and robust scholarship.

The Laboratory for Artificial Intelligence (AI) and Clinical Pharmacology is dedicated to advancing precision medicine by integrating artificial intelligence, data science and clinical systems pharmacology research. We aim to transform how therapeutic decisions are made by developing cutting-edge AI tools that accelerate drug development and advance clinical research.

The Milo Gibaldi Computation Laboratory is named after Dr. Milo Gibaldi, a pharmacokinetics and biopharmaceutics pioneer who served as a faculty member at the UB School of Pharmacy and Pharmaceutical Sciences from 1966-1978.

Computation and visualization play a key role in the educational and research activities of The Department of Pharmaceutical Sciences and the UB School of Pharmacy and Pharmaceutical Sciences. The department, school, and university have invested extensively in computational and visualization resources.

Through a grant from the National Institutes of Health, Division of Research Resources, our facility has two state-of-the-art CD instruments, JASCO J815, operated as a shared facility.

The facility serves a variety of research projects. A major focus and area of local expertise is the analysis of biological and artificial lipid bilayer membranes (liposomes). DSC is particularly useful in the investigation of small-molecule/membrane interactions. TGA can be used to detect residual solvent in amorphous and crystalline solids, and to characterize some polymorphic states such as solvates.

The facility serves a variety of research projects involving protein structure, drug-protein interactions, biological membrane structure and function, and pharmaceutical formulation.

We have re-organized our facilities, concentrating our triple-quadrupole/small molecule analysis resources on the UB South Campus (314B Pharmacy Building) and creating a core facility focused upon proteomics and ultra-high sensitivity biopharmaceutical analysis on the UB Downtown Campus, located in the NY State Center of Excellence in Bioinformatics and Life Sciences.