Pharmacy and Pharmaceutical Sciences Commons^™

Implementing Pharmacy Informatics In College Curricula: The Aacp Technology In Pharmacy Education And Learning Special Interest Group, Ross E. Vanderbush, H. Glenn Anderson Jr., William K. Fant, Brad S. Fujisaki, Patrick M. Malone, Paul L. Price, Maria C. Pruchnicki, Teresa L. Sterling, Kara D. Weatherman, Karl G. Williams

Pharmacy Faculty/Staff Publications

Many professional organizations have initiatives to increase the awareness and use of informatics in the practice of pharmacy. Within education we must respond to these initiatives and make technology integral to all aspects of the curriculum, inculcating in students the importance of technology in practice. This document proposes 5 central domains for organizing planning related to informatics and technology within pharmacy education. The document is intended to encourage discussion of informatics within pharmacy education and the implications of informatics in future pharmacy practice, and to guide colleges of pharmacy in identifying and analyzing informatics topics to be taught and methods …

Optimization Of Porcine Buccal Mucosa For In Vitro Evaluation, Upendra D. Kulkarni

University of the Pacific Theses and Dissertations

Porcine buccal mucosa has been extensively used as in vitro model to study the permeability of drugs and assess their potential to deliver through buccal route. Porcine buccal mucosa is found to be very similar to human oral mucosa in structure and function. However, the in vitro permeation studies across porcine buccal mucosa show high variability which is mostly due to the various experimental and biological variables that are often overlooked while conducting such studies.

The precise nature of the permeability barrier offered by the various tissue layers of buccal mucosa was investigated in this study. It was observed that …

Prediction Of In-Vivo Antimuscarinic Activity (Ama) By In-Vitro Receptor Binding Assessment And Pk/Pd Modeling For Prototypical Drugs, Taghrid Y. Obied

Theses and Dissertations

Purpose: To establish a tool, termed as antimuscarinic activity (AMA), to predict the incidence of antimuscarinic adverse events (AMAEs).Methods: A literature review, focused on drugs having off-target interaction with muscarinic receptors, was performed. Prototypical drugs olanzapine, diphenhydramine, paroxetine were selected for the analysis. Scopolamine and darifenacin were included as positive and negative controls, respectively. Physiochemical properties, pharmacokinetic data, and clinical incidence of AMAEs for the selected drugs were collected from reported literature. Extrapolation of literature data was carried-out to obtain exposure data. To determine the drugs muscarinic affinity (Ki values), experiments were performed using 3H-QNB and membrane suspensions of M1, …