Medicinal chemistry, as the core curriculum of the pharmaceutical engineering major, contains complex knowledge systems and scattered knowledge points. A medicinal chemistry course covers more than 50kinds of drugs divided into 11 categories including antibiotics, antiparasitic drugs, anesthetics, nonsteroidal anti-inflammatory drugs, and nervous…

This interventional study implemented flipped classroom pedagogy to enhance pharmacy students' academic performance in a physiology course. Ninety-six Pharm. D students enrolled at a private-sector University of Islamabad, Pakistan were provided with video lectures and reading material for pre-sessional learning followed by a faculty-led…

Increasingly, the curricula of many clinical programs have been restructured to an integrated model in which foundational sciences such as physiology, pathophysiology, and pharmacology are taught side by side with clinical reasoning. Case studies are an excellent pedagogical strategy for enhancing such integration, especially if such cases are…

In response to the closure of many university laboratories due to the COVID-19 pandemic in 2020, a handbook and remote webinar approach designed to support students in the use of software tools for computer-aided drug design has been developed. Specifically, the course has been designed for chemistry and pharmacy students who have little or no…

Over the past decades, the integration of content and language in education has been gaining ground in different design formats and at various levels of education worldwide. This study describes a pilot project carried out at the School of Pharmacy of an Italian University, using a partial-CLIL format, as this was the only model accepted for…

According to responses from 33 of 52 nursing departments in England, 90% integrated pharmacology into curricula; 82% preferred that nurses teach it; 88% provided no training for lecturers. Lecture was the predominant teaching method. About one-fifth did not formally assess pharmacology knowledge. Students lacked math and science preparation for…

A study analyzed documents developed through major studies, commissions, and research efforts in pharmacy education to determine the conceptual frameworks upon which health profession education programs are built. Researchers conducted a content analysis of each document by organizing the sentences, words, and phrases contained in separate units…

Attitudes of students, faculty, and recent graduates to a self-paced, self-instructional junior-level program using learning modules were significantly positive for all groups. Faculty stressed the need for continuing support, and older students and seniors were the most positively disposed group. (MSE)

OBJECTIVE: To describe and examine the role of the pharmaceutical industry in the teaching of psychopharmacology to residents and medical students and to make recommendations for changes in curriculum and policy based on these findings. METHODS: Literature reviews and discussions with experts, educators, and trainees. RESULTS: The pharmaceutical…

A pharmacy school large-group (110 students) course in pharmacokinetics was designed to incorporate small-group team-based problem solving. The method allows students to learn material through traditional lecture, research the topic further, discuss the information gained, and apply the learning to specific cases in a manner that promotes…

This document combines three separately bound volumes, a student manual, an instructor's guide, and student learning activities designed for students who are either in beginning-level pharmacy technician courses or considering careers in pharmacy. The material is intended to relate training experience to information studied in the classroom. The…

Describes development, implementation, and evaluation of a computer-assisted instructional (CAI) program in advanced (doctoral) pharmacotherapeutics at the University of Georgia. All students found the CAI a valuable learning experience and felt it enhanced patient-problem solving skills, but felt it should supplement, not replace, traditional…

A large-group (110 students) pharmaceutics course, designed to use small-group case-based problem solving to address pharmaceutical manufacturing problems, is described; and student response to the course is examined. The 11 case studies used in the curriculum are summarized. The peer evaluation form is included. (MSE)