Biotechnology is defined, and its impact on pharmacy practice, the professional curriculum (clinical pharmacy, pharmacy administration, pharmacology, medicinal chemistry, pharmaceutics, basic sciences, and continuing education), research in pharmacy schools, and graduate education are discussed. Resulting faculty, library, and research resource…

A discussion of the impact of modern biotechnological developments on pharmaceutical education looks at undergraduate and graduate curricula separately, and focuses on the impact on needs for new faculty and faculty retraining. Specific faculty and curriculum recommendations are made. (MSE)

Discussed is the role of schools of pharmacy in (1) preparing future practitioners to assimilate and shape the impact of biotechnology; (2) establish graduate and research programs to enhance and apply products of biotechnology; and (3) identify manpower needs to fully realize potential advances caused by biotechnology. (DB)

Applications of biotechnology to the pharmaceutical industry are examined, and its impact on the research and practical domains of medicinal and natural products chemistry is discussed. Specific curricular implications for undergraduate and graduate study in pharmacy are outlined, and suggestions for faculty development in biotechnology are made.…

It is argued that changes in the biomedical research environment and health care system call for reexamination of the mission and value of research and graduate education programs in basic sciences in pharmacy schools. Trends in research funding and graduate-level basic sciences are noted though contributions of these efforts to the field are…

The national investment in graduate education is addressed in proceedings of the 1982 meeting of the Council of Graduate Schools in the United States (CGS). Proceedings of the CGS business meeting are also included. The keynote address by Howard R. Bowen, "Educational Possibilities for Our Grandchildren," is provided. Transcripts of the…