WASHINGTON UNIVERSITY PLANNING COUNCIL FOR BIOLOGY MEMBERS Barry Commoner, Professor of Plant Physiology (Chairman) Herman N. Eisen, Professor of Medicine Thomas S. Hall, Professor of Zoology Alfred M, Holtzer, Associate Professor of Chemistry Florence Moog, Professor of Zoology Robert E, Woodson, Jr., Professor of Botany ex officio: Henry N. Andrews, Jr., Chairman, Department of Botany Howard Gest, Chairman, Committee on Molecular Biology Viktor Hamburger, Chairman, Department of Zoology Frits W. Went, Director, Missouri Botanical Garden May 1962 WASHINGTON UNIVERSITY PLANNING COUNCIL FOR BIOLOGY Summary of General Aims The Washington University Administration has asked this Council to study the rapidly changing state of the biological sciences in order to ascertain what demands these changes place on the University's academic program. The ultimate aim of this study is to recommend a plan for the future development of the University's program in biology and related sciences that will take full advantage of the new opportunities created by recent developments and that may help to resolve the issues resulting from the impact of these developments on the present disciplines of biology. Recent years have witnessed accelerating advances in our knowledge of the physical and chemical processes that occur in living cells, and in systems derived from them. These advances have been very wide in scope and relate closely to the most fundamental properties of living organisms, Consequently, the resultant conclusions have an inescapable impact on all areas of biology. This situation creates new problems and unprece-~ dented opportunities. The problems result from a series of unresolved questions which arise from the reactions of -“p- the new observations on the older questions already under purely biological study: Is it possible to reduce the operation of processes unique to living organisms to the properties of single substances, such as the nucleic acids? What is the most effective way to study the properties of life: by investigating the apparent determinative roles of molecular processes, by way of studies based exclusively on actual living systems, or by a combination of the two? The future course of education and research in biology depends on the answers given to these questions. The pace of recent advances has been so great that there has at yet been little opportunity for the academic community to sense their far-reaching effects on teaching and research in biology. Approaches differ quite sharply. One school of thought holds that the new "molecular" fields of biology will largely supplant classical biology as the cutting edge of progress in the study of living things. Another view is that biology proper must be concerned only with the properties of actually living things, and avoid con- fusion -- and probably interaction -- with the molecular level.