While the relationship between Kant and other major figures in early analytic philosophy, such as Russell, G. E. Moore, and Rudolf Carnap, has been the subject of full length studies, no such work yet exists on the relationship between Kant and Frege. The Origins of Analytic Philosophy: Kant and Frege addresses this gap in our understanding of the origins of early analytic philosophy. Its concern is to chart the nature and significance of Frege's break with Kant over the question of whether arithmetic is a synthetic a priori or an analytic a priori science. In rejecting Kant's claim that arithmetic is an a priori synthetic science, Frege returns to a conception of the scope and power of pure reason that shows important similarities to the philosophical outlook of Kant's great predecessor and philosophical opponent Gottfried Leibniz.Delbert Reed shows how, in his attempts to establish the foundations of arithmetic on analytic principles, Frege developed many of the tools, concerns and problems that would dominate the development of analytic philosophy in the 20th century.
Delbert M. Shankel Departments of }1icrobiology and Biochemistry The University of Kansas Lawrence, Kansas 66045 Welcome to the "International Conference on Mecha. nisms of Antimutagen- esis and Anticarcinogenesis. " We are delighted that so many of you have chosen to attend this first meeting on this important topic. The significance of genetic changes in cells has been recognized for many years. The seminal observations of Henri in 1914 (UV), Muller in 1927 (X-rays), and Auerbach in 1946 (chemical agents) established the fact that physical and chemical agents which may be present in our environment are capable of producing profound changes in heredity. It is now well-estab- lished, of course, that such changes can result in the development of can- cer, produce hereditary birth defects, alter microorganisms to cause drug resistance, or other harmful (or even beneficial) changes; it is likely that the processes of mutagenesis and the intricate balance between muta- genesis and antimutagenesis are involved in aging, evolution, and other fundamental life processe8. Consequently, we hope and believe that assem- bling thi. s group of scientists to share current fundamental and applied research in these areas will lead to a better understanding of these proc- esses and to long-term benefits for society. As stated clearly by Garfield (4), "Almost every aspect of modern liv- ing exposes us to health risks.
