Individuality and Determinism

1. Front Matter

   Pages i-ix

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2. Individuality in Bacteria and Its Relationship to Higher Species

   • Daniel E. Koshland Jr.

   Pages 1-31

3. The Evolution of Individuality at the Molecular and Protocellular Levels

   • Klaus Dose

   Pages 33-59

4. Molecular Genetics and Individuality

   • William J. Rutter

   Pages 61-75

5. Cell Individuality and Connectivity, an Evolutionary Compromise

   • Werner R. Loewenstein

   Pages 77-87

6. Cell Line Segregation as a Key Event of Embryonic Development

   • Alberto Monroy, Elio Parisi

   Pages 89-125

7. The Individuality of Antibodies

   • J. Donald Capra

   Pages 127-145

8. Twins Reared Together and Apart: What They Tell Us About Human Diversity

   • Thomas J. Bouchard Jr.

   Pages 147-184

9. Endogenously Determined Variants as Precursors of Substrates for Natural Selection

   • Sidney W. Fox, Tadayoshi Nakashima

   Pages 185-201

10. Determinism and Freedom in Early Evolution

    • Koichiro Matsuno

    Pages 203-215

11. Back Matter

    Pages 217-225

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The significance of human individuality is such that each human functions as a unique "molecular" unit of the mass of humanity. Understanding the natural basis for the uniqueness of the individual has long been an objective. The possibilities have been analyzed by Julian Huxley, by A. E. Needham, by Roger Williams, and by others. With his books Biochemical Individuality and Free and Unequal, Roger Williams has done as much as anyone to focus atten­ tion on this complex of questions. Although scheduled to partici­ pate in this program, Roger Williams* was unable to attend due to illness. He asked, however, that a quotation be included in the proceedings. This quotation from Chraka is presented early in this book. While metabolic bases for individuality have received a con­ siderable investigation and discussion by Williams and others, the case for underlying determinants and derivative consequences have not been examined as fully. The specificities that abound in our living world can be traced to the manner in which molecules fit with each other. While numerous studies having other objectives can be cited in support of molecularly based specificities, a few of the leaders in the development of the understanding of physical aspects of biological information present here some of their latest inferences. Several of the participants discuss some of the conse­ quences at higher levels. Examination of the fascinating cases of reunited identical twins are seen as providing a capstone to the hierarchical treatment.

• biological
• development
• evolution
• information
• molecule

• University of Miami, Coral Gables, USA

  Sidney W. Fox

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