Book contents
- Frontmatter
- Contents
- Preface
- 1 Shaping our destiny: genes, environment and their interactions
- 2 Mother and fetus
- 3 Fetal choices
- 4 Predictive adaptive responses and human disease
- 5 Obesity, diabetes and other diseases
- 6 The biology of predictive adaptive responses
- 7 Predictive adaptive responses – critical processes in evolution
- 8 Evolutionary echoes and the human camel
- 9 Improving human health
- 10 Fetal futures
- Further reading and references
- Index
Preface
Published online by Cambridge University Press: 05 November 2011
- Frontmatter
- Contents
- Preface
- 1 Shaping our destiny: genes, environment and their interactions
- 2 Mother and fetus
- 3 Fetal choices
- 4 Predictive adaptive responses and human disease
- 5 Obesity, diabetes and other diseases
- 6 The biology of predictive adaptive responses
- 7 Predictive adaptive responses – critical processes in evolution
- 8 Evolutionary echoes and the human camel
- 9 Improving human health
- 10 Fetal futures
- Further reading and references
- Index
Summary
This is a book about a rapidly developing idea that has very important implications both for evolutionary biology and for medicine and public health. It offers clues to a better understanding of the origins of many diseases and their prevention and also provides additional insights into important biological processes relevant to evolutionary and life-history theory.
Ideas in science do not often develop in a manner that Fleet Street would have us believe. Science is not normally about ‘breakthroughs’ and brilliant scientific insights springing from nowhere. It is a most unusual event for scientific understanding to arise in the ‘Eureka!’ mode, where a single scientist has a flash of inspiration, jumps out of his bath and runs down the street screaming with excitement. Imagine the streets of Boston or Oxford if science was really like that!
Most science is in fact rather boring, in that each advance in understanding is made by the painstaking and careful work of scientific teams operating in collaboration and competition (often simultaneously!) with each other. Their observations gradually provide greater insights into a particular field. Therefore scientific progress must be measured by a series of small steps – some experimental and some conceptual. It is most unfortunate that the media-driven perception of science on one hand, and the competitive nature of restricted research funding on the other, force scientists to hype and to present scientific progress as isolated ‘Eureka moments’.
- Type
- Chapter
- Information
- The Fetal Matrix: Evolution, Development and Disease , pp. ix - xivPublisher: Cambridge University PressPrint publication year: 2004