Mathematics and Biology: The Interface, Challenges, and Opportunities
by Simon A. Levin
This report explores some of the opportunities at the interface between biology and mathematics. To mathematicians, the report argues that the stimulation of biological application will enrich the discipline of mathematics for decades or more, as have applications from the physical sciences in the past. To biologists, the report underscores the power of mathematical approaches to provide insights available in no other way. To both communities, the report demonstrates the ferment and excitement of a rapidly evolving field.
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by Theodore C. Goldsmith - Azinet Press
An overview of biological aging theories including history, current status, and implications for the future of medicine. Topics include: human mortality as a function of age, aging mechanisms and processes, empirical evidence on aging, and more.
by John W. Kimball
Chemical and cellular basis of life, cell metabolism, DNA, gene expression, cell division, meiosis, mutation, genomics, cancer, aging, embryonic development, the anatomy and physiology of animals and plants, ecology, evolution, the diversity of life.
by Heikki Hyotyniemi - Helsinki University of Technology
This report summarizes ten levels of abstraction - from the most elementary to the most general levels when modeling biological systems. The neocybernetic principles can be seen as the key to reaching a holistic view of complex processes in general.
by Theodore Goldsmith - Azinet Press
The book describes the theorists, controversies, history, experimental evidence, and evolution concepts surrounding biological aging theories. Exciting new theories will change the way we think about and attempt to prevent age-related diseases.