Mathematical and theoretical biology for systems biology, and then ... vice versa

Mathematical and theoretical biology for systems biology, and then ... vice versa.

Systems Biology has two roots (1). The better known resides in Molecular Biology, grew to functional genomics and then became top-down, genomewide Systems Biology. The less-publicized root resides in theoretical and Mathematical Biology, with topics such as non-equilibrium thermodynamics, self-organization, kinetic modelling, metabolic control analysis, flux analysis and biochemical systems the...

Theoretical and Mathematical Biology

The biological clocks that yield the daily, monthly, annual and other rhythms displayed by animals and plants form the subject of this book; it represents the most comprehensive treatment of the field known to this reviewer. The author, a medical man and statistician, has been secretary of the Society for Biological Rhythm (sic) for 10 years. Judging from what he writes, he appears to have dige...

Evolution in the light of developmental and cell biology, and vice versa.

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What can synthetic biology offer to artificial intelligence (and vice versa)?

Mathematical Tools for Evolutionary Systems Biology

Mastering many practical problems in our world demands a deeper and more integrated understanding of biochemical and evolutionary processes than we can currently muster. For example, to fight bacterial infections we need to understand the biochemistry of bacterial phenotypes for designing efficient antibiotics and we also need to understand the population genetics and ecology of these bacteria ...