Engineering Genetic Circuits

This book presents the key steps involved in systems biology. It introduces basic biochemistry principles underpinning the study of genetic circuits and presents one of the best understood circuits from the phage virus, which is used as an example throughout the text. The author then turns to modern experimental techniques and methods for developing genetic circuit models using experimental data. He also examines particular methods for the analysis of genetic circuit models, from...
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This book presents the key steps involved in systems biology. It introduces basic biochemistry principles underpinning the study of genetic circuits and presents one of the best understood circuits from the phage virus, which is used as an example throughout the text. The author then turns to modern experimental techniques and methods for developing genetic circuit models using experimental data. He also examines particular methods for the analysis of genetic circuit models, from stochastic analysis to deterministic differential equation models. The book concludes with the design of synthetic genetic circuits using those models.