Description
Cybernetic Modeling for Bioreaction Engineering presents advanced mathematical frameworks for understanding and optimizing biological reaction systems. This text, part of the prestigious Cambridge Series in Chemical Engineering, integrates cybernetic principles with bioreaction engineering to provide engineers and scientists with powerful tools for process design and control.
The book covers fundamental cybernetic concepts, including feedback mechanisms, regulatory networks, and adaptive systems found in biological processes. Authors Ramkrishna and Song demonstrate how these principles apply to fermentation, cell culture, and metabolic engineering. The methodology enables prediction of cellular behavior, optimization of bioreactor performance, and design of robust biological processes.
Ideal for graduate students, researchers, and practicing engineers in biotechnology and chemical engineering, this work bridges the gap between systems biology and industrial bioreaction engineering, offering practical applications alongside theoretical foundations.
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