Description
A Mathematical Introduction to Biology offers a rigorous yet accessible exploration of how computational models and mathematical frameworks can illuminate the complexity of biological systems. Written by K. Sriram and published by Wiley, this book serves as an essential resource for students and researchers seeking to understand the quantitative foundations of modern biology.
The text demonstrates how mathematical tools such as differential equations, linear algebra, and discrete mathematics can be applied to model everything from cellular processes to population dynamics. Through detailed examples and computational models, readers learn to translate biological problems into mathematical language and develop solutions that provide meaningful biological insights. The book covers key topics including gene regulation, enzyme kinetics, population growth, and ecological interactions, all presented with both theoretical rigor and practical application.
Ideal for biology students, mathematicians interested in applications, and computational biologists, this introduction provides the foundational knowledge needed to engage with systems biology and bioinformatics in the modern era.
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