The book "Mathematical models of gene regulation: Educational and methodical manual" by the authors Laptev T. In. Ivanchenko M . In. It is a unique and in-depth study in the field of bioinformatics and molecular biology, combining complex concepts of gene regulation with modern mathematical methods. This publication will become an indispensable assistant for students, graduate students, teachers and specialists seeking to understand the mechanisms of gene functioning through the prism of mathematical modeling. In the era of rapid development of biotechnology and genetic engineering, this manual reveals to the reader a wide range of methods to describe and predict the behavior of genetic systems. “Mathematical models of gene regulation: A textbook” is not just a textbook, but a guide to a complex and exciting world of biological processes, where mathematics becomes the key to solving the mysteries of life. Authors, Laptev T. In. Ivanchenko M . In. They masterfully connect theory with practice, demonstrating how mathematical models help to understand why genes are turned on and off, how their levels are regulated, and how these processes affect the development of the body. The book discusses in detail such important topics as the dynamics of genetic networks, stochastic models, feedback systems and algorithms for analyzing experimental data. All this is supported by practical examples and tasks, which makes the manual a valuable tool for consolidating knowledge and developing skills. The special feature of the publication is its accessibility for a wide range of readers. Despite the complexity of the material, the authors were able to present the information in such a way that it was understandable and interesting for both students starting to study bioinformatics and experienced researchers looking for new approaches to modeling. The book is perfect for those who are interested in modern methods of analyzing biological data, as well as for teachers looking for high-quality educational material for their courses. It addresses current topics such as systems biology, biological process modeling, genetic engineering development, and bioinformatics technologies. Style of presentation Laptev T. In. Ivanchenko M . In. features clarity and logical consistency, which makes it easy to assimilate even complex concepts. Their approach is based on interdisciplinary synthesis - combining biological knowledge with mathematical models, which makes the book especially valuable in the modern scientific world. The authors not only explain the theoretical foundations, but also demonstrate the practical application of models, which contributes to the development of analytical thinking and the skills of independent problem solving. If you are looking for a book that will open up new horizons in your understanding of gene regulation and teach you how to use mathematical tools to analyze biological systems, Mathematical Models of Gene Regulation: A Tutorial will be an excellent choice for you. This edition is a real bridge between biology and mathematics, allowing you to penetrate the depths of genetic information and understand how science helps to control life processes at the molecular level. In the modern world of biotechnology and genetic engineering, such knowledge is especially highly valued, and Laptev and Ivanchenko’s book will help you become part of this fascinating and promising field. If you are looking for literature on bioinformatics, systems biology or mathematical modeling in biology, then this manual must be in your library. It will not only expand your knowledge, but also inspire new research, discoveries and experiments, making science accessible and understandable. As a result, the book “Mathematical models of gene regulation” is the key to modern biological technologies that will open the door to the future of life science.