The book "Mathematical biology of development" by Aladieva V. Z. and his co-authors is a fascinating and in-depth study at the intersection of mathematics and biology, which opens up new horizons for the reader to understand the processes occurring in living organisms. This publication will be a real find for students, graduate students, researchers and anyone interested in biology, mathematics and their interaction. The book is based on the idea that many biological processes can be described using mathematical models. The authors invite the reader to immerse themselves in a world where formulas and equations become the key to understanding complex biological phenomena, such as the growth and development of organisms, the interaction of cells and tissues, and evolutionary processes. The book not only presents theoretical aspects, but also demonstrates how these models can be applied in practice, making it especially valuable for those who want to see the real application of mathematical methods in biology. This work will be of interest not only to specialists in biology or mathematics, but also to a wide audience, including students, faculty, and anyone seeking to expand their knowledge of how mathematics can help in solving biological problems. The book is suitable for those who are interested in topics such as biophysics, bioinformatics, systems biology and even ecology. Readers who are passionate about scientific research and want to understand how different disciplines can interact will find a lot of useful information in it. One of the key topics addressed in the book is the modeling of development processes. The authors explain in detail how mathematical methods can predict how an organism will develop, what factors affect this process and how conditions can be optimized to achieve the desired results. This is especially true in the light of modern biotechnology, where understanding the processes of cell and tissue development can lead to new advances in medicine and agronomy. The style of Aladieff and his colleagues is characterized by accessibility and clarity, which allows the reader to easily assimilate complex concepts. The authors use many examples and illustrations, which makes the material more clear and understandable. This quality is especially appreciated in the scientific literature, where it is often possible to face unnecessarily complex and confusing explanations. Thanks to this approach, “Mathematical Developmental Biology” becomes not only a textbook, but also a fascinating reading for anyone who wants to understand the intricacies of the interaction between mathematics and biology. The book also raises important philosophical questions about the nature of life and how mathematical models can help us better understand it. This makes it not only a scientific but also a cultural phenomenon, capable of generating interest in deeper reflections on man's place in nature and how we can use science to improve the quality of life. If you’re looking for books on mathematical biology, bioinformatics, or systems biology, Mathematical Developmental Biology will be a great addition to your library. It will not only enrich your knowledge, but also inspire new ideas and research. Read, explore and discover an amazing world where mathematics and biology go hand in hand, creating new opportunities to understand life.