The Basics of Leninger Biochemistry, Volume 3 by D. Nelson and M. Cox is an outstanding work that continues the tradition of one of the most famous textbooks on biochemistry. This volume, like the previous ones, offers readers a deep dive into the complex but fascinating world of biochemical processes that underlie life on Earth. The authors, with many years of experience in teaching and research, create an accessible and understandable text that will become an indispensable assistant for students, graduate students and anyone interested in biochemistry. The third volume of the book focuses on metabolism and its regulation, as well as molecular biology, which makes it particularly relevant for those who want to understand how living organisms use and convert energy. Key processes such as glycolysis, the Krebs cycle, and oxidative phosphorylation, as well as their relationship to cellular functions, are discussed here. The authors not only describe these processes, but also explain how they are regulated at the molecular level, allowing readers to see the full picture of biochemical reactions. The book will be of interest not only to students of biological and medical specialties, but also to teachers, researchers and anyone who wants to deepen their knowledge in the field of biochemistry. It will become a reliable source of information for those who are ready to immerse themselves in the study of complex topics such as the metabolism of carbohydrates, proteins and fats, as well as their role in the human body. It can also attract the attention of readers interested in modern biomedical research and new approaches to the treatment of diseases associated with metabolic disorders. The topics raised in the book cover not only biochemistry, but also related fields such as molecular genetics and cell biology. This makes the Basics of Leninger Biochemistry a universal textbook that can be used to prepare for exams, write scientific papers, or simply to broaden one's horizons. The authors pay special attention to the practical application of knowledge, which allows readers to see how theoretical concepts are applied in real conditions. Nelson and Cox's style is distinguished by clarity and logical presentation. They use many illustrations, diagrams and tables, which helps to visualize complex concepts and makes the material more accessible to perception. This is especially important for students who may face difficulties in understanding abstract concepts. The authors also include real-life examples, making the study of biochemistry more engaging and practical. If you are looking for books that can complement the "Basics of the biochemistry of Leninger", pay attention to the "Biochemistry" of L. C. Kotelnikova or Bruce Albert's "Molecular Cell Biology" . These works also offer a deep understanding of biochemical processes and can be a great addition to your learning process. In conclusion, "The Basics of Leninger Biochemistry, Volume 3" is not just a textbook, but a whole world of knowledge that opens doors to the amazing world of biochemistry. This book will be a faithful companion for all who seek to understand how life works at the molecular level, and why biochemistry plays a key role in our existence. Do not miss the opportunity to deepen your knowledge and expand your horizons - this book is waiting for you!