This textbook explains the mechanical properties of smooth muscle, a vital tissue implicated in diseases like high blood pressure and asthma. It is the only book with functional models and easy-to-follow mathematical derivations, linking the muscle cell to the laws of physics.
Fluid Physiology
Inappropriate fluid therapy harms patients. For medical and veterinary practitioners, this book presents a new paradigm based on the revised Starling principle. It retires outdated views on colloids and focuses on volume kinetics for safer, evidence-based patient care.
This book bridges biophysics with cellular and molecular biology, where time is the determining factor. As biology becomes quantitative, the dynamic processes at the heart of life—from cellular excitability to perception—are now interpretable and potentially predictable.
Based on research with 300 young Albanian males from post-conflict Kosovo, this book explores how physical training shapes the body. It reveals distinctive biological profiles in athletes and non-athletes, with vital implications for sports science, medicine, and public health.
This book introduces human motor control and neuroplasticity, explaining how the nervous system adapts to physical activity, training, and rehabilitation. Integrating research with clinical applications, it is an essential text for students, researchers, and clinicians.