The vascular system is a living, dynamic network tasked not only with nutrient delivery and waste clearance, but also with sustaining the bioelectrical, biochemical, and mechanical integrity of every tissue. This book presents a comprehensive systems-based synthesis of vascular biology — spanning from gross anatomy to molecular signaling, from endothelial function to mitochondrial health, and from systemic regulation to pathological collapse.
Integrating recent advances in redox biology, bioelectric medicine, interstitial fluid dynamics, mitochondrial psychobiology, and coherence-based physiology, the work offers a cohesive framework to understand vascular health as a function of patterned flow. It explores the progression from adaptive remodeling to rarefaction and fibrosis, and from vascular resilience to systemic breakdown in conditions such as hypertension, diabetes, metabolic syndrome, and sepsis.
Each chapter links structure with function, mechanism with clinical manifestation, and science with systems thinking. The book also outlines novel diagnostic and therapeutic strategies for restoring vascular coherence — including redox modulation, mitochondrial support, bioelectrical therapies, and fascia-informed interventions — repositioning the vascular system not as a passive pipeline but as a central conductor of regenerative healing.
