ACTIVATE YOUR pH: The Science of Acid–Base Balance, Metabolism, and the Body’s Internal Chemistry
About this ebook
ACTIVATE YOUR pH explains how this system works, from the chemistry of hydrogen ions and bicarbonate to mitochondrial energy production, lactate metabolism, respiratory regulation, kidney acid excretion, dietary acid load, and the true medical meaning of acidosis and alkalosis.
The book separates science from popular myths surrounding “acidic bodies,” alkaline diets, alkaline water, detoxification, urine pH, and food acidity. It shows why the body does not need to become more alkaline, but rather needs to preserve its ability to regulate pH precisely in different tissues and organs.
Drawing connections between nutrition, exercise, metabolism, kidney function, breathing, muscle, bone, and healthy aging, this book presents acid–base balance as one of the most important examples of physiological resilience.
ACTIVATE YOUR pH is not a guide to forcing the body toward alkalinity. It is a science-based exploration of how the body maintains chemical balance—and how lifestyle can support the systems that make that balance possible.
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About the author
Manolis X. Mavrios is an author and researcher focused on human physiology, metabolism, longevity, functional health, and the biological mechanisms that influence physical performance and healthy aging. His work explores how interconnected systems such as skeletal muscle, mitochondria, acid–base balance, fascia, circulation, cellular energy, and recovery shape the body’s ability to remain resilient over time.
As an author within the ACTIVATE series, conceived and coordinated by Pavel Tablas, Mavrios combines scientific concepts with clear, practical explanations designed for readers interested in healthy aging, biohacking, metabolic health, strength, and long-term physical capacity.
His books aim to translate complex physiology into accessible knowledge without losing scientific depth. In works such as ACTIVATE YOUR MUSCLE and ACTIVATE YOUR pH, he examines the human body not as a collection of isolated organs, but as an integrated biological system in which metabolism, movement, energy production, respiration, kidney function, and cellular regulation continuously interact.
