Dr. Steven Hussy, a chiropractor specializing in functional medicine, recently shared his insights on the intersection of biochemistry and biophysics, particularly focusing on water's role in health and its implications for cardiovascular diseases. His discussion adds a critical perspective to the conversations surrounding metabolic health and heart disease.
Dr. Hussy opened his talk by recounting his journey toward health consciousness that began in college. As a type 1 diabetic diagnosed at the age of nine, he followed a whole food diet, exercised regularly, and applied careful management of his blood sugars. He later adopted a low carbohydrate diet, which appeared to help control his condition effectively. By June 2020, he had a calcium score of zero, suggesting that his cardiovascular health was in good shape.
However, this optimistic view was shattered on January 5, 2021, when he suffered a massive heart attack, described as a "widowmaker." Although there was no observable atherosclerosis in his arteries, the presence of a clot led him down a path of reevaluation concerning the factors influencing his health outcomes.
Evaluating Clotting Factors and Cardiovascular Events
Dr. Hussy proposed a paradigm shift in understanding the processes involved in atherosclerosis, heart attacks, and strokes. He emphasized that these events often result from clot formation that obstructs blood flow. Drawing from various studies that investigate clotting mechanisms, he highlighted that a substantial portion of atherosclerotic plaque is comprised of clotting tissue, suggesting that the initiation of clots is a more significant mechanism in cardiovascular events than previously understood.
These insights suggest that factors like endothelial damage, blood viscosity, and inflammation might lead to inappropriate clotting responses. Dr. Hussy referenced Rudolph Virchow's triad, which outlines the conditions that can initiate clotting: damage to blood vessel linings, changes in blood flow, and hypercoagulability—all of which have remained relevant in modern medicine.
The core of Dr. Hussy's presentation revolved around the unique properties of water, particularly the concept of "exclusion zone" (EZ) water or structured water. He explained that water can absorb radiant energy and, when in proximity to hydrophilic surfaces, it organizes itself into a structured state. This structured water can create a protective layer within blood vessels, thereby promoting healthy blood flow and reducing the clotting risk.
Dr. Hussy referenced research from various scientists, notably Gerald Pollack, who demonstrated that EZ water behaves more like a gel than liquid water, enabling it to exclude larger particles and maintain a negative charge, which is crucial for cellular processes. This concept is essential for understanding how structured water can aid in maintaining proper blood flow and preventing clumping of clotting agents that may lead to heart disease.
Dr. Hussy identified several factors that contribute to the breakdown of exclusion zone water, primarily oxidative stress and inflammation, which diminish the electro-negative charge vital for cellular functions. He emphasized that maintaining high levels of structured water is critical for protecting against cardiovascular diseases and encouraged adopting practices that enhance water structure within the body.
Among the methods he suggested are:
Proper Hydration: Drinking high-quality water
Avoiding Toxins: Reducing glyphosate exposure and minimizing the impact of electromagnetic fields
Thermal Regulation: Utilizing infrared light for promoting structured water
Lifestyle Practices: Engaging in grounding, embracing healthy fats, optimizing circadian rhythms, and expressing positive emotions
A Personal Transformation and Recovery
Reflecting on his heart attack and subsequent recovery, Dr. Hussy noted that while his diet, physical activity, and lipid levels remained consistent, he focused on integrating infrared sauna therapy and exposure to sunlight into his routine. In contrast to the medications prescribed after his heart attack, these lifestyle adjustments led to notable improvements in his heart function, with his ejection fraction returning to normal ranges within three months of adopting these practices.
Groundbreaking shifts in understanding cardiovascular health, according to Dr. Hussy, often arise from outside the established norms, promoting a continued inquiry into natural health strategies that prioritize underlying mechanisms rather than purely reactive treatments.
Dr. Hussy’s exploration of structured water's biophysics presents a compelling case for rethinking cardiovascular health strategies. By acknowledging the importance of water in physiological processes and reframing the conversation around clotting and its implications, he encourages a holistic approach that extends beyond traditional biochemistry. This innovative perspective invites further research and evaluation in the realms of functional medicine and health optimization, particularly in understanding cardiovascular disease etiology and prevention.
Part 1/10:
Exploring the Biophysics of Water in Heart Health
Dr. Steven Hussy, a chiropractor specializing in functional medicine, recently shared his insights on the intersection of biochemistry and biophysics, particularly focusing on water's role in health and its implications for cardiovascular diseases. His discussion adds a critical perspective to the conversations surrounding metabolic health and heart disease.
Personal Health Journey
Part 2/10:
Dr. Hussy opened his talk by recounting his journey toward health consciousness that began in college. As a type 1 diabetic diagnosed at the age of nine, he followed a whole food diet, exercised regularly, and applied careful management of his blood sugars. He later adopted a low carbohydrate diet, which appeared to help control his condition effectively. By June 2020, he had a calcium score of zero, suggesting that his cardiovascular health was in good shape.
However, this optimistic view was shattered on January 5, 2021, when he suffered a massive heart attack, described as a "widowmaker." Although there was no observable atherosclerosis in his arteries, the presence of a clot led him down a path of reevaluation concerning the factors influencing his health outcomes.
Part 3/10:
Evaluating Clotting Factors and Cardiovascular Events
Dr. Hussy proposed a paradigm shift in understanding the processes involved in atherosclerosis, heart attacks, and strokes. He emphasized that these events often result from clot formation that obstructs blood flow. Drawing from various studies that investigate clotting mechanisms, he highlighted that a substantial portion of atherosclerotic plaque is comprised of clotting tissue, suggesting that the initiation of clots is a more significant mechanism in cardiovascular events than previously understood.
Part 4/10:
These insights suggest that factors like endothelial damage, blood viscosity, and inflammation might lead to inappropriate clotting responses. Dr. Hussy referenced Rudolph Virchow's triad, which outlines the conditions that can initiate clotting: damage to blood vessel linings, changes in blood flow, and hypercoagulability—all of which have remained relevant in modern medicine.
The Role of Water in Health
Part 5/10:
The core of Dr. Hussy's presentation revolved around the unique properties of water, particularly the concept of "exclusion zone" (EZ) water or structured water. He explained that water can absorb radiant energy and, when in proximity to hydrophilic surfaces, it organizes itself into a structured state. This structured water can create a protective layer within blood vessels, thereby promoting healthy blood flow and reducing the clotting risk.
Part 6/10:
Dr. Hussy referenced research from various scientists, notably Gerald Pollack, who demonstrated that EZ water behaves more like a gel than liquid water, enabling it to exclude larger particles and maintain a negative charge, which is crucial for cellular processes. This concept is essential for understanding how structured water can aid in maintaining proper blood flow and preventing clumping of clotting agents that may lead to heart disease.
Factors Affecting Structured Water Formation
Part 7/10:
Dr. Hussy identified several factors that contribute to the breakdown of exclusion zone water, primarily oxidative stress and inflammation, which diminish the electro-negative charge vital for cellular functions. He emphasized that maintaining high levels of structured water is critical for protecting against cardiovascular diseases and encouraged adopting practices that enhance water structure within the body.
Among the methods he suggested are:
Proper Hydration: Drinking high-quality water
Avoiding Toxins: Reducing glyphosate exposure and minimizing the impact of electromagnetic fields
Thermal Regulation: Utilizing infrared light for promoting structured water
Part 8/10:
A Personal Transformation and Recovery
Reflecting on his heart attack and subsequent recovery, Dr. Hussy noted that while his diet, physical activity, and lipid levels remained consistent, he focused on integrating infrared sauna therapy and exposure to sunlight into his routine. In contrast to the medications prescribed after his heart attack, these lifestyle adjustments led to notable improvements in his heart function, with his ejection fraction returning to normal ranges within three months of adopting these practices.
Part 9/10:
Groundbreaking shifts in understanding cardiovascular health, according to Dr. Hussy, often arise from outside the established norms, promoting a continued inquiry into natural health strategies that prioritize underlying mechanisms rather than purely reactive treatments.
Conclusion
Part 10/10:
Dr. Hussy’s exploration of structured water's biophysics presents a compelling case for rethinking cardiovascular health strategies. By acknowledging the importance of water in physiological processes and reframing the conversation around clotting and its implications, he encourages a holistic approach that extends beyond traditional biochemistry. This innovative perspective invites further research and evaluation in the realms of functional medicine and health optimization, particularly in understanding cardiovascular disease etiology and prevention.