Summary of medical research results to date

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Water consumption and disease prevention

About the Water Clinical Trials information website Biology and the properties of water Water consumption and disease prevention Clinical trials listed Summary of medical research results to date Information page Contact us
Water consumption and low
risk of breast cancer
Water consumption and
cancer prevention
Water and calcium and magnesium
concentrations and prevention of
heart disease and stroke
What does it all mean?
Water and DNA structure
and function
Water consumption and low risk of breast cancer Water consumption and cancer prevention What does it all mean? Water and DNA structure and function Water and calcium and magnesium concentrations and prevention of heart disease and stroke
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Persistent cell injury is most commonly caused by chronic tissue inflammation.  Associated with chronic inflammation is a condition called ischemia (decreased tissue perfusion of oxygen and nutrients) which is often a complication also of atherosclerosis (a form of 'hardening of arteries').

Cell responses to persistent injury from the hostile environments of chronic inflammation or ischemia vary considerably depending on cell type and duration of injury.

In ischemia, there is often cell membrane damage with consequent aberrations in cell control of hydration.  An influx of sodium ions, as a result of membrane damage, can result in an influx of water and cell swelling.  If the cell swelling persists, cell death occurs.

In chronic inflammation, there is often an efflux of water and cell shrinkage.  Cell responses to persistent injury from inflammation include a range of responses but often include dysplasia (a preneoplastic lesion).  Does chronic cell dehydration, from chronic inflammation, result in aberrations in protein and DNA structure, function and interaction?  Does cancer, and other diseases, result from these aberrations?

Cell responses to persistent cell injury
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How active is water in disease prevention?

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Cell response to persistent cell injury

How active is water in disease prevention?

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