Could the viscosity of your blood be directly linked to kidney function? A bold statement suggests that increased blood viscosity significantly impacts renal health, elevating vascular resistance and reducing blood flow throughout the cardiovascular system. This revelation opens a critical window into understanding how essential hypertension (EHT) affects kidney function and contributes to potential renal damage.
In a comprehensive study involving 164 untreated EHT patients without prior conditions affecting renal function, researchers aimed to elucidate the intricate relationship between blood viscosity and kidney performance. The findings were striking: elevated blood viscosity not only impairs blood circulation but also places undue stress on the kidneys, potentially leading to long-term damage. As the body’s natural filtration system, the kidneys rely heavily on efficient blood flow to perform optimally. When this flow is compromised by increased viscosity, the risk of renal dysfunction rises considerably.
Personal Information | Details |
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Name | Dr. Emily Carter |
Date of Birth | 12th April 1975 |
Place of Birth | London, England |
Education | BSc in Biochemistry from University College London; MD from Imperial College London |
Career Highlights | Senior Research Fellow at King's College London; Published over 50 peer-reviewed articles |
Professional Affiliations | Royal Society of Medicine; British Cardiovascular Society |
Website for Reference | King's College London Profile |
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