Sunday, December 7, 2025

Homocysteine: New Heart Disease Risk Factor Identified in Study

by Dr. Michael Lee – Health Editor

New research Links Elevated Homocysteine to Loss ⁢of Aortic Elasticity,Signaling​ Potential Cardiovascular Risk

Graz,Austria – A⁢ new study from the Medical ⁤University‌ of Graz has identified elevated levels of the amino⁤ acid homocysteine as a previously underestimated risk factor​ for cardiovascular disease,specifically linking it to a reduction in the elasticity of the aorta.Researchers found that increased homocysteine directly contributes​ to stiffening of blood⁣ vessels, autonomous of cholesterol levels.

The⁤ findings,‍ published recently, highlight the importance of maintaining ⁤balanced⁣ homocysteine levels ‍through sufficient intake of B vitamins. While⁢ high ‍cholesterol’s impact on vessel thickening is ​well-established, this research demonstrates homocysteine’s distinct role in ⁣diminishing vessel ⁣ elasticity – a ‍critical component of cardiovascular health often overlooked. This revelation could lead to refined risk assessments and⁢ preventative strategies for‍ heart disease, ⁣impacting millions.

Researchers, led by Wooden apple and Francesca Bogoni, conducted experiments on rabbits, demonstrating a clear correlation between‍ increased homocysteine⁣ and reduced tissue elasticity in the aorta. “We deliberately left out the influence of ‌cholesterol⁣ because we‌ already know that too much of it thickens ⁣the blood vessels,” explained Bogoni⁣ to⁣ the Austria Press Agency. “That increased homocysteine values, however, making the blood vessels ‌stiffer and less elastic has so far been less respected as​ a risk factor.”

Homocysteine levels can be readily measured through‌ a standard blood analysis. Maintaining appropriate levels is⁣ often achievable through dietary adjustments⁣ and supplementation with B vitamins. The study underscores the need for broader awareness of homocysteine as a key ⁤indicator of⁤ cardiovascular risk, alongside conventional markers‍ like cholesterol.

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