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Original title: Vitamin D3 Can Repair Cardiovascular System Damage
A new study from the University of Ohio has shown that vitamin D3 can significantly repair damage to the cardiovascular system caused by high blood pressure, diabetes, etc. Since the body automatically produces D3 when basking in the sun, experts recommend that patients with cardiovascular system damage get more sun exposure or take D3 supplements.
In the most recent study, a team led by Tadus Malinsky used nanosensors measuring only one thousandth the diameter of human hair to develop unique measurement methods and systems that track the effects of vitamin D3 on a single endosperm cell, an important regulatory part of the cardiovascular system. The study found that vitamin D3 is a powerful stimulant of nitric oxide, a major signaling molecule that regulates blood flow and prevents thrombosis in the cardiovascular system, and can significantly reduce oxidative stress levels in the cardiovascular system.
importantly, studies have shown that vitamin D3 therapy can significantly repair damage to the cardiovascular system caused by several diseases, including high blood pressure, atherosclerosis, and diabetes, while reducing the risk of heart attack.
Marinsky said: "There are few ways to restore damaged cardiovascular endodertic cells, and vitamin D3 does this, which is a very inexpensive way to repair the cardiovascular system, and we don't have to develop new drugs because we already have them." The
is the first time scientists have discovered the molecular mechanism by which vitamin D3 repairs cardiovascular endoskin function. Although studies have been conducted using cell models of hypertension, the effects of vitamin D3 on dysfunctional endocrine are much broader, and several cardiovascular diseases, especially those associated with ishemia events, have been found to have endothysis. Therefore, the authors suggest that vitamin D3 may be of clinical importance in repairing diseases such as the endotrine of the heart after a heart attack, capillary endotrine after a stroke, diabetes and atherosclerosis.
recommendation has also been supported by several clinical studies. These studies suggest that if the dose of vitamin D3 is higher than the current dose of bone disease, it may be beneficial to treat the dysfunctional cardiovascular system. The latest study is published in the journal Nanomedical Medicine.
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