Using data from nearly half a million people, researchers have developed a DNA test called a Genomic Risk Score (GRS), which can assess a person's genetic risk factor for developing heart disease. The test will allow doctors to combine a GRS with other factors to better target at risk individuals.
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If doctors want to check someone's heart rhythm while that person is out and about, the patient is required to wear a Holter monitor. Now, however, UK scientists have developed what they claim is a cheaper, more comfortable and faster-performing alternative, in the form of the Heartsense monitor.
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A large-scale meta-analysis collecting data from 79 trials has concluded that omega-3 supplements have little to no effect in preventing heart disease, stroke or death. The results contrast the common belief that omega-3 supplements confer a variety of beneficial cardiovascular protections.
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A new meta-study has concluded that multivitamins and mineral supplements do not improve cardiovascular health or protect against heart attack and stroke. The systematic review suggests if a person is generally healthy then multivitamin/mineral dietary supplements confer no cardiovascular benefits.
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In one of the first examples of gene-editing technology being effectively used to knock out the expression of a gene in non-human primates, researchers have lowered the blood cholesterol in monkeys by disabling a single gene in the liver.
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Researchers at the University of British Columbia (UBC) have developed a surgery-ready smart stent that keeps watch for the early warning signs of narrowing arteries, and sends out a wireless signal to alert the patient and doctors.
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It’s not a huge newsflash that green tea has some pretty impressive health benefits, but a new study has identified a specific compound found in the tea that could be recruited into dissolving plaques that accumulate in blood vessels and lead to heart attacks and cardiovascular disease.
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Induced pluripotent stem cells (iPSCs) hold all kinds of potential in the world of regenerative medicine. One of the many possibilities could be repairing damaged hearts, something that will soon be put to the test for the first time ever in newly approved clinical trials in Japan.
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A new breakthrough at the University of Colorado is the latest advance in the burgeoning realm of anti-aging science, demonstrating how a chemically altered nutritional supplement may well reverse aging of the blood vessels, in turn giving cardiovascular health a vital boost.
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A new study suggests the damage caused to a person’s heart from years of sedentary behavior can be successfully reversed by the right “dose” of exercise. The study found that exercising four to five times per week can improve heart elasticity as long as the training begins before the age of 65
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