Top Heart Disease Prevention Steps
Why are some people seemingly able to eat a diet loaded with heart clogging fried foods and fats, while others seem destined for poor health, regardless of their diet? This question has plagued medical researchers for decades.
The answer is now beginning to unravel, in part due to advancements in decoding the human genome, and in part due to an understanding of the intricate genetic interactions which respond to diet and lifestyle decisions we make every day.
Genes Provide the Missing Link to Heart Disease
Scientists are able to watch gene alterations or switching in virtual real time, as they observe the positive or negative influences of specific food items in each meal.
According to a study published in the journal Nature, researchers have identified nearly 100 genes which specifically control up to a third of the inherited factors controlling our cholesterol, specifically LDL cholesterol and triglycerides that are known factors in the development of coronary artery disease and heart attack risk.
Our Genes Aren’t Set in Stone
This study demonstrates for the first time that certain individuals are predisposed to developing abnormal types of oxidized LDL cholesterol through a hereditary link. Based on the results, up to 20% of people are at increased risk for developing heart disease, as their genes have been ‘switched’ in favor of developing a poor blood lipid profile.
This does not mean that you’re condemned to poor health due to heredity. Our genes respond to the cues they receive from the foods we eat and the lifestyle we lead. A predisposition to heart disease is not destined. Fortunately, there are several simple steps you can follow to reduce and virtually eliminate the risk for coronary artery disease, regardless of the genetic cards you’ve been dealt.
Step 1: Eat Fat with Your Heart in Mind
Diet is the single most important factor which controls the actions of your genes. The nutritional content of each bite of food directly impacts and influences how each gene activates, and scientists are able to track subtle changes which take place after each meal. Diets which are high in hydrogenated trans fats such as fried foods are particularly damaging from a genetic perspective.
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