Jim Plante and The Connection Between Genes and Heart Disease

Many people wonder why there are some smokers who wind up developing heart disease and then others don’t. Or, how someone who only eats burgers can live to be over 90 years old when someone who is a vegan dies of a heart attack at the age of 50.

In many cases, the cause of these seemingly random acts has nothing to do with the person’s lifestyle and everything to do with their genes. The fact is, doctors and scientists still don’t fully understand how genes affect heart health.

Heart Disease and Genes

Everyone has abnormal genes that are called mutations, and some of the mutations can make a person susceptible to a certain disease. Many people think that if a person has that mutation, they are going to get the related disease; however, this isn’t always the case. The effect that the mutation is going to have isn’t always that simple to predict.

One example is the mutation related to cases of hypertrophic cardiomyopathy, which is a disease that can cause the heart muscle to become thicker and stiffer. Scientists only know of specific mutations in approximately 50 percent of people that have the disease. Even those who have a similar mutation in the same protein can wind up manifesting the disease in a different way. This means that there are other forces, beyond just genes that are affecting this.

More Information About Genes and Heart Disease

There are other genetic abnormalities that are known for causing things such as sudden cardiac death and Marfan syndrome. Genes have also been named in several other, much rarer diseases that have been passed down in the family. Today, there are all types of genetic tests that can be used when this type of issue is suspected.

When it comes to genes and heart disease, there is still much that is unknown about the connection. This is why there are people investing in research, such as Jim Plante to learn more. Being informed and knowing the connection is the best way for a person to know when it may be time to invest in genetic testing. In the long run, this can be extremely beneficial.

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