Stops heart problems early

Reduces damage over time

Helps prevent surprise heart attacks and strokes

First, Know your risk of having a heart attack or stroke in the next 10 years

  • Take our free test online

Many high-risk people still have heart attacks or strokes even with taking cholesterol and blood pressure medications.

New genetic testing can help identify who’s most at risk and provide a better, more personalized approach to prevent these events.

Know your other Critical risks, not just cholesterol and blood pressure risks

Learn about your genetic risks for heart attack, stroke, high blood pressure, and diabetes related to:

  • Inflammation

  • Snoring and Sleep Apnea

  • Obesity

  • Diabetes

  • Artery Hardening and Plague Buildup

  • Irregular Heart Beat

  • Abnormal Heart Muscle

  • Bad Cholesterol

  • Triglyceride

Many studies support using genetic risk to help better manage heart diseases. Contact us for a full list of medical references and clinical trial results.

 

Step 1.) 10-Yeart Heart Attack and Stroke Risk

This assessment answers one question:

What is the likelihood of me having a heart attack or ischemic stroke in the next 10 years?

  • Based on your cholesterol, blood pressure, age and gender.

  • Use 10-year risk assessment methods published by scientists at the China National Center for Cardiovascular Diseases.

  • The result gives you a better understanding of your heart health.

  • If you eat better, lose weight, and exercise more, your 10-year risk might change. After getting updated cholesterol results, try this test again to see if your heart health is getting better.

    Contact us. Arrange to have a simple blood test to determine your 10-year risk

Step 2.) Know your Heart attack, stroke, diabetes, hypertension Genetic Risks

Once I know my 10-year risk, this genetic test can help answer a few more questions:

  • I have borderline heart attack and stroke risk from my cholesterol and blood pressure (Cholesterol not extremely high, but also not normal). I prefer not to take medications.

    • Are there other risk factors that could help me decide if I should start medications?

  • What’s my genetic risk for heart attack, stroke, diabetes, and high blood pressure?

  • Will my bad cholesterol likely keep going up as I get older because of my genetics?

  • Am I at high genetic risk for artery hardening or plaque buildup?

  • Could my snoring be linked to a higher genetic risk of heart attack or stroke?

Nearly a million DNA changes work together to determine if you have a higher risk of heart attack, stroke, diabetes, or high blood pressure.

Heart health genetics vary by ethnicity, so the DNA changes that predict heart attack risk in Caucasians don’t apply the same way for Asians. Rainbow Genomics has worked with U.S. experts to create genetic assessments for groups like Han Chinese, Caucasians, Hispanics, and mixed-race individuals.

Rainbow Heart Health Whole Genome Sequencing (WGS) Test

This test looks at one million DNA changes that are specific to you and your ethnic background (like Chinese, Europeans, or mixed-race).

The test checks your risk for heart attack, stroke, diabetes, and high blood pressure due to factors like inflammation, artery issues, obesity, and metabolism - things that aren’t covered by a regular cholesterol blood test.

Step 3.) nutrition, obesity and Exercise Improvement guided by your DNA

Rainbow WellGen Test

The genetic test helps you improve the following:

  • nutrition

  • exercise

  • weight loss

  • cardio & metabolic health

4.) Pick the best medications based on your genes

Why do people who take medications still have heart attacks or strokes?

One reason is that patients stop taking cholesterol or blood pressure medications because of unpleasant side effects.

Using pharmacogenomics, or DNA-based choices for medications with fewer side effects, can help people stay on their meds longer, preventing serious heart problems.

Choose cholesterol and blood pressure medications with the fewest side effects to help you stay healthier.