your doctor determine the best course of treatment and prevention. Genes play a role in how well certain nutrients and pharmaceuticals work for individuals. The treatment or preventative program that benefits one patient may have no effect on another. Genetic testing is an efficient way to develop an individualized health strategy just right for you. Rather than the doctor using trial and error with different treatment options, genetic testing can help her find the right treatment without the guesswork.

Genomic profiling is currently available for four genotypes: cardio, osteo, immuno, and detoxi. Cardio Genomics can reveal a number of factors about a patient’s cardiovascular health. The genetic risks that apply to heart disease are methylation defects, hypercoagulation, cholesterol regulation defects, chronic inflammation, and cardioprotective markers. These genetic factors can also play a role in Alzheimer’s disease and certain types of cancer. Folic acid, anti-oxidant therapy, salt restriction, various diets, and exercise are solutions that can address cardio genetic risks. For example, one genetic profile type would call for a high protein, low

carbohydrate diet, while another genetic type calls for a low fat, low cholesterol diet. If you have heart disease in your family history, wouldn’t you like to know which diet is best for you?

Osteo Genomics can help determine risks and preventative measures for osteoporosis. Genetic osteoporosis risk factors include impaired collagen synthesis, calcium metabolism, vitamin D₃ activity,

Immuno Genomics shows a patient’s genetic factors that effect immune health and inflammation.

Cytokines initiate and regulate immune and inflammation responses. Altered cytokine production causes the immune system to chronically over-produce an inflammatory response, leading to allergies and asthma. Other risks associated with genetic immunity problems are atopy, osteopenia, heart disease, auto-immunity, and infectious diseases. Fish oils, milk thistle, and green tea are some of the therapies that can combat these genetic factors.

Detoxi Genomics shows genetic factors that determine how efficiently a person can rid the body of toxins. Have you ever wondered why some people can smoke cigarettes for years with no effect, while others with less exposure will develop cancer? Ability to detoxify plays a role in this conundrum. Detoxification defects are linked to increased risk of cancer, chronic fatigue, chemical sensitivity, and alcoholism. Anti-oxidants, supplements, a blood sugar balancing diet, and reducing exposure to toxins can be beneficial actions.

Getting your genomic profile in one or more of these categories can help you learn the best ways to keep from developing heart disease, osteoporosis, allergies, cancer, and other degenerative diseases. Inquire about these tests today.