Our groundbreaking HealthieOne Advanced Tests leverage cutting-edge technology and extensive research to uncover how key nutrients are metabolized by your unique body.
The insight provided by these tests allows us to precisely determine how each food contributes to your overall health, empowering you to fine-tune your nutritional intake for optimal metabolic performance.
By pinpointing exactly how foods influence your health, we can trace the origin and progression of any abnormal values in your test results. This personalized, data-driven approach enables more effective, targeted health interventions tailored to your individual metabolic profile.
These HealthieOne Advanced Tests are highly specialized and require oversight by your trained health care providers.
We recommend that you consult with your health care provider, who can contact us and make informed decisions about the best tests for you.
The physicians we are already working with are thrilled with the results of our tests. They are using them to track their patients' progress and adjust their treatment plans accordingly.
Discover how your body uniquely metabolizes cholesterol, empowering you to fine-tune your diet for optimal health.
Find out how your body metabolizes glucose (product of sugar and carbs) into energy, protein, fat, and other vital components in order to fine-tune your sugar and carb intake for optimal health.
Detail exactly how your body metabolizes Glucose, Proteins, Lipids or Cholesterol.
Determine whether Glucose, Proteins, Lipids or Cholesterol is a disproportionate source of nutrients in your body so you can adjust your consumption.
Identify potential metabolism abnormalities, which can be an indication of a health problem.
People with abnormal values on their HealthieOne Complete test.
Anybody who wants to find their perfect nutrient intake proportions based on their unique metabolism.
People who are about to start a new diet (such as Keto).
Athletes who want to optimize their physical performance by fine-tuning their consumption based on their unique metabolism.
