In just 60 to 90 seconds, NutraLife AI™ is able to analyze, through your urine:

• Calcium: Most calcium is stored in your bones and teeth, with about 1% of calcium in your body circulating in your blood. Having the right amount of calcium in your blood is necessary for your nerves, muscles, and heart to work properly.
• Ketones: When the body doesn’t have enough glucose for energy production, it will burn ketones, some of which will be detectable in the urine.
• Water: Water is crucial for every organ and function in your body. Dehydration is easy to detect via urine testing.
• Protein: Usually protein is not found in urine. Sometimes, however, your kidneys can let some protein escape through their filters into your urine.
• Magnesium: An immune system regulator. Also involved in nerve conduction, muscle contraction, and energy production.
• pH: Urine pH is the measure of acidity or basicity of urine, greatly impacted by your diet. A pH of 8 or higher indicates “alkaline,” while a level of 5 or lower indicates “acidic.”
• Vitamin C: A key antioxidant for neutralizing free radicals, and an important support for your immune system.
• Sodium: Sodium supports numerous functions in the body, but excess sodium can be detrimental to long-term health.
• Oxidative stress: Free radicals cause oxidative stress, which damages cells. This oxidation typically starts with cell membranes. When unaddressed, free radicals can contribute to chronic inflammation and other chronic conditions. 
• Glucose: The main source of energy for the cells in your body, transported by the blood. Urine usually contains very little or no glucose, but if you have too much glucose in your blood your kidneys will get rid of some through your urine.

You will receive an overall wellness score and a summary for each parameter after each test.

Non-NAP participants’ results are expressed by emoticons only. Also, protein and glucose biomarker results are not provided. 
Participants who register in one of our NAPs will be able to view their full, unfiltered results, along with their protein and glucose biomarkers. Learn more about NAP →