minerals

Support proper body function and overall health by identifying your personal mineral requirements.

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Genetic trait Reports

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With influence over a wide range of essential biological processes including immune function and nutrient delivery, mineral deficiencies can result in a number of health and performance-related issues.

Unlock your personal DNA to identify your risk of mineral deficiencies and receive scientifically-backed nutrition and supplement strategies to optimize your personal mineral levels.

Insights

Understand how your DNA may be increasing your risk of specific mineral deficiencies with personalized insights.

Recommendations

Optimize your mineral levels with personalized nutrition, lifestyle, and supplement recommendations.

Risk of sleep disturbance

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

sleep and weight gain risk

Leptin is a hormone released by fat cells that reduces appetite. Poor sensitivity to leptin can lead to overeating, accumulation of fat, and weight gain.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

sleep/wake cycle

How much chemical energy you store in fat tissue (vs. how much you lose as heat) depends on the efficiency of your metabolism.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

supporting metabolic Efficiency

How much chemical energy you store in fat tissue (vs. how much you lose as heat) depends on the efficiency of your metabolism.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

supporting metabolic Efficiency

How much chemical energy you store in fat tissue (vs. how much you lose as heat) depends on the efficiency of your metabolism.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

supporting metabolic Efficiency

How much chemical energy you store in fat tissue (vs. how much you lose as heat) depends on the efficiency of your metabolism.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

Reducing visceral Fat (sex hormones)

Suboptimal levels of sex hormones (e.g. testosterone, estrogen) can promote inflammation and the build-up of visceral fat, making it harder to lose weight.

Mineral Traits

Magnesium requirement
betaine requirement
zinc requirement
Calcium Requirement

"Since having FitnessGenes in my life I have really understood my strengths and weaknesses pertaining to the way my individual body performs. I have been able to adjust my diet and supplement regimen to my particular needs.

For example, through my results I discovered that I have a genetically increased need for choline. Supplementing based on my DNA results has optimized both my physical and mental performance. I would recommend this to anyone that really wants to be on top of their health."


Richard, Canada
FitnessGenes Member

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