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Genetic trait Reports
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No matter what your goals are, to achieve them you need to make sure that your available energy matches the levels that they demand.
Unlock your personal DNA to identify genetic influences that may be limiting your energy production levels and the scientifically-backed recommendations you can follow to ensure that you're ready to overcome any challenge.
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Understand how your DNA may be limiting or supporting your daily energy levels with personalized insights.
Keep your energy levels high throughout the day with personalized lifestyle, nutrition, and exercise recommendations.
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.
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.
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.
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.
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.
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.
How much chemical energy you store in fat tissue (vs. how much you lose as heat) depends on the efficiency of your metabolism.
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.
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.
How much chemical energy you store in fat tissue (vs. how much you lose as heat) depends on the efficiency of your metabolism.
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.
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.
How much chemical energy you store in fat tissue (vs. how much you lose as heat) depends on the efficiency of your metabolism.
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.
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.
How much chemical energy you store in fat tissue (vs. how much you lose as heat) depends on the efficiency of your metabolism.
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.
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.
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"FitnessGenes have helped me a lot over the several years that I have been implementing my results. After reviewing my traits, I changed the volume of my workouts to match my DNA profile and made adjustments to both my nutrition and supplements.
As a result, I’ve found that I have more energy and my sleep quality has improved. I’ve also found that the traits help me to understand why other thing that I’ve previously tried haven’t worked for me. Really helpful information."
Richard, United States
FitnessGenes Member
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