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Genetic trait Reports
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While short-term inflammation forms part of your body's natural defence response, long-term or 'chronic' inflammation can cause damage to healthy cells and increase your risk of life-limiting health conditions, including cardiovascular diseases.
Identify the genetic and lifestyle factors that may be increasing your risk of chronic inflammation and follow daily, personalized recommendations to help keep your inflammation levels within a healthy range.
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Understand the genetic and lifestyle factors that may be increasing or reducing your risk of chronic inflammation with personalized insights.
Minimize your risk of chronic inflammation and related lifestyle diseases with personalized lifestyle 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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"I used to suffer with Crohn’s, HBP, chronic vitamin deficiencies, stomach ulcers, and skin issues. I was seeing multiple specialists and was taking multiple medications without significant improvement of my conditions. I had tried several fad diets and herbal solutions with less than stellar results. Then I decided to "hack my body" and see what my DNA says.
Through my results I found out that much of what I was recommended was causing inflammation and, with the advice given in the traits, I have been able to minimize that and boost my body’s natural processes.
I am now down to one medication for my Crohn’s and have no HPB, stomach, or skin issues. My vitamin deficiencies are less significant and overall, my health is better than it has ever been. I thank understanding how my DNA works and being able to tailor my diet to work with my body and not against it. Thank you, FitnessGenes."
Daniel, United States
FitnessGenes Member
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