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Genetic Archaeology
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GENETIC ARCHAEOLOGY // CATEGORY

Vitamins

Do you have an increased need? Discover how genetic variants control the absorption and utilization of vitamins like D, B12 and folic acid.

Micronutrients: Why we are different

"Just eat healthy and balanced" – this advice ignores our biochemical individuality. Genes significantly determine how efficiently our intestines absorb vitamins, how they are transported in the blood and how they are guided into the cells.

vitaminD

Even with the same sun exposure, some people have chronically low vitamin D levels. Variants in the GC gene or in the VDR (Vitamin D Receptor) are often responsible.

vitaminA

Another example is beta-carotene (from carrots). It is only a precursor. The BCMO1 gene encodes the enzyme that makes real vitamin A from it. In many people, this conversion is significantly reduced.

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Worth Knowing

Genetics is not fate. Knowing your predisposition allows you to get the best out of your biology through a targeted lifestyle.

Gene Profiles in this Category

Frequently Asked Questions

Why do I have vitamin D deficiency despite sun?
Maybe your body transports the vitamin poorly (GC gene) or your receptors are less sensitive (VDR gene). A blood test provides certainty.
Can everyone convert beta-carotene into vitamin A?
No. Almost half the population are "Low Responders". They can only use plant-based beta-carotene poorly.
Do I need supplements?
Not generally. But a gene analysis can show where your personal bottlenecks are. Those who poorly process B12 or folic acid benefit from targeted supplementation.
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