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Genetic Archaeology
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GENETIC ARCHAEOLOGY // CATEGORY

Appearance

The genetic code of your appearance. Learn more about genes for hair color, skin type and other physical characteristics.

Mirror of DNA: How genes shape our appearance

Our appearance is far more than coincidence or pure aesthetics. It is the most visible result of our genetic programming, a complex interplay of thousands of DNA sections. While we often think of nutrition or environmental factors, the unchangeable blueprint for characteristics such as skin type, hair structure, eye color or the tendency to freckles lies hidden deep in our cell nucleus.

biology

Genes like MC1R (the "red hair factor") are classic examples of so-called phenotypic markers. Even a single letter exchange in the genetic code (an SNP) can decide whether the body produces dark eumelanin (brown/black) or light pheomelanin (red/blond). This influences not only hair color, but also the skin's natural UV protection.

benefit

Genetics is not fate, but a map. Those who know that they genetically have less inherent protection against UV radiation (MC1R variants) can take more targeted precautions.

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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

Can you change your appearance through genes?
No, the DNA sequence (the blueprint) is fixed and unchangeable. However, epigenetics and lifestyle (sun, nutrition, stress) influence which genes are switched on or off.
Why do I have red hair?
Usually there is a variant in the MC1R gene. It is recessive: If both parents pass on this variant, pheomelanin (red pigment) is predominantly produced instead of eumelanin.
Do genes have an influence on aging?
Yes, massively. Genes that regulate collagen breakdown (MMP1), the moisture balance or oxidative stress (SOD2) determine how quickly skin ages and wrinkles develop.
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