SCIENCE GEEK ALERT: As previously mentioned, I am alarming you before I get into the nitty gritty of nutrition!
Food can be considered an environmental factor to which our bodies adapt for optimal function. In fact, the relatively new fields of nutrigenomics and epigenetics aim to explore how foods and the environment (respectively) influence genetic expression and what are known as genetic polymorphisms. Genetic polymorphisms are differences in the genetic code among a given species giving rise to different characteristics. In our case, examples include blood type and skin complexion caused by differences in melanin production.
Food can be considered an environmental factor to which our bodies adapt for optimal function. In fact, the relatively new fields of nutrigenomics and epigenetics aim to explore how foods and the environment (respectively) influence genetic expression and what are known as genetic polymorphisms. Genetic polymorphisms are differences in the genetic code among a given species giving rise to different characteristics. In our case, examples include blood type and skin complexion caused by differences in melanin production.

