Our bodies are made up of billions of individual cells. These cells evolve over time to take on different responsibilities, depending on the genetic code found in each of them. Also known as genetic code, or “genes”, they transfer from parents to their offspring, and may present themselves in various external and internal forms. Externally, it could show in our facial shape, appearance, or hair color and smile. Additionally, genes could pass on internally in many forms such as our response to medication, response to diet as well as levels of risk regarding diseases like cancer.
Environmental changes and toxins are all around us, including congenital irregularities affecting the genetic code. All have the potential to stimulate genetic mutation without warning, and on a daily basis. If the body does not have enough antioxidants to fight the mutation or if the body’s gene repair and management system fails to find a solution for the mutation, it could eventually lead to the development of cancer.
There are around 500 genes associated with cancer, from a total of over 20,000 genes altogether. We can categorize these genes into the two following groups:
- Oncogenes: Genes responsible for stimulating growth and dividing to the extent that they become uncontrollable.
- Tumor suppressor genes: Regular genes which help repair damaged DNA and inhibit cell proliferation. If tumor suppressor genes mutate or abnormalities occur, it could eventually lead to the development of cancer.