
Are You At Risk for Breast Cancer? The 6 Stressors You Should Know About
Raena
"The key to breast cancer prevention is being aware of the various factors that cause the disease and avoiding them as much as possible, while at the same time being aware of what discourages cancerous growth in breast tissue." - Dr. John Lee
Only 5% of the National Cancer Institute's budget is allocated towards research on prevention. Health experts rarely discuss avoidable and known cancer-causing agents like excess estrogen, radiation, and chemical pollutants. There should be as much focus on preventing cancer as there is treating it.
What Causes Breast Cancer?
From my clinical experience, it’s rarely just one cause. It takes about ten years for one cancer cell to grow into a tumor. To give you an idea of the lifetime of factors that can contribute to breast cancer, imagine a young woman named Sarah. Sarah had mild scoliosis when she was younger, so she received more x-rays than normal. She also grew up eating ultra-processed foods. Then, one day while walking to her car, she fell and landed on her breast. Several years later during perimenopause, her doctor gave her hormonal therapy in the form of estrogen pills. During all that time, she was also working a very stressful job. It is the accumulation of stressors that often becomes a problem. Below is a breakdown of potential stressors. ⠀- Estrogen dominance - This is likely the most important factor when it comes to breast cancer. This is because estrogen can feed cancer and cause it to grow. At the clinic, we can check your level of estrogens. Knowledge is power. ⠀
- Ionizing radiation - Radiation exposure is cumulative. Each dose increases the risk of breast cancer. Radiation has "estrogenic" effects. ⠀
- Excess iron - Excess iron in the body works as a powerful oxidant, increasing free radicals thereby raising a woman's risk of breast cancer. Ferritin (a measure of iron storage) stimulates breast cancer cells through an iron-independent mechanism and is localized within tumor-associated macrophages. ⠀ ⠀
- Chronic stress - Stress hormones can inhibit a process called anoikis, which kills diseased cells and prevents them from spreading. ⠀ ⠀
- Insufficient iodine - Iodine is required in breasts, ovaries, and the prostate. It balances estrogen and has a strong anti-breast cancer effect. ⠀ ⠀
- Low vitamin D - Studies show that breast cancer rates tend to be lowest in regions of high solar radiation and highest in areas with low solar radiation. This effect is probably due to vitamin D status in childhood and early adolescence. ⠀ ⠀