Radiation
254 sourcesRay Peat wrote extensively about radiation, drawing on research showing that even low-dose radiation has biological effects that are systematically underestimated by regulatory bodies. He argued that the 'linear no-threshold' model actually underestimates harm at low doses because of bystander effects — where irradiated cells signal damage to neighboring unirradiated cells. He documented the political and military pressures that have shaped radiation safety standards since the atomic bomb.
Peat also discussed the protective effects of certain substances against radiation damage: thyroid hormone (which speeds DNA repair), progesterone, vitamin E, and aspirin. He noted that people living near nuclear facilities, receiving repeated medical X-rays, or exposed to fallout have measurable increases in cancer and birth defects, often dismissed by authorities using statistical methods designed to minimize apparent harm.
Key Positions
- Low-dose radiation harm is underestimated due to bystander effects and perinatal sensitivity
- Medical X-rays and CT scans deliver significant cumulative radiation doses
- Thyroid hormone speeds DNA repair after radiation exposure
- Progesterone, vitamin E, and aspirin protect against radiation damage
- The nuclear weapons/power industry has shaped radiation safety standards to minimize apparent harm
- Radioactive iodine treatments for thyroid conditions can cause secondary cancers
- Dietary antioxidants and metabolic support increase radiation resistance