In his investigative journey into the chemicals present in everyday life, journalist David Ewing Duncan undergoes a personal experiment to measure his “body burden” of toxic substances. Working with Åke Bergman, a Swedish chemist at Stockholm University, Duncan discovers that his blood contains alarmingly high levels of flame retardants, particularly polybrominated diphenyl ethers (PBDEs), which are widely used in consumer products like furniture, electronics, and automobiles to prevent fires. These chemicals, while saving lives, are toxic in high doses and have been shown to disrupt thyroid function and neurological development in animals, though their long-term effects on human health are less understood. Duncan, a frequent flier, speculates that the exposure may be linked to the flame retardants found in the interiors of airplanes, which have similar safety requirements to other public spaces. The experiment raises broader questions about the cumulative effect of the multitude of chemicals humans are exposed to daily and the potential health risks posed by these “invisible” substances.
In the context of emerging medical applications, infrared therapy has been gaining attention as a potential tool for detoxification. Although the article does not specifically delve into infrared therapy, its mention of chemical exposure connects to the growing interest in alternative therapies to address toxin buildup. Infrared therapy, particularly infrared saunas, is recognized for its ability to induce deep sweating, which can aid in the elimination of heavy metals and other environmental toxins from the body. The biological effects of infrared therapy include increased blood circulation, improved skin condition, enhanced detoxification through sweat, and reduced inflammation. In some cases, it is used as part of chelation treatments to remove harmful chemicals like mercury, lead, and PBDEs, potentially offering a non-invasive way to address the body’s chemical load. This growing field of medical applications highlights the need for innovative solutions to manage the health risks associated with chemical exposure in the modern world.
