코로나바이러스 마스크 해로운 독소 있다. T146

코로나바이러스 마스크 해로운 독소 있다.

 

마스크에 암을 유발하는 화학약품 있다.

 

한국어로 찾으면 안나온다. 그래서 한국은 지식면에서 후진국,

 

Face masks for pandemic may harm humans,

Toxins found in disposable face masks may harm humans and the environment,

 

광고 삭제 내용만 가져옴,

 

https://www.news10.com/news/toxins-found-in-disposable-face-masks-may-harm-humans-and-the-environment/

 

SWANSEA, United Kingdom (StudyFinds.org) – A recent study finds that disposal masks may be spreading harmful toxins into the environment. Researchers at Swansea University found significant amounts of toxins (lead, copper, and antimony) coming out of several masks after exposure to water. Making matters worse, a recent study finds these masks may be spreading harmful toxins into the environment.

 

Since the pandemic, the demand for disposable plastic face masks (DPFs) has soared. In 2020, production facilities, mainly in China, produced over 52 billion masks – some up to 450 million per day. Although they are “single-use” items, research estimates it could take up to 450 years for face masks to degrade.

 

Experts are now posing the question of whether plastic masks are safe enough for people to use every day. Moreover, considering the number of masks that do not make it to the trash bin, these results are alarming.

 

“All of us need to keep wearing masks as they are essential in ending the pandemic. But we also urgently need more research and regulation on mask production, so we can reduce any risks to the environment and human health,” says lead researcher Dr. Sarper Sarp of Swansea’s College of Engineering.

 

Cancer-causing chemicals in face masks?

 

To ensure conclusive testing, a team of scientists analyzed seven different brands of disposable face masks. They soaked all the masks in water to model the actual environmental circumstances for those that end up as trash or litter. Results revealed traces of heavy metals like lead and other toxins, such as carcinogenic chemicals in the water.

 

“It is, therefore, imperative that stricter regulations need to be enforced during manufacturing and disposal/recycling of DPFs to minimize the environmental impact. There is also a need to understand the impact of such particle leaching on public health,” the study author concludes. “Therefore, a full investigation is necessary to determine the quantities and potential impacts of these particles leaching into the environment, and the levels being inhaled by users during normal breathing. This is a significant concern, especially for health care professionals, key workers, and children who are required to wear masks for large proportions of the working or school day.”