Explosive New Study Finds Face Masks May Increase Stillbirths, Testicular Dysfunction, Cognitive Decline In Kids
Healthcare
An explosive new study published in the journal Heliyon comprises a review of 43 previously published studies on exposure to CO2, mask-wearing, and pregnancy. The study finds that face masks may increase stillbirths, testicular dysfunction, and cognitive decline in kids.
A new study by by German researchers has concluded that face masks can cause carbon dioxide poisoning when worn even for short periods and may have contributed significantly to stillbirths when worn by pregnant women, as well as testicular dysfunction and cognitive decline in children, among other destructive health issues.
As reported by the Daily Mail, the research, published in the journal Heliyon, comprises a review of 43 previously published studies on exposure to CO2, mask-wearing, and pregnancy.
The study notes that even short-term exposure to concentrations of CO2 as low as 0.3% caused brain damage, increased anxiety, and impaired memory in both pregnant rats and young mice in one study.
In another, when male mice were exposed to 2.5 percent CO2 for four hours, testicular cells and sperm were destroyed. The equivalent amount for humans would be 0.5 percent of CO2 over the same time period.
Face masks may raise risk of stillbirths, testicular dysfunction and cognitive decline due to build-up of carbon dioxide, study warns. https://t.co/baumRMLxZh
— Dr. Anastasia Maria Loupis (@DrLoupis) April 24, 2023
Yet another experiment discovered that stillbirth and birth defects occurred in pregnant rats that were exposed to just 3 percent CO2, which would be equal to 0.8 percent for humans.
The study also points to research that found just five minutes of mask wearing resulted in CO2 levels increasing to between 1.4 percent and 3.2 percent.
Associate Professor Shaowen Bao, from the physiology department at the University of Arizona College of Medicine in Tucson, has discovered possible links between COVID shots and the emergence of tinnitus.
