An invisible risk, which threatens our health to turn our breath into a “time bomb” …
A recent study revealed the increase in excellent plastic particles in the air, especially in cities and industrial areas, alerting their health risks that can lead to chronic diseases.
In a study published in the environmental and environmental protection magazine, these invisible particles are spreading in the air as a result of the decay of large plastic waste, as it is such a daily activity, washing industrial clothing and corrosion of car tires.
The contradiction is that the concentration of these particles within homes and buildings may be higher than the open space as the furniture, carpets and plastic equipment spread in closed areas.
The risk is the ability to penetrate the lungs of these particles, and it can go beyond blood flow and other organs.
Recent studies have revealed that human blood, lung tissue and vascular plaques are accurate plastic particles.
Earlier studies, these particles, increased infections, and disorders in the cell function, were found in the human lung tissue and deposits of the arteries, which raise questions about their role in heart and respiratory diseases.
Microbial particles (less than 5 mm) and nanavi (less than 1 micrometer) arise from the decay of large plastic components, and are usually found in urban and industrial areas. These particles can be inhaled, swallowed or absorbed through the skin, contributing to the development of chronic diseases, including antioxidant pressure, infections and cardiovascular disorders.
It is estimated that the average person inhales about 69,000 plastic particles annually, dominating internal exposure. The review indicates that this assessment depends on the inhalation of about 190 accurate plastic particles for each person.
The best plastic and nanware plastic particles are better concerned due to the ability to absorb other pollutants such as nitrogen dioxide and sulfur dioxide.
These pollutants can improve the toxicity of the pending plastic particles and their environmental stability, which makes them not only individual pollutants but also useful carriers for other harmful substances.
Despite the development of detection techniques, scientists face challenges in monitoring these particles due to their small amount. Conflict solutions are required, which include reducing the use of plastic and improving filtration systems, in addition to creating advanced scientific methods to remove them.
Experts emphasize the importance of social awareness and strict law to reduce this problem, especially for additional research to understand their health impacts on children and pregnant women. Corresponding medicine
