Something troubling was discovered in human blood, and scientists fear it could have a serious negative impact on our long-term health:-
Nearly 80% of the participants they examined had the particles they discovered in human blood for the first time.
The finding demonstrates that specks can move throughout the body and may settle in organs. Although the effects on our health have not yet been determined, scientists are worried since laboratory tests on human cells show that these particles cause damage. Additionally, it is already known that air pollution particles penetrate the body and result in millions of preventable deaths each year.
Large amounts of plastic garbage are released into the environment due to careless human behavior. From the top of Mount Everest to the bottom of the deepest waters, they discovered plastic garbage. We already know that microscopic plastic particles can be ingested through food and water and breathing them in, and they have been identified in both newborns’ and adults’ feces.
Researchers examined blood samples from 22 healthy adults and discovered plastic particles in the blood of 17 of them. PET plastic, frequently seen in drink bottles, was detected in 50% of the samples, while polystyrene, a material used in food and product packaging, was found in 35% of them. One-fourth of the blood samples contained polyethylene, the material used to make plastic carrier bags.
Ecotoxicologist Professor Dick Vethaak of the Dutch Vrije Universiteit Amsterdam noted that the study’s findings “are the first evidence that we have polymer particles in our blood.” But the research needs to be expanded; sample numbers increase, more polymers must be evaluated, etc. He stated they are in the process of further research on this subject.
According to Vethaak, “it is certainly legitimate to be concerned.” The particles are dispersed throughout the body and are there. He said that studies in the past had revealed that newborns’ feces included ten times more microplastics than adults’ and that infants fed from plastic bottles were ingesting millions of microplastic particles per day.
He added, “we are aware that young infants and babies are more susceptible to chemical and particle exposure.” “That bothers me.”
The professor claimed that although there was a range in the amount of plastic in the blood samples, “this is a pioneering study,” he added.
“What is going on inside our body is the major question,” said Vethaak. Are the particles still inside your body? Do they cross the blood-brain barrier to reach certain organs, such as the brain? Are these amounts high enough to cause sickness, too? We must immediately provide funding for additional studies to learn more.”
The cancer risk was evaluated in a recent review paper, which the professor also co-authored. The authors concluded: “More thorough research on how micro-and nano-plastics affect the structures and functions of the human body, and whether and how they can transform cells and induce carcinogenesis, is urgently needed, particularly in light of the exponential increase in plastic production. Every day, the issue becomes more urgent.”