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Microplastics can block blood vessels in mice brains, researchers find | Plastics

Microleum plastic can move through mice brains and prevent blood vessels, mainly mimicing blood clots that may be fatal or disrupting the function of the brain in another way.

Results Detailed in the peach leaf For researchers for the first time, use in actual time to track parts of plastic while they are moving and accumulating in the blood blood vessels. When one piece of plastic stumbles, another accumulated behind it, such as a “car accident” I mentioned.

The authors then found a decrease in the function of the engine in these mice exposed to accurate plastic, indicating effects on the brain. While the escalating evidence has linked the delicate plastic to the nerve heaven, the research is the first to suggest how – it may reduce blood flow.

“This revelation offers a lens to understand the effects of the toxicity of the exact plastic that invades the bloodstream,” wrote the authors of Beijing University.

Microbey is small parts of Plastic Either deliberately added to consumer goods, or that are larger plastic products. The particles contain any number of 20,000 plastic chemicals, including thousands, such as BPA, Trinity and PFAs, Providing serious health risks.

The material was found throughout the human body, and it can be crossed Placenta and brain Barriers. Recent research has found that microblasts accumulate in human brains in Many higher levels Eight years ago. The article is linked to an increase in the risk of a heart attack cancerIt is considered one of the nervous toxicity that can cause multiple forms of brain defects, such as Parkinson’s disease.

So far, a little is not understood about how plastic parts move across minds, and why some diseases and neurological heaven may cause.

To track plastics in the brains of mice in an actual time, researchers gave them the water -filled water -filled water, a common substance found in home commodities and packing. Using a photo technique called a dual photon microscope, they managed to see how, within a few hours, fluorescent bit began to appear in the brain.

Researchers suspect that immune cells, in fact, absorbed parts of plastic, creating irregular cells in the form. When the cells traveled to the small brain shell containers where there is generally more clear, it is sometimes specific. Parts larger than the plastic were more likely to hung.

When the cells are placed, more cells accumulate, simulating the effect of cars in an accumulation. The blockages were reduced from blood flow and sometimes disintegration after a few days or weeks, but some have continued to close the study monitoring period for four weeks.

In behavioral assessments that follow the exposure to accurate plastic, the exposed mice traveled to slower and shorter distances than those who were not exposed, and poorly performing a maze test that measures memory function.

However, the authors emphasized that it is unclear whether the same effects will occur in the human brain because the vessels are not quite small like those in mice, and that the blood volume and the flow rate are greater. However, he strongly pointed to the risk of cardiovascular and blood vessels in the brain, and “increased investment in this field of research is urgent and necessary to understand the health risks posed by fine plastic in human blood.”

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