Micro and nanoplastics are found in the environment as usual enter the human body that we drink, which we eat, and even we breathe. According to a new research by researchers at the University of Road Eyeland College of Pharmacy, they infiltrate all body systems, including plastic particles, where they can collect and mobilize like Alzheimer’s conditions.
After a previous study, which shows that microplastics can penetrate into all the body’s systems-which includes blood brain barrier, which protects the brain from small harmful substances like viruses and bacteria. The results suggest that the accumulation of micro and nanoplastics in the brain can lead to academic decline and even Alzheimer’s disease, especially in people who have genetic risk factors.
Ross’s latest study, recently appeared in the journal Environmental Research CommunicationsTo include mice, which were genetically modified, to add naturally found gene APOE4, a strong indicator of Alzheimer’s risk, people produce 3.5 times more likely to produce more than 3.5 times more likely than the disease.
“In these mice, like people, it is not guaranteed that you are seeing a change in cognition. You can find the same twin children who can take APOE4, one completely academically healthy, and the other can cause Alzheimer’s disease.” “So it tells us that there is something about lifestyle, something about the environment. It contains editable factors that we are studying for environmental toxins such as Alzheimer’s Date, Exercise, Vitamins, and especially microplastics. Will? “
To find out, Ross and his team exposed two groups of mice- one with a apoe4 variety and an apoe3- in his drinking water for micro and nanoplastics in his drinking water. Polystairon’s small particles-one of the world’s most abundant plastic, is found in Staro Foam-Tech Out Containers, Plastic Cups and more. The study did not show micro -plastic exhibition in a control group belonging to each APOE office.
Ross’s team then operated the mice through a series of tests to check their academic ability, which began with the openfield test, in which the researchers put the mouse in a chamber and allowed it to search for 90 minutes. Generally, a mouse will hug the walls, naturally trying to hide from potential hunters. However, after the microplastic exposure, the APOE 4 mice – especially the mice – had a tendency to rotate more and spend more time in the middle of the chamber, which threatens the hunters themselves.
To test their ability to identify novel items, Ross placed the mice in the open chamber with two separate things. After the time has passed to discover the items, the mice were removed and later returned, this time with a different shape with changed items. APOE4 and micro -plastic exhibition female rats showed a slowdown in identifying novel items, if they did at all, it is a sign of the decline of memory affecting.
“In the first test, you can see that men are spending more time and are resting more in the middle of the field,” Ross said. In women, we saw a change in the identity of the novel Object. ” “انسانی الزائمر کے مریضوں میں ، مرد بے حسی میں زیادہ تبدیلیوں کا سامنا کرتے ہیں۔ انہیں کم پرواہ نہیں ہوتی ہے۔ خواتین میموری میں زیادہ تبدیلیوں کا سامنا کرتی ہیں۔ لہذا میموری اور بے حسی کا تعلق بالکل واضح ہے: جب آپ جانوروں کو بے نقاب کرتے ہیں جو انسانوں میں سب سے زیادہ مشہور خطرہ عنصر کو مائکرو اور نینوپاسٹکس میں ، ان کے طرز عمل میں ، ان کے طرز عمل میں ، ان کے طرز عمل میں بدلاؤ کرتے ہیں ، ان کے طرز عمل میں ، ان کے In their behavior, in their behavior, in their behavior, they like to have sex with them. “
The results are sufficient to guarantee more studies about the academic decline caused by the exposure to micro and nanoplastics, which are the most prominent toxins of environmental toxins, which are exposed to people as usual. –
Ross continues to extend his research into this topic and encourages others to do so, in hopes, in hopes of better conducting toxins. The Microplastics Safety Act, which is introduced in the US House of Representatives in July, will instruct the US Food and Drug Administration to study the effects of human health of microplastics in food and water, especially on children, endocrine and reproductive systems, and cancer and cancer.
“Microplastics has not spent a lot of money on the effects of human health,” Ross said he was in a regular conversation with a delegation of Rhod Island Congress about the need for the rules. “It is interesting that what we are seeing in mice is similar to what we are seeing in the real world. We want to encourage more research on the curse of micro and nanoplastics.”
