New -Delhi, September 20 (IANS). According to the researchers, vascular dementia is a broad problem, but it is not as intensive as Alzheimer’s disease. In this condition, abnormal plaque and protein enthusiast collect in nerve fern, causing damage to the small blood vessels (small blood vessels) of the brain. The team of the University of New Mexico has developed a new model for identifying and classifying different forms of vascular dementia (vascular dementia) to better understand different forms of diseases and find effective treatment. University professor Ellen Bairer said: “Conditions such as hypertension, atherosclerosis and diabetes have been linked to vascular dementia, but have recently found nano and microplastic in the human brain. The discovery revealed that the reasons could not be properly understood.” He further said: “We shoot arrows in the dark. Several vascular pathology is not widely defined, so we do not know who we treat. And we did not even know that Nano and microplasty are present in it.” In this study published in the American Journal of Pathology, Bayer and his team identified ten different pathological processes that usually contribute to vascular-based brain damage (vascular-based brain injury) by causing oxygen or nutritional deficiency, blood serum leakage and inflammation or decrease in waste removal. This causes small strokes that damage neurons. He gave a list of new experimental techniques to detect it. Meanwhile, the carrier said that a new anxiety area is the presence of nano and microplastic in the brain that can cause health problems. He said: “Nanoplastics in the brain play the role of a new player in the field of brain pathology. With this discovery, we must have change in the set ideas about Alzheimer’s and different types of dementia.” He said: “I found out that the amount of plastic at dementia victims is much higher than ordinary people. It also relates to its type of dementia and its levels.” -Ians kr/ shares these story tags
Vascular dementia is a major problem, brain damage by microplaste: study
