Less-educated people were found to be at a better risk for frontotemporal dementia in a latest study.
The University of Eastern Finland published studies that showed how educational background could potentially affect dementia risk together with previous traumatic brain injury.
Frontotemporal dementia (FTD), which affects behavior, cognitive process and linguistic functions, is a typical reason behind dementia in working-age people.
In keeping with the primary study, patients with FTD were less educated than patients with Alzheimer’s disease on average. The researchers examined data from greater than 1,000 patients, including those from Finland and Italy, with probably the most common FTD subtypes.
The team also noticed that FTD patients without the genetic mutation causing the disease were less educated and had a better likelihood of suffering cardiac disease than patients who had the mutation. The control group comprised individuals who had not been diagnosed with any neurodegenerative disease.
The outcomes of the study were published within the Annals of Clinical and Translational Neurology.
The second study, then again, focused on previous traumatic brain injury as a contributing factor to FTD. Scientists involved within the research found that those carrying the genetic mutation were at a greater risk for FTD in the event that they had this kind of injury.
The team reported that patients with past head injuries appeared to develop FTD sooner than those that didn’t. An analogous mecnahism was utilized in comparing healthy controls with FTD patients and Alzheimer’s disease patients.
The outcomes of the second study were reported within the Journal of Alzheimer’s Disease.
“These results offer a greater understanding of the disease mechanisms and, possibly in the longer term, a possibility to forestall frontotemporal dementia,” University of Eastern Finland’s Helmi Soppela, the lead writer in each studies, was quoted as saying by Neuroscience News.
The studies were conducted with the assistance of the University of Oulu and the University of Brescia. The researchers also received support from the Academy of Finland, the Finnish Medical Foundation, the Maire Taponen Foundation, the Orion Research Foundation, the Instrumentarium Science Foundation, the Finnish Brain Foundation and the Sigrid Jusélius Foundation.