Genetics might introduce some people to both high levels of blood lipids such as cholesterol (a common characteristic of cardiovascular disorders) and Alzheimer’s disease. This is as per to a new research by an international team of scientists led by researchers in St. Louis at Washington University School of Medicine and UC San Francisco.
The research examined genome-broad info from more than 1.5 Million people, making it one of the biggest-ever researches of Alzheimer’s genetics. The authors expect that the discoveries will result to enhanced early diagnosis and possibly new preventative plans for Alzheimer’s, which presently impacts 5.7 Million individuals in the U.S. and has no exact treatment.
Increasing epidemiological and clinical proof has pointed to a connection between Alzheimer’s disease and heart disease, but a biological relation between the two situations has stayed controversial. Many people suffering from Alzheimer’s disease also show symptoms of cardiovascular disease. And postmortem researches disclose that the brains of many patients suffering from Alzheimer’s show symptoms of vascular disease.
On a related note, the NIAGADS (National Institute on Aging Genetics of Alzheimer’s Disease Data Storage Site) earlier claim that it will start making huge-scale sequence data for DNA accessible to researchers. The aim is to make Alzheimer’s disease-pertinent genetic information obtainable to as many researchers as possible to pace the research. The information will be evaluated by the GCAD (Genomic Center for Alzheimer’s Disease) at the University of Pennsylvania at the Perelman School of Medicine.
All phenotype and sequence data will be incorporated from various sources in a process dubbed as harmonization. This will be done so that researchers can instantly begin examinations. GCAD and NIAGADS are part of the PNGC (Penn Neurodegeneration Genomics Center), which is a nationwide focal point for genetics research of Alzheimer’s disease. NIAGADS, PNGC, and GCAD are led by a professor of Laboratory Medicine and Pathology, Gerard Schellenberg, along with an associate professor of Laboratory Medicine and Pathology, Li-San Wang PhD.
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