Alzheimer’s, Parkinson’s, type 2 diabetes are more related in the molecular level than scientists realized closely Alzheimer’s disease, Parkinson’s disease, type 2 diabetes, the human version of mad cow disease, and other degenerative diseases are more related at the molecular level than scientists realized closely, a united team reports this week within an advanced online publication of the journal Character. While still preliminary, the research, may help scientists develop tools for diagnosing such diseases, and potentially for treating them through structure-centered drug design, said David Eisenberg, a UCLA chemist and molecular biologist who is area of the research team. Related StoriesMayo Clinic investigators discover novel mechanism linked to diabetes riskDiabetes prevention begins in the wombStudy suggests dependence on specific treatment plans for adolescents with onset type 2 diabetesThe researchers studied the harmful rope-like structures known as amyloid fibrils–linked protein molecules that form in the brain .

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The noninvasive strategy reported in this research can track disease progression over time more easily and cost-effectively than other tests, particularly in clinical trials testing brand-new therapies. Researchers utilized the MRIs to predict the ratio of two biomarkers for the diseases – the proteins total tau and beta-amyloid – in the cerebrospinal fluid. Cerebrospinal liquid analyses remain the most accurate method for predicting the disease cause, but takes a more invasive lumbar puncture. ‘Using this novel technique, we obtain a single biologically meaningful worth from analyzing MRI data in this manner and then we are able to derive a probabilistic estimate of the likelihood of Alzheimer'fTLD or s, ‘ said the scholarly research;s lead author, Corey McMillan, PhD, of the Perelman School of Frontotemporal and Medicine Degeneration Center at the University of Pennsylvania.