Tau peptide signals are seen in Parkinson subjects by Broderick Probe® sensors

Abstract

This “short but sweet” clinical paper is about a next generation “uptick” nanotechnology that demonstrates a unique, real time imaging inventive art enabling a different kind of look at the brain, actually, to see inside neuronal and glial circuitry in the brain and spinal cord of the living human being and animal. “Lewy body dementia is characterized by the abnormal buildup of proteins into masses known as Lewy bodies. This protein is also associated with Parkinson’s disease. People who have Lewy bodies in their brains also have the plaques and tangles associated with Alzheimer's disease. Apr 26, 2019, Mayo clinic”.1 This is the problem and thus far, the problem is addressed primarily after autopsy, called post mortem, also problematic. Therefore, the purpose of this paper is to introduce the online and real time and spatial sensitive voltaic image of the Tau peptide complex video-tracked by the BRODERICK PROBE® biomedical sensors in striatum of the living Parkinson subject. This nanoprobe enables studies of the striking consequences among intensities of phosphorylated Tau. Identifying Tau on line is unmistakably relevant to longevity, both individual and societal and this relevance is inexorably critical to and on behalf of humanity per se.