Summary: The Researcher-5 will lead the effort and collaborate with students and faculty in developing nanoparticle-enhanced protein misfolding seed amplification assays for early, noninvasive diagnosis of Parkinson's disease and ALS (Lou Gehrig's disease).60% - Leading the research related to the applications of nanotechnology (gold & silica nanoparticles), microfluidics, and fluorescence spectroscopies for seed amplification assays. Develop optimal protocols that leverage the unique optical and electrostatic properties of nanoparticles (size range below 100 nm) in protein-misfolding amplification assays in microfluidic environments. Acquire and analyze time-resolved spectral data from these assays. Authoring or co-authoring, or otherwise collaborating on reports, conference pa