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High-throughput Neurotechnology Group Multi-scale Bioengineering Principal Investigator: Prof. Mehmet Fatih Yanik and Post Doctoral Students: Julio Amigo & Sayyed Azimi Biophysics Graduate Students: Cody Guilleland, Mark Scott, Joe Steinmeyer & Carlos Pardo Research Scientists: Peter Eimon, Jackie Wolfrum, Stephen Sheridan Our Approach Our Goal To advance our understanding of the function and complexity of the central nervous system, and engineer it to solve big challenges in medicine. Our Strengths By focusing on our strengths in engineering and physical sciences we develop novel drug screening technologies, high-throughput imaging and cell manipulation techniques, tissue patterning systems, and bioinformatics techniques to rapidly study and control the behavior and regeneration of neurons under biological conditions. Robotics and automation Neurobiology Photonics and microscopy Photochemistry Image analysis Cell and tissue culture Whole animal screening mRNA technologies Microfluidic devices Our Core Technologies High-throughput single-cell manipulation in brain tissue High-throughput tissue micro-printing technology Vertebrate manipulation technology and hyperdimensional phenotyping Combinatorial Proteins ▪▪▪ ▪▪▪▪▪ 1 Microfluidic Mixer 2 3 4 Pattern resolution ~ 0.5 μm 6 Inducing synaptic connections in microfluidic chips Generating transplantable human neurons by reprogramming skin cells to stem cells Superior efficiency Single cell capture Single fibroblasts from Parkinson’s patient Repeated 12-day delivery of Oct4, Sox2, Klf4, c-Myc mRNA Stem cell markers (day 24) In vitro Neuronal regeneration after precise in vivo laser nanosurgery 5 Transplanted to animals Generated all germ layers In vivo 40x 0.95NA Our Team