A Microphysiological Model of the Brain Including Blood-brain Barrier, Neural Tissue and Meningeal Lymphatics

An in vitro model of the brain has been developed which mimics the parameters of normal or diseased brain, including microvasculature, lymphatics, neurons containing genetic changes associated with disease and immune cells. The model is useful for testing the effect of several factors (e.g. molecules, proteins) on blood brain barrier (BBB) function, morphology, permeability, neuronal connectivity, meningeal lymphatics function and morphology, various indicators of pathology and apoptosis. Examples demonstrate the usage of the in vitro system for modeling Alzheimer's disease and potential applications of the models by adding more cellular compartments

Researchers

Roger Kamm / Xun Wang / Yoojin Shin / Eunkyung Ko / Jean Serrano Flores / Sarah Spitz / Cynthia Hajal / Georgios Pavlou / Marie Floryan / Shun Zhang / Giovanni Offeddu

Departments: Department of Mechanical Engineering, Department of Biological Engineering, Mechanical Engineering
Technology Areas: Biotechnology: Biomedical Devices & Systems, Prostheses
Impact Areas: Healthy Living

  • microphysiological model of the brain
    Patent Cooperation Treaty | Published application

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