Materials Medical Devices Therapeutics Silicon Mesh for the Remote Modulation of Organ Electrical Activity Electric organ stimulation has shown promise in the clinic for treating aberrant neurological and cardiac activity. Problematically, this approach is limited by the high… Interests: Cardiovascular, Neurology, Psychiatry Reference ID: 18-T-046 Desired Partnership: Licensing IP: Patent Pending
Materials Other Therapeutics Injectable Calcium Phosphate Amorphous Nanoparticle Pastes for Orthopedic Applications Calcium phosphates have chemical similarity to bones and teeth, and as such, these compounds are highly desired for orthopedic and dental implant applications. However,… Interests: Musculoskeletal Reference ID: 15-T-127 Desired Partnership: Co-development, Licensing IP: Patent Pending
Materials Medical Devices Therapeutics Doped Silicon Nanowires for the Selective Modulation of Single-cells Electric stimulation of organs with implantable devices has demonstrated clinical utility for the treatment of a variety of diseases such as cardiac arrythmia. However,… Interests: Immunotherapy, Neurology, Psychiatry Reference ID: 18-T-008 Desired Partnership: Licensing IP: Patent Pending
Materials Therapeutics Engineered Cardiac Microtissues Using Trace Silicon Nanowires To Improve Functional Maturity A trace amount of electrically conductive silicon nanowires (e-SiNWs) into otherwise scaffold-free hiPSC-derived cardiomyocyte spheroids to improve electrical coupling, synchronized beating, calcium handling, and… Interests: Cardiovascular Reference ID: 14-T-040
Hardware Materials Nanopatterned Silicone Substrate for Stabilizing Chiral Hematic Liquid Crystals in Single Crystal Blue Phase Blue phase liquid crystalline structures are highly desirable for applications such as electro-optical devices (e.g. display screens) because of light reflection that includes wavelengths… Interests: Chemical Synthesis, Semiconductors Reference ID: 16-T-136 Desired Partnership: Co-development, Investment, Licensing IP: Patent Pending
