Technologies
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Technologies
ID: 2013-053 A simple solution that minimize the materials needed to perform a surgery.
Technologies
ID: 2013-085 A technique to design origami-inspired mechanisms using thick materials.
Technologies
ID: 2016-003 This invention allows for a folding mechanism with rigid panels to unfold to a planar flat position and then fold into a configuration where the panels are stacked parallel to one another and offset perpendicular to one another.
Technologies
ID: 2016-053
Cell-free Protein Synthesis for Biosensing Hormone Specific Endocrine Disruptors (see also 2017-044)
Technologies
ID: 2017-024 A 3D interdigitated electrode (IDE) sensor using carbon nanotube templated manufacturing (CNT-M) for highly sensitivity, rapid, and point-of-care sensing.
Technologies
ID: 2017-044
A bio-assay for rapid screening and detection of nuclear hormone receptor modulators (see also 2016-053)
Technologies
ID: 2017-071
A membrane-enhanced lamina emergent torsion (M-LET) joint to constrain motion in undesired directions while not inhibiting the motion in the desired direction of the joint.
Technologies
ID: 2018-014
A single-step process for creating porous polymer monoliths for DNA extraction
Technologies
ID: 2018-031
The SDSR is origami-based, fabricated using planar materials, folds up to stow into small volumes, self-deploys, maintains stiffness, and is retractable.