Technologies (Archived)
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Technologies
Technology Based on the Lamina Emergent Torsional (LET) Joint
Technologies
ID: 2020-047
Method to assess risk for late-in-life amyloidosis allowing for early diagnosis and prevention
Technologies
ID: 2019-057
Production of D-Allulose (D-psicose) from Bovine Lactose or Milk/Whey Permeate
Technologies
ID: 2019-016 A rapid, portable, and economic alternative to existing measurement methods for the activity or quantity of enzymes, enzyme inhibitors, or transcription- and translation-dependent biomolecules.
Technologies
ID: 2019-015
Recombinant human Gal-1 treatment improves membrane repair capacity, increases myogenic markers and decreases inflammation in dysferlin deficient myotubes, providing novel evidence regarding how Gal-1 favorably improves muscle function in LGMD2B.
Technologies
ID: 2018-045 A cylindrical shaft that conceals curved-links (developable) four-bar mechanisms that performs different tasks
Technologies
ID: 2018-035 The Paper Lateral Flow Immunoassay (pLFI) technique improves upon the traditional LFI, commonly recognized as diagnostic blood tests or pregnancy tests, reducing the costs of materials and precision in manufacturing.
Technologies
ID: 2017-087
Ruggedized mobile solar tracker designed to withstand harsh climate conditions.
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: 2017-062
A new mathematical function for passive auto-focusing algorithms based on Information Content (IC). The invention is a novel application of the statistical concept of entropy, used to quantitatively represent the information present in each pixel.
Technologies
ID: 2017-048
The invention uses patterns of light to illuminate an object. By measuring the amount of light scattered from the different patterns, an image of the object can be calculated.
Technologies
ID: 2017-045 Improvements in path and capability waveguide-based, near-eye 3D displays.
Technologies
ID: 2017-044
A bio-assay for rapid screening and detection of nuclear hormone receptor modulators (see also 2016-053)
Technologies
ID: 2017-027
A simplified synthetic compound based on a novel organic compound called (-)-englerin A that could potentially treat renal cancer.
Technologies
ID: 2017-026 A method to increase animal lifespan by using bacterial methionine metabolism.
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: 2017-002 A device which makes it possible to map the conductivity of a wide variety of materials (coatings that could include other emulsions or colloids) on highly conductive substrates.
Technologies
ID: 2016-053
Cell-free Protein Synthesis for Biosensing Hormone Specific Endocrine Disruptors (see also 2017-044)
Technologies
ID: 2016-046 A method of scanning across the surface of a sample, at a fraction of the cost of current solutions, to create a spatial map of the thermal property of a material.
Technologies
ID: 2016-035 This invention covers the design and manufacture of flexible circuit boards; it enables the construction of circuit boards that are alternating parts flexible and rigid, so that they can move, bend, and wrap without compromising the stability of the circuit board itself.