Brigham Young University

Solar cells device

This collection of devices, hereafter referred to as the "datalogger," can be more accurate than humans because humans may take several minutes to record as many data points.

Chromatographic system

This technology thus has the potential to significantly reduce the time required for sample analysis while also significantly improving the accuracy of results.

Osteoarthritis Pain Treatment

This invention proposes a novel therapy that blocks the function of TLR4—an important immune system signaling protein that triggers OA associated pain and inflammation.

Adult Diapers

Using origami patterns in adult diapers will improve the fit and comfortableness of the diaper by creating selective stiffness and defined curvature to conform to the human body.

Holographic Video

At the cutting edge of digital display technology, holography optically stores, retrieves, and processes information, generating a 3-dimensional image of a subject using light.

Influenza Drug

This technology uses two molecular compounds, ASN-D and LAS-T, that effectively bind to viral replication machinery inside infected cells and prevent the virus from spreading.

Renal Cancer treatment

This technology embodies a strategic modification that has simplified the structure of the englerin A molecule, allowing for more efficient mass production of the compound.

Electrochemical Sensing

The invention is a universal electrochemical sensor platform that can be biofunctionalized with a wide range of biorecognition agents such as antibodies or enzymes.

Osteoarthritis Treatment

Has the potential to provide patients with a safe and effective OA pain relief treatment, postpone the need to perform invasive surgery, and protect patients from the side effects.

Treatment for Inflammation

Kinase for ALS

The current invention is a novel ALS treatment that has been shown to halt and even reverse the onset of ALS. This invention uses the protein PAS Kinase to block the activity.

Dvd Based Flourescent

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.