The polycarbonate lenses of the glasses will feature an optical coating that will remove the wavelengths of light between the colors red, green and blue. This will eliminate the overlap between the red and green cone cells and allow the colors that do get through to be amplified, reducing the effects of red/green color blindness. The sturdy polycarbonate lenses will also make the glasses safe for wearing during sports or other athletic activities.

A skin patch that delivers drugs directly into the foot could provide a new source of relief for diabetics who frequently suffer from foot ulcers. Diabetes causes both blockages in the blood vessels and hinders the formation a protein called hypoxia inducible factor-1 alpha (HIF-1a)--a protein that triggers the genes that form capillaries at wound sites. These two factors both slow wound healing, which can in turn lead to amputation. In order to assist in the body's healing, a...

The vision implants will let some people do away with reading glasses by automatically adjusting to bring near objects into focus. The vision implants will be implanted in just ten minutes using topical anesthesia. The key to the technology will be the inlay, an extremely thin ring with an opening in the center that will be placed beneath the surface of the cornea. The inlay will be able to adjust automatically to focus the light entering the eye - much like a camera's aperture -...

The idea is to create a wearable device to reduce the symptoms of psoriasis through light instead of medication. The battery-powered device will be simple to use, with only a single on/off button. It will be equipped with an array of 40 high-intensity LEDs that will shine UV-free, blue light onto the skin - a therapy that has been proven to reduce the rate at which the cells divide. The device will fit both the arms and legs and can be worn at any time, making it easier to...

A new digital system that will allow the visually-impaired to 'read' graphs could provide them with more learning and employment opportunities while also making day-to-day business a bit easier. The system will provide a way for the visually-impaired to read the graphs and statistics that are so commonly used today. The device will use pattern recognition, machine learning and segmentation methods to identify blocks of texts or pictures and arrange them in the proper reading order....

The sensor will monitor your sleep patterns and bedroom environment to help ensure the best sleep possible. The system will be made up of two main components. The globe-shaped sensor will monitor the bedroom ambiance, gathering information on the room's levels of noise, light, temperature, humidity and air particulates, while another sensor will attach to your pillow to track sleep behavior. The first sensor will glow green when the environment is well-suited for sleeping, and will...

The sensor is designed to reduce respiratory-related flareups by making it easier for COPD and asthma sufferers to keep track of their medication use, symptoms and triggers. A small sensor device will be attached to the top of the user's current inhaler, where it will pair with a smartphone to keep a record of when and where the inhaler was used. The data will be used to help monitor symptoms and find trigger patterns, which will help to reduce the number of exacerbations.

A wrist-worn device will be made of polished stainless steel and will be comfortable and lightweight. It will encourage the body to produce melatonin - the hormone that encourages good sleep.

A new method of imaging brain tumors will help surgeons see precisely where the tumor ends and healthy tissue begins, guiding the doctor through the surgery. The technique will work by hitting the brain with a non-invasive laser, and then analyzing the spectrum of light that emerges. The system will be able to sense the vibrations of chemical bonds, with healthy tissue and tumors differentiated by the amount of lipids and proteins in the cells. The data will be transmitted as a...

Taking advantage of the new microneedle patch technology, I suggest developing a dissolving patch that will allow patients to self-administer vaccines - painlessly. The patch will consist of microneedles only seven-tenths of a millimeter long and use dry virus-like particles instead of the usual liquid containing the dead or attenuated virus. An added stabilizing agent means the patches will not have to be refrigerated, and the precise delivery method of the small needles will...