FROM SCI FI TO REALITY!
The handheld device used in the Star Trek Enterprise might become a reality. With Qualcomm having started a contest to determine if anyone can make a functioning tricorder (that weighs less than 5 lbs and fits in the palm!) , the healthcare industry may be able to profit from this innovation that is terrific.
As reality contact lenses are here Google Glass may become passé. If you’ve ever wanted neon vents float in front of you and data projected into your eyes (rather than on displays), your fantasy might soon become fact – such as showcased in Mission Impossible.
On lenses which will read the light from projectors, device manufacturers are working with a vision. Comprising a camera, a screen, an RF antenna and detectors, eye movement will be detected by these lenses, and provide patients the ability to control inputs by blinking. These lenses will help users concentrate on objects that are both faraway and near.
AR lenses will change management and the treatment of diabetes, and will measure blood sugar from tears.
There will be showcases of smart clothes with microchips implanted into them. From sleeves and socks, to tops and shorts – these wise garments are able to react to body temperature, monitor heart rate, track emotions along with other vital signs and may be used by physicians in novel ways – without needing to grab a telephone or tap on a screen. By decoupling the signature interface smart clothes incorporate sensors that enable observation, and send the data to the wearer device via a wireless signal.
When 3D bio-printing was showcased by manufacturers of The Fifth Element, little did they understand the concept would become a reality! There are now many Bioprinting Video to watch that really tests human’s creativity.
Imagine the amount of innovation at – the technology is being exploited in the field while 3D printing is being utilized to make objects. 3D bioprinters are being used to construct human cells (and even organs), for the purpose of study in addition to transplantation. Using MRI and computed tomography, bioprinters reconstruct cells and cells that are fed with nutrients and oxygen to keep them alive and take a strategy.