We live in fascinating times when it comes to the evolution of modern healthcare. While gene therapy is poised to cure hitherto incurable diseases, robotics Provides an unprecedented level of surgical precision. But what other areas are benefiting from breakthroughs that will shape tomorrow’s healthcare? Here are some of the most interesting studies.
bionic eye
We have hearing aids for the deaf, but blindness remains one of the biggest technological challenges.A group of researchers at the University of Minnesota have given new hope to blind patients and brought bionic eyes closer to reality. 3D printing Print curved electronic circuits. These photosensitive semiconductors offer an excellent light-to-electricity conversion rate of 25%. Of course, the researchers still have a long way to go before creating a viable prototype, but their previous feat (already made headlines a few years ago with “Bionic Ears”) Judging from, they should be on the right track.
Smart Blood Glucose Contact Lens
Finger pricking is a common obligation among diabetics who need to check insulin levels in their blood. New technology Developed by South Korea’s Ulsan National Institute of Science and Technology, this could be a thing of the past. Their device is a soft, smart contact lens that uses transparent, flexible glucose nanosensors and wireless circuitry, and in case of hypoglycemia, he alerts the user with an LED light.
Nursing care robot
Mobility issues and cognitive impairment are some of the challenges facing an aging population.Japan is at the forefront of its implementation Elderly care robotics The most recent applications of this type of technology can be found in the field of physical exercise. The idea is to use the robot as a user’s gym teacher by showing them the exercises they should perform to maintain their fitness.
edible chips
No, these are not potatoes, they are a new generation of electronic devices that can travel to the intestine to release drugs or analyze tissue.This is made possible by the foldable robot It is sent inside the capsule, which opens when it reaches the working area. Similarly, subcutaneous microchips aimed at detecting underlying diseases and nutritional deficiencies have also been developed. Smart-Her patches applied to pregnant women also allow the analysis of important parameters.
3D printed prosthesis
This application has been available for some time already and has significantly reduced the cost of developing mobility systems to assist amputees.of 3D printer A scan of the other arm or leg can be moved anywhere in the world to create a symmetrical prosthesis.
Of course, these are just a few of the many possibilities opened up by technology. Globally, there is also a revolution in healthcare data collection and analysis. Artificial intelligenceFor example, considerable progress has been made in the detection of tumors by analysis of CT scans.
sauce: national geographic
