There is no doubt that technology has influenced almost every facet of life in the recent few years. Robots have entirely replaced certain professions. As technology continues to advance, it is having a much broader impact on the lives of everyday citizens.
From the way we travel to work each day to the conditions in the average workplace of today, a great deal has changed. Technology has been a similar instrument of intervention in the field of healthcare. A lot of medical procedures which were deemed precarious have now become routine. Let us look at how the applied sciences have affected healthcare.
Google Brain
Humanity has always sought ways to be free from the subjugation of this life. From potions to live forever to all other ways to cheat death, nothing seems to have worked. Until now, that is, with the help of Google. Google vows to help people live forever, at least in digital form.
Google regularly collects personal information regarding a person. This personal information includes a person’s inclinations and dislikes. It knows which flavor of ice cream a person would choose if they were to visit an ice cream parlor. Over time Google Brain can accurately predict an individual’s likings and disliking, without any ambiguity. This way, the individual may not be physically alive, but preserved in digital format.
Augmented Reality
There is a considerable difference between Augmented Reality (AR) and Virtual Reality (VR). Virtual Reality immerses the individual in a completely artificial environment. AR superimposes images on to the viewer’s perception of reality. You can see pictures and other digital content embedded over the real image, also known as mixed reality.
There are numerous practical occasions where this can be beneficial because this is a combination of both reality and digital images. Microsoft HoloLens 2 is one of the instruments which can be used to view mixed reality. Beauticians can see what individuals can expect from facials, and doctors can see exactly where a certain bacteria lie within the body. This form of technology can significantly reduce surgery times and increase the success rates.
Medical 3D Printing
A regular printer is a device which prints 2D images or documents on to paper. A 3D printer is similar to a printer, but instead of paper it uses plastic, and instead of getting a 2D printout, you get a 3D product. 3D printers mostly use either ABS (Acrylonitrile Butadiene Styrene) or PLA (Polylactic acid) plastic. These are the most common types of 3D printer filaments, although there are several others.
With 3D printing technology, it would be possible to create cheap prosthetics for disabled individuals and children. Buying a 3D printer is expensive, but for the individuals receiving prostheses at affordable costs, it is priceless. If children outgrow their prosthetic, they can redesign a new one at a much lower price.
Digital Stethoscope
Enter the confines of any medical professional’s chamber, and you will see a hygienically, and resourcefully located stethoscope. The stethoscope is the one unifying instrument of doctors all over the world. Doctors take pride in the brand of stethoscope they use, and meticulously store it in their personal space. The modern world now presents a digital stethoscope for doctors’ use with enhanced capabilities.
The digital stethoscope allows the doctor to listen to the patient’s heart. The wave signals projected on the stethoscope can be sent to a digital device using Bluetooth technology. Even as the doctor is listening to the heartbeat, the doctor can adjust the sound to a comfortable level. The digital stethoscope can help doctors keep track of an enormous number of patients in an organized manner.
Leadless Pacemakers
The traditional pacemaker installs in the chest. There are two different pieces in a conventional pacemaker. One part is close to the collarbone and the other component, the pulse generator, is closer to the heart. The two pieces connect via leads.
The instrument located next to the collarbone is the processor. The processor receives and transmits the patient’s heart rhythms. It provides instructions to the pulse generator to help the patient’s heart return to a standard rate.
Micra is one of the smallest pacemakers in production today. Individuals faced all sorts of problems with traditional pacemakers, which leadless pacemakers help overcome. There were problems when operating microwave ovens. With conventional pacemakers, patients had a hard time passing through metal detectors and getting an MRI scan. The potential for anyone of the leads inserted in the body to fail could have relentless consequences for the patient.
The Unnatural Eye
According to scientists, 80% to 85% of our recognition, understanding, opinion, and intelligence depend on our eyesight. Auditory perception, or hearing, influences these abilities by 11%. The senses of smell, touch, and taste comprise 6% of our judgment. We encourage the best health tips for children so that they do not damage anyone of their senses early on in their youth.
The eye is one of the most challenging organs to replicate. There are so many different parts which need to work in perfect tandem with the brain for the eye to function precisely. The only difficulty is that it is impossible to get the brain to recognize an artificial impulse at the same speed as the natural eye. Several different companies are trying to implement numerous different resolutions to become the first to resolve the obstacle.
