Technology has contributed to all aspects of life. It is the element that is constantly striving to bring improvement and innovation in all sectors. From how you play video games to how you access your internet, technology has changed the way you live. Whether you call Spectrum mobile phone number to update your services or use a 3D printer to create an architectural model, technology plays a major role in the changes you’ve experienced over the years. These changes do not even have to be very visible. Something as subtle as adding payment apps to your smart watches has a larger impact on the world than you’d think. Therefore, it comes as no surprise that healthcare has had its fair share of technological innovations over time.
The healthcare sector has always thrived on progress and development. Simple concepts like hygiene and sanitation helped save millions of lives. So, it is only natural that technology would help take this sector to the next level. Innovative technologies have affected every healthcare aspect, from diagnosis to surgery. In addition, there is always some sort of research going on, with new computing technologies resulting in new medical breakthroughs. Here are just a few ways technology improves the healthcare sector.
You’d be surprised at the huge impact simply having improved systems can have. Simply automating appointment and testing procedures saves a lot of manpower, and reduces precious time involved in medical diagnosis and treatment.
These days, you can take appointments online, and also get your test results on your devices. This saves you from extra trips to the hospital, and eases the burden on healthcare resources as well. This helps hospitals and clinics deal with more cases efficiently, and results in a more organized medical system.
Artificial intelligence is a constantly developing field, and has numerous applications. While it is mostly related to computing and gaming, it has played a major role in improving diagnostics. In many cases, AI has been known to detect cancer and other such diseases at their very early stages.
Therefore, it is an important part of the healthcare industry. Its learning algorithms take millions of cases and results, so they can detect anomalies in almost undetectable cases as well. This has revolutionized disease prevention and treatment, and resulted in many lives saved.
The COVID-19 pandemic has proven that technology needs to keep up with disease outbreaks and help prevent them. Over time, these systems have come along quite well, and are really bringing a lot to the table. They have helped bring about the new normal in many nations across the globe.
From predicted outbreak epicentres to geotracking, multiple technologies have had their part in controlling the pandemic from creating more havoc. Even now, AI and statistical analysis are helping keep the worst of the pandemic at bay in many countries. They help identify problem areas, and governments can then respond accordingly with targeted lockdowns and vaccination campaigns.
AR for Anatomic Studies
Medical education is an intricate field and requires a lot of detailed courses. However, it is not easy or fully ethical for all students to work on real-life cases or cadavers for their practice purposes. AR and VR technology have helped change this scenario, as they allow students to practice various procedures and surgeries without any real-life consequences.
This also allows students to study human anatomy in intense detail with the latest AR and magnifying technology. This way, they can practice even the most intricate surgeries and perfect them in order to get a better success rate in the actual operation theatre.
Previously, genetic diseases and defects were unknown variables for the medical industry. This is because it was impossible to really look into and maneuver DNA and RNA strands to see what exactly went wrong.
All of this changed when Watson and Crick started their Human Genome project, and the human DNA was accurately sequenced. This information became particularly in use once CRISPR was invented. CRISPR is basically a DNA snipping and manipulation technology, which helps identify problem genes and replace them. It is a revolutionary development in the biotechnology world and has the potential to get rid of rare genetic disorders before birth or even conception.
Medical innovators are working on pills which contain nanobots for diagnostic photography. These nanobots can enter your body without any invasive procedures and capture and transmit complete images. This can revolutionize diagnostics and help identify a wide range of diseases at the earliest stages.
Furthermore, nanotechnology can also help repair wounds and internal lesions in a safe and non-invasive manner. There are tech companies working on a patch which will repair your wounds and monitor their progress with the help of nanobots.
Prosthetics and organ replacement have always been intricate fields with patients going through major trauma. 3D printing has helped create customized prosthetics at affordable prices, making them accessible for more people.
Now, people can get custom-fitted prosthetics without spending thousands of dollars due to this technology. Companies are also currently working on integrating organic matter with 3D printing so that organs or valves, to start with, can be replaced without waiting for donors.
In conclusion, technology is constantly bringing positive changes to the healthcare sector. It is improving the quality of life and reducing fatalities at an impressive rate.