Healthcare is a critical sector, one of which a small innovation causes vast service improvements. Lack of proper systems has caused people to lose their lives while others are forced into terminal conditions that they could have avoided.
The good thing is technological trends are not leaving healthcare behind. To be more precise, here are leading technologies transforming how we receive medical attention today.
The praise of paperless environments is not only creating massive benefits for the corporate sector. Healthcare has improved due to the same. Thanks to EHR software, hospitals, and health research centers are saying goodbye to cramped up storage spaces. When I think about the hassle a nurse had to go through to get my history records at the hospital, I’m relieved since that time is now saved to quicken the time I wait to see a doctor.
Electric records are also making it easier for doctors to make an accurate diagnosis. They can use such data to detect when a pandemic is about to hit and even track both infected and affected patients.
Telemedicine revolves around offering patient-centered services thanks to decentralized systems. This means that with time, only very critical conditions will have to be rushed to the hospital. I can receive medical attention at the comfort of my home, which is an excellent relief for the times I am too sick to make it outside my door.
The only concern with such services is the patient’s confidentiality, especially with the rise of cyber-attacks. However, blockchain is already looking at ways to offer tight data security, which, when incorporated into telemedicine, will offer us much peace.
More people are considering owning smart watches that track heart rates and other conditions. Soon, we will see an increase in similar technologies to examine patients even on the move. A popular innovation is the Movement Disorder API by Apple, which is used to acquire Parkinson’s disease insights.
Smart machines are a thriving trend in healthcare today and have so far been one reason we do not have to wait for ages for administrative services. By using artificial intelligence, robots can be reliable replacements for many nurse services to improve efficiency.
We might be concerned that this will kill the need for human nurses altogether, but this is far from the truth. Even with technology taking over so fast, nothing beats human compassion, which is necessary for proper healthcare. Instead of battling to see what stays, I project to see better coworking between humans and robots around hospitals.
An outstanding manifestation of robotics in healthcare is the medical imaging technology. It uses medical image-assistive AI by Google DeepMind to detect several clinical concerns before they turn into physical symptoms. This means I can get treated for any infection even before I realize I had it increasing my chances of recovery.
Very close to the technology example above, hospitals are using computer vision to improve diagnosis and disease tracking. This image recognition technology can predict an illness and alert medical experts before it’s too late. It is gaining popularity in cancer diagnosis and can also be quite useful when tracking blood loss during surgery or monitoring body fat percentage.
The disruption of these technologies is only beginning. Who would have thought it possible that we could monitor our internal organs in real-time? The technology will soon start reaching the standard citizen, making it possible for me to sit and monitor my organs in the comfort of my home’s sofa.
We are already witnessing this in fitness with AR and VR systems that allow us to monitor calorie burn. As the two collaborate with 3D, doctors will be able to run a patient through their diagnosis virtually.
This is only a small glimpse of how technology is changing healthcare for the better, and we can see how things have changed since. What’s better is that it does not end here. Scientists are looking at ways to center treatments to only infected cells, which will do away with many of the side effects we experience in different treatments.