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It’s The End Of The Healthcare System As We Know It

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The world is becoming more and more digitally led, and there’s no other industry benefiting more from innovation than the healthcare sector. The future of our health is reshaping every single day and digital technologies like artificial intelligence, 3D printing and nanotechnology are the reason that things are changing. We are living in a privileged time and we have to keep abreast of the latest developments so that we can keep our control on the technological developments changing our lives. Media websites, published newsletters and medical journals are informing us of the rapid changes to medicine on a daily basis, and treatments that were once the topic of science fiction comics and movies just a few short decades ago are now becoming our reality. 

The fear of the unknown in medicine has always kept people sheltered from how far we can innovate and change medicine, but we cannot stop the developments that are ahead of us. Our everyday lives are transforming because of digital technology, and instead of fighting innovation we should all be embracing it as much as we possibly can.

When you partner healthcare and digital technology, the healthcare systems that are dragged down and not performing correctly could be bolstered and made sustainable. Our researchers are using medical technology every day to beat down diseases like cancer and AIDS, with companies like Poseida.com using their knowledge in gene editing and therapies that get to the root of a genetic disorder and working to eradicate it. The use of medical technology to find the right solution is becoming more and more prevalent every day, and we are able to see the innovation in hospitals and primary care centres every single time we set foot inside them!

Digital innovation is revolutionising the healthcare industry and for a society that is pretty reliant on digital technology, this kind of development is paramount. The reason behind all of the innovation is to gather data that could potentially lead to more personalised care. Genome mapping and sequencing paired with imaging can be used with the traditional methods of medicine, and this blended approach can mean better patient care. Some of the best technological developments in healthcare have led to the following:

Modern Hospitals. With more and more hospitals being modernised, patients have their needs met in a more efficient way. Medicinal machinery is being upgraded to be more productive and efficient while increasing the comfort of the patients at the same time.

Surgery Simulation. Medical schools across the globe are delighting in medical robotics. For tech geeks, the ability to replicate and practice a surgery on surgical dummies becomes far more efficient and sleek with a technological robot. There are views of real world situations while making a live environment unnecessary. This means that the doctors of the future are able to practice without compromising patient outcomes and their own reputations.

Efficient Lab Testing. One of the biggest issues in today’s hospitals is the delay that comes with the testing and checking of patient samples in pathology. Companies like this one are devising new ways to improve the efficiency and speed where lab testing is concerned. This can not only reduce the cost of testing, it can also provide results in a shorter time period and make for a better patient experience.

Cloud Software. Healthcare is a business and it makes sense that businesses that are so complex have good IT security and digital data space. Applications such as this can help healthcare providers to make quicker and more urgent referrals across the digital space, while reaching those who are looking for the right treatment. 50% of patient referrals get lost between the doctor’s office and the hospital they need to be in. This type of gap causes a huge financial loss as well as a potential for loss of life. Software developments like the private cloud mean that these referrals can no longer be misplaced, meaning patients are cared for better and healthcare providers can offer a better service.

It’s important to recognise what medical innovation looks like in practice, so that you can physically understand how technology is transforming your care. So, what are some of the best ways that technology is being implemented in the industry?

Artificial Intelligence. Not so much about alien machinery and UFO’s, artificial intelligence in healthcare can redesign the landscape of healthcare entirely. Artificial intelligence algorithms can design treatment plans for patients and even create personalised drug therapies faster than a standard doctor.

Virtual Reality. We’ve seen the innovations of VR in our video game capabilities and how we envision car accidents and during car safety testing, but virtual reality is making moves through the medical field. You could watch operations as if you were the surgeon taking the lead, and this company have been using virtual reality technologies to give student doctors an experience on what it is to be an elderly patient. This allows doctors to get into the shoes of elderly patients and try to see the world from their point of view. Seeing things from a patient perspective is so important, and virtual reality can make this happen.

Health Technology. One of the biggest innovations in healthcare technology has been wearable technology. Fitbits, apps to track and help sleep patterns and even jackets with warming points for runners have all busted through the tech market and made massive waves. More and more people are aware of their own health needs because they are using their smartphones to connect with themselves. Even websites like www.myfitnesspal.com is revolutionising the health of the user, by helping them to track calories and understand what they should be eating every day. Retaking control over your life and your health is important, and it’s smaller developments like this that can make a big impact.

Star Trek Inspiration. If you’ve not heard of it, Star Trek creators imagined a Tricorder, which is a handheld device that can analyse and diagnose any disease or issue in a patient at the touch of a button. It’s a dream for any healthcare provider in any industry, and while it was something that only materialised on screen, it’s something that is building in the healthcare world.

Genome Mapping. Sequencing human DNA has been a massive medicinal breakthrough. Doctors the world over can pinpoint a particular genetic disorder and cultivate medicines that are personal to individual patients. It can help healthcare providers to give better care and even be warned about genetic issues in their patients that won’t be apparent until later life. There is a huge amount of potential here, with insights into drug sensitivity and even improvements in sportsmen. Using collected and studied DNA to improve health and performance of sportsmen can make a huge difference in their recovery.

Drug Development. The current way we develop our drugs and medicines is long-winded, complex and frustrating for those in the industry. But artificial intelligence can change this. Reading this article on silico trials, which can tell you all about using computer systems and simulations to develop new devices. Clinical trials cannot happen in the present time with current technologies, but the future is wide open. The possibility of being able to test drugs on billions of patient models in a very short stage of time is in sight.

Robotics. This is one of the more exciting developments in the medical field, with surgery robots being developed at a rapid rate. Surgical robots like this one came into play almost eighteen years ago, and they’ve just boomed since then. Robots are helping people who have been paralyzed after an accident to walk and they are revolutionary in the patients who are injured in their spine or as the result of a stroke. There are also mechanical robots that can assist nurses in manual handling, making life easier on the staff in the hospitals.

3D Printing. Initially developed for the printing of prosthetic limbs, 3D printing has grown enough for doctors to be able to print entire organs to study them. It can also be used to print tissues and blood vessels as well as the printing of tumours from CT scans and imaging. 3D printing creates patient specific limbs that can work with the patient in a unique way, meaning that there is no need to share.

We live in a time of healthcare revolution; we’ve come an awfully long way from iron lungs and leaving people limbless in wartime. You can keep abreast of the latest technological developments in medicine by doing your own cultivated research and exploring how your nearest healthcare practitioner is planning to change the face of medicine for you. Being the patient, you can give feedback on hospitals and your doctor’s office, and you can be the voice in the innovation of further technologies. Fifty years ago, children dreamed of living on Mars. Instead, we’re 3D printing actual human hearts for transplant into people using the tissue of the patient in question. Life changing? We think so, too.

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