The future of healthcare is shaping, right in front of our eyes. But, why is it that health systems are witnessing such remarkable evolution in a short time?
Well, it’s the advances in medical technologies that take all credits. Tech promises people better and accessible treatment, improvements in efficiency, and systems for disease control. Thus, when you look at recent innovations, many people may find it hard not to agree with their observation.
Thereby, physicians embrace healthcare to stay relevant in the coming years. Studies show that IoT can cut costs from operational and clinical inefficiencies by 25% to $100 billion per year.
Healthcare and Technology- What is the blend?
No wonder newer technologies bring about a change in people’s lives. But do they also help in healing them? Well, you don’t want to deny that.
Staying two steps ahead is even better. The needy may receive cheaper and much effective solutions for their diseases. People struggling with life-threatening problems like AIDS, cancer, and Ebola show promising healing results.
And, why not?
Modern transformation leads to healthy individuals living in healthier communities. But, what does all this look like in practice? To stand truthful to the introduction, here are some ways in which medical technology is reshaping the health system:
- Artificial Intelligence:
Artificial intelligence has the potential of redesigning the healthcare system. With AI algorithms, doctors mine medical records. They create drugs and design treatment plans much faster than the current palette.
Atomwise employs supercomputers that root therapies from molecular database structures.
In 2015, a startup launched a safe virtual search to treat the Ebola virus. Research backs A.I. technology for predicting two effective drugs for reducing the virus impact. Google’s DeepMind also creates A.I. for the successful analysis of breast cancer.
It’ll come as a surprise to you, but A.I. technology reduces breast cancer by an average of 11.5%.
Kudos to A.I. technologies for the promising results!
- Virtual Reality:
Virtual Reality is bringing about change in physicians’ and patients’ lives. V.R. allows you to travel to Iceland while lying on a hospital bed in Greece.
Future surgeon training and pain management are all possible with V.R. Women also use V.R. handsets to visualize soothing landscapes for alleviating labor pain.
Augmented Reality (A.R.) and virtual Reality (V.R.) are emerging technologies in the healthcare industry. Diverse settings use V.R., including physician training, patient treatments, and hospital management.
As of 2018, the North American healthcare A.R. and V.R. industry values at 477 million U.S. dollars, by 2025, tech giants expect it to increase to 4.64 billion U.S. dollars.
Why resist Virtual Reality when it can bring about a decline in cardiac, gastrointestinal, post-surgical, and neurological pain. Ailing people undergoing surgery also tend to experience less anxiety.
- EMIS Web:
EMIS is an abbreviation for Egton Medical Information Systems. The modern process is famous for supplying the patient record system. It is software for primary, community pharmacy, and acute care. Through EMIS web, patients can access their records, update them, and share the information.
With new tech, G.P.s can deliver safe and informed care as and when it’s needed.
A market-leading clinical I.T. system supports the healthcare team across all settings. Some of the benefits of this technology for physicians and patients alike are:
- Helps manage the patient flow by considering clinics and tracking patients.
- Allocates priorities and enables waiting time and alert monitoring.
- Efficient work and patient safety improvements.
Doctors claim to derive enormous benefits from the drive towards the electronic medical records system. Patients enjoy the benefits of greater transparency in the healthcare system.
- Augmented Reality:
A.R. superimposes computer-generated content over a live view of the world. Thus technology integrates digital information with the user environment in real-time. It’ll come as a surprise to you, but A.R. is becoming accessible for medical education. It works wonders for nurse training, imaging, and dentistry.
Medical professionals help healthcare students prepare for real-life operations. Surgeons, too, enhance their capabilities to the best of levels.
One of the fastest-growing fields in healthcare is robotics. The key developments are surgical robots, exoskeletons, or disinfectant robots.
2019 was an excellent year for exoskeletons.
The first exoskeleton-aided surgery became prosperous. A tetraplegic man could control an exoskeleton with his brain. Other applications, too, work well with sci-fi suits. Want to know how? These aid nurses by lifting elderly patients with spinal cord injuries.
Robot capabilities ease loneliness. It helps children with chronic illness and treats mental health issues.
- Genome Sequencing:
A human genome project costs the U.S. government around $2.7 billion. A massive amount of money, they say.
Studies show DNA sequencing reveals a new machine. A genome order is now capable of completing in less than $100. Thus, a generic test has become much cheaper than a general blood test.
A mind-blowing invention!
The best part is that the test has much potential. People can now have accessibility to information multifactorial, and drug sensitivity has become practical. Moreover, several fields leverage the benefits of genome sequencing. Cross-field nutrition, genomics, and dietetics are a few to name.
- Evolving drug development:
The process of developing new drugs is long as well as expensive. Yet, you can do so with methods like artificial intelligence in silico trials. It’ll be exciting to know how technology dominates the pharmaceutical landscape in the years to come.
- 3D Printing:
3D Printing brings impressive results to healthcare aspects. Professionals can now print bio tissues, pills, artificial limbs, and the list goes on.
3D printing development proves crucial for skin grafts, especially for burn victims. Even the pharmaceutical industry’s benefitting from the budding technology. Want to hear the good news? Well, researchers are working on 3D printing polypills. These have several drug layers to assist patients in adhering to therapeutic plans.
Food for thought
Healthcare is witnessing revolutionary times- all thanks to the advent of digital health.
The mission is to spread essential knowledge and healthcare developments. And, why not. It’s all about ushering in the era of medicine. The world has seen immense positive changes in health IT, which are sure to be more exciting with future developments!
What are your thoughts on the blend of healthcare with technology?