How Technology Is Changing Future Of Healthcare?

How Technology Is Changing Future Of Healthcare?

The future of healthcare is emerging with developments in the areas of digital healthcare, such as artificial intelligence, VR / AR, 3D-printing, robotics and nanotechnology.

In order to monitor technology and not the other way round, we must familiarize with the latest innovations. The future of health care lies in working together with technology and health workers need to embrace the latest technologies to stay active in the years to come.

Do you fear that robots will take the jobs of health care professionals, doctors and other workers? Were you afraid that the planet will be dominated by artificial intelligence in a few years? Do you have cautionary nights around children and adults who are addicted to virtual reality in their inexistent dream world? Are you afraid of a genetic test because the day of your death will be revealed?

All these are half-truths, false news and dystopias. More trendy: alternative facts about medicine ‘s future. But they are all one thing in common: the fear of the unknown location that is called the future and what it can bring.

However, we can not stop technological development, irrespective of how scary the future may currently appear; sooner or later we will find out that our entire life areas have been transformed with various digital technology. Our challenge today, therefore, is to overcome our fears with optimism for the future, to turn to open-minded technology and to prepare as much information as possible for the changing world.

Technology and people to help improve health

This is the only way forward, I truly believe. Only when we sit on its shoulder and at least two steps ahead of it can technology assist and improve our lives. But co-operation between people and technology could lead to amazing results if we obey this law.

Digital technology in medicine and healthcare will help to turn dysfunctional systems into sustainable ones, equalize medical professionals with patients, provide cheaper, faster and more effective approaches to diseases – innovations that could win the fight against cancer, AIDS and Ebola for us – which can only contribute to healthier people who work in health. How Technology Is Changing Future Of Healthcare?

Nonetheless, as the saying goes, one must be a master of one’s own house so “the future” will begin with improving one ‘s health through digital technology and change our own stance on the idea of health as a whole, and on medicine and healthcare.

So in reality, what does it look like? This essay will discuss 10 aspects of medical technology reorganizing healthcare in order to include an introduction. I encourage you to take a look at the book written by Bertalan Meskó titled “The Guide to the Future of Medicine: Technology AND The Human Touch“, for more detailed review and more examples.

Virtual reality

Virtual reality (VR) changes patients’ and doctors’ lives equally. In future, you could watch surgeries as if you were wearing the scalpel, travelling or lying on a hospital bed to Iceland and home.

Virtual reality

VR is used for the preparation of prospective surgeons and for current surgeons. Computer programs like Osso VR and ImmersiveTouch are developed and supported by companies and are being actively used with promising results.

The average performance of VR qualified surgeons has risen 230 per cent in contrast to historically qualified counterparts in a recent Harvard Business Review. The first also performed surgical operations more quickly and reliably.

The technology has been shown to be effective in pain control and even to support patients. Women have VR headsets to view soothing landscapes so they can cope with pain at the workplace.

Gastrointestinal, cardiac, neurological and post-operative pain patients have demonstrated a decrease in pain levels when VR is used to prevent painful stimuli. A 2019 pilot study has also shown a decrease in pain and anxiety and an improved hospital experience in patients undergoing an operation.

Artificial intelligence

I think artificial intelligence is capable of completely redesigning healthcare. AI algorithms can collect medical records, schedule treatment, or generate medications more quickly than any other existing health care professional including any medical practitioner. How Technology Is Changing Future Of Healthcare?

Atomically, supercomputers seek out molecular structure therapies. A virtual search for safe, existing medicines could be started in 2015 and redesigned to treat the Ebola virus. They found two drugs that could significantly reduce Ebola infectivity predicted by a company’s AI technology.

Google’s DeepMind recently created an A.I. For analysis of breast cancer. Both human radiologists have surpassed the algorithm by 11.5% on average with pre-selected data sets to classify breast cancer.

Those are only two of the many examples of A.I firms. To promote healthcare from new drug designs through imagery disruption to the mining of medical records. In a recent article, we have collected our favourite examples. Just figure out what horizons for humanity if the early use of AI leads to such awesome discoveries with all these tangible examples!

Augmented reality

In two ways, increased reality differs from VR: users do not lose contact with reality, and details can be displayed as easily as possible. These characteristics allow AR to be the driving force behind medicine in the future; on both the part of medical suppliers and recipients.

For medical professionals, it can help medical students better prepare for real-life operations and encourage surgeons to improve their skills.

It is also the case at Case Western Reserve University, where the HoloAnatomy software is used to study anatomy by students using Microsoft HoloLens. Through means of this approach, medical students are allowed to study the subject without real bodies in detail and accurately, although digitally, representation of human anatomy.

Magic Leap, another promising firm, is also taking care of its slightly different, mixed reality. Magic Leap collaborated with SyncThink for brain wellbeing, XRHealth for the development of a treatment network and Brainlab for health care with German company healthcare technology. However, these partnerships have not yet made commercial products available, but we will have to see them populate the market in health care in the near future.

Trackers, wearables and sensors for healthcare

I can not leave out my range of medical and health care goods as the future is closely linked to the empowering of patients as well as individuals who care about themselves through technologies. They are great tools for getting to know us and regaining control of our lives.

My sleep and workout are tracked with the Fitbit Ionic. I add the Polar H10 to fine-tune my training routine with my personal training teacher to find the right exercises for my skills. The muse headband helped me to identify the main elements for a good meditation session that I needed personally. I don’t need to use the app now to try to make myself conscious!

Such apps allow people to monitor the health of their own at home and to share the results with their doctor remotely so that they can track their health and make informed decisions.

Genome sequencing

The entire Human Genome Project cost the U.S. government nearly $2.7 billion, a massive amount. In particular, when you think of the sequence of DNA giant Illumina in January 2017, the company has announced that it is ‘foreseeable one day’ to put less than $100 for the whole of your genome.

The CEO of the company reiterated last year that Illumina continues to strive for this benchmark. This would mean that you could have a genetic test cheaper than a general blood test (prices range from about $10 to $150). Mind-blowing!

This test has a great deal of promise! Detailed details about your susceptibility to medications, multifactorial and monogenic disorders and even family background can be found. In addition, the advantages of genomes such as nutrigenomics, nutrition, dietetics, and genomics have already been used in various fields. Some businesses, such as Habit, a California startup, offer individual, genetic code-based diets.

Revolutionizing Drug production

At present, it is too time-consuming and costly to develop new drugs. However, methods ranging from artificial intelligence to silicon processing will boost the production of medicines. The pharmaceutical world will dominate these emerging innovations and strategies in the years to come.

Companies such as Turbine, Recursion and Deep Genomics leverage the power of A.I. to develop in record time and speed up the time to market and to save money and lives, new drug applicants and new solutions for treatment.

In Silico drug, trials are another exciting medical technology. These are individual computer simulations used in medical product, device or intervention development or regulatory assessments. Although current technology and biological understanding do not allow for fully simulated clinical trials, significant improvements with organ-on-a-chip that are already in use are still being made in this field. How Technology Is Changing Future Of Healthcare?

HumMod is used in several research projects, or the “most complete, mathematical model ever produced of human physiology.” The Virtual Physiological Human Institute (VPH) was also developed to research heart disorders and osteoporosis. Digital modelling is now available.

Imagine checking thousands of possible new medicines on billions of simulated models of patients in minutes? In the near future, we could reach this stage.

Nanotechnology

We work in the early morning hours of nanomedicine. In my view, nanoparticles and nanodevices soon will operate as precise structures for the delivery of medications, cancer therapies or minuscule operators.

In 2014, Max Planck Institute researchers designed scallop-like microbots to bathe in your body fluids literally. Invasive, easy-to-patient, small, intelligent pills such as the PilCam are often used for colon exams. At the end of 2018, MIT scientists produced a wireless electronic pill which could relay diagnostic information or release medicines in response to smartphone commands.

Source: The Medical Futurist

How Technology Is Changing Future Of Healthcare?

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