Most Needed Doctors In The Future – Some say technology will replace 80% of doctors in the future. I don’t agree. Instead, technology will finally allow doctors to focus on what makes them good doctors: treating patients and improving, while automating the repetitive part of the work. While digital health will benefit all professions, some will be more successful as a result of these innovations. Here I have included areas of medicine that have the greatest potential for future development.
Artificial intelligence, wearable sensors, virtual reality, medical robots – these disruptive technologies are completely changing the way patients and doctors think and behave about health. Silicon Valley entrepreneur Vinod Khosla once said that machines will replace 80 percent of doctors in the future because machines will be more accurate, more objective, and less expensive than the average doctor. Eventually, he added, we won’t need doctors at all.
Most Needed Doctors In The Future
I don’t agree. Instead, technology in other specialties will finally allow doctors to focus on what makes them good doctors: treating patients and improving, while automation takes over the repetitive work.
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While digital health is already having a major impact on how doctors work, it’s clear that the roles we allow them to take on are important. There are many repetitive and tedious tasks that medical professionals hate, and digital health solutions can do them better, faster and cheaper. There is usually no creativity or empathy involved in these activities. I would say there is a total lack of human touch. Digital health should replace such tasks. However, because health is not a linear process whose implementation leads to desired results, the need for expertise and problem-solving skills for physicians is greater than ever. These are skills that no digital health device or software can and will replace.
So the process of bringing digital technology into healthcare is more complex than simply saying that artificial intelligence or robots will take over jobs. As with other areas of development, there will be areas or jobs that will be more affected than others, there will be skills that will be more successful than others. Here are 10 medical specialties that will benefit from technological change.
Many doctors today choose this skill to improve someone’s life. And it’s true: family doctors enjoy great trust from patients. But seeing a person only when they are sick makes it difficult to prevent disease and make sure that someone lives well. This is even more difficult when the waiting rooms are full and you only have a few minutes to diagnose a disease, develop a treatment and give health advice.
Wearable sensors and devices that send data to the doctor’s smartphone and notify them when vital signs are activated give them all the data they need to provide care. It will also ensure that doctors only treat those who really need professional help, allowing for easy medical advice to be given remotely. This will increase the Doctor’s time to treat and advise each patient, build trust and ensure that patients follow their doctor’s advice. In addition, intelligent algorithms will ensure that the GP can get expert advice on rare diseases and act as a gatekeeper to other specialties.
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Digital health assistants and medical chatbots can also ease the burden on GPs. In the future, patients could turn to chatbots with simple questions about their health, other medications, or manage their administrative tasks. The UK’s National Health Service (NHS) has already seen the potential of chatbots: in 2017. during the trial period, they will start using achatbotapp to give medical advice to reduce the pressure on their 111 help. The NHS is developing the app with Babylon Health, one of the new pay-per-need doctor services. Additionally, bots like HealthTaporYour.Md aim to help patients find solutions to common symptoms using AI.
Today, children have a limited window of time to assess the condition and health of the baby or the pregnant mother. Wearable devices that monitor the vital signs of mother and child will ensure that in the event of an emergency, the emergency response does not depend on the mother’s happiness.
Although this is a very controversial area from an ethical point of view, low-cost genome sequencing from the mother’s blood and genome editing techniques such as CRISPR can allow pediatricians to correct any genetic pattern in utero. It can also lead to creative children. Using the same method, low-cost whole-genome sequencing, pediatricians can also access a wealth of data to diagnose and treat children.
Deep learning algorithms and advanced AI have recently made noise in the field of medical imaging, sending many radiologists into panic mode. From the conversation around them, they realized that AI would soon replace radiologists. However, I strongly believe that artificial intelligence will increase their careers and free them from many tedious and repetitive tasks. The future of radiologists will be more interesting than looking at hundreds of x-rays a day.
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For example, IBM introduced the Medical Sievequalified algorithm to aid clinical decision making in radiology and cardiology. It can analyze hundreds of radiology images in seconds; and it can get easily seen badly or out of place, where radiologists can deal with difficult cases and difficult problems.
And we are not far from a close collaboration between AI and radiology in clinical practice. The FDA approved the first deep-learning algorithm for heart imaging developed by Arterysin in 2017. With some estimates, within three years we will have many machine learning algorithms in clinical pilot testing and approved use. Bradley Erickson, director of the Radiology Informatics Laboratory at the Mayo Clinic, told me
That although it is unlikely that AI will publish the first radiology reports on the results of all its tests within 10 years, there is a good chance that it will in some areas.
This specialist will bring scientific technology to patients in the near future. Retinal implants can restore sight to those who have lost it, or give people the care to improve our choices. Digital contact lenses have the potential to change the way we see the world and change areas such as diabetes care. For example, Google and Novartis are developing digital, multi-sensor contact lenses designed to measure blood sugar.
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Google and Novartis said the lens will include a smaller and thinner chip embedded in some thin, concave edges. Through its small antenna, it would send data on glucose readings from the user’s tears to their paired smartphone through installed software. The companies initially promised to bring digital contact lenses to market around 2020, but Novartis CEO Joe Jimenez said in 2015. He said contact lens trials would begin that year, and then come out.
There has been no news of progress since then. However, in 2017 In March, the chairman of Novartis, Joerg Reinhardt, spoke about the possibility that this project will bring tangible results in the next few years.
In addition, low-cost smartphone-connected sensors and applications using the phone’s camera can help diagnose eye diseases even in underdeveloped areas.
The first group of participants focused on people who exercised regularly, but only provided preliminary information on their performance. Now a new generation of devices aimed at professional athletes such as Fitbit Blaze, GymWatch and Wahoo are hitting the market. With a deeper understanding of movement patterns and the dynamics of any movement, sports medicine practitioners will have accurate data to assess how athletes are improving. In addition, video consoles from XBox to Microsoft Kinect provide the ability to monitor the patient’s progress from a distance, seeing their progress on the screen.
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But wearables are just the tip of the iceberg. Check out the amazing exoskeletons! These skeleton-like external devices support and protect the human body from the outside. They enable paralyzed people to walk and help repair strokes or spinal cord injuries. Exoskeletons can also increase strength to enable caregivers to lift elderly patients.
In addition, Athletigen Technology Inc., a Nova Scotia-based company, is working with several athletes to use the DNA information they collect to improve performance, health and safety. These genetic tests may reveal some insight into the increased risk of injury in the face of nutritional needs. Later, these results allow the athlete’s assistants to adjust the training program and diet accordingly.
This innovation paves the way for precision medicine and targeted therapy. Oncologists are already tailoring treatments based on patients’ genetic background and the molecular makeup of their tumors. Inexpensive genome sequencing and the measurement of blood biomarkers accelerate this process. Companies like Illumina’s spinoff called GRAILa are developing liquid biopsies. These blood tests can detect all types of cancer from an early stage. By being able to filter tumor cells from the blood, doctors could quickly identify and diagnose tumors quickly and without expensive surgery.
Tech giants such as IBM, Google and Microsoft, as well as many startups such as the Hungarian Turbine, are developing intelligent solutions to create unique treatments for any type of cancer or patient faster than any health service. In BMM’s case, they started Watson for
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