5 Trends That Will Affect the
Healthcare Industry in 2020
By Anzhela Sychyk
Healthcare Industry Trends
It’s 2020, and people still die before they age. We cannot put all the blame on the unknown viruses or anti-vaccination movement. Among causes of death are the late-stage diagnostic, incorrect diagnosis, long waiting lists for organ transplantation, and a low level of disease prevention. That is why healthcare should be a high priority for the world. Accumulating resources and introducing technological development to the field can change the situation. This article includes five current trends in the healthcare industry that are bringing a revolution to medicare.
1. Artificial Intelligence
Artificial intelligence in medicare involves the usage of algorithms to predict medical conditions and make conclusions based on the automatically received information. The technology is predicted to improve diagnosis accuracy and allow doctors to achieve a higher percentage of disease prevention. AI also excludes a possibility of error while interpreting radiology imaging results, helps doctors to diagnose more accurately. It allows healthcare institutions to keep electronic records and identify whether the multiple drugs prescribed to a patient interact well and are not dangerous when taken at the same time. Chat-bots, mood and habit trackers provide support for those struggling with mental health issues and may become an extra mechanism for psychiatrists and psychotherapists.
Telemedicine allows people with minor medical conditions to receive medical advice without visiting a hospital. This saves time for both doctors and patients and helps to gather correct health-related information. Doctors can forward this data to the hospital in order to keep consistent medical records. Creating a telemedicine service usually involves healthcare app development and cooperation with medical care specialists. Telemedicine decreases infrastructure costs and consultations duration so doctors can provide care to more patients and apply their skills more accurately.
3. Internet of Things
Wearable devices are spreading among those who want to pay attention to their physical health. They can not only help you to record your heart rate in the gym but collect essential data for doctors. For example, if a patient suffers from big jumps of blood pressure and medical specialists cannot understand the cause, they may ask him/her to wear the device during their routine day. So, wearables can provide an insight to doctors on some complex issues as they do not need constant in-person presence. Sensors also might help hospital staff to keep track of their equipment within the building and find them quickly when needed.
4. 3D Printing
3D printing is a universal technology that leaves an imprint in every sphere. This technology is becoming crucial for surgeons as well. Surgeons use 3D printers to model some organs, which might differ by their shape from patient to patient. You can also print tools for a particular surgery on short notice when a patient needs urgent help. Right now, we are entering the time when organs for transplantation are 3D printed, saving the lives of many people. This technology is becoming more affordable and cheaper than other ways to create tools or transplant organs.
5. Computational Modeling
Computer modeling creates simulations of human organs and systems using math, physics, and computer science. Surgeons apply it to adjust implanted devices (such as artificial heart valves) and improve their procedure performance. For example, doctors train to conduct laser eye surgery on the model of the human cornea. 3D modeling contributes to dentistry as well, helping dentists to design prostheses. Another way to use this technology is by modeling a patient’s pathway regarding the doctor’s decisions and patient’s individual behavior.
Conclusion: IT Trends Transformation in Healthcare Industry
Healthcare will inevitably absorb new technology trends. Only universal and accurate solutions can improve the state of medical care, especially in developing countries. Artificial Intelligence is predicted to lead to a higher disease prevention rate. Telemedicine is a convenient mechanism for providing medical advice remotely. IoT allows doctors to collect health indicators and find causes of complex conditions. 3D printing is becoming a life-saving technology widely applied in surgeries for creating both tools and organ transplants. Computer modeling allows doctors to emulate human organs, systems, and design dental prosthesis. They can train to do surgeries and predict the consequences of a particular treatment and patient’s behavior. All those technologies might bring a boost to medicine when combined and applied wisely.
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