10 Ways Technology is Changing Healthcare - How Innovation is Impacting the Medical Industry

1. Open in app Published in Becoming Human: Artificial Intelligence Magazine Amyra Sheldon Follow May 2 · 8 min read Save 10 Ways Technology is Changing Healthcare: How Innovation is Impacting the Medical Industry Source: Managed Healthcare Executive Technology has always played an important role in the medical industry, from doctors using stethoscopes to measure heart rates to nurses recording patient information on clipboards.

2. However, in recent times, technology has exploded in the healthcare sector. Hospitals, doctors’ o몭ces, and patients can all now bene몭t from technology that saves time, energy, and money while improving care and safety. From telehealth to wearables to 3D printing, the technology is driving crucial changes in the healthcare system. These changes are not only improving patient care but also making the process more e몭cient and cost-e몭ective. As per a report, the global IT healthcare market was valued at $81.4 billion in 2021, which is expected to touch $166.0 billion in 2028 at a CAGR of 10.7% from 2021 to 2028. So, in this article today, we will discuss ten ways that technology is changing healthcare and how innovation is impacting the medical industry as a whole.

3. Chatbots Life Here We Go… Find Out 10 Ways Technology is Changing Healthcare 1. Artificial intelligence in radiology Machine learning (ML) and arti몭cial intelligence (AI) are having a massive impact on healthcare. These healthcare technologies make it possible to analyze data, detect patterns, and predict future outcomes — all of which have tremendous implications for patients. They’re being used to automate many tasks that were previously human-only: diagnosing illnesses, suggesting treatments, detecting fraud and abuse, advising doctors… The list goes on and on.

4. Source: healthcareitnews Moreover, not only are doctors and clinicians using it to create personalized treatments for patients, but they’re also using it to prevent disease. Computers can help sort through massive amounts of data and generate insights that lead to better diagnoses and predictions of when a patient will develop diseases like diabetes or cancer. Doctors who use AI have been found to make signi몭cantly fewer misdiagnoses, which means their patients live longer, healthier lives. This way, the role of technology in healthcare will continue to grow as it helps doctors save lives and improves patient outcomes. Also Read: The Convergence of AI/ML and Wearables: What’s in store for the Healthcare Industry 2. Augmented reality & Virtual Reality With advances in augmented reality, like Microsoft HoloLens and Google Glass, doctors are now able to display real-time X-rays, MRIs, and ultrasound images directly onto a patient’s body.

5. This technology can also make it easier for medical professionals to obtain feedback on how to treat a particular condition as well as aid in complex surgeries such as brain mapping. VR and AR can also be used to provide immersive experiences for patients. Doctors can use VR to show their patients what their illness looks like inside their bodies and how di몭erent treatments will a몭ect them. Source: prnewswire With virtual reality becoming more commonplace in our lives, it wouldn’t be surprising if VR headsets are also used by physicians during surgery. These types of devices could help train medical students before they ever step foot into an operating room. In addition to this, the ability to view detailed anatomy via AR or VR headsets could even allow surgeons to complete procedures remotely from another location. 3. Healthcare trackers and sensors More and more personal health devices are becoming available to consumers, allowing them to be more aware of their health in a proactive way. From motion trackers that measure physical activity to heart rate monitors and glucose monitors, these digital devices can improve overall health and cut down on emergency

6. monitors, these digital devices can improve overall health and cut down on emergency room visits and doctor’s o몭ce visits. For example, connected pill bottles can remind patients when it’s time to take their medication and monitor whether they have taken it correctly. These advances will help ensure patients stay healthy and out of hospitals as much as possible while providing valuable data back to physicians so they can make better decisions about patient care. 4. Wearables Wearables are another area where technology is changing healthcare. Wearables are devices that can be worn on the body. They’re typically used to track 몭tness data, but they also have the potential to track other health data. Wearables o몭er a lot of potential because they can be used to collect data on a variety of health metrics. This data can be used to improve patient outcomes. What’s more, wearables can be used to provide real-time feedback to patients. This feedback can help motivate patients to make healthier choices. Wearables are already being used in healthcare. In 2018, the FDA approved the 몭rst wearable for use in the treatment of diabetes. This technology is also being used to develop devices that can detect a variety of health conditions. For example, there is a wearable that can detect early signs of breast cancer. Overall, wearables o몭er a lot of potential for healthcare. This technology can be used to improve patient outcomes by providing data-driven feedback. 5. Telehealth Through telehealth, doctors can o몭er patients a convenient and comfortable way to receive care. Thanks to apps such as iTriage and Doctor on Demand, you can consult with a doctor via video chat — anywhere, anytime. In addition to saving time, telehealth reduces costs by eliminating o몭ce visits and enabling faster diagnoses. Plus, it’s more convenient for patients who don’t have access to transportation or are unable to leave their homes. For example, iTriage o몭ers virtual medical appointments in over 50 areas of expertise.

7. All that you require is a stable and secure internet connection and a webcam. The company has partnered with many insurance companies to ensure that its services are covered under most plans. This means that if your primary physician refers you to see a specialist, you can use telehealth services to save money on copays. 6. DNA sequencing in cancer treatment Developments in next-generation DNA sequencing are rapidly changing our ability to diagnose and treat cancer. Healthcare technologies such as deep sequencing of circulating tumor DNA (ctDNA) hold promise for routine, noninvasive monitoring of disease recurrence after chemotherapy and other treatments. As technology advances, doctors are now able to better tailor treatment protocols to patients’ speci몭c genetic pro몭les. For example, a patient with an aggressive form of prostate cancer may have a higher risk of metastasis than another patient; his doctor might use CT scans or ultrasounds to monitor his condition more closely. In another case, a pregnant woman could undergo amniocentesis or chorionic villus sampling — both invasive procedures — to obtain fetal DNA samples for prenatal diagnosis or analysis. Instead, she could opt for noninvasive testing using blood or urine samples. These healthcare technologies can help physicians predict pregnancy complications like preeclampsia and diabetes, enabling earlier intervention and improving outcomes. Doctors can also use them to screen newborns for genetic diseases that would otherwise go undetected until later in life. 7. Revolutionizing drug development Companies are now able to use arti몭cial intelligence, in tandem with genomics and other data, to develop new drugs faster than ever before. Since new drugs can cost more than $1 billion to develop, pharmaceutical companies are increasingly turning to technology to speed up processes. Whereas traditional drug development has historically relied on trial-and-error methodologies that can take decades or longer, AI helps researchers identify and zero

8. in on promising drug targets for genetic diseases based on broad phenotypic data. It’s still early days for AI-driven drug development, but it holds a great deal of promise for personalized medicine and streamlining clinical trials. Also Read: What are the top 8 Digital Health Technologies Trends 8. Nanotechnology One of the newest healthcare technologies making an impact on healthcare is nanotechnology. This growing 몭eld has spawned more than 200 companies. Also, look at the below chart that depicts the percentage share of di몭erent applications of nanotechnology. Source: ResearchGate Nanotechnology, or nano, includes molecules and materials 100 nanometers or smaller in size. These tiny particles are powerful enough to repair damaged human cells, such as those a몭ected by heart disease or cancer.

9. They can also be used to create new drugs that can target speci몭c types of cells. 9. Robotics Robotics is another area where technology is changing healthcare. Robots are being used for a variety of tasks, including surgery, rehabilitation, and diagnosis. Robots o몭er a lot of potential because they can be used to perform delicate tasks with precision. They also don’t get tired and can work for long hours. What’s more, robots can be used to provide care in remote and rural areas. They can also be used to provide care to patients who are unable to leave their homes. Robots are on track to become an essential part of health care in America. Telepresence robots will allow doctors and nurses to travel inside hospitals, accessing patients’ rooms and delivering medication or a vital pieces of information — like X-rays — when necessary. Patients won’t need to leave their rooms to see a doctor or talk with a nurse, helping them feel more at ease when they’re not feeling well. Robots will also make it easier for doctors and nurses to stay connected with patients in rural areas that don’t have immediate access to care. You May Find Interesting: Cybersecurity In Healthcare: How to protect sensitive data stored online 10. 3D printing 3D printing is another area where technology is changing healthcare. This technology is being used to create arti몭cial organs, implants, and prosthetics. 3D printing o몭ers a lot of potential because it can be used to create customized devices that are tailored to each individual patient. 3D printing is less expensive than traditional methods of manufacturing medical

10. devices. It also has a shorter lead time, which means patients can receive their devices faster. It is already being used to create arti몭cial organs. In 2018, a 3D-printed liver was successfully transplanted into a patient. This technology is also being used to create implants and prosthetics. In 2017, the 몭rst patient with a 3D-printed implant was treated. 3D printing is changing healthcare by making it possible to create custom devices that are less expensive and have a shorter lead time. This technology has the vast potential to revolutionize the way doctors treat patients. Conclusion As we have seen above, evolving healthcare technologies are making it possible to improve access to care, reduce costs, and improve patient outcomes. Moreover, telehealth, 3D printing, robotics, and wearables are just a few examples of how technology is changing healthcare. As these healthcare technologies continue to develop, we can expect even more changes in the healthcare industry. You can also contact any top healthcare app development company to get top-class healthcare solution development services. So what else to think for? Contact the premier health application development company today. More from Becoming Human: Artificial Intelligence Magazine Follow Latest News, Info and Tutorials on Artificial Intelligence, Machine Learning, Deep Learning, Big Data and what it means for Humanity.

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