Many changes to the healthcare sector have occurred over the last few years, most of them brought about by necessity as we battled the Covid-19 pandemic. Some of these trends will likely last for a while as we move through 2022 and into 2023, while others probably won’t.

In the upcoming years, what healthcare technology trends should we be on the lookout for? Here are a few of the biggest.

Over the past two years, many tech firms have concentrated on using their expertise to address issues brought on by the global pandemic. At the same time, many healthcare organizations that might not have typically been thought of as tech organizations have started to focus on technology and its potential to revolutionize the way their goods and services are delivered.

Below are a few trends that healthcare organizations need to look for in the coming years.

1. Patient-focused Initiatives

For at least the past ten years or so, a sizable portion of healthcare industry technology has been moving toward a greater emphasis on patients than providers.

The potential of personalized healthcare technology is still only beginning to be fully understood.

We expect this trend to continue into 2023 and beyond. In 2020, as COVID patients began to overwhelm hospitals and other practices, many healthcare organizations increased or introduced remote patient monitoring and care options in an effort to slow the spread of the virus. 

Expect the popularity of digital solutions to increase going forward. Medical professionals will be helped by wearable technology and artificial intelligence in remotely monitoring patient health markers. Thanks to telehealth services, patients who are housebound or live in remote locations will have better access.

2. Personalized Medicine and Genomics

Historically, drugs and treatments have been developed on a “one-size-fits-all” basis, with clinical trials planned to maximize drug efficacy with the greatest possible patient population and the fewest possible adverse side effects. Modern technology, such as genomics, artificial intelligence, and digital twins, enables a much more individualized approach, leading to treatments that can be individualized right down to the individual level.

The Empa healthcare facility in Sweden, for example, is able to predict the precise dosage of painkillers, including synthetic opiates like fentanyl, for each patient using artificial intelligence (AI) and modeling software. For patients with chronic pain, these can be incredibly helpful and transformative, but they are extremely dangerous in excessively high doses. All you need to hire mobile app developer in India to kickstart your business.

A collaboration between the pharmaceutical company Novo Nordisk and the digital health company Glooko has resulted in the development of personalized diabetes monitoring tools that offer tailored advice on diet, exercise, and illness management based on a patient’s blood sugar readings and other individual characteristics.

3. AI in Mental Health

Innovations in artificial intelligence don’t just pertain to physical health. Many medical organizations were able to analyze that suicidality and loneliness had nearly doubled over a period of time by using an AI model of mental healthcare apps. Our understanding of the mental health of larger populations could change as a result of this. 

AI can also be used to identify diseases whose symptoms include a variety of mental symptoms brought on by chemical changes in our brains. Dementia is one such condition. While treating dementia or, in some cases, reversing the cause of its symptoms, early diagnosis of the disease is one of the most effective methods available. 

Analyzing human speech to detect early signs of dementia is now possible thanks to advancements in deep learning and AI audio processing. Simply put, an AI model that processes speech can be trained to distinguish between healthy and dementia-related speech features. Such models can be used for Alzheimer’s screening or self-checking, and they can detect the disease years before it manifests itself severely.

Also Read- Wearables For Mhealth Apps: The Future Of The Healthcare Industry

4. IoT & Wearables in Healthcare

One of the most significant advancements in the healthcare industry is the development of wearable technology. The ability to remotely monitor a patient’s condition throughout the day, or for an individual to monitor their own condition, is incredibly valuable. 

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A smartwatch’s ability to track heart rate is one of the most fundamental features that can be useful for keeping tabs on someone’s health. A smartwatch, however, can measure a variety of other things. These gadgets can also measure blood oxygen saturation and track physical activity. Without specialized sensors, it is challenging to identify low blood oxygen saturation. The presence of this sensor in smartwatches can prevent fatalities because this condition can be fatal.

There are other wearables besides smartwatches that could benefit the healthcare sector. The effects of bio patch technology and smart hearing aids are comparable. Without the use of a smartwatch, biopatching can give a better understanding of a person’s vitals. Artificial intelligence can also be used to enhance hearing aids’ ability to isolate noise.

Also ReadIoT in Healthcare – Benefits, Innovations and Challenges

5. Organ Care Technology & Bioprinting

Increasing the technology used in organ care is one strategy in the latest trend in the healthcare sector. By doing this, you are caring for the organ while it is not inside the body. The Transmedics-created Organ Care System, used by the Wexner Medical Center at Ohio State University, is an excellent illustration. By providing essential nutrients, heat, and proper care, this device can keep a heart, lung, or liver outside the body for several hours.

The ability of artificial intelligence to automatically act without a doctor’s intervention to preserve the organ for longer periods of time may be crucial to the technology’s future.

The ability of machine learning to better assess whether an organ being preserved is suitable for transplantation may be even more significant. Life could be saved more quickly if this could be determined more quickly.

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Telemedicine, the Internet of Things (IoT), and healthcare apps are all supported by technology that has existed for some time before the pandemic. However, it took the pandemic to advance healthcare and encourage medical organizations, practitioners, and patients to adopt emerging digital health trends and technology. 

Now that accelerated research and development practices, remote services, and IoT devices are fully operational, both patients and providers are aware of the value of digital health services. Activity in funding and investing demonstrates that other people value digital health trends as well.

There is a ton of room for improvement. However, the healthcare sector is taking innovation seriously and putting a strong emphasis on building a better future with greater health equity for all. It is likely that the organization will keep updated and follow these trends to stay competitive. 

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