Technology And Digital Innovation Trends In Healthcare Industry 2022
COVID-19’s influence is being felt throughout the world, even after the event was over in 2021. Among all the sectors affected by the worldwide pandemic, healthcare has seen the most radical transformations. In order to meet the ever-increasing DEMAND FOR HEALTHCARE AND THE EXPANDING DIGITALIZATION OF PROTECTED HEALTH information, the healthcare sector has developed creative ways to continue to provide outstanding service.
In the following years, doctors expect that healthcare technology trends will only grow in importance. We have experienced in the last years that technology developments, notably Artificial Intelligence (AI), will continue to affect processes and solutions in the health industry. Dr. Zbiggy Brodzinsky, a consultant orthopedic spine surgeon at Valiant Clinic Hospital, predicts that robotic surgery will continue to develop in the coming year.
Healthcare Technology and Digital Innovations in 2022
We need to keep an eye on the trends shaping HEALTHCARE TECHNOLOGY IN 2022 as we move forward. Consider how historical software and infrastructure can be integrated with newer technology or how they may eventually be replaced with more dependable ones, even if such systems are crucial to the performance of modern hospitals and care centers. Improve productivity, efficiency and security without losing dependability or access.
Here are some of the most significant technologies to consider if you want to learn more about how the healthcare business is moving toward digital transformation in the coming year.
- The development of telemedicine and remote care
- Healthcare and Artificial Intelligence
- Wearables and IoT in Healthcare
- Medical Security and Privacy in 2022
- Technology for Organ Care and Bioprinting
- Long-Term Reality in Clinical Situations
1. The Development of Telemedicine And Remote Care
Since the first case of the pandemic appeared in 2020, many advancements have been made in the telehealth technology field. Because of the significant enhancements that have been made to the underlying infrastructure, it is now possible.
In 2022, doctors and other healthcare professionals will routinely meet with patients through video conference to address issues and offer advice. It is predicted that by 2026, the telehealth industry will be worth $185.6 billion in revenue. To put it another way, what can we expect in the future?
a. Strictly Adhering To The Rules
HIPAA compliance is one of the essential difficulties with telemedicine before we evaluate that option. In 2020, when the epidemic was at its worst, certain limitations were eased. However, it’s still critical that healthcare practitioners take into account the applications they use to connect with their patients. Do they have the proper certification and security measures in place?
b. Virtual Meeting Using Webrtc
In many cases, a more focused approach is necessary, one that can conform to legal privacy rules with greater specificity. WebRTC, an open-source API-based technology that connects web browsers and mobile applications and enables the transmission of audio, video, and data, will be essential if you require a specialized telemedicine app. When it comes to teleconferencing features, this is extremely useful.
c. The Use of The Cloud For Hosting And Storing Data
Most cloud storage systems are secure but not compliant with PHI laws. HIPAA-compliant cloud hosting is essential for any healthcare enterprise using electronic health records (EVR).
Teleconferencing and data storage aren’t the only services your company may need. Other essential features include security, location services, appointment administration, secure messaging, provider evaluations, visit history and wearable integration.
Some apps save fitness data from Google Fit and Apple HealthKit. Patients and caregivers benefit from safe and efficient connections.
2. Healthcare And Artificial Intelligence
Outside of treating and responding to the epidemic, artificial intelligence has other uses. AI is beneficial for enhancing the effectiveness of information processing and decision-making. In the healthcare business, machine learning is incredibly helpful for the creation of new drugs and the efficacy of diagnostic procedures.
a. AI and Mental Health
Inventions in artificial intelligence aren’t limited to physical health. Scientists at the Massachusetts Institute of Technology and Harvard University have used machine learning to study mental health trends in relation to the COVID-19 epidemic.
As Reddit postings were analyzed using an AI model, they were able to discover that the subjects of suicidal thoughts and loneliness had almost doubled over time. There is a chance that this will change how we see the mental health of vast groups of people in the future.
As a result of chemical changes in our brain, we experience a wide range of mental symptoms, such as anxiety and depression. Dementia is one of these disorders. Deep learning and AI audio processing advancements have made it feasible to analyze human speech to detect early indications of dementia. For screening or self-checking Alzheimer’s disease, these models can be used.
b. Anatomical Translation Of Word
With the help of chatbots, telemedicine might be made more efficient in the future. Virtual Interventional Radiologist was developed by UCLA researchers using chatbot and AI technology. UCLA (VIR). The purpose of this was to aid individuals in self-diagnosis and to assist clinicians in diagnosing such patients. Chatbots that employ Natural Language Processing but do not give primary diagnosis might be helpful in the process. When it comes to gathering patient data, they are well-equipped to assist in that process as well.
c. Data Is The Essence of AI In Healthcare
Data is the most critical component in the success of artificial intelligence in healthcare. In the context of training, especially. The quality of a training dataset cannot be outstripped by machine learning software. The better the model performs, the higher the quality and scope of the data we provide. In order to acquire the most significant results from your AI system, you need a group of software developers and data scientists with extensive expertise working together.
3. Wearables And IoT In Healthcare
Increasingly, wearable and IoT technologies can potentially transform the healthcare business. This trend in microprocessing has been dubbed the Internet of Medical Things for its potential use in telemedicine and telehealth.
The Internet of Things (IoT) cannot be ignored as the healthcare business becomes increasingly connected through these healthcare technology trends. This year, there were 11.3 billion IoT devices in use. By 2026, the worldwide IoT medical devices market will have grown from USD 26.5 billion in 2021 to USD 94.2 billion.
Wearable technology is one of the most significant advancements in the healthcare business. Healthcare professionals should take notice of consumer smartwatches as they become more generally available. The ability to monitor a patient’s condition remotely or enable an individual to check their condition is highly beneficial.
Smartwatches can now assess blood vitals. Photoplethysmography measures blood volume and composition optically. Miniaturized for smartwatches, it can give consumers additional blood vitals data. This information can assist medical professionals in the diagnosis and counseling of patients.
Smartwatches aren’t the only healthcare-related wearable. Smart hearing aids and bio patches are comparable. Bio patches can measure vitals without a wristwatch. AI improves hearing aid noise isolation.
b. The Smart Pills
It is possible that the Internet of Things may be transformed into the Internet of Bodies by developing smart pills, which would be a game-changing application for IoT in healthcare. As well as serving as medications, these “smart pills” give healthcare workers crucial information about the individuals they care for. In 2017, the FDA authorized the first smart medication.
c. IoMT Solutions
Almost every manufacturer utilizes a proprietary protocol to connect their gadgets. It complicates integration. With the industry pushing toward employing many microcontrollers simultaneously, communicating between them can be difficult.
Environmental issues can affect connectivity. Local microcontroller buffering must be made more robust. Always consider security.
4. Medical Security and Privacy in 2022
Privacy and security are essential in healthcare beyond efficiency and quality of service. Accellion’s FTA secure file-transfer service leaked Kroger pharmaceutical data in 2021. Not alone. According to HealthITSecurity.com, last year’s data breaches harmed approximately 40 million people.
Ensure your company is HIPAA-compliant to avoid expensive data breaches. If you serve overseas patients, you may want to consider the EU’s GDPR.
5. Technology for Organ Care and Bioprinting
One way to address this problem is to enhance the healthcare technology trends used in organ transplantation. When an organ is removed from the body, it must be cared for. The Wexner Medical Center in Columbus, Ohio, uses the Organ Care System developed by Transmedics. To retain organs outside of the body for several hours, this gadget provides necessary care, heat, and nourishment.
The long-term survival of this technology may be contingent on its capacity to act independently, without the participation of a medical professional, in order to save the organ.
Bioprinting: Creating New Organs
Other approaches should be investigated besides preserving organs outside the body. 3D printed organs are a genuine, albeit emerging, technology that has entered clinical testing. Ears, corneas, bones, and skin are being 3D-printed clinically.
Traditional 3D printing is similar. First, develop a digital tissue model. Resolution and matrix structure must be carefully considered since bio-ink contains live cells. The organ’s functioning must subsequently be tested.
Using the patient’s cells helps avoid organ rejection. These cells can be cultured into a printing bio-ink. Bioprinting has been done before, but not widely. AI study of organs and recipient patient features might improve organ compatibility.
6. Long-Term Reality in Clinical Situations
The extended reality, which includes augmented, virtual, and mixed reality, has potential in healthcare. AR and VR can enhance healthcare, from surgery to telemedicine. AR and MR are useful in healthcare. Surgeons often employ mixed reality headsets like Microsoft Hololens 2. The headgear gives the surgeon heads-up information while letting them utilize both hands.
AR goes beyond headgear and operating rooms. The gadget can also assist nurses in taking blood.
Augmented reality uses AI and specialized sensors. Developing mobile devices or other hardware requires data and software skills. AR developers use AI with target hardware’s software frameworks to create successful products.
Facebook’s rename to Meta and concentration on social VR experiences are hotly debated. Whether you invest depends on you. Virtual reality has potential in healthcare, even if the metaverse is overdone.
Training is one of VR’s most beneficial uses in healthcare today. Doctors may enhance their abilities and prepare for procedures using virtual training. VR can be utilized for therapy. The Virtual Reality Medical Center employs VR treatment to treat PTSD and acrophobia.
Maplewood Senior Living in Connecticut features a VR treatment program for seniors to release memories and promote mental health.
Every aspect of healthcare technology trends will continue to advance in 2022. Artificial intelligence, machine learning, and extended reality will continue to improve the quality and efficiency of treatment. Even though security will continue to strengthen, threats will continue to evolve and must be dealt with by preventing rather than responding.
Time and money are on the line when selecting how to modernize your healthcare company. Working with a group of programmers that have a thorough grasp of your requirements and goals is critical.