Healthcare Technology in 2023—from Telehealth Equipment to Smart Wearables

By Maggie Chu

The rapid pace of technology adoption is occurring in all industries, including in healthcare. In large part due to the COVID pandemic preventing people from having in-person access to medical resources, the aid of technology has helped broaden the reach of practitioners and increase options for patients. In the year 2023, we will look at some recent trends in healthcare technology, including telehealth, automation, and wearable technology.

Telehealth

Telehealth has risen in importance due to COVID, but it also shines by providing those with fewer medical resources with a fast, efficient way of receiving medical treatment.

For instance, diabetics often require routine eye examinations by an ophthalmologist specializing in diabetic retinopathy, making it particularly difficult for older diabetics living in rural areas. Many manufacturers developed telehealth suitcases and telehealth carts, both of which are suitable for different application environments. The telehealth suitcase is suitable for emergency situations or pop-up clinics with limited space. It can hold a tablet, keyboard, speaker, and smaller medical devices like stethoscopes, wireless ultrasounds, and funduscopes. On the other hand, the telehealth cart is a great option for institutions in rural areas or with scarce resources to connect with specialized practitioners remotely. Generally, the telehealth cart comes with a high-definition PTZ camera, computer, and speaker along with an adjustable medical cart. This configuration allows for high-quality two-way communication for medical professionals to provide care remotely, saving patients time from long travel and waits in healthcare facilities.

Automation in Healthcare

Hospital workers are often overwhelmed in their daily routines, making automation a great choice for hospitals, with applications ranging from medical notetaking to sterilization.

Documenting a patient’s condition is a time-consuming, repetitive, yet necessary task for medical practitioners. With the rise of voice assistants, the input of this data can be simplified and completed automatically. Though doctors have long utilized medical transcription services and voice recognition technology to complete transcription tasks, AI-powered speech-to-text systems can now recognize and make clinical documentation during the consultation itself, so doctors can spend less time on administration and more time on patients, reducing clinical burnout and increasing patient satisfaction.

For hospital room sterilization, automation can also be used to ensure a sanitary environment for both patients and staff. Automated room disinfection (ARD) systems can reduce human errors, reduce the possibility of cross-infection, and free up time for hospital staff so they can focus on more pressing issues.

Health Wearables

Wearable devices are changing the way we interact with our health, giving us real-time data on our physiological well-being regarding sleep, heart, blood oxygen levels, and other metrics. They help us keep track of our overall health conditions, playing a helpful role in disease prevention or even disease management. Particularly outstanding in the prevention of cardiovascular conditions like arrhythmia, hypertension, and strokes, we see a study using Fitbit trackers to predict undiagnosed atrial fibrillation patients. Other wearable devices capable of tracking patient health include glasses, shoes, and even clothing that Incorporate smart textiles. These innovations will give people a better sense of their own health and help people make healthier choices in their daily lives.

Applying Tech for Easier, Better Healthcare

Health technology can help improve the lives of patients all over the world by making checkups easier and tracking health metrics while simplifying the workflows of physicians and nurses. Especially for areas with a shortage of physicians and nurses, these technologies can help doctors reach a larger patient base and provide high-quality care to patients.

As we see healthcare systems adopting these new technologies and making their institutions smarter to cope with healthcare challenges, practitioners and authorities alike should be aware of how to responsibly and ethically use these systems while being compliant with regulations. When we have advanced technology and proper regulations in place, we are sure to see a great step forward in the healthcare industry.

About the Author

Maggie Chu is a Brand Communication Strategist at AVer Information, working out of Taipei, Taiwan. She crafts press releases, blog posts, and other marketing materials to support AVer’s global branding efforts. She has a black dog named Niuniu, who is ironically a scaredy cat.


Advancing Continuing Medical Education: The Role of Telehealth Cameras in CME

By Emily Lee

With medical science and technology advancing at an increasingly rapid rate, it is more important than ever that doctors, nurses, and support staff stay up to date with continuing medical education. Continuing medical education (CME) can refer to educational activities which help to maintain and increase the knowledge, skills, and professional performance of medical health professionals. This can be in the form of formal courses, seminars, lectures, online classes, and workshops.

In this article, we examine the evolution of CME and current CME trends, investigating the shortcomings of the current methods and overcoming them by leveraging technologies such as telehealth cameras.

The Evolution of CME Delivery Methods

Over the years, CME has evolved from traditional, in-person lecture-based formats to dynamic, technology-enhanced learning experiences. Studies have shown live media to be more effective than print and multimedia formats more effective than single-media formats.

The ongoing advancement of educational research and technologies paves the way for more innovative and interactive delivery methods, including:

  • Interactive online courses
  • Webinars
  • Multimedia content
  • Virtual simulations
  • Virtual reality (VR) and augmented reality (AR)

The Challenges for Medical Professionals

Despite the aforementioned advancements in CME, significant challenges in continuing medical education remain for medical professionals, highlighting the ongoing need for improvements to ensure and sustain physician competency and performance.

Professional Practice Gaps

According to the ACCME, a professional practice gap is defined as the “difference between current health care processes or outcomes observed in practice, and those potentially achievable on the basis of current professional knowledge”.

practice gap can be categorized into one or more of the following types:

  • Knowledge (does not know)
  • Skill (does not know how)
  • Practice (does not do)

Through performing gap analyses, medical professionals can effectively understand and begin to reduce the practice gap through CME, enabling the identification of areas for improvement and ultimately the achievement of improved patient care and safety.

Barriers to CME

Aside from practice gaps, medical professionals face many barriers to accessing Continuing Medical Education (CME). A 2021 survey with US clinicians indicates that expenses and travel time are the main barriers to CME, with 68% citing costs and 57% highlighting travel time as a significant concern.

With the existing barriers, medical professionals might be restricted from accessing the educational resources they need, thereby limiting their physician competency and performance.

“We should explore options that reduce barriers of time and money, and creatively use online tools to publicize new offerings.”

Bridging the Gap in CME with Telehealth Cameras

To solve the issues that medical practitioners face, CME has been moving online to improve accessibility, relying heavily on commercial general-use devices such as smart glasses and video conferencing cameras to satisfy the extensive demand for recording or streaming CME content. Medical professionals found several notable disadvantages when using these devices, including unstable image quality, the need for an additional audio device, and the inability to zoom in and capture the intended view. These limitations restricted the delivery of educational content.

When the pandemic struck, telehealth cameras were suddenly thrust to the forefront of the medical industry. Having undergone significant technological upgrades, telehealth cameras are being integrated into CME, most notably its use in surgical live-streaming, marking a pivotal shift in how medical education is delivered.

Applications of telehealth cameras in CME now include:

  • Live Surgical Demonstrations – Telehealth cameras can stream live surgeries and procedures through high-quality video, allowing learners to observe techniques and ask questions in real time, providing a first-hand learning experience.
  • Recorded Sessions for On-Demand or Online Learning – Telehealth cameras can record educational sessions with high image quality, making them available for on-demand or online viewing. This supports self-paced learning and revisiting complex topics.
  • Remote Workshops and Training – They enable the conduct of interactive workshops such as medical simulation training where participants can practice clinical skills under the guidance of experts, even from remote locations.

About the Author

Emily Lee is a Brand Communication Strategist at AVer Information, working out of Taipei, Taiwan. She crafts press releases, blog posts, and other marketing materials to support AVer’s global branding efforts.

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