Wearables, the FDA and patient advice: What physicians should know (2024)

The Food and Drug Administration (FDA) has basic rules for regulating wearable devices and other digital health tools, but those rules may change as rapid innovation continues and the agency creates new pathways to ensure the safety and efficacy of new consumer-facing products. AMA experts outlined this and other need-to-know facts for physicians counseling patients who are increasingly looking to the wearable as a health tool.

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4 mistakes your patients should avoid with wearables

Attorney Shannon Curtis, AMA assistant director for federal affairs, said during a recent education session that there are three important things for physicians to keep in mind when counseling patients about wearables or mobile health (mHealth) apps.

Be aware of an app or device’s regulatory status before recommending it to patients. “You want to be mindful of what’s being approved and what’s not, and be aware that, a year from now, we can have a very different set of rules,” said Curtis, pictured here.

Alert patients to data privacy issues. “Help patients understand that their data might not just stay with their wearable or their physicians, and they need to know where their data is going. These apps and wearables are big data mines for companies that make them.”

Help patients understand the information they receive. “A patient may tell you, ‘My watch told me I’m having a heart attack, what do I do?’” Curtis said. Also, physicians should be ready to answer the questions and for the volume of questions that will come with the new technology—especially direct-to-consumer genetic tests.

On FDA regulation, the rule—for now, at least—is clear: Any device that is “intended for use in the diagnosis of disease of other conditions, or in the cure, mitigation, treatment, or prevention of disease” requires FDA approval, Curtis said. This goes for devices meant for humans and animals, as the FDA regulates both.

The scrutiny a new product receives is stratified by three levels of risk with products such as syringes and gauze at the first level and devices such as pacemakers in the third.

Wearable devices—mostly in the form of watches, bracelets, vests or glasses—are not regulated if they are intended for general wellness uses, which include maintaining or encouraging a general state of health or activity, or reducing the risk or impact of chronic disease. If a device that performs these same tasks is implanted rather than worn, then the FDA will regulate it, Curtis said.

mHealth apps are regulatorily treated in a similar fashion. Apps that purport to do the following get a light touch:

  • Help users self-manage diseases or conditions without offering specific treatment suggestions.
  • Provide information related to conditions and treatment.
  • Organize and track patient health information.
  • Automate physician tasks.

If, however, an app is making specific recommendations or a diagnosis, the FDA is going to take a look at it, Curtis said.

“It’s probably going to change a lot more in the not-so-distant future, just because the innovation in this space is so quick,” she added. “It’s a new area for the FDA and it requires a lot of staff with very new expertise. Innovation is coming fast and furious.”

There already has been some splintering to this approach. Last September, the FDA approved functions on the Apple Watch 4 that produce an electrocardiogram to detect the presence of atrial fibrillation (AF) and to analyze the wearer’s pulse rate to identify irregular heart rhythms suggestive of AF and notify the user.

“This does not mean Apple Watch as a whole is FDA approved,” Curtis explained. “It’s only those functions. The FDA is not looking at anything else the Apple Watch does.”

“Wild, wild West”

AMA research has found that physician enthusiasm for technology “is directly tied to a solution’s ability to help them take better care of patients,” said Meg Barron, AMA digital health strategy vice president. Curtis and Barron co-presented the education session at the 2019 AMA Annual Meeting.

“It can feel like the wild, wild West right now,” Barron said. But one of the ways the AMA is helping is by leading Xcertia, a multistakeholder organization developing industry-vetted guidelines focused on improving the quality, safety and effectiveness of mHealth apps’ ability to improve care.

Learn more about the AMA’s digital leadership efforts.

Wearables, the FDA and patient advice: What physicians should know (2024)

FAQs

Do wearables require FDA approval? ›

Still, wearable medical device products must be treated as medical devices when they begin to make claims about medical benefits such as disease prevention, treatment, mitigation or cure - but as long as they simply claim to generally improve health, many types of wearables will remain unregulated by the FDA.

What are at least three smart wearable devices that can supply patient data for healthcare? ›

Examples include fitness trackers, blood pressure monitors and biosensors. Because of these benefits, wearable medical devices — like fitness trackers, smart watches, electrocardiogram (ECG) monitors, blood pressure monitors and biosensors — have witnessed booming demand.

What is the role of wearables in healthcare? ›

Common uses of these devices include remote patient monitoring and telehealth services to track and monitor vital signs such as heart rate, glucose levels and blood pressure. This data can be transmitted in real time to healthcare providers, enabling remote monitoring and timely interventions.

What are 3 different types of applications for medical devices submitted to the FDA? ›

The most common types of premarket submissions include: 510(k) (Premarket Notification) PMA (Premarket Approval) De Novo Classification Request.

Does Hipaa apply to wearables? ›

HIPAA applies once a wearable interfaces with a practice's EHR system and from there HIPAA compliance must be considered. Remember that HIPAA regulations only apply to covered entities and business associates. This grouping includes clearinghouses, health plans, and providers.

What is required for FDA approval of a medical device? ›

Devices undergo laboratory and animal testing to answer basic questions about safety. Devices are tested on people to make sure they are safe and effective. FDA review teams thoroughly examine all of the submitted data related to the drug or device and make a decision to approve or not to approve it.

What is the biggest drawback of wearable technology? ›

Disadvantages
  • They can be expensive. These devices aren't for the faint of heart or those who are on a tight budget. ...
  • They require frequent charging. ...
  • They can be bulky and uncomfortable. ...
  • They can be distracting. ...
  • They may not be accurate. ...
  • They can be difficult to operate. ...
  • They can be intrusive. ...
  • They can break easily.
Nov 8, 2022

What are three major issues with health applications and wearable devices? ›

Challenges and recommendations for wearable devices in digital health: Data quality, interoperability, health equity, fairness.

What is the problem with wearable devices? ›

The drawbacks to wireless charging include lower efficiency, higher heat generation and slower charging. Each of these issues are related and will be improved by newer coil structures and higher coupling frequencies. Most wearable devices are extremely low-powered, meaning the impact of these drawbacks may be minimal.

How will wearable medical devices transform healthcare? ›

The integration of wearable technology into the medical device sector is undoubtedly transforming healthcare. By enhancing patient monitoring, shifting the focus towards preventative care, and raising new regulatory considerations, wearables are at the heart of a healthcare revolution.

Does wearable technology actually improve health? ›

Wearables are effective tools to help improve cardiovascular health through enhanced self-monitoring. There is good evidence that when people utilize wearables, they may participate in more physical activities.

Why should we use wearable technology? ›

Wearable technology provides us with the ability to monitor our fitness levels, track our location with GPS, and view text messages more quickly. Best of all, most of the devices that allow us to do this are hands free and portable, eliminating the need to take our devices out of our pockets.

What are FDA restricted devices? ›

(i) Restricted device means a device for which a requirement restricting sale, distribution, or use has been established by a regulation issued under section 520(e) of the act, by order as a condition of premarket approval under section 515(d)(1)(B)(ii) of the act, or by a performance standard issued in accordance with ...

What are FDA Class 3 devices? ›

Class III Medical Devices

These devices usually sustain or support life, are implanted, or present potential unreasonable risk of illness or injury. They represent 10% of medical devices regulated by the FDA. Examples of Class III devices include implantable pacemakers and breast implants.

What 3 things does the FDA control? ›

The FDA is responsible for protecting the public health by ensuring the safety, efficacy, and security of human and veterinary food and drugs, biological and tobacco products, medical devices, cosmetics, and products that emit radiation.

What products do not need FDA approval? ›

The ingredients (except certain colors) and labeling of cosmetics, such as many perfumes, makeup, moisturizers, shampoos, hair dyes, face and body cleansers, and shaving preparations do not require FDA approval.

Does fitness equipment require FDA approval? ›

These intended uses should be clearly identified in the labeling. Note that FDA regulates exercise equipment only if the equipment is intended to be used for medical purposes, such as to redevelop muscles or restore motion to joints or for use as an adjunct treatment for obesity.

Can medical devices be used without FDA approval? ›

According to FDA regulations, an unapproved medical device may normally only be used on human subjects through an approved clinical study in which the subjects meet certain criteria and the device is only used in accordance with the approved protocol by a clinical investigator participating in the clinical trial.

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