High-Level Event Features Embry-Riddle Studies of Robotic Dentistry, Medical Errors, More

Stephen Rice and students - robotic dentists - Daryl LaBello - web size
To complete a survey on perceptions of robotic dentistry, Embry-Riddle graduate student Emily Anania (standing) worked with Associate Professor of Human Factors Stephen Rice (second from left) and fellow students (L-R) Matt Pierce, Mattie N. Milner, Nadine Ragbir and Nathan W. Walters.

You’re waiting to get your teeth cleaned, half-dozing in a chair with your mouth propped open when a robot appears to do the job. Would you be willing to undergo a dental cleaning performed by a robot? How about a root canal? Autonomous gum surgery, anyone?

What if the robotic procedure was offered at half-price?

An online survey regarding patients’ perceptions of robotic dentistry was one of many Embry-Riddle research projects to be presented during the 2018 International Symposium on Human Factors and Ergonomics in Healthcare conference, March 26-28 in Boston, Mass.

The conference, chaired by Joseph R. Keebler, assistant professor in Embry-Riddle’s Department of Human Factors and Behavioral Neurobiology, featured presentations by more than a dozen faculty members and students from the university. The Embry-Riddle research focused on the root causes of medical errors, checklists as a tool for emergency-response decision making, lessons learned from a simulated active-shooter scenario and much more.

Robotic Dentistry, Anyone?

For example, in an online survey of 502 individuals (260 female), participants were “significantly less willing to undergo more invasive procedures, such as gum surgery and a root canal, and significantly more willing to undergo procedures such as tooth cleaning or whitening performed by a robot,” reported Stephen Rice, associate professor of human factors.

Moreover, the promise of half-price dentistry increased participants’ willingness to accept dental care from an autonomous robotic dentist, Rice and his graduate students explained at the conference.

Currently, medical robots such as the da Vinci® Surgical System are being used to help doctors perform various operations, including cardiac surgery. Medical robots can help doctors increase the precision, safety and quality of certain surgical procedures as well as rehabilitation and patient-care operations, Rice said. Yet, robotic dentistry is still in the early stages of development.

In 2017, a robotic dentist in China fitted two dental implants into a woman’s mouth. In addition, a Miami, Fla.-based company, Neocis, announced last year that it had received clearance from the U.S. Food & Drug Administration to introduce a robotically assisted dental surgical system called Yomi.

As robots become increasingly commonplace in many different settings, “It’s important to understand consumer perceptions of autonomous technologies,” said Embry-Riddle graduate student Emily Anania, the lead student author of the HFES poster presentation. “People are not always accepting of emerging technologies. We know from many different studies, for example, that driverless cars and autonomous aircraft technologies cause some people to react with fear or anger. Better insights to those perceptions will be essential in order to increase acceptance of these technologies.”

robot dentistryPhoto credit: Jon Metz

Survey Methods and Results

The Embry-Riddle patient-perceptions survey, completed by Rice and five students on the university’s Daytona Beach, Fla., campus, informed all participants that robotic dentistry is currently being tested. The survey then asked participants to indicate their willingness to have a robot perform ten separate procedures: teeth cleaning, tooth extraction, root canal, teeth whitening, applying sealant, applying a cap, bonding, gum surgery, applying braces and putting in a filling.

Next, participants were asked similar questions, but with an added incentive: “Imagine that the dentist offers you a 50% (half-price) discount on all dental work done by a robot in his or her office,” the survey said. “The robot will work autonomously (without human intervention).”

The data from the study revealed some interesting patterns.

In general, 51% of the respondents were moderately or strongly opposed to robotic dentistry, the research group reported. Respondents were particularly wary of invasive procedures like extractions, root canals, and gum surgery, where 66% of the participants were moderately or strongly opposed. Female respondents were in general less likely to be willing to accept robotic dentistry, Anania said.

On the other hand, there were two procedures that participants were less negative about, including teeth cleaning and/or whitening; here, only 32% of the participants were opposed at full price, and 83% were willing to undergo the procedure if the price was cut in half.

Public-perception surveys of emerging technologies are essential, Rice said, because “consumers help drive what is acceptable with automation, and healthcare is no exception.”

Robotic dentists have the potential to improve the precision of different dental procedures, he said. Such technology could make dental care more accessible in rural or otherwise underserved areas. Finally, just as aircraft auto-pilot systems allow pilots to focus on safety, Rice added, robots could free up dentists to continuously improve healthcare practices and protocols.

The research presented at the HFEH conference, “Factors Affecting Consumers’ Acceptance of Robotic Dentists,” was prepared by Rice and Anania, with her fellow graduate students Mattie N. Milner, Nadine Ragbir, Matt Pierce and Nathan W. Walters.

In addition to Keebler and Rice, other Embry-Riddle researchers taking part in the HFES conference included Albert Boquet, Elizabeth Blickensderker, Barbara Chaparro, Elizabeth Lazzara, Thomas Looke and Scott Shappell, along with their students.

Please credit Jonathon Metz