Using a robotic finger to conduct exams

Soft, robotic hands can look and act like human hands, but can they feel in the same way? For years, the answer to this has been ‘no.’ But now, scientists appear to have devised parts of a robotic hand—more specifically, a robotic finger—that can interpret sensations similar to the ways in which humans do.

Researchers from the Department of Precision Machinery and Precision Instrumentation at the University of Science and Technology of China (USTC) recently developed a bioinspired soft finger (BSF) that acts similarly to a human finger in both its movements and tactile sensing abilities.^[] Research says that the BSF’s response time to sensations—50 ms—is similar to that of human fingers.^[] Additionally, researchers say, the BSF is “mechanically durable for practical applications.”

This scientific breakthrough has exciting implications for the medical community and doctors like yourself. Notably, it could provide an alternative method of touching patients during physical exams.

Why should doctors use robotic fingers?

Using a robotic finger during a physical exam may sound strange, and it could be spooky to some patients. However, the technology could also help soothe some patients’ fears about medical examinations, especially for those who are averse to touch or uncomfortable being touched by a doctor of the opposite gender. The researchers note that “a large percentage of individuals are unwilling to undergo physical examination,” particularly by doctors of the opposite gender.^[] This is one of the reasons that the potential for a robotic finger like the BSF has gained so much attention in the research community, they add.

Additionally, the researchers suggest that using robotic fingers could help fill gaps in some practices where there is a “lack of trained, experienced physicians,” and where, otherwise, “some diseases or potential risks might not be identified in time to prevent aggravation.”

Are robots replacing doctors?

While a robotic finger may be able to assist you during a medical exam in the future, it’s not going to take away all your job duties just yet. 

If such innovations are to come to your office, you’ll still need to work alongside the robot to best care for your patients. While the robot can take a patient’s pulse and search for abnormalities, a doctor is still needed to interpret findings and numbers and to make a decision about how to use these data to diagnose a health condition or make decisions about a patient’s health.