New Exosuit Built By Vanderbilt Engineers Could Change Work Habits of the Future

A simple piece of tech developed by Vanderbilt engineers can help significantly reduce risk for...

Photo credit: Vanderbilt University

A simple piece of tech developed by Vanderbilt engineers can help significantly reduce risk for back pain. The exosuit, which supports human movement and posture, can reduce fatigue by an average of 29–47 percent in lower back muscles, said the researchers. The functionality of the wearable device presents a promising new development for individuals who work in physically demanding fields and are at risk for back pain, including medical professionals and frontline workers, reports Marissa Shapiro at Vanderbilt Research News.

Back pain is on the rise. Experts say 60 to 80 percent of all adults will have low back pain in their lifetime. While the choice of treatment is complicated by the risk of opioid reliance for pain relief. Unfortunately, few solutions to prevent back pain have offered solid evidence of benefit.

Read more: Ford Unveils Exoskeleton Vests Worldwide to Help Lessen Worker Fatigue and Injury

“Honestly, I am sick and tired of Bruce and Tony Stark being the only ones with performance-boosting super suits. And the idea here is I’m not fighting crime but I am fighting against the odds of developing low back pain,” says Karl Zelik, Ph.D., assistant professor of physical medicine and rehabilitation at Vanderbilt University Medical Center.

“Our goal was to create a device that seamlessly integrates into the wearer’s life so they can wear it comfortably and only engage assistance when they need back relief during bending or lifting,” Zelik said.

The research, led by Zelik and recent Ph.D. graduate and primary author Erik Lamers, used surface electromyography techniques to measure changes in low back muscle fatigue in male and female participants, who were given physical tasks to perform both with and without the exosuit.

The wearable technology developed by Zelik’s team may conjure images of Iron Man’s suit, but it does not rely on motors or batteries. Instead, the low-profile, elastic exosuit applies assistive forces that cooperate with the low back extensor muscles, to relieve strain on the muscles and spine, and to help reduce injury risks.

This study showed that wearing the exosuit made holding a 35-pound weight (the average weight of a 4-year-old child) less tiring on the back than holding a 24-pound weight (the average weight of an 18-month-old baby) without the exosuit, the Vanderbilt report said.

Read more: Scientists Develop Exosuit that Improves Metabolic Rate of Walking and Running

“These findings show how exosuits could provide valuable back relief to frontline and essential workers who have been taking a physical toll and supporting all of us throughout this pandemic. What we learned has the potential to shape the biomechanical and industrial standards of future wearable technologies,” said Zelik, who holds secondary appointments in biomedical engineering and in physical medicine and rehabilitation.

Sam Draper
October 9, 2020

Innovation of the Month

Do you want to discover more, visit the website
Visit Website

Other news

Fossil Launches New Stylish Hybrid Watch HR Monroe for Women

Fossil has launched a new version of its Hybrid HR line, the HR Hybrid Monroe. Designed...

Smart Artificial Hand Combines User and Robotic Control for Assistive Solution

Scientists at Ecole Polytechnique Fédérale de Lausanne (EPFL) in Switzerland have...

Fitbit's Q2 Results Show Weak Smartwatch Revenue Due to Poor Versa Lite Sales

Fitbit’s earnings call for Q2 2019 show that the company’s revenue and device sales were...

ARK Crystal Wearable Pendant Improves Strength, Balance, and Endurance, Study Finds

A joint study conducted by ARK Crystal LLC, the maker of ARK crystal wearable pendant...
Discover more