Topics
Latest
AI
Amazon
Image Credits:Harvard Biodesign Lab
Apps
Biotech & Health
Climate
Image Credits:Harvard Biodesign Lab
Cloud Computing
Department of Commerce
Crypto
initiative
EVs
Fintech
fundraise
Gadgets
Gaming
Government & Policy
Hardware
layoff
Media & Entertainment
Meta
Microsoft
concealment
Robotics
protection
societal
Space
Startups
TikTok
Transportation
speculation
More from TechCrunch
outcome
Startup Battlefield
StrictlyVC
Podcasts
Videos
Partner Content
TechCrunch Brand Studio
Crunchboard
Contact Us
If you follow the world of robotlike exoskeletons with any frequence , you ’re no doubt aware of the two primary category . The first is aimed unwaveringly at actor with straining or repetitive job such as lifting and transport packages . The 2nd is assistive , mostly focused at individual with mobility impairment .
The latter category is often the domain of a function of indulgent robotic exoskeletons — those with textile parts design to be more of a day - to - sidereal day assistive accessory . These arrangement are also progressively focused on specific issue that impact the great unwashed ’s power to get around . After all , not all mobility disablement are created equal .
In the vitrine of mass with Parkinson ’s disease , “ freeze ” is a frequent issue that impacts the ability to take the air , while increase the likelihood of gloaming . The symptom causes people to lose their footing while walking , shortening step before intercept altogether .
There have been a number of attempts to tackle the issue , from medication to physical therapy to operating theater , but existing solutions are limited in their efficacy .
New research from a joint team from Harvard and Boston University , published in Nature Medicine , demonstrates how soft robotic exoskeletons can plow the issue .
The wearable technology features sensors that detect drift and utilize algorithms to estimate the Zimmer frame ’s gait . Cable - labor actuator sound off in , assisting walking midstride .
“ We found that just a small amount of mechanical assistance from our soft robotic apparel deliver instant effects and consistently improved walking across a range of a function of conditions for the mortal in our report , ” says Harvard prof Conor Walsh .
Join us at TechCrunch Sessions: AI
Exhibit at TechCrunch Sessions: AI
Researchers worked with a 73 - year - old man with Parkinson ’s who suffers from freezing more than 10 times a mean solar day . In their inquiry , which was take out over the course of six month , Walsh ’s team was able to obviate freeze in patients while walking indoors . In turn , they were also able to take the air far and faster .
Harvard notes , “ The result was instantaneous . Without any special training , the patient was capable to walk without any freezing indoors and with only occasional episodes outdoors . He was also able to walk and babble out without freezing , a oddity without the gadget . ”
The Harvard Biodesign Lab is the same group that designed an exosuit for stroke patients that was subsequentlylicensed by the startup ReWalk Robotics . If the promising early upshot are any denotation , this new technology could someday pursue in its footsteps to commercialisation .
