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general freedom individual achievement voluntary cooperation

Paralyzed Man Moves

After falling on ice, a 46-year-old Swiss man became paralyzed, losing all mobility.

Now he is beginning to move again thanks to a brain implant that enables what the Dutch firm Onward, its inventor, calls “thought-driven movement.”

The implant interprets neural impulses that are triggered when the patient intends to move. A second implant in his abdomen then stimulates parts of the body so that he can move them as he wishes.

Onward says that although its results are preliminary, “the technology works as expected and appears to successfully reanimate his paralyzed arms, hands, and fingers.”

This astonishing work is not without precedent. Over a decade ago, French neuroscientist Gregoire Courtine conceived of the possibility of a digital bridge between brain and body to help such patients.

It took a while to realize his dream. But this year, Courtine and Swiss neurosurgeon Jocelyne Bloch installed implants in a Dutch man, Gert-Jan Oskam, to restore his ability to walk after he lost the use of his legs in a biking accident.

One unexpected benefit of their procedure is neural regeneration.

“What we discover,” says Courtine, “is that when using this system for a long period of time, through training, nerve fibers start growing again. . . . That was like the dream, regenerative medicine!”

Onward CEO Dave Marver says that the next step for its own implant technology is small trials, then a larger one, then “hopefully get FDA approval and make it available.”

What a wonderful world.

This is Common Sense. I’m Paul Jacob.


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voluntary cooperation

The Day Cillian Took Control

One of the things that made 2019 a decent year was the robotics team at Farmington High School in Minnesota.

A former student at the school, Tyler Jackson, contacted the team to ask if they could help his son, two-year-old Cillian, become more mobile. He had been born with a condition resembling cerebral palsy that makes it hard to move around.

The Jackson family couldn’t afford the kind of power wheelchair Cillian needed.

The Farmington kids were eager to help. They replaced the electrical innards of a Fisher Price riding toy, added a bicycle seat, and used a 3D printer to design a joystick and other components.

The team applied skills gained by building robots for competitions, and they also got technical help from the University of Delaware, which had a program for designing mobility devices for disabled kids.

A local broadcast story about the wheelchair shows Cillian in action.

He isn’t the only child who has benefitted from the team’s tech prowess.

Early in 2021, the Rogue Robotics team at Farmington posted an appeal on their Facebook page after learning that Fisher Price had “discontinued the Power Wheels model Wild Thing we convert into wheelchairs for little kids” who either don’t fit into standard powered wheelchairs or can’t afford them.

They asked that anyone who happens to have a Wild Thing model in good condition consider donating it.

This kind of innovation can now be rolled out — pun intended? — broadly, not so much as mass production but as home and community and fix-it shop projects, with 3D printing tech aiding in the revolution.

Now that’s Common Sense. I’m Paul Jacob.


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