Originally posted via Sharing Mayo Clinic on May 22, 2019
There was a time in her life that Valerie Nicolaison didn't think she would ever be able to take her Chihuahua, Colt, for a walk. Day in and day out for more than seven years, Valerie lived with foot pain so intense that it hobbled her. She couldn't wear shoes. Socks were problematic. Even soft sensations, like a sheet on her feet in bed, shot jolts of electric pain up her legs and through her body.
In fall 2018, however, Valerie's life underwent a dramatic transformation when she was implanted with a dorsal root ganglion stimulator at Mayo Clinic. The device blocks the pain signals moving from Valerie's feet to her brain, and it has opened up her life to a world of shoes, outings and new possibilities.
"I can take Colt on short walks now, which feels pretty amazing," Valerie says. "It's definitely still a work in progress, but I am able to do so many things now that I wasn't sure I would do again. And I know it's only going to get better."
Although spinal cord stimulators have been available for about 30 years for chronic back and leg pain, the devices have been much less effective for foot pain. Mayo Clinic was one of the first medical centers in the U.S. to offer patients dorsal root ganglion, or DRG, stimulation, says Valerie's physician Tim Lamer, M.D., in Pain Medicine.
Continue reading the story via Sharing Mayo Clinic
Helpful Links:
- Learn more about DRG via our Neuromodulation Tab
- Connect with others in the Chronic Pain Group
- Learn more about Dr. Tim Lamer
What you are talking about sounds so much like myself. I cannot walk straight I walk like a drunk and I don't drink. I fall a lot, thank God only knee problems. Don't get around much because of the pain both feet and back. This stimulator sounds interesting.charlie@807
Thank you for the information does this device help with neuropathy that is spreading up towards the waist and into the saddle area also if you have degenerative disc and sciatica in both legs as well as leg nerve pain and foot neuropathy.