Introduction

Novel flexible and easily implanted spinal cord stimulator

Researchers develop a tiny flexible spinal-cord stimulator that can be implanted without major surgery.

Novel flexible and easily implanted spinal cord stimulator

JD Hancock

JD HANCOCK / CC BY 2.0 DEED

A team from the John Hopkins University in Baltimore USA have developed a tiny flexible and stretchable, spinal-cord stimulator that can be injected below the injury, without major surgery.

The lead researcher and study co-author, Assistant Professor Dingchang Lin, elaborated on the innovative concept in an interview with The News-Letter;

“This started from [the discovery] that we can implant into a new position that people [had] not recognized previously. We call this the ventrolateral site,” Lin said. “The team found that stimulation at this ventrolateral epidural surface measured much higher precision in terms of stimulation and a much lower current. This means you can use lower power to [achieve] the same [result].”

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The research was published in Nano Letters (doi.org/10.1021/acs.nanolett.3c01806)