Stimulation Treatment Can Restore Movement To Paralyzed Muscles

by Shirley Johanna on  July 15, 2016 at 4:13 PM Research News   - G J E 4
Long-term stimulation treatment for patients with spinal cord damage could be beneficial, says a new study that could open a new opportunity to rehabilitate patients.
Stimulation Treatment Can Restore Movement To Paralyzed Muscles
Stimulation Treatment Can Restore Movement To Paralyzed Muscles

The stud was conducted at the BioMag Laboratory at the Helsinki University Hospital. Dr Anastasia Shulga, a medical doctor, specializing in neurology, led a study in which two patients with spinal cord injuries received a form of treatment that combined transcranial magnetic stimulation with simultaneous peripheral nerve stimulation repeatedly given for nearly six months. This was the first time that attempts were made to rehabilitate patients paralyzed as a result of a spinal cord injury through long-term stimulation treatment of this type.

‘Stimulation treatment for six months strengthened neural connections and partially restored muscle movement in paralyzed patients.’
Both patients who participated in the study had spinal cord injuries caused by trauma. One patient was paraplegic, paralyzed from the knees down, and the other was tetraplegic, with some voluntary movement of the hands but no capacity to grasp. Both patients had been injured more than two years ago and had received conventional rehabilitation treatments throughout their recovery, and continued to do so during the stimulation treatment.

After approximately six months of the stimulation treatment, the paraplegic patient could bend both ankles, and the tetraplegic could grasp an object.

"We observed strengthened neural connections and partial restoration of movement to muscles which the patients were previously entirely unable to use," explains Dr. Shulga.

The movement restored during the treatment was still present a month after the stimulation treatment had ended. One of the patients is participating in a further study in which stimulation is given more extensively and for an even longer period.

Dr. Jyrki Mäkelä, head of the BioMag Laboratory, points out that rehabilitation of patients with chronic spinal cord injuries is highly challenging, and new treatment methods are sorely needed.

"This is a case study with two patients only, but we think the results are promising. Further study is needed to confirm whether long-term paired associative stimulation can be used in rehabilitation after spinal cord injury by itself and, possibly, in combination with other therapeutic strategies."

Source: Eurekalert

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