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Daily Archives: August 23, 2016

How SoCal Doctors Used Basketball to Rehabilitate Paralyzed Vets

Published: August 23, 2016

The Devils vs Oakland Bittners in 1947The popular wheelchair sport helped to launch the Paralympics in 1960

Jerry Fesenmeyer was an 18-year-old Iowa farm boy when he and his fellow marines from the First Division engaged in a desperate firefight with Japanese soldiers on the island of Okinawa. The date was June 5, 1945. Fesenmeyer was advancing toward Shuri Castle when he spotted an enemy soldier perched in a tree. He jumped from behind a wall to surprise him, only to find himself looking down the barrel of a Nambu sniper rifle.

The bullet entered Fesenmeyer’s chest between the heart and the shoulder, clipped a lung, and exited through his spine. Blood shot from his body like a geyser. “Fessy’s hit! Fessy’s hit!” someone was yelling as he blacked out.

Surgery that restores hand and elbow function in quadriplegics is underused

Published: August 23, 2016 | Spinal Cord Injury:

loyola-university-health-system-squarelogoMAYWOOD, IL – A surgery for quadriplegics called tendon transfer can significantly improve hand and elbow function, but the procedure is greatly underused, according to an article in the journal Hand Clinics by Loyola Medicine hand surgeon Michael S. Bednar, MD, FAAOS.

In the procedure, muscles that still work are redirected to do the jobs of muscles that are paralyzed. Depending on the extent of the spinal cord injury, tendon transfers can enable a patient to grasp objects, pinch, open the hand and straighten the elbow. The patient can, for example, propel a wheelchair in the snow, use a fork without splints, grip a fishing pole, shake hands and perform daily activities such as dressing, bathing, toileting and transferring to and from a wheelchair.

Study says stem cell treatment can aid recovery of spinal injuries

Published: August 23, 2016

stem-cellStem Cell treatment or the Human Embryonic Stem Cells (HESC) is effective in the replacement of damaged neurons, re-establishment of lost axonal connections, and providing of neuro-protective factors to allow the healing and recovery of spinal cord injury, revealed a study.

Stem Cell treatment or the Human Embryonic Stem Cells (HESC) is effective in the replacement of damaged neurons, re-establishment of lost axonal connections, and providing of neuro-protective factors to allow the healing and recovery of spinal cord injury, revealed a study.

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