The 15 minutes it took to remove Buffalo Bills player Kevin Everett off the field after he suffered a spinal cord injury may seem like a long time for someone needing acute medical care, but in fact, those minutes underscore how critical it is to carefully move a player with a suspected spinal cord injury off the field. It also highlights the challenges faced when needing to minimize any further movement to an injured spinal cord.
And those challenges have been the focus over the past eight years for Glenn Rechtine, M.D., professor of Orthopaedics at the University of Rochester Medical Center, and president of the American Spinal Injury Association. He and his colleagues believe they now know the best methods to move injured players off the field thanks to GPS-like technology.
Electromagnetic tracking devices, which work similar to GPS technology, can measure movement down to fractions of a millimeter, about the width of a piece of construction paper. By placing three to five of these tiny devices on the upper body of a cadaver, researchers were able to precisely measure how much an injured cervical spine moves at several important points in the process of removing a player from the field including taking off a helmet, putting on a cervical collar, and placing a player on the backboard for transportation to the ambulance.
The data was then analyzed to pinpoint which removal method produced the least amount of cervical spine movement, including the necks rotation, flexion and lateral bending. The teams findings have been published in several journals, such as Spine, the Journal of Trauma and the Journal of Neurosurgery Spine. In the near future, a manuscript will appear in the Journal of Athletic Training showing that a modified Lift and Slide method appears to produce the least amount of movement to an injured cervical spine.
While we strive to obtain zero movement, as that is what is best to help prevent further in
|Contact: Germaine Reinhardt|
University of Rochester Medical Center