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Showing posts with the label procedure

AxiaLIF Lumbar Fusion for Adults

TranS1 has pioneered a revolutionary approach to access. The AxiaLIF (Axial Lumbar Interbody Fusion) System includes surgical instruments for creating a safe and reproducible pre-sacral access route to the L5 - S1 vertebral bodies. The AxiaLIF technique features novel instrumentation to enable standard of care fusion principles, distraction and stabilization of the anterior lumbar column, while mitigating the soft tissue trauma associated with traditional lumbar fusion through open surgical incisions. Riley News, in the USA, recently ran a story about a 71 year old mean who had been treated using the less invasive X-Lif procedure. This procedure is done through small stab incisions on the sides to gain access.  Patinets lie on their side for this procedure, allowing the surgeon to remove the affected disc/s and replace with spacers, the surgeon will then lie the patient face down, to allow him to create small stab incisions where he can place screws and fuse the bones with rods. ...

Scoliosis: Reverse procedure

Health Central published this story about a procedure that is helping children under the age of 5 to reverse their scoliosis! Ivanhoe Broadcast News Tuesday, December 30, 2008; 12:00 AM (Ivanhoe Newswire) -- A new procedure is stopping and reversing scoliosis in children -- without a brace. Doctors at Morgan Stanley Children's Hospital of New York-Presbyterian are using a novel procedure called spinal stapling to treat scoliosis in children under 5. The procedure is not only stopping progression of the condition, but reversing it. Until now, no treatment existed to straighten the spine of children with scoliosis. "For the first time, we have a way to potentially reverse the scoliosis," Michael Vitale, M.D., chief of pediatric spine and scoliosis surgery at Morgan Stanley Children's Hospital of New York-Presbyterian, was quoted as saying. Spinal stapling is a two-hour, minimally invasive procedure during which doctors implant staples across the growth plates of the sp...