Spinal Non-Fusion Device Is An Excellent Minimally Invasive Treatment Option For Degenerative Disc Disease

 

Spinal Non-Fusion Device

A Spinal Non-Fusion Device is a medical device used to treat degenerative disc disease. This device is a non-surgical treatment that allows the patient to return to normal activities without experiencing significant pain. The non-fusion device can also improve the overall quality of life by reducing hospital recovery time and allowing patients to resume their normal activities after surgery.

A Spinal Non-Fusion Device is a minimally invasive treatment option that uses flexible materials to stabilize the spine. By stabilizing the joint using a push-pull mechanism, the Non-Fusion Device allows the vertebrae to retain a more natural position. The procedure generally takes a few hours and is a viable alternative to traditional fusion surgery. Patients experience immediate pain relief and reduced recovery time.

The procedure is minimally invasive and requires no hospital stay and is done under local anesthesia and mild sedation. In addition to its minimally invasive nature, the Spinal Non-Fusion Device has limited clinical efficacy and is not covered by most insurance companies.

The spinal sphere device is a solid, spherical device made of metallic or polymeric materials. It is inserted into the intervertebral body space of the lumbar spine. It provides stabilization and promotes intervertebral body fusion. It is usually used in conjunction with a bone graft material. The FDA is recommending that Spinal Spheres be regulated under Class III of the FD&C Act. The device is currently a Class II preamendments device and requires premarket notification (PMA). The FDA has a proposed rule to classify the device as Class III. The FDA first considered spinal spheres as a class III medical device in 2012. The study examined the safety of the device. The FDA evaluated the potential risks associated with the device by reviewing data from the 2013 Orthopaedic and Rehabilitation Panel meeting and the MAUDE database.

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