Interspinous Spacers Are Designed To Allow Normal Movements While Limiting The Uncomfortable Motion

Interspinous Spacers

The implants placed between the vertebral spinous processes are known as Interspinous Spacers. These devices are designed to allow normal movements while limiting the uncomfortable motion. To prevent extension, they divert the laminar space and/or spinous processes.

A device called an interspinous spacer is inserted between two Interspinous Spacers to separate nerve pathways. The usage of this treatment serves as a minimally invasive alternative to spinal canal decompression surgery. The most frequent cause of spinal stenosis is osteoarthritis-related wear and tear in the spine. Doctors advise minimally invasive surgery to expand the spinal cord or nerves' space in cases of severe spinal stenosis.

The spacer between the spines A small graft called an interspinous spacer, often referred to as an interspinous process decompression device, is used to treat the painful symptoms of spinal stenosis, which is brought on by a contraction of the spinal canal. It is utilised as a device that is inserted in between the spinous processes of the vertebrae. spacers are constructed from a thin metal that is well-tolerated by the human body.

The main benefits of interspinous process implantation include the use of local anaesthesia with sedation, a relatively quick operating time, and the ability to be done as an outpatient procedure. Degenerative disc degeneration and lumbar spinal stenosis are two key applications for the Interspinous Spacers system. The spinal canal narrows in lumbar spinal stenosis, squeezing the nerves that run through the lower back and into the legs. Due to developmental reasons, it affects younger patients, although it is most frequently a degenerative condition that affects persons who are normally 60 and older.

Interspinous Spacers, commonly referred to as Interspinous Process Decompression systems (IPD), are small implant devices put into the back of the spine to treat spinal conditions like degenerative disc disease and spinal canal stenosis. Without removing any bone, the Spacers expand the space available for the spinal cord and nerves in the spinal columns. As a result, the damage to the muscles and ligaments is reduced.

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