Spinal Implants are Devices Used for the treatment of Spinal Disorders such as Disproportion and Instability of Spine
Spinal non-fusion devices are
medical devices designed to treat certain spinal conditions that don't require
spinal fusion surgery. These devices are used to help stabilize the spine and
reduce pain and discomfort. Unlike traditional spinal fusion surgery, spinal
non-fusion devices do not require the fusion of the vertebrae, making them less
invasive and less risky. In this article, we will discuss the various types of
spinal non-fusion devices and their benefits.
Types of Spinal Non-Fusion Devices
There are several types of spinal
non-fusion devices, each designed to treat specific spinal
conditions. Some of the most common types of spinal non-fusion devices include:
·
Dynamic
Stabilization Devices - These devices are used to stabilize the spine and
reduce pain by limiting excessive movement between vertebrae. Dynamic
stabilization devices typically use springs, rods, or cables to limit spinal
motion while still allowing for some flexibility.
·
Artificial
Disc Replacement Devices - These devices are designed to replace damaged or
degenerated discs in the spine. Artificial discs are made from a variety of
materials, including metal, ceramic, and plastic. They are designed to mimic
the function of a natural disc and help restore normal spinal function.
·
Interspinous
Process Devices - These devices are used to relieve spinal stenosis and
other conditions that cause compression of the spinal nerves. Interspinous
process devices are typically small implants that are placed between the
spinous processes of the vertebrae. They help reduce pressure on the spinal
nerves and relieve pain and discomfort.
·
Facet
Replacement Devices - These devices are designed to replace damaged or
diseased facet joints in the spine. Facet joints are small joints located
between the vertebrae that help stabilize the spine and allow for movement.
Facet replacement devices are typically made from metal or ceramic and are
designed to mimic the function of a natural facet joint.
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