Nonfusion technology in spine surgery may improve outcomes by reducing surgical morbidity and the incidence of adjacent level degeneration. However, understanding the potential risks and benefits of nonfusion technology is essential for spine surgeons and their patients.
Spine surgery is a highly complicated decision-making effort. There are decompression procedures and surgeries that incorporate both decompression and fusion and it’s crucial to understand the distinction between Fusion and Non-Fusion Spine Surgery.
Fusion Spine Surgery
When a patient suffers from mechanical back discomfort or instability, the two bones would be fused to prevent improper mobility, hence alleviating the discomfort. The fusion process includes mechanical or axial discomfort with exercise; this relates to any sort of back pain caused by abnormally stressing and straining the spinal column's muscles.
Non-Fusion Spine Surgery
If it is confirmed that a patient is experiencing radicular discomfort or leg pain due to nerve root constriction, decompression surgery may be indicated. Decompression surgery involves the excision of bone and ligament to relieve the leg discomfort by releasing the compressed nerve.
The placement of an interspinous spacer between the spinous process or laminae, which creates an indirect decompression of the underlying nerve and relieves pressure on the nerve root, is a further minimally invasive approach used after the nerve root has been decompressed.
Robotic Spine Surgery
Robotic spine surgery, also known as robot-assisted spine surgery, refers to the use of robotic technology to aid with spinal neurosurgical navigation.
Neurosurgeons have typically inserted spine instruments "freehand," using anatomy and X-rays. They must keep firm hands when operating near nerves in narrow passageways, particularly with modern minimally invasive treatments that involve significantly tiny incisions. Spine surgery can be long and tedious, tiring out neurosurgeons.
Robots can do complex operations with practically endless capacity and effectiveness, reducing exhaustion mistakes and possibly better health outcomes. Robots can increase the precision of surgeries by minimizing a surgeon's instabilities, moving to specific specified settings, and enabling surgeons to execute the smooth movement in confined areas and on patients with complex anatomy.
Robotic-assisted surgery reduces exposure to radiation for the patient, neurosurgeon, and, or team.
If you're seeking the best Neurosurgeon Tampa Florida all your spinal conditions efficiently and successfully, consult the experienced neurosurgeons at Total Spine & Brain Institute. They are the trusted name in spine and brain health. They combine scientific and clinical knowledge and cutting-edge technologies to treat patients. They offer sympathetic, individualized care and examine nonsurgical and surgical treatment alternatives to provide the appropriate treatment.
The Spine Care centre at Aster Medcity offers highly-advanced and personalised surgical and non-surgical treatment including minimally invasive spine surgery & awake spine surgery.
Minimally invasive spine surgery is a highly advanced mode of surgery wherein the surgery is performed using the key-hole method.Minimally invasive spine surgery can be used to treat several complex spinal conditions.
The advantages of minimally invasive spine surgery are minimal incisions, lesser blood loss, minimal muscle damage, lesser pain, shorter hospital stay and faster recovery.
