Book Appointments & Health Checkup Packages
Book Appointments & Health Checkup Packages
A surgical technique known as Minimally Invasive Internal Decompression is used to treat spinal stenosis, a disorder characterised by spinal canal narrowing and compression of the spinal cord or nerves. By making extra space within the spinal canal and releasing pressure from the damaged nerves, this minimally invasive method seeks to treat symptoms including numbness, leg pain, and back pain. These surgical methods provide smaller incisions, less muscle injury, and faster recovery periods than open surgery. Shorter hospital stays and reduced postoperative discomfort are significant outcomes for patients receiving this treatment.
Manipal Hospitals play a pivotal role in offering Minimally Invasive Internal Decompression for spinal stenosis. With a team of skilled surgeons and cutting-edge technology, We ensure precise and effective treatment, resulting in quicker recovery times and improved patient outcomes.
Spinal stenosis is the main condition treated by Minimally Invasive Decompression for spinal stenosis. However, various spinal disorders resulting in nerve compression can also be treated with this technique, including:
Herniated discs: When a spinal disc's gel-like material pushes through its hard outer covering, it can press on surrounding nerves, resulting in pain, numbness, or weakness.
Degenerative disc disease: This disorder is characterised by the gradual decomposition of the spinal discs, which can result in a reduction in disc height and possible compression of the nerves.
Osteophytes, or bone spurs, are bony growths that can form along the edges of vertebrae and can restrict the spinal canal and compress nerves.
Foraminal stenosis: Nerve compression and related symptoms may arise from the narrowing of the openings (foramina) via which spinal nerves leave the spinal column.
Facet joint hypertrophy: The enlargement of the spine's facet joints may cause symptoms such as nerve compression in the surrounding areas.
There are several types of spinal decompression surgery, which include:
Decompression Surgery with Fusion: This combination of procedures is used to reduce pressure on nerves and stabilise the spine via spinal fusion.
Laminoplasty: It is a surgical procedure primarily used to relieve pressure on the spinal cord and nerve roots caused by conditions such as spinal stenosis, herniated discs, or spinal tumours.
Subacromial Decompression: By creating extra space above the shoulder joint, this procedure reduces impingement in the shoulder.
Microdiscectomy: The pressure from a herniated disc is relieved with this minimally invasive treatment.
Laminectomy: To relieve pressure on the spinal cord and nerve roots, a portion of the vertebral bone (lamina) is removed during this procedure.
There are many benefits to Minimal Invasive Decompression surgery, such as:
Faster recovery: Patients frequently recover more quickly from this surgery and may resume their regular activities sooner since it is less invasive.
Less discomfort: A lesser strain on the surrounding tissues is caused by minimally invasive procedures, which lessens post-operative pain.
Minimal scarring: Compared to open surgery, Minimally Invasive Surgery leaves fewer scars because of the tiny incisions made during the procedure.
To track your recovery and make sure you are getting the anticipated advantages from the operation, your doctor will set up follow-up sessions at regular intervals. These consultations are critical for monitoring any changes in your health, resolving any issues or potential consequences, and making any necessary adjustments to your treatment plan. Various factors, including the severity of your spinal stenosis, your general health, and how well you respond to therapy, will determine how frequently you need to make these sessions. For the best possible recovery and long-term results, you must continue to communicate regularly with your doctor throughout these follow-up appointments.
While many people find Minimally Invasive Decompression to be beneficial, some may continue to have symptoms or have them reoccur. It's crucial to get in touch with your doctor for a follow-up assessment and any further treatment choices if your symptoms worsen or continue following the surgery.
Although recovery periods differ for each patient, most may return to mild activities in a few days to a week following Minimally Invasive Decompression, including walking and light work. When it's safe to resume work, school, or other everyday activities, as well as when to take on more demanding duties or workouts, will be specifically advised by your doctor.
Many people who undergo Minimally Invasive Decompression feel better shortly afterwards, while others see improvements over many weeks as their bodies recover. To maximise recovery, post-operative instructions must be carefully followed. This includes taking prescribed medications and engaging in physical therapy exercises. Keep track of your progress and address any issues by showing up for follow-up visits. Individual differences in symptom alleviation necessitate patience.
The duration of the surgery varies based on the complexity of the spinal stenosis and the particular approach the surgeon uses. But Minimally Invasive Decompression usually takes many hours to complete. Variables that impact the total duration include the number of diagnosed spinal vertebrae and any associated operations. To better understand what to expect on the day of surgery, it's crucial to discuss with your surgeon how long the operation is expected to take during the pre-operative appointment.
Maintaining a healthy lifestyle after Minimally Invasive Decompression is essential to maintaining its long-term advantages and lowering the likelihood of further spinal issues. It involves exercising regularly, keeping a healthy weight, and using the right body mechanics and posture. Spinal strain can be reduced, and general spinal health can be improved, by incorporating these routines into everyday life.
Home Mukundapur Specialities Spine-care Minimally-internal-decompression-for-spinal-stenosis