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Spinal Cord Detethering is a delicate neurosurgical procedure performed to release a tethered spinal cord, a condition where the spinal cord is abnormally attached to surrounding tissues. This attachment can restrict spinal cord movement, leading to stretching, neurological symptoms, and long-term damage.
The procedure involves making a small incision in the back to access the spinal cord, identifying the point of tethering, and carefully separating the cord from the structures causing the restriction.
It is typically performed under general anaesthesia and may utilise advanced tools, such as microscopes or neuronavigation systems, to ensure precision. The goal is to relieve tension in the spinal cord, prevent further neurological deterioration, and improve quality of life.
Spinal cord detethering is a surgical procedure to release a spinal cord that is abnormally attached to surrounding tissues, preventing normal movement and causing progressive nerve damage. It treats both congenital (e.g., spina bifida) and acquired (e.g., scarring from surgery or trauma) causes. The goal is to relieve tension on the spinal cord, reduce symptoms like pain, weakness, or bladder issues, and prevent further neurological decline.
Consult a neurosurgeon or spine specialist if you or your child experiences:
- Back or leg pain
- Numbness, tingling, or weakness in the legs
- Gait abnormalities
- Loss of bladder or bowel control
- Progressive scoliosis or foot deformities
- Worsening symptoms after previous spinal surgery
Preparation includes:
- Neurological examination
- MRI or CT scan of the spine to assess the tethering and related anomalies
- Urodynamic testing (if bladder symptoms are present)
- Review of medications, especially blood thinners
- Fasting for 6–8 hours before surgery
- Detailed discussion of surgical risks, recovery expectations, and long-term monitoring needs
Spinal cord detethering is performed under general anaesthesia. The steps include:
- A small incision is made over the lower back (usually at the lumbar or sacral level)
- The surgeon opens the spinal canal to expose the tethered cord
- The abnormal attachments (scar tissue, fatty filum, or other adhesions) are carefully released to free the spinal cord
- If necessary, microsurgical techniques and intraoperative monitoring are used to protect nerve function
- The dura (spinal covering) is closed tightly to prevent cerebrospinal fluid leakage
The surgery typically takes 2 to 4 hours, depending on the complexity and presence of associated abnormalities. Hospital stays usually range from 2 to 5 days for monitoring and early recovery.
Potential risks include:
- Infection
- Bleeding
- Cerebrospinal fluid leak
- Nerve injury
- Paralysis or sensory changes (rare)
- Re-tethering over time, which may require repeat surgery
- Bladder or bowel function changes
- Relief from neurological symptoms such as pain, weakness, and sensory issues
- Improved or stabilised bladder and bowel function
- Prevention of further spinal cord damage
- Improved mobility and posture, especially in children
- May slow or stop scoliosis progression
Patients are typically monitored for a few days post-surgery. Pain and stiffness at the incision site are common. Limited activity is advised for several weeks to allow healing. Physical therapy may be recommended to regain strength and mobility. Full recovery generally takes 4–8 weeks, but some neurological symptoms may take longer to improve. Follow-up imaging and regular neurological exams are important to monitor for potential re-tethering.
Spinal cord detethering has a high success rate for symptom stabilisation and improvement, primarily when performed early. Around 70–90% of patients experience relief from symptoms, although re-tethering can occur in up to 30% of cases, often requiring further monitoring or intervention.
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Prime Hospital
Dubai, United Arab Emirates
Prime Hospital located in Dubai, United Arab Emirates is accredited by ISO, JCI. Also listed below are some of the most prominent infrastructural details:
- Capacity for 100 beds
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Global Health City
Chennai, India
The Hospital has world-class infrastructure with a capacity of over 1000 beds and much more-
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Sterling Wockhardt Hospital
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Sterling Wockhardt Hospital located in Mumbai, India is accredited by NABH. Also listed below are some of the most prominent infrastructural details:
- The bed capacity of Sterling Wockhardt Hospital is 50.
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Star Hospitals
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Star Hospitals located in Hyderabad, India is accredited by NABH, NABL. Also listed below are some of the most prominent infrastructural details:
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Fortis Malar Hospital
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Fortis Healthcare Chennai, part of India’s leading Fortis network with 33 hospitals and 5,700+ beds, is a 180-bed multispecialty facility featuring 60 ICU beds, 4 advanced OTs, and a digital cath lab. Staffed by 160 consultants, it delivers world-class, patient-centric care across cardiology, neurology, orthopaedics, and critical care. It has 4 JCI & 26 NABH accredited Hospitals.
Venkateshwar Hospital
Delhi, India
2.6 ( 2 Reviews )
Venkateshwar Hospital located in New Delhi, India is accredited by NABH. Also listed below are some of the most prominent infrastructural details:
- The hospital has the latest healthcare facilities and world class infrastructure.
- It has a 325 bed capacity and 100 beds for critical care.
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Medicana International Istanbul
Istanbul, Turkey
Medicana International Istanbul located in Istanbul, Turkey is accredited by ISO, JCI. Also listed below are some of the most prominent infrastructural details:
- Covers an indoor area of 30.000 m
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Antalya, Turkey
Memorial Antalya Hospital located in Antalya, Turkey is accredited by JCI. Also listed below are some of the most prominent infrastructural details:
- 114 patients and 28 intensive care beds
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Medicana International Samsun Hospital
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Medicana International Samsun Hospital located in Samsun, Turkey is accredited by ISO, JCI. Also listed below are some of the most prominent infrastructural details:
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NMC Royal Hospital, Khalifa City
Abu Dhabi, United Arab Emirates
NMC Royal Hospital, Khalifa City located in Abu Dhabi, United Arab Emirates is accredited by JCI. Also listed below are some of the most prominent infrastructural details:
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+99Process Involved for Spinal Cord Detethering
- Initial Evaluation: The doctor assesses symptoms, reviews medical history, and checks for signs of neurological impairment.
- Diagnostic Testing: Imaging tests, such as MRI or CT scans, are performed to confirm spinal cord tethering and determine its exact location.
- Preoperative Preparation: Patients are provided with instructions regarding medications, fasting, and laboratory tests before surgery.
- Surgical Procedure: The spinal cord is carefully freed from the tissues or structures that are causing it to tether.
- Postoperative Monitoring: After surgery, the patient is closely observed for neurological stability and pain control.
- Rehabilitation and Recovery: Depending on the case, physical therapy and regular follow-ups are advised to support full recovery.
- Tethered Cord Syndrome: A condition where the spinal cord is abnormally stuck to surrounding tissues, causing tension and symptoms.
- Spina Bifida: A congenital disability that may lead to spinal cord attachment and restricted movement, often needing surgical correction.
- Lipomyelomeningocele: A fatty growth linked to the spinal cord that can limit its mobility and lead to nerve problems.
- Dermal Sinus Tract: An unusual channel from the skin to the spinal cord that can pull on the cord and require detethering.
- Split Cord Malformation: A structural problem where the spinal cord is divided and potentially tethered, affecting function.
- Post-Surgical Retethering: The scar tissue from previous spine surgeries can reattach to the spinal cord, potentially requiring a second release.
- FilumTerminale Lipoma – A fatty mass on the cord’s anchoring band that can create strain and symptoms.
- Diastematomyelia – A rare condition where the spinal cord is split and may become fixed in place, needing surgical intervention.
- Clinical Assessment: The healthcare provider evaluates neurological symptoms, medical history, and physical findings.
- Imaging Studies: MRI or CT scans are performed to confirm spinal cord tethering and plan the surgical approach.
- Anaesthesia Administration: General anaesthesia is administered to ensure the patient remains unconscious and pain-free during the procedure.
- Surgical Access: A minor cut is created on the back to allow entry to the section of the spine where the spinal cord is attached abnormally.
- Detethering the Cord: The surgeon carefully separates the spinal cord from any scar tissue, fatty masses, or abnormal structures causing restriction.
- Closure: The protective covering of the spinal cord (dura) and the skin are closed in layers to prevent leaks and infections.
- Postoperative Observation: The patient is monitored for any immediate complications and to assess improvement in symptoms.
- MRI
- Myelogram
- Urodynamics
- Fusion
- Sectioning
- Monitoring
- Laminectomy
- Debridement
- Pain Relief: Helps ease chronic back and leg pain caused by spinal cord tension.
- Improved Mobility: Reduces stiffness and improves walking and movement.
- Better Bladder Control: This can improve urinary symptoms, particularly in individuals with tethered cord syndrome.
- Prevents Nerve Damage: Stops further stretching of the spinal cord, protecting nerve function.
- Enhanced Quality of Life: Patients often experience better physical and emotional well-being.
- Improved Sensation: May restore feeling in areas affected by nerve compression.
- Supports Child Development: In children, it can help prevent developmental delays due to nerve stress.
- Reduces Need for Medication: Less dependence on long-term pain medications or bladder aids.
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