Precise C1-C2 Stabilization for Complex Neck Disorders
Specialized clinical care for high-cervical instability and dislocations. Dr. Arun Saroha provides life-saving neurosurgical precision for patients in Tura.
Atlanto-Axial Dislocation (AAD) is a serious condition involving instability between the first two vertebrae of the spine (C1 and C2), located at the very top of the neck. For patients in Tura, this condition can be life-threatening as it occurs near the brainstem and the vital centers that control breathing and heart rate. Dr. Arun Saroha is one of India's few specialized neurosurgeons with the expertise required to safely reduce and fixate these complex high-cervical dislocations.
Whether the AAD is congenital (present from birth), due to trauma, or resulting from inflammatory conditions like Rheumatoid Arthritis, the primary clinical objective for residents of Tura is the decompression of the spinal cord followed by permanent stabilization. Early diagnosis is critical, as progressive compression at this level can lead to quadriparesis (weakness in all four limbs) and respiratory failure.
Neurological stability can be compromised by various factors in Tura:
Because of the high risk involved, AAD necessitates the most sophisticated imaging protocols available. For our Tura patients, we utilize:
Flexion and extension views to measure the "Atlantodental Interval" (ADI) in real-time.
3D bone reconstruction to map the vertebral artery and plan screw trajectory.
To assess spinal cord signal changes (myelopathy) and ligamentous integrity for patients in Tura.
The surgical management of AAD in Tura has been revolutionized by posterior C1-C2 fixation (Harms or Magerl technique). Dr. Saroha utilizes polyaxial screws and rods to stabilize the joint from the back of the neck. This allows for immediate rigid fixation and has a much higher success rate compared to traditional methods. In complex cases, a transoral decompression may be required to remove the bony "dens" from the front before stabilization.
Safety is our absolute priority for every AAD patient from Tura. We utilize continuous intraoperative neuromonitoring to track the spinal cord's health during the reduction of the dislocation. This ensures that the realignment of the head and neck is performed without adding any risk to the nerve pathways. Following surgery, most patients experience a dramatic improvement in limb strength and a permanent end to their high-cervical pain.
Specialized neurosurgical interventions for life-critical upper cervical conditions.
The modern standard for AAD. Using titanium screws and rods to stop abnormal movement and protect the brainstem for patients in Tura.
Extending the stabilization to the base of the skull (occiput) for Tura residents with complex cranio-vertebral junction deformities.
Reaching the spinal compression through the mouth (trans-oral) to remove bony obstructions in severe, irreducible AAD cases for Tura patients.
Utilizing specialized halo-gravity traction to gradually and safely reduce a dislocation before surgical stabilization for residents in Tura.
Real-time brainstem and spinal cord signal tracking, providing an extra layer of safety for these high-complexity procedures in Tura.
Detailed management using Philadelphia or Miami-J collars for initial support during the bone fusion process for patients in Tura.
Untreated AAD can lead to progressive quadriparesis (paralysis of all limbs), respiratory failure, and even sudden death during minor neck trauma for patients in Tura.
While technically demanding, the use of intraoperative neuromonitoring and 3D-navigation has made these procedures highly predictable and safe under Dr. Saroha's expertise in Tura.
About 50% of the neck's rotation comes from the C1-C2 joint. After fusion, you will have a permanent reduction in neck rotation, but you will maintain safe movement and a pain-free life in Tura.
Typically, patients from Tura stay in the hospital for 4 to 6 days following an AAD correction to ensure neurological stability and optimal initial healing.
For mild stability issues, a hard collar or halo vest might be used temporarily. However, for true dislocations, surgical fixation is the only definitive way to protect the spinal cord in Tura.
This is a related condition often seen with AAD donde the top of the C2 vertebra moves up into the base of the skull. Dr. Saroha treats both conditions simultaneously for Tura residents.
Post- fusion, most patients in Tura can return to desk work in 4-6 weeks, though high-impact sports must be avoided permanently to protect the fusion site.
Yes. Providing high-authority second opinions for complex Cranio-Vertebral (CV) junction pathologies is a core part of Dr. Saroha's clinical services for patients from Tura.
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