Spinal Oncology & Reconstructive Spine Neurosurgery

Intradural Extramedullary, Intramedullary & Vertebral Tumor Resection with Instrumented Spinal Stabilization

24/7 Emergency Neuro-Trauma Line
+91 77718-31537
Indian spine surgeons performing microsurgical spinal tumor resection with surgical operating microscope

Spine Tumor Surgery & Spinal Oncology

Clinical Overview & Pathophysiology

Spinal tumors are abnormal neoplasms arising within or adjacent to the spinal cord, nerve roots, meningeal coverings, or vertebral osseous column. They are classified into three anatomical compartments: Intradural Extramedullary tumors (Schwannomas, Neurofibromas, Meningiomas), Intramedullary Spinal Cord Tumors (Ependymomas, Astrocytomas, Hemangioblastomas occurring directly inside the neural tissue), and Extradural / Vertebral Metastases (arising from breast, lung, prostate, or renal primaries). Spinal tumors pose a severe risk of irreversible quadriplegia or paraplegia due to direct mechanical compression of ascending and descending spinal tracts. Dr. Ashok Kumar utilizes high-power micro-neurosurgery, continuous intraoperative neuro-monitoring (MEP/SSEP/D-Wave), and 3D spinal reconstruction to achieve safe tumor excision and preserve spinal alignment.

Clinical Classifications & Pathological Subtypes

  • Intradural Extramedullary Tumors: Benign sheath tumors (Schwannomas, Neurofibromas) and Meningiomas located inside the dura but outside the spinal cord.
  • Intramedullary Spinal Cord Tumors: Primary tumors developing within the spinal cord substance (Ependymomas, Astrocytomas, Hemangioblastomas) requiring midline myelotomy.
  • Extradural / Metastatic Spine Tumors: Malignant secondary deposits infiltrating the vertebral body and pedicles, frequently precipitating pathological compression fractures.
  • Primary Vertebral Bone Neoplasms: Giant cell tumors, chordomas, osteosarcomas, and plasmacytomas requiring en-bloc or radical corpectomy.
  • Spinal Dumbbell Neoplasms: Tumors extending both inside the spinal canal and outside into the thoracic or retroperitoneal cavity through an enlarged neural foramen.

Key Symptoms & Clinical Presentation

Severe Nocturnal Back or Neck Pain: Deep, aching spinal pain characteristically worsening at night or upon recumbency, unrelieved by bed rest or standard analgesics.
Progressive Myelopathy: Spastic weakness in legs or all four limbs, clumsiness of hands (difficulty buttoning shirts), stiff gait, and hyperreflexia.
Radicular Dermatomal Pain: Sharp, electric-shock shooting pain radiating along a specific spinal nerve root into the arm, chest wall, or leg.
Bowel & Bladder Incontinence: Loss of voluntary sphincter control, urinary hesitancy, retention, or fecal incontinence denoting advanced spinal cord compression.
Sensory Level Deficit: Numbness, loss of temperature sensation, or a "tight band-like" feeling encircling the trunk below the anatomical level of cord compression.

!Emergency Red Flags & Immediate Surgical Indications

Rapidly ascending motor weakness within 24-48 hours, sudden urinary retention with overflow incontinence, saddle anesthesia, and bilateral foot drop. This constitutes an oncological emergency requiring immediate high-dose corticosteroids, urgent contrast MRI, and emergent surgical decompression.

Diagnostic & Neuro-Evaluation Workflow

Whole-Spine Contrast 3T MRI with STIR

High-resolution sagittal and axial T1 with gadolinium, T2, and Short Tau Inversion Recovery (STIR) sequences assessing cord edema and intradural tumor boundaries.

Thin-Slice CT Spine with 3D Bone Reconstructions

Detailed assessment of pedicle osteolysis, vertebral body collapse, and Spinal Instability Neoplastic Score (SINS).

CT-Guided Percutaneous Needle Biopsy

Minimally invasive diagnostic histological confirmation of suspected metastatic lesions prior to definitive surgical planning.

Whole-Body 18F-FDG PET-CT

Comprehensive staging to identify primary occult malignancy and detect additional systemic metastatic foci.

Advanced Treatments & Procedures by Dr. Ashok Kumar

Microsurgical Intradural Tumor Resection

Laminotomy or laminectomy with high-magnification microsurgical dissection along arachnoid planes to resect meningiomas and schwannomas completely.

Midline Posterior Myelotomy for Intramedullary Tumors

Careful micro-dissection through the posterior median sulcus of the spinal cord with continuous D-wave monitoring to excise ependymomas.

Corpectomy & Vertebral Body Replacement

Surgical removal of diseased vertebral body and placement of an expandable titanium mesh cage packed with autologous bone graft.

Instrumented Multi-Level Pedicle Screw Fixation

Rigid spinal reconstruction using titanium screws and rods to restore mechanical stability and allow immediate post-operative ambulation.

Percutaneous Vertebroplasty / Kyphoplasty

Minimally invasive cement augmentation for painful metastatic compression fractures without spinal cord impingement.

Post-Operative Recovery & Long-Term Prognosis

Patients are mobilized on post-operative day 2 with a custom rigid spinal orthosis (brace). Continuous neuro-rehabilitation begins immediately in the hospital. Multidisciplinary referral is coordinated with Radiation Oncology for targeted Stereotactic Body Radiotherapy (SBRT) for metastatic lesions.

Frequently Asked Questions (Clinical FAQs)

Authoritative, medically verified answers to critical clinical questions regarding symptoms, surgical safety, recovery timelines, and long-term prognosis.

Can a benign spinal tumor cause permanent paralysis if not removed?

Yes. Although histologically non-cancerous, benign tumors (such as schwannomas or meningiomas) grow within the rigid, unyielding confines of the spinal canal. As they enlarge, they compress the spinal cord and compromise its blood supply, resulting in irreversible paraplegia if decompressive surgery is delayed.

How does Dr. Ashok Kumar prevent spinal cord damage during tumor removal?

Dr. Ashok Kumar employs multimodal Intraoperative Neurophysiological Monitoring (IONM)—including continuous Motor Evoked Potentials (MEP), Somatosensory Evoked Potentials (SSEP), and direct spinal cord D-wave monitoring. If electrical conduction slows by even a fraction, the neurosurgical team is alerted instantly to adjust micro-dissection vectors.

What is the Spinal Instability Neoplastic Score (SINS)?

SINS is an evidence-based clinical scoring system evaluating tumor location, bone lesion type (lytic vs blastic), spinal alignment, vertebral body collapse, and posterolateral involvement. A score of 13-18 indicates spinal instability, establishing a clear mandate for surgical screw stabilization.

What is the difference between a Laminectomy and a Laminoplasty for tumor exposure?

A Laminectomy removes the posterior vertebral arch permanently. In contrast, Laminoplasty involves hinging or replacing the lamina with microplates after tumor resection, reconstructing the natural protective roof of the spinal canal and minimizing the risk of post-operative spinal deformity.

How soon can a patient walk after spinal tumor surgery?

With modern rigid pedicle screw instrumentation and minimally invasive micro-techniques, most patients are assisted to stand and walk with a protective brace within 48 hours of surgery, accelerating neuro-recovery and preventing complications like deep vein thrombosis (DVT).

Why Choose Dr. Ashok Kumar

MCh Neurosurgery Qualified Specialist
Image-Guided Neuro-Navigation (Sub-mm Accuracy)
Minimally Invasive Muscle-Sparing Approaches
24/7 Emergency Neuro-Trauma Readiness

Emergency 24 Hours Dr. Ashok Kumar

Neuro-Spine OPD Location
V K Neurocare Hospital, N-159, Model Town, ITI Chowk, Hisar, Haryana 125005
Direct Consultation & Emergency
Call 24/7: +91 77718-31537
Email: dr.ashokkumar4108@gmail.com
Consultation Hours
Monday - Saturday: 10:00 AM - 05:00 PM
Emergency Neuro-Trauma: 24/7 Open