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Lumbar Laminectomy (Decompression Surgery) in India

Surgical procedure to remove part of the vertebral bone (lamina) to relieve pressure on spinal nerves caused by spinal stenosis or herniated discs

Overview

Dr. Gurudeo Kumar is Bihar's leading expert in lumbar spine decompression surgery, having successfully performed over 450 laminectomy procedures at Arthoscenter Patna with a 92% excellent outcome rate. Lumbar laminectomy is one of the most effective treatments for spinal stenosis and nerve compression in the lower back. Laminectomy, also called decompression surgery, involves removing the lamina (the back part of the vertebra that covers the spinal canal) to create more space for the spinal cord and nerves. This relieves pressure that causes pain, numbness, and weakness in the legs and lower back. The lumbar spine (lower back) consists of five vertebrae (L1-L5) that support most of the body's weight. Between each vertebra are intervertebral discs that act as shock absorbers. The spinal canal runs through the center of these vertebrae, housing the spinal cord and nerve roots. When this canal narrows (stenosis) or discs herniate, nerves become compressed, causing significant symptoms. Spinal stenosis is the most common indication for laminectomy, affecting people typically over 50 years old. It occurs when the spinal canal gradually narrows due to age-related changes including disc degeneration, thickened ligaments, bone spurs, and arthritic changes. This narrowing compresses nerves, causing neurogenic claudication - leg pain and weakness that worsens with walking and improves with sitting or leaning forward. Other conditions treated with laminectomy include herniated discs that don't respond to conservative treatment, spinal tumors, spinal injuries, and removal of bone spurs or thickened ligaments. Sometimes laminectomy is combined with spinal fusion if instability is present or likely to develop. Benefits of laminectomy include significant pain relief (80-85% of patients experience major improvement), improved walking ability and endurance, resolution of numbness and tingling, restored leg strength, improved quality of life, and prevention of permanent nerve damage. Unlike fusion, laminectomy alone preserves spinal motion at the treated levels. Dr. Kumar uses advanced microsurgical techniques and minimally invasive approaches when appropriate, reducing tissue trauma and speeding recovery. His comprehensive pre-operative planning with advanced imaging (MRI, CT scans) ensures precise identification of compression points. Post-operative care includes structured rehabilitation to strengthen core muscles and prevent recurrence. Recovery typically allows walking within 24 hours, return to light activities in 2-3 weeks, and return to normal activities in 6-12 weeks. Success rates are high, with most patients experiencing dramatic improvement in leg pain and walking ability. However, back pain may persist as laminectomy primarily addresses nerve compression rather than arthritis or disc degeneration.

Symptoms & Indications

This surgery may be recommended if you experience:

Leg pain, numbness, or tingling (neurogenic claudication) that worsens with walking

Pain or cramping in legs that improves with sitting or leaning forward

Difficulty walking distances - "shopping cart sign" (leaning forward for relief)

Weakness in legs affecting ability to walk or climb stairs

Lower back pain, though often less severe than leg symptoms

Numbness or tingling in buttocks, thighs, or feet

Balance problems or unsteady gait

In severe cases, bowel or bladder dysfunction (cauda equina syndrome - emergency)

Symptoms worse when standing upright or walking downhill

Relief when sitting, lying down, or flexing spine forward

Procedure Details

Duration

1-3 hours depending on number of levels treated - single level 60-90 minutes, multilevel 2-3 hours

Anesthesia

General anesthesia with endotracheal intubation. Patient completely asleep throughout procedure. Anesthesiologist monitors closely as prone positioning can affect breathing and circulation.

Preparation for Surgery

Comprehensive pre-operative evaluation includes detailed neurological examination assessing strength, reflexes, sensation, and walking ability; MRI of lumbar spine (essential) - shows extent and location of stenosis or disc herniation; CT scan sometimes for detailed bone anatomy; X-rays including flexion-extension views to assess stability; EMG/nerve conduction studies if diagnosis unclear; blood tests and medical optimization; discontinue blood thinners 5-7 days before surgery as directed; optimize medical conditions - control diabetes, blood pressure; stop smoking at least 4 weeks before surgery (critical for healing); arrange help at home for first 1-2 weeks; no eating or drinking after midnight before surgery; shower with antibacterial soap night before surgery.

Surgical Steps

1

Patient positioned prone (face down) on special operating table with abdomen free to reduce bleeding

2

General anesthesia administered with endotracheal intubation

3

Back and lower abdomen cleaned with antiseptic solution and draped with sterile covers

4

Fluoroscopy (X-ray guidance) used to confirm correct spinal level for surgery

5

Midline incision made over affected vertebrae (typically 3-6cm for single level, longer for multilevel)

6

Paravertebral muscles gently retracted from spinous process and lamina using electrocautery to minimize bleeding

7

Self-retaining retractors placed to hold muscles aside and provide exposure

8

Operating microscope positioned for magnified visualization of anatomy

9

Spinous process (bony projection in midline) removed if needed for access

10

Lamina (roof of spinal canal) carefully removed on one or both sides using high-speed drill and bone-biting instruments (rongeurs)

11

Yellow ligament (ligamentum flavum) - thickened ligament contributing to stenosis - carefully removed

12

Spinal canal now decompressed, but careful inspection performed to ensure complete nerve decompression

13

Nerve roots identified and gently retracted to inspect for disc herniation or additional compression

14

If disc herniation present, discectomy performed - herniated portion of disc removed

15

Lateral recesses (corners of spinal canal where nerve roots exit) examined and decompressed if stenotic

16

Foramen (openings where nerves exit spine) enlarged if needed - foraminotomy

17

Facet joints (joints on sides of vertebrae) preserved as much as possible to maintain stability, but trimmed if causing compression

18

If stenosis extends to multiple levels (L3-4, L4-5, L5-S1 commonly), laminectomy performed at each level

19

Throughout procedure, meticulous hemostasis (bleeding control) maintained

20

After complete decompression verified, surgical site thoroughly irrigated with antibiotic solution

21

Check for dural tears (tear in covering of spinal cord) - if present, repaired immediately with fine sutures

22

Muscles allowed to fall back into place - no suturing needed

23

Fascia (tough tissue covering muscles) closed with strong absorbable sutures

24

Subcutaneous tissue closed in layers

25

Skin closed with staples or sutures

26

Sterile dressing applied

27

Patient carefully turned supine and awakened from anesthesia

28

Neurological examination performed immediately to assess leg strength and sensation

Recovery Timeline

What to expect during your recovery journey

Day 1-2 (Immediate Post-Op)

Early Mobilization

Patient encouraged to walk within 24 hours with assistance. Pain managed with medications - expect moderate incisional pain. Leg pain often dramatically improved immediately after surgery. Keep surgical dressing clean and dry. Log-roll technique when getting out of bed (roll as unit without twisting spine). Physical therapy begins - walking in hallways with walker or cane if needed. Most patients discharged home day 1-2 after single-level surgery. Multilevel may require 2-3 day stay. Avoid bending, lifting, or twisting spine. Can sit, stand, and walk as tolerated. Sleep on back or side with pillow between knees.

Week 1-2

Protected Activity at Home

Gradually increase walking distance - goal is 10-15 minutes several times daily. Continue log-roll technique for bed transfers. No bending at waist, lifting >5 lbs, or twisting movements. Incision staples/sutures typically removed at 10-14 days. May shower after staples removed - pat incision dry, no soaking. Pain medications gradually reduced as healing progresses. Leg pain significantly improved, back incisional pain resolving. Sitting limited to 15-20 minutes initially, gradually increase. Light household activities permitted - no vacuuming, laundry, or heavy chores. Drive when off narcotic pain medications and comfortable (typically 2-3 weeks). Most desk workers return to work 2-3 weeks post-op.

Week 3-6

Progressive Activity Increase

Formal physical therapy typically begins week 3-4. Focus on core strengthening, posture, body mechanics training. Walking progresses - aim for 30-45 minutes daily. Swimming/pool therapy may begin (wait until incision fully healed). Can resume light housework, cooking, grocery shopping. Sitting tolerance improves - can sit 30-45 minutes comfortably. Still avoid bending, heavy lifting (>10 lbs), repetitive twisting. Back pain improving but may have residual stiffness, especially morning. Leg symptoms should be 70-80% improved by 6 weeks. Return to driving for longer distances permitted.

Week 7-12

Return to Modified Activities

Progressive strengthening exercises advance. Core stabilization emphasized. Can lift 10-15 lbs with proper technique (squat, don't bend at waist). Return to most daily activities including light yard work. Manual labor workers may return with restrictions - no heavy lifting yet. Recreational activities like golf (without full swing), cycling on stationary bike. Walking unlimited distance. Back pain minimal, mostly activity-related soreness. Leg pain should be 80-90% resolved. Sitting tolerance near normal. Begin transitioning from formal PT to home exercise program.

Month 4-6

Full Activity Resumption

Return to unrestricted activities for most patients. Can lift >20 lbs with proper body mechanics. Resume full work duties including manual labor. All recreational activities permitted. Gym workouts including weightlifting (proper form essential). Sports activities resumed - golf with full swing, tennis, swimming. Walking, hiking without restrictions. Some residual back stiffness common, especially with weather changes or prolonged activity. Leg symptoms 90-95% improved. Continue core strengthening exercises 3 times weekly. Annual spine X-ray may be done to assess for instability or progression.

Month 7-12+

Long-term Maintenance

Return to all pre-surgery activities for successful cases. Leg pain relief maintained - 80-85% experience excellent long-term results. Back pain variable - laminectomy addresses nerve compression, not arthritis/disc degeneration. Some back discomfort with heavy activity normal. Maintain regular exercise program emphasizing core strength and flexibility. Proper body mechanics essential lifelong - squat to lift, avoid prolonged sitting. Weight management important to reduce spine stress. Ergonomic workplace setup recommended. Annual follow-up to monitor for adjacent segment degeneration (arthritis developing at levels above/below surgery). 10-15% develop recurrent stenosis over 10+ years, may need repeat surgery. Most maintain significant improvement in quality of life and walking ability.

Tips for Faster Recovery

Walk regularly from day 1 - walking is best medicine for spine recovery

Use log-roll technique for bed transfers first 6 weeks - prevents twisting stress on healing spine

Avoid BLTs (Bending, Lifting, Twisting) for first 6-8 weeks - most important restriction

Take pain medications as prescribed initially - easier to prevent pain than treat severe pain

Ice surgical site 20 minutes every 2-3 hours first week - reduces pain and inflammation

Sleep on back or side with pillow support - maintain neutral spine alignment

Attend all physical therapy appointments - core strengthening prevents future problems

Practice proper body mechanics lifelong - squat to lift, don't bend at waist

Maintain healthy weight - every 10 lbs of excess weight adds 40 lbs of pressure on spine

Stay active but progress gradually - rushing return to activities risks setback

Report new or worsening leg weakness, numbness, or bowel/bladder problems immediately

Keep incision clean and dry until staples removed, then gentle washing permitted

Smoking cessation critical - smoking dramatically impairs healing and increases complications

Ergonomic workplace setup - proper chair height, computer monitor position, frequent position changes

Continue core exercises lifelong - strong core muscles protect spine from future degeneration

Frequently Asked Questions

Common questions about this procedure

Q1.What is the success rate of lumbar laminectomy and how long does relief last?

Lumbar laminectomy has excellent success rates for appropriately selected patients with spinal stenosis. Success rates: Leg pain relief - 80-85% experience significant improvement. Walking ability - 75-80% achieve meaningful increase in walking distance. Overall satisfaction - 70-80% satisfied with results at 2 years. Neurological improvement - weakness and numbness improve in 60-70%. Durability of results: Short-term (1-2 years) - Most patients maintain excellent relief. Medium-term (3-5 years) - 70-75% continue with good results. Long-term (10+ years) - 50-60% maintain significant benefit. Factors affecting long-term success: Adjacent segment degeneration - arthritis developing at levels above/below surgery affects 15-20% by 10 years. Recurrent stenosis at same level - regrowth of bone/ligament affects 10-15%. Progression of underlying arthritis - ongoing spinal degeneration is natural aging process. Development of instability - 5-10% develop slippage (spondylolisthesis) requiring fusion. Important considerations: Laminectomy relieves leg pain better than back pain. Back pain may persist or even worsen in some cases as it's often from arthritis/disc disease, not nerve compression. Best results in patients with: Clear correlation between symptoms and imaging findings. Predominant leg pain rather than back pain. Neurogenic claudication (leg pain with walking). Failed conservative treatment but still ambulatory. Realistic expectations about back pain. Poorer results in: Advanced age (>75 years) - though many still benefit. Morbid obesity - increases technical difficulty and complications. Heavy smokers - impairs healing, increases complications. Workers' compensation cases - outcomes generally poorer. Unclear diagnosis or psychological factors. Revision surgery: If stenosis recurs or develops at adjacent levels, repeat surgery may be needed. Revision laminectomy has lower success rates (60-70%) than primary surgery. May require fusion if instability present. Overall, laminectomy provides excellent relief for most patients with spinal stenosis, particularly for leg symptoms. While some recurrence occurs over time, most patients maintain significant functional improvement. Dr. Kumar discusses realistic expectations during consultation based on your specific condition.

Q2.Will I need spinal fusion along with laminectomy?

Whether you need spinal fusion in addition to laminectomy depends on spine stability. Most laminectomy patients do NOT need fusion. Laminectomy alone (no fusion): Indicated when: Spine is stable on flexion-extension X-rays. Minimal facet joint removal needed for decompression. Central stenosis without significant spondylolisthesis (slippage). No pre-existing instability. Advantages: Preserves spinal motion. Faster recovery. Lower complication rates. Less expensive. No need for bone graft or instrumentation (screws/rods). Laminectomy WITH fusion: Indicated when: Pre-existing spondylolisthesis (vertebral slippage) >Grade 1. Significant facet joint removal required (>50% of joint). Scoliosis (spine curvature) with stenosis. Recurrent stenosis after previous laminectomy. Evidence of instability on dynamic X-rays. Multilevel laminectomy with concern for future instability. Disadvantages of adding fusion: Longer surgery (adds 1-2 hours). More blood loss. Longer recovery (3-4 months vs 6-12 weeks). Higher complication rates (10-15% vs 3-5%). Adjacent segment disease more common. Loss of motion at fused levels. More expensive. Need for bone graft (your bone or donor bone) and hardware. Dr. Kumar's approach: Conservative - only fuses when clearly indicated. Careful pre-operative assessment of stability. Flexion-extension X-rays to check for abnormal motion. During surgery, assesses stability after decompression. If borderline stable, may perform limited facet-sparing laminectomy to preserve stability. If unstable, converts to fusion for better long-term outcome. Percentage breakdown: Approximately 75-80% of lumbar stenosis patients need only laminectomy. 20-25% require fusion in addition to laminectomy. Fusion increases complexity but necessary for stability in some cases. Outcomes: Laminectomy alone - faster recovery, earlier return to activities. Laminectomy + fusion - slower recovery but addresses instability, prevents future problems. Important questions to ask: Do I have spondylolisthesis (slippage)? How much facet joint needs removing? Is my spine stable on dynamic X-rays? What are risks of laminectomy alone in my case? What are chances I'll need fusion later if not done now? Dr. Kumar provides honest assessment of whether fusion is necessary, discussing risks and benefits of each approach for your specific anatomy. He doesn't over-fuse (do unnecessary fusions) but recognizes when fusion is essential for good outcome.

Q3.What are the risks and complications of lumbar laminectomy?

Lumbar laminectomy is generally safe, but like all surgery carries some risks. Understanding these helps make informed decisions and recognize warning signs. Common minor issues (usually resolve): Incisional pain - expected for 2-4 weeks, well-controlled with medications. Muscle spasm - common first 1-2 weeks, improves with muscle relaxants and activity. Surgical site soreness - normal for 4-6 weeks. Temporary urinary retention - 5-10% need catheter for 1-2 days post-op. Constipation from pain medications - prevented with stool softeners. Less common complications (1-5%): Infection - Superficial wound infection 2-3%, treated with antibiotics. Deep infection/discitis <1%, may require IV antibiotics or surgery. Dural tear (spinal fluid leak) - 3-5% overall, higher in revision cases. Usually repaired during surgery. May cause headache, rarely requires re-operation. Blood loss requiring transfusion - <2% with modern techniques. Deep vein thrombosis (blood clot) - <1% with early mobilization. Nerve root injury - <1%, usually temporary, occasionally permanent weakness or numbness. Wrong level surgery - extremely rare with fluoroscopy guidance. Rare but serious complications (<1%): Epidural hematoma (blood collection compressing nerves) - requires emergency re-operation. Paralysis - extremely rare (<0.1%) but devastating. Cauda equina syndrome - loss of bowel/bladder control, requires emergency surgery. Stroke, heart attack, pulmonary embolism - rare but possible with any surgery. Death - extremely rare (<0.1%) in elective spine surgery. Procedure-specific concerns: Instability - removing too much bone can cause spine instability, may need fusion later (5-10%). Recurrent stenosis - regrowth of bone/ligament over years (10-15%). Adjacent segment degeneration - arthritis developing above/below surgery (15-20% over 10 years). Persistent symptoms - 15-20% don't achieve satisfactory pain relief. May indicate wrong diagnosis or additional pathology. Worsening back pain - 10-15% have increased back pain post-op, though leg pain improved. Often from muscle disruption or pre-existing arthritis. Factors increasing risk: Age >75 years - higher complications though many tolerate well. Obesity - technical difficulty, wound healing problems, higher infection. Diabetes - impaired healing, higher infection risk. Smoking - dramatically increases complications, delayed healing. Anticoagulation (blood thinners) - bleeding risk. Previous spine surgery - higher dural tear risk, more difficult surgery. Osteoporosis - fragile bone increases technical difficulty. Risk reduction strategies: Choose experienced surgeon - Dr. Kumar's 450+ laminectomies. Optimize medical conditions pre-op - control diabetes, blood pressure. Stop smoking minimum 4 weeks before surgery. Discontinue blood thinners as directed. Early mobilization post-op - reduces clots, improves recovery. Proper wound care - prevents infection. Attend follow-up appointments - early problem detection. Warning signs requiring immediate attention: New or worsening leg weakness. Loss of bowel or bladder control. Fever >101°F. Increasing wound redness, drainage, or separation. Severe headache when upright (suggests spinal fluid leak). New numbness in groin/buttocks. Overall complication rate for laminectomy is 3-5%, significantly lower than fusion (10-15%). Most complications treatable if recognized early. Dr. Kumar discusses specific risks for your case during consultation.

Q4.Can spinal stenosis come back after laminectomy?

Yes, spinal stenosis can recur after laminectomy, though most patients maintain long-term improvement. Understanding recurrence helps set realistic expectations. Recurrence rates: Same level recurrence - 10-15% develop stenosis at operated level over 10 years. Adjacent level stenosis - 15-20% develop new stenosis at levels above/below surgery. Either location - Combined 20-30% develop recurrent symptoms by 10-15 years. Causes of recurrence at same level: Bone regrowth - New bone spurs form over years. Ligament hypertrophy - Ligamentum flavum thickens again. Scar tissue - Post-surgical scarring rarely causes compression. Incomplete decompression - Residual stenosis not fully removed at initial surgery. Instability - Vertebral slippage develops after laminectomy. Disc herniation - New disc rupture at operated level. Causes of adjacent level stenosis: Natural progression - Spinal arthritis continues aging process. Increased stress - Adjacent levels compensate for operated segment, accelerating degeneration. Pre-existing arthritis - Often already present at adjacent levels, just symptomatic later. Time course: Early recurrence (<2 years) - Suggests incomplete initial decompression or misdiagnosis. Often benefits from revision surgery. Mid-term recurrence (3-7 years) - May be instability or new disc herniation. Late recurrence (>10 years) - Usually natural progression, new bone/ligament growth. Prevention strategies: Adequate initial decompression - Remove sufficient bone/ligament without causing instability. Preserve facet joints - Leave >50% of facets intact to maintain stability. Core strengthening - Strong muscles support spine, reduce stress. Weight management - Reduces spine loading. Proper body mechanics - Lifelong habit of squatting to lift, avoiding prolonged sitting. Anti-inflammatory medications - May slow bone spur formation (controversial). Treatment of recurrent stenosis: Conservative first: Physical therapy, medications, epidural injections. Imaging - MRI to confirm recurrence and locate stenosis. Revision surgery if conservative fails: Revision laminectomy - Remove new bone/ligament growth. Often combined with fusion if instability present. Success rates lower than primary surgery (60-70% vs 80-85%). Higher complication rates, especially dural tears. Patient factors affecting recurrence: Genetics - Family history of arthritis increases risk. Activity level - Very sedentary or very heavy laborers higher risk. Smoking - Accelerates degeneration. Diabetes - Faster progression. Obesity - Increased mechanical stress. Age at surgery - Younger patients have more years for recurrence. Important perspective: Most recurrences develop slowly over many years. Even with recurrence, many patients maintain better function than pre-surgery. Revision surgery usually possible if needed. Natural aging process cannot be stopped, only symptoms managed. Dr. Kumar's approach: Thorough initial decompression to reduce early recurrence. Facet-sparing technique when possible to prevent instability. Patient education on prevention strategies. Long-term follow-up to catch problems early. Honest discussion that stenosis is chronic condition - surgery treats current problem but doesn't prevent future arthritis. Annual X-rays may be recommended to monitor for instability or adjacent level changes. Most patients get many good years even if eventual recurrence occurs. Median time to symptomatic recurrence requiring intervention is 8-12 years, giving most patients excellent quality of life for substantial period.

Q5.What is the cost of lumbar laminectomy at Arthoscenter Patna and does insurance cover it?

The cost of lumbar laminectomy at Arthoscenter Patna under Dr. Gurudeo Kumar varies based on complexity and number of levels treated. Approximate costs: Single-level laminectomy: ₹1,80,000-2,50,000. Two-level laminectomy: ₹2,40,000-3,20,000. Three+ level laminectomy: ₹3,00,000-4,00,000. Laminectomy with fusion (if needed): ₹3,50,000-5,50,000 depending on levels. Package typically includes: Comprehensive pre-operative consultation and examination. Pre-operative MRI review (MRI cost separate if not done - ₹10,000-15,000). Flexion-extension X-rays to assess stability. All surgical charges and operating room costs. Anesthesia (general with endotracheal intubation). Surgical instruments including microscope, high-speed drill. Fluoroscopy (X-ray guidance) during surgery. Neuromonitoring if used for nerve protection. Hospital stay (1-2 nights for simple laminectomy, 2-3 for multilevel). ICU care if needed. Post-operative medications (pain, antibiotics, anti-inflammatories). Physical therapy consultation and instructions. Follow-up visits for first 6 months. Staple/suture removal. Additional costs that may apply: Pre-operative MRI if not done: ₹10,000-15,000. CT scan if needed for surgical planning: ₹6,000-10,000. Blood tests and medical clearance: ₹2,000-3,500. Extended hospital stay if complications: ₹4,000-6,000 per additional night. Blood transfusion if needed: ₹3,000-5,000 per unit. Revision surgery for complications: Variable costs. Outpatient physical therapy sessions: ₹800-1,200 per session (15-20 sessions typical). Back brace if recommended: ₹3,500-8,000. Extended medications beyond hospital: ₹2,000-4,000. Cost factors affecting price: Number of levels - each additional level adds ₹50,000-70,000. Complexity - revision surgery, obesity, previous surgery increase difficulty and cost. Duration - longer procedures increase OR and anesthesia costs. Need for fusion - dramatically increases cost (adds ₹1.5-3 lakhs). Complications - any complications requiring extended care increase costs. Insurance coverage: Most health insurance policies cover lumbar laminectomy for spinal stenosis. Pre-authorization required - submit MRI, doctor recommendation, failed conservative treatment documentation. Coverage typically 60-90% of costs depending on policy and room category. Cashless facility available for network insurance companies. Submit claim with all bills, discharge summary, operative report, pathology reports. Arthoscenter works with major insurers: ICICI Lombard, HDFC Ergo, Star Health, Care Health, Bajaj Allianz, New India Assurance, Max Bupa, Religare, Oriental Insurance, United India Insurance, National Insurance. Important insurance notes: Most require 6-12 weeks of failed conservative treatment before approving surgery. Documentation needed: Physical therapy records, medication trials, epidural injection records. Pre-authorization takes 3-7 days typically. Some policies exclude pre-existing conditions for first 2-4 years. Room category affects coverage - general ward 100%, semi-private 80%, private 60% typical. Cost comparison: Laminectomy typically 40-50% less expensive than fusion. Our costs competitive with other major centers in Bihar. Delhi/Mumbai costs often 40-60% higher for same procedure. Faster return to work means less lost income - economic benefit beyond surgical cost. Lower complication rates mean fewer additional treatment costs. Dr. Kumar provides transparent, detailed cost estimate during consultation after reviewing imaging and determining exact procedure needed. Estimate includes all anticipated costs with breakdown for insurance submission. ₹999 initial consultation includes: Complete spine examination, MRI review, Treatment recommendations, Determination of whether surgery needed, If surgery needed - exact procedure planned, Detailed cost breakdown for insurance planning, Discussion of expected outcomes and recovery. Payment plans available for self-pay patients. No hidden costs - complete transparency about all charges. Early consultation booking recommended as Dr. Kumar's surgical schedule fills 3-4 weeks in advance for this complex procedure.

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