Minimally Invasive Spine Surgery in Karol Bagh

Minimally invasive spine surgery (MISS) refers to a collection of advanced surgical techniques that achieve the same therapeutic goals as traditional open spine surgery — decompression of nerves, stabilisation of vertebrae, removal of diseased disc material — but through significantly smaller incisions using specialised instruments, cameras, and real-time imaging guidance. These approaches minimise disruption to the muscles and soft tissues surrounding the spine, resulting in substantially reduced surgical trauma compared to conventional open procedures. Dr. Neelabh brings his internationally trained surgical expertise and robotic surgery certification to offer these advanced techniques to patients consulting at Jeewan Hospital, Karol Bagh.

How Minimally Invasive Surgery Differs from Open Surgery

In traditional open spine surgery, a long incision is made and paraspinal muscles are retracted extensively to provide the surgeon with direct visual access to the affected spinal structures. Minimally invasive techniques, by contrast, use tubular retractors or endoscopes that are passed through small incisions measuring just 1 to 2 centimetres, guided by fluoroscopy or robotic navigation to reach the precise surgical target. The result is far less muscle damage, significantly reduced blood loss, and a markedly faster recovery trajectory for the patient.

Key Benefits of Minimally Invasive Spine Surgery

• Smaller incisions — typically 1 to 2 cm compared to 10 to 15 cm in open surgery
• Significantly less blood loss — reducing the need for blood transfusion
• Reduced risk of post-operative infection — smaller wound exposure means lower contamination risk
• Less damage to paraspinal muscles — faster return of muscle function and strength
• Shorter hospital stay — many procedures allow discharge within 24 to 48 hours
• Faster return to daily activities and work — recovery measured in weeks rather than months
• Minimal scarring — cosmetically more acceptable outcome
• Reduced post-operative pain — less reliance on strong pain medications after surgery

Who Is a Good Candidate for Minimally Invasive Spine Surgery?

Not every patient or every spinal condition is suitable for a minimally invasive approach — candidacy depends on the specific diagnosis, the level and extent of pathology, and the patient's overall health. Ideal candidates include those with contained disc herniations, single-level or two-level spinal stenosis, compression fractures, and certain spinal instability conditions requiring fusion. Patients with extensive multilevel disease, severe deformity, or prior surgical scarring may still require conventional open techniques — and Dr. Neelabh will always recommend the approach most appropriate to each individual's clinical situation.

What to Expect During and After the Procedure

Minimally invasive spine procedures are performed under general or regional anaesthesia in a fully equipped surgical facility. Intraoperative fluoroscopy or robotic guidance ensures millimetre-precision placement of instruments and implants. Post-operatively, most patients are mobilised and walking within hours of surgery, with a structured physiotherapy programme beginning shortly thereafter to support a safe and progressive return to full activity.

Learn more about spinal surgery options in Delhi including both minimally invasive and conventional approaches offered by Dr. Neelabh.

Spine Surgeries Performed by Dr. Neelabh

Dr. Neelabh performs a comprehensive range of spinal procedures using advanced surgical techniques refined over 35 years of clinical practice and his international spine fellowship training. Each surgery is selected based on the patient's specific diagnosis, the severity of their condition, their age and overall health, and the failure of appropriate conservative management. His goal in every procedure is to relieve pain, restore neurological function, and return the patient to as full and active a life as possible.

Microdiscectomy

Microdiscectomy is a minimally invasive surgical procedure performed to remove the portion of a herniated intervertebral disc that is compressing a spinal nerve root — most commonly in the lumbar spine at the L4-L5 or L5-S1 levels. It is indicated when a patient has persistent, disabling sciatica or neurological deficit (weakness or numbness) that has not responded to at least six weeks of structured conservative management. The procedure is performed under a surgical microscope or endoscope through a small incision, with most patients walking the same day and returning to light activities within two to four weeks. Long-term success rates for appropriately selected patients are excellent, with significant and durable relief of leg pain and neurological symptoms.

Laminectomy

Laminectomy involves the surgical removal of the lamina — the bony arch at the back of the vertebra — to create more space within the spinal canal and relieve pressure on the compressed spinal cord or nerve roots. It is most frequently performed for lumbar spinal stenosis causing neurogenic claudication (leg pain and weakness on walking) that significantly limits the patient's functional capacity. The procedure may be performed at a single level or across multiple levels depending on the extent of stenosis, and is often combined with fusion when spinal instability is also present. Most patients experience meaningful improvement in walking tolerance and leg symptoms following laminectomy.

Spinal Fusion

Spinal fusion is a procedure that permanently connects two or more adjacent vertebrae using bone graft material, with or without metal implants (screws, rods, or cages), to eliminate painful motion between unstable or diseased spinal segments. It is indicated for conditions including spondylolisthesis, severe degenerative disc disease with instability, recurrent disc herniation, spinal deformity, and following decompression surgery where spinal stability has been compromised. Modern instrumented fusion techniques provide robust immediate stability, allowing earlier mobilisation and rehabilitation compared to older fusion methods. Recovery from spinal fusion is gradual, with bone consolidation typically occurring over three to six months.

Spinal Decompression

Surgical spinal decompression encompasses a range of procedures — including laminotomy, foraminotomy, and facetectomy — designed to enlarge the spinal canal or neural foramina and relieve pressure on the compressed spinal cord or exiting nerve roots. The specific technique employed depends on the anatomical location and nature of the compression — whether from a herniated disc, bone spur, thickened ligament, or tumour. Minimally invasive decompression approaches are increasingly preferred where appropriate, offering equivalent decompression with less surgical morbidity. Dr. Neelabh selects the most precise decompression strategy for each patient based on detailed imaging and neurological assessment.

Vertebroplasty

Vertebroplasty is a minimally invasive procedure in which medical-grade bone cement (polymethylmethacrylate) is injected directly into a fractured vertebral body under fluoroscopic guidance, stabilising the fracture and providing rapid and durable pain relief. It is primarily indicated for painful osteoporotic vertebral compression fractures that have not responded to conservative management with analgesia and activity restriction. The procedure is performed under local anaesthesia with sedation and typically takes less than an hour, with most patients experiencing significant pain relief within 24 to 48 hours. Explore vertebroplasty and kyphoplasty treatment in Delhi.

Kyphoplasty

Kyphoplasty is an enhancement of vertebroplasty in which a balloon tamp is first inflated inside the collapsed vertebral body to partially restore its height and create a cavity, before bone cement is injected to fill and stabilise the space. This additional step offers the potential to partially correct the vertebral height loss and kyphotic deformity associated with compression fractures — a significant advantage over vertebroplasty alone in selected patients. It is particularly beneficial in relatively recent fractures where some restoration of vertebral height is still achievable. Read more about kyphoplasty for compression fractures.

Spinal Tumor Surgery

Surgical management of spinal tumours aims to relieve cord or nerve compression, achieve histological diagnosis, provide spinal stabilisation, and where possible achieve oncological control through tumour resection. Procedures range from minimally invasive biopsy and decompression to complex en bloc resection with instrumented reconstruction, depending on tumour type, location, and extent. Dr. Neelabh collaborates closely with oncology and neurosurgery teams to provide coordinated, multidisciplinary care for patients with spinal tumours. Learn about bone and spinal tumour surgery in Delhi.

Revision Spine Surgery

Revision spine surgery refers to a secondary operative procedure performed on a patient who has had previous spinal surgery and continues to experience pain, neurological deficit, or develops new spinal pathology at the same or adjacent levels. Common indications include adjacent segment disease following prior fusion, recurrent disc herniation, hardware failure or loosening, post-operative infection, and progressive deformity. Revision surgery is technically more demanding than primary spine surgery due to the presence of scar tissue, altered anatomy, and compromised tissue planes — and requires the experience and judgement of a surgeon with Dr. Neelabh's depth of clinical background. Thorough pre-operative evaluation including updated imaging is essential to planning a safe and effective revision procedure.

Spinal Fracture Fixation

Surgical fixation of spinal fractures is indicated for unstable fractures, fracture-dislocations, and fractures associated with neurological deficit — where conservative management alone cannot adequately protect the spinal cord and nerve roots or maintain spinal alignment. Fixation involves the placement of pedicle screws, rods, and bone graft to stabilise the injured spinal segments and restore biomechanical integrity. Early surgical stabilisation allows earlier patient mobilisation, reduces the risk of pressure injury and pulmonary complications in polytrauma patients, and provides the best environment for neurological recovery where deficit is present. Explore comprehensive trauma and fracture management in Delhi.

Robotic-Assisted Spine Surgery

Robotic-assisted spine surgery represents the most advanced evolution in surgical precision available in contemporary spine care. Dr. Neelabh holds an Advanced Robotic Surgery Certification and incorporates robotic guidance technology into complex spinal procedures where precise implant placement is paramount to a safe and successful outcome.

What Robotic Spine Surgery Is

Robotic spine surgery does not involve a robot performing the operation independently — rather, it uses a sophisticated robotic arm and navigation platform to guide the surgeon's instrument placement with sub-millimetre accuracy. The surgeon remains in full control of every aspect of the procedure, with the robotic system providing real-time guidance based on pre-operative imaging data mapped to the patient's actual anatomy on the operating table. This technology is particularly valuable for the accurate placement of pedicle screws, endoscopic tools, and needle-based interventional devices.

How Navigation and Robotic Guidance Work

Prior to surgery, a detailed CT scan of the patient's spine is loaded into the robotic planning system, where the surgeon maps out the precise trajectory and dimensions of each planned implant or instrument. During the procedure, an intraoperative reference frame registered to the patient's anatomy allows the robotic arm to guide instrumentation along the exact pre-planned trajectory in real time. Any deviation from the planned path triggers an alert, preventing inadvertent injury to adjacent nerves, vessels, or the spinal cord.

Precision and Safety Advantages

Multiple clinical studies have demonstrated that robotic guidance achieves significantly higher pedicle screw accuracy rates compared to freehand or fluoroscopy-guided techniques — with accuracy rates exceeding 95% in published series. This improved precision translates directly into reduced risk of neurological injury, hardware malposition, and the need for revision surgery due to screw misplacement. For patients with complex anatomy — including those with severe deformity, prior surgery, or osteoporotic bone — robotic guidance provides an additional margin of safety that is clinically meaningful.

Recovery Benefits

Because robotic-guided procedures are typically performed through minimally invasive approaches, patients benefit from the combined advantages of precision placement and reduced surgical trauma. Shorter operative times, less intraoperative radiation exposure to both the patient and surgical team, and reduced need for intraoperative repositioning or revision all contribute to a safer procedural experience and a more straightforward recovery.

Is Robotic Surgery Right for You?

The suitability of robotic-assisted surgery depends on the specific procedure planned, the clinical complexity of the case, and the surgical facility's capabilities. Dr. Neelabh evaluates each patient individually to determine whether robotic guidance offers a meaningful clinical advantage in their specific situation. Patients are encouraged to discuss this option directly during their consultation at Jeewan Hospital, Karol Bagh.

Spine Injuries in Athletes and Active Individuals

The spine is subjected to significant and repetitive mechanical forces during sports and physical training — making spinal injuries a common and consequential concern for athletes and active individuals of all ages and fitness levels. Whether recreational or competitive, sports participants in Delhi and across NCR frequently present to Dr. Neelabh's clinic with spine injuries that require prompt, expert evaluation to ensure the safest and fastest return to sport.

Common Sports-Related Spine Injuries

• Lumbar disc herniation — from heavy lifting, hyperflexion, or rotational forces in sports such as weightlifting, cricket, and tennis
• Stress fractures (spondylolysis) — repetitive hyperextension injuries common in fast bowlers, gymnasts, and rowers
• Muscle and ligament strains — acute overload injuries affecting the paraspinal muscles and intervertebral ligaments
• Cervical disc injuries — contact sports including wrestling, football, and martial arts place the cervical spine at risk
• Burners and stingers — transient brachial plexus traction injuries from tackle sports causing brief arm pain and weakness
• Spinal contusions and fractures — high-energy impact sports and falls can cause acute structural spinal injury

Which Sports Carry Higher Spine Injury Risk

Sports involving repetitive spinal loading, contact, or extremes of range of motion carry the highest risk for spinal injury. These include weightlifting, cricket (particularly fast bowling), football, gymnastics, martial arts, cycling with poor bike fit, and long-distance running with inadequate core conditioning. However, even low-impact activities can cause spinal injury when technique is poor or the spine is already compromised by underlying degenerative changes.

How Dr. Neelabh Approaches Treatment for Athletes

Treating spine injuries in athletes requires a nuanced understanding of the demands placed on the spine during sport — and a commitment to achieving the fastest possible, safe return to full athletic participation. Dr. Neelabh combines accurate diagnosis, appropriate acute management (whether conservative or surgical), and a structured sport-specific rehabilitation programme to guide athletes back to competition. Where possible, minimally invasive surgical options are preferred to minimise recovery time without compromising the quality of the surgical outcome.

Importance of Early Intervention for Active Patients

Delaying evaluation and treatment of a sports-related spine injury frequently results in worsening of the injury, prolonged time away from sport, and in some cases — particularly with stress fractures — progression to a more complex structural problem requiring surgical intervention. Early consultation with an experienced spine specialist allows accurate diagnosis, appropriate relative rest, and initiation of targeted treatment before the injury becomes entrenched. Consult Dr. Neelabh for expert sports injury treatment in Karol Bagh tailored to active patients and athletes.

Spine Care for Senior and Elderly Patients

Advancing age brings a predictable and progressive set of changes to the spine — making spinal disorders among the most prevalent and impactful health concerns in the elderly population. Dr. Neelabh has extensive experience in managing spine conditions in senior patients, taking a careful, holistic approach that weighs the benefits of intervention against the specific vulnerabilities and comorbidities that characterise care in this age group.

Why Elderly Patients Are at Higher Risk for Spine Problems

The cumulative effects of decades of mechanical loading, disc dehydration, vertebral endplate changes, facet joint arthrosis, and ligamentous thickening mean that virtually all individuals over 60 have some degree of radiological spinal degeneration. Coupled with reduced bone density, diminished muscle mass (sarcopenia), and impaired postural reflexes, elderly patients face a significantly elevated risk of spinal pain, compression fractures, and neurological deficits from even modest degenerative changes. Falls — a major risk in the elderly — further increase the probability of acute spinal injury on a background of compromised bone quality.

Osteoporosis and Compression Fractures in Seniors

Osteoporotic vertebral compression fractures are among the most common and underappreciated causes of severe, acute back pain in elderly patients — particularly post-menopausal women. A single compression fracture doubles the risk of a subsequent fracture at another vertebral level, and the progressive kyphosis that results from multiple fractures causes significant pain, loss of height, respiratory compromise, and reduced quality of life. Early identification of osteoporosis through DEXA scanning and initiation of bone-strengthening treatment is therefore a critical component of spine care in the elderly. Explore osteoporosis and bone disease treatment in Delhi.

Spinal Stenosis in Ageing Patients

Lumbar spinal stenosis — narrowing of the spinal canal causing nerve compression — is one of the most common reasons for spinal surgery in patients over 65. The characteristic symptom of neurogenic claudication (leg pain, heaviness, and weakness triggered by walking and relieved by sitting or bending forward) can profoundly restrict independence and quality of life. With modern minimally invasive decompression techniques, elderly patients with adequate cardiovascular and anaesthetic fitness can safely benefit from surgery with meaningful and durable improvements in walking capacity and leg symptoms.

Safe Surgical Options for Elderly Patients

Surgical decision-making in elderly patients requires careful pre-operative assessment of cardiac, respiratory, and renal function, alongside a frank discussion of the realistic risks and expected benefits of intervention. Minimally invasive techniques — including percutaneous vertebroplasty, kyphoplasty, and tubular decompression — are particularly well-suited to elderly patients because they minimise anaesthetic time, blood loss, and post-operative physiological stress. Dr. Neelabh individualises his surgical recommendations based on each patient's biological age, functional goals, comorbidity profile, and social support system.

Non-Surgical Approaches for Frail Patients

For patients whose medical comorbidities significantly elevate surgical risk, Dr. Neelabh prioritises comprehensive non-surgical management — including structured physiotherapy adapted to the patient's functional capacity, targeted analgesia, walking aids, spinal bracing, fall prevention strategies, and bone health optimisation. These measures can meaningfully improve pain, function, and confidence in daily activities even when surgery is not appropriate.

Geriatric-Specific Considerations in Spine Treatment

Polypharmacy, cognitive impairment, social isolation, nutritional deficiency, and reduced physiological reserve all influence treatment planning and outcome in elderly spinal patients. Dr. Neelabh adopts a multidisciplinary approach — liaising with geriatricians, physiotherapists, and general physicians as appropriate — to ensure that spine treatment is delivered safely and integrated into the patient's broader healthcare needs. Learn more about geriatric orthopedic care in Delhi tailored to the needs of older patients.

Spine Surgery Recovery — What to Expect Week by Week

Understanding the recovery trajectory after spine surgery helps patients and families prepare adequately, set realistic expectations, and comply with post-operative guidance — all of which directly influence the quality of the surgical outcome. Dr. Neelabh provides each patient with a personalised recovery plan at discharge, but the general milestones below apply to most elective lumbar spine procedures.

Adherence to a structured physiotherapy programme during recovery is one of the most important determinants of long-term surgical outcome. Physiotherapy after spine surgery is not simply about pain relief — it rebuilds the muscular support around the operated spine, restores movement confidence, corrects postural habits that may have contributed to the original condition, and significantly reduces the risk of recurrence or adjacent segment disease. Patients are encouraged to view their physiotherapy programme as an essential component of the surgical process, not an optional extra.

Long-term spine health maintenance after recovery from surgery requires an ongoing commitment to the lifestyle and exercise habits established during rehabilitation. Regular core strengthening exercise, maintenance of a healthy body weight, attention to ergonomics at work and home, avoidance of smoking, and adequate calcium and vitamin D intake all contribute to durable spinal health and reduced risk of future spinal problems. Dr. Neelabh's team supports patients in building and sustaining these habits well beyond the formal recovery period.

15 Expert Tips for a Healthy Spine

Small daily habits — consistently maintained over time — can significantly protect your spine from degeneration, injury, and chronic pain. The following evidence-informed tips from Dr. Neelabh are practical, achievable, and applicable to people of all ages and activity levels across Delhi NCR.

1. Maintain Neutral Posture: Keep your ears, shoulders, and hips aligned in a vertical line whether sitting, standing, or walking. Prolonged deviation from neutral posture places disproportionate load on spinal discs and facet joints, accelerating degeneration.
2. Optimise Your Workstation Ergonomics: Set your chair height so your feet rest flat on the floor, your knees are at 90 degrees, and your screen is at eye level. A well-configured workstation reduces neck and lower back strain during long hours at a desk — a major concern for professionals in Delhi's corporate hubs.
3. Choose the Right Sleeping Position: Sleeping on your side with a pillow between your knees, or on your back with a pillow under your knees, maintains spinal alignment and reduces overnight stress on your lumbar discs. Sleeping on your stomach is the least spine-friendly position and should be avoided where possible.
4. Lift Correctly Every Time: Always bend at the knees — not the waist — when lifting objects from the floor, keeping the object close to your body and your spine in a neutral position throughout the lift. This single habit prevents a large proportion of acute disc injuries and lumbar muscle strains.
5. Strengthen Your Core Regularly: The deep muscles of the abdomen and back — including the transversus abdominis and multifidus — act as a natural corset for your spine. Dedicating even 10 to 15 minutes daily to targeted core exercises such as planks, dead bugs, and bridges provides meaningful spinal protection.
6. Manage Your Body Weight: Every kilogram of excess body weight adds approximately four kilograms of additional compressive force on the lumbar spine with each step. Achieving a healthy body weight through diet and exercise is one of the most impactful interventions for chronic low back pain.
7. Stay Well Hydrated: Intervertebral discs are approximately 80% water and depend on adequate hydration to maintain their height, shock-absorbing capacity, and nutrient exchange. Aim for at least two litres of water daily to support disc health, particularly in Delhi's warm climate.
8. Stop Smoking: Smoking accelerates disc degeneration by impairing blood supply to the vertebral endplates and reducing the oxygen and nutrient delivery to avascular disc tissue. Smokers have significantly higher rates of disc disease, chronic back pain, and poorer surgical outcomes — quitting smoking is one of the best things you can do for your spine.
9. Be Mindful of Heel Height: High-heeled footwear shifts the body's centre of gravity forward, increasing lumbar lordosis and compressive load on the posterior spinal elements. Wearing supportive, low-heeled footwear for daily use reduces spinal stress, particularly if you spend long periods standing or walking.
10. Manage Stress Actively: Chronic psychological stress increases muscular tension in the neck and lower back, lowering pain thresholds and contributing to chronic spinal pain syndromes. Regular relaxation practices — including breathing exercises, yoga, and adequate sleep — reduce stress-related spinal muscle tension meaningfully.
11. Ensure Adequate Calcium and Vitamin D Intake: Strong bones protect against vertebral compression fractures and support the structural integrity of the entire spinal column. Adults require at least 1000 mg of calcium and 600 to 800 IU of vitamin D daily — and those with osteoporosis may require higher supplementation under medical guidance.
12. Take Regular Movement Breaks: Sitting for more than 30 to 45 minutes continuously significantly increases intradiscal pressure and reduces blood flow to spinal tissues. Setting a timer to stand, walk briefly, or perform gentle stretches every 30 minutes throughout the working day meaningfully reduces cumulative spinal load.
13. Limit Backpack and Bag Weight: Carrying a heavy bag — particularly on one shoulder — creates asymmetric spinal loading that strains muscles, ligaments, and facet joints over time. Keep carried weight to less than 10% of body weight and use both shoulder straps of a backpack wherever possible.
14. Position Your Screen at Eye Level: Looking down at a smartphone or laptop screen for extended periods forces the cervical spine into sustained flexion — a posture that increases the load on cervical discs and muscles dramatically. Raising your screen to eye level — whether through a stand, external monitor, or phone holder — significantly reduces neck strain.
15. Know When to See a Spine Specialist: Back or neck pain that persists beyond two to three weeks, radiates into the arm or leg, is accompanied by numbness or weakness, or follows an injury warrants prompt professional evaluation. Early assessment by an experienced spine specialist in Delhi leads to faster diagnosis, more effective treatment, and better long-term outcomes.

Why Patients Across Central and West Delhi Choose Dr. Neelabh

Jeewan Hospital on Pusa Road sits at a naturally accessible point for residents across Karol Bagh, Rajender Nagar, and Patel Nagar — areas where many patients first experience the commuter's burden of chronic back pain or the working professional's familiar complaint of neck stiffness from long desk hours. For these patients, the proximity of an experienced spine surgeon at a trusted hospital on Pusa Road makes accessing expert care straightforward without the need to travel across the city. Dr. Neelabh's afternoon consultation slot of 3:00 PM to 4:00 PM at Jeewan Hospital accommodates those who work mornings and need an accessible evening-adjacent appointment.

Patients residing in Naraina Vihar and Naraina frequently access Dr. Neelabh's expertise at Kapoor Medical Centre in Naraina Vihar — where morning consultations from 10:00 AM to 2:30 PM provide a flexible and convenient window for working individuals, homemakers managing household responsibilities, and elderly patients who prefer morning appointments when energy and comfort are at their best.

For those living near Rajendra Place, or commuting along the Pusa Road corridor, the BLK Hospital clinic offers an afternoon to early evening consultation window from 4:00 PM to 6:00 PM — making it a practical option for those completing their working day in Central Delhi and seeking a consultation on their way home. BLK Hospital's proximity to Rajendra Place Metro Station further enhances accessibility for patients relying on public transport from across West Delhi and NCR.

Residents of East Patel Nagar have the additional convenience of consulting Dr. Neelabh at Clinic Intermed — located at 38/16, Block 38, East Patel Nagar — during evening hours from 6:00 PM to 8:00 PM. This slot is particularly valued by working professionals who cannot take time away from their responsibilities during the day, and by family members accompanying elderly relatives after their own work commitments.

Patients from across West Delhi, Dwarka, Janakpuri, and the broader Delhi NCR region — including those from Gurgaon and Noida who are seeking a highly experienced spine surgeon in Delhi for a second opinion or for complex surgical planning — regularly consult Dr. Neelabh at one of his four clinic locations. His reputation for surgical precision, honest clinical assessment, and compassionate communication has built a patient community that extends well beyond Karol Bagh and Central Delhi. Learn more about Dr. Neelabh's practice philosophy and approach to patient care.

Book your spine consultation with Dr. Neelabh today and take the first step toward expert, compassionate spinal care in Delhi.

What Patients Say About Dr. Neelabh

Over more than three decades of clinical practice, Dr. Neelabh has helped thousands of patients from Karol Bagh, Central Delhi, West Delhi, and across India reclaim their lives from debilitating spinal conditions — returning them to work, family life, and the activities they love. His patients consistently highlight his thoroughness during consultation, his willingness to take time explaining their condition and options clearly, and the meaningful and lasting relief they have experienced following his care. The trust that patients and their families place in Dr. Neelabh is the most enduring testament to the quality and consistency of his medical practice.

Read patient experiences and testimonials from Dr. Neelabh's patients to understand the real-world impact of his spine care in their lives.

Frequently Asked Questions — Spine Surgeon in Karol Bagh

Medical Disclaimer

The information provided on this page is intended for general educational and informational purposes only. It does not constitute medical advice, diagnosis, or a recommendation for any specific treatment or course of action. Spinal conditions are complex, varied, and highly individual — what applies to one patient may not apply to another with apparently similar symptoms.

All treatment decisions for spinal disorders must be based on a thorough in-person clinical evaluation by a qualified and registered medical professional who has reviewed the patient's complete medical history, performed an appropriate physical examination, and assessed relevant investigations. Do not delay seeking professional medical advice, alter your current treatment, or make decisions about spine surgery based solely on information read on this or any other website.

For an accurate diagnosis and a personalised, evidence-based treatment plan tailored to your specific condition, consult Dr. Neelabh directly at Jeewan Hospital, Karol Bagh, or at one of his other clinic locations across New Delhi. Early professional assessment leads to better outcomes — please do not hesitate to seek the care you need.

Consult a Spine Surgeon in Karol Bagh Today

If you or a family member is experiencing back pain, neck pain, sciatica, or any other spinal condition, expert help is available close to you. Dr. Neelabh — Senior Orthopedic, Spine and Joint Replacement Surgeon with 35+ years of experience, international spine fellowship training from Bordeaux, France, and Advanced Robotic Surgery Certification — consults at Jeewan Hospital on Pusa Road, Karol Bagh, bringing world-class spine care to the heart of Central Delhi. Whether you need a first consultation, a second opinion, non-surgical management, or complex spinal surgery, Dr. Neelabh provides the full spectrum of evidence-based spine care with the compassion and clarity that patients and families deserve.

Do not let spinal pain limit your life, your work, or your independence. Reach out to Dr. Neelabh's team today to schedule your consultation at a time and location that works best for you — and take the first step toward a healthier, pain-free spine.