Orthopedic Surgery

Dr. Neeraj Godara

Certified Specialist

Consultant – Orthopedic Surgery

Aakash Healthcare Super Speciality Hospital, DwarkaNew Delhi

Written byMr. Mohd Ahsan

Medically Reviewed byClinical Review

Dr. Mohammad Shavez

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10+ yearsExperience

MBBSEducation

Aakash Healthcare Super Speciality HospitalHospitals

New DelhiAddress

About Dr. Neeraj Godara

Dr. Neeraj Godara is an orthopedic surgeon with over a decade of experience in managing musculoskeletal conditions, trauma injuries and degenerative joint disorders.

His clinical practice focuses on structured diagnosis, evidence-based treatment and functional recovery, with an emphasis on restoring mobility and reducing pain through both surgical and conservative approaches.

Qualification

MBBS

Completed undergraduate medical education from a recognized institution with strong foundation in clinical medicine and surgery

MS (Orthopedics)

Postgraduate specialization in orthopedics with comprehensive training in fracture management, joint disorders and surgical techniques

Clinical Exposure

Hands-on experience in handling trauma cases, elective orthopedic procedures and inpatient care management

Core Skills

Skilled in fracture fixation, joint assessment and perioperative orthopedic care planning

Registration

Registered with Delhi Medical Council (DMC) and follows established clinical guidelines

Areas of Expertise

Fracture Management

Treatment of acute and complex fractures using both conservative methods and surgical fixation techniques

Trauma Care

Management of orthopedic emergencies including road traffic injuries and accidental trauma cases

Joint Disorders

Evaluation and treatment of knee, hip and shoulder conditions causing pain, stiffness or restricted movement

Arthritis Treatment

Management of osteoarthritis and other degenerative conditions with non-surgical and surgical options

Orthopedic Consultation

Detailed musculoskeletal assessment with personalised treatment planning and follow-up care

Why Choose Dr. Neeraj Godara?

Structured Clinical Approach

Follows systematic evaluation and evidence-based protocols for accurate diagnosis and treatment

Conservative First

Prioritises non-surgical treatment options where appropriate before considering surgery

Trauma Handling Experience

Regular involvement in emergency and planned orthopedic cases within hospital settings

Functional Recovery Focus

Aims to restore mobility and daily activity levels with realistic recovery planning

Clear Communication

Explains treatment plans, expected outcomes and recovery timelines in a straightforward manner

Achievements & Recognitions

Clinical Practice

Active involvement in orthopedic care across trauma and elective case management in hospital settings

Case Experience

Handled a wide range of musculoskeletal conditions including fractures and chronic joint disorders

Academic Participation

Engages in continuous medical education programs and orthopedic discussions

Hospital Experience

Worked in structured clinical environments with multidisciplinary coordination

Patient Care

Focus on safe, ethical and guideline-driven treatment practices

Professional Memberships

Orthopedic Associations

Associated with recognized orthopedic academic and professional bodies

DMC

Registered with Delhi Medical Council as a licensed practitioner

Trust & Editorial Policy

This content adheres to the CureU Editorial Guidelines, ensuring evidence-based accuracy and regular updates.

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Treatments under Orthopedic Surgery

Orthopedic Surgery

Congenital Limb Defects Correction Surgery

Congenital limb defects are developmental abnormalities present at birth that affect the shape, length, alignment, or function of the upper or lower limbs. The severity may range from mild deformities to complex skeletal deficiencies that interfere with walking, grasping, balance, or overall limb function. Surgical treatment is carefully individualized based on the child’s age, bone development, growth potential, and functional limitations. Procedures may include deformity correction, bone reconstruction, tendon balancing, limb lengthening, joint stabilization, digit separation, prosthetic preparation, or advanced reconstructive orthopedic surgery. Pediatric orthopedic specialists often use staged treatment approaches to support proper skeletal growth and minimize future complications. The primary goal is to improve independence, physical function, and long term musculoskeletal development while preserving as much natural limb function as possible.

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Orthopedic Surgery

Revision Single Knee Replacement

Revision single knee replacement is a complex surgical procedure indicated when a primary knee replacement no longer functions effectively due to wear, loosening, infection, or mechanical failure. Unlike primary knee replacement, revision surgery requires careful planning, advanced surgical techniques, and customized implants to address bone loss, scar tissue, and instability. The surgeon removes the damaged or failed prosthesis, prepares the bone surfaces, and implants a new, often more durable prosthetic joint designed to restore proper alignment and function. This procedure is typically more technically demanding and may take longer than the initial surgery, but it plays a critical role in relieving persistent pain and restoring joint performance. With appropriate rehabilitation and follow-up care, most patients experience significant improvement in mobility and quality of life.

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Orthopedic Surgery

ACL Reconstruction

ACL Reconstruction is a surgical procedure to repair and reconstruct the ligament in the center point of the knee. Specifically, the Anterior Cruciate Ligament (ACL) links the shin bone to the thigh bone. This procedure is typically followed after the ACL is torn, which mostly results from sports injuries or trauma. -br ACL Reconstruction in India is designed to graft a replacement of the ACL located in the knee, which helps to restore mobility and function after an injury. Additionally, an arthroscopic procedure ensures the preservation of the ligaments or the removal of the ligament after the injury. Furthermore, instead of removing the ligament, ACL Repair is also an option.

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Orthopedic Surgery

Osteochondral Autografting- Mosaicplasty Surgery

Osteochondral autografting (OCG) is a surgical procedure that involves the repair of damaged articular cartilage, which forms the ends of bones in a joint. This technique utilizes an osteochondral autograft—a piece of tissue harvested from the healthy parts of the joint—which is then transplanted to replace chondral defects. -br Generally, there are two types of osteochondral autografting:

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Orthopedic Surgery

Patellofemoral Replacement

Patellofemoral replacement is an advanced, bone-preserving orthopedic procedure designed for patients suffering from anterior knee pain due to cartilage degeneration behind the kneecap. Unlike total knee replacement, this surgery replaces only the patellofemoral compartment, allowing for more natural knee mechanics and faster recovery. The procedure involves reshaping the underside of the patella and the corresponding groove of the femur, followed by placement of smooth prosthetic surfaces that enable friction-free movement. It is commonly recommended for younger or active patients whose arthritis is confined to this compartment. With improved implant design and surgical precision, modern patellofemoral replacement offers durable pain relief, improved mobility, and high patient satisfaction when carefully selected based on clinical evaluation and imaging findings.

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Orthopedic Surgery

Lateral Retinacular Release Surgery

Lateral retinacular release is an advanced arthroscopic knee procedure designed to correct abnormal tension within the lateral soft tissue structures of the patella. In certain patients, tight lateral tissues pull the kneecap outward, leading to pain, inflammation, cartilage wear, and instability within the patellofemoral joint. During the procedure, orthopedic surgeons carefully release or divide the tight lateral retinaculum using minimally invasive arthroscopic instruments. This helps rebalance forces acting on the kneecap and allows smoother movement within the femoral groove. The surgery may be performed alone or combined with other patellar stabilization procedures depending on the severity of instability and associated cartilage damage. Modern arthroscopic techniques help minimize tissue trauma, reduce postoperative discomfort, and support faster rehabilitation. Comprehensive physiotherapy after surgery plays a crucial role in strengthening the knee, improving alignment, and restoring functional mobility.

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Orthopedic Surgery

Birmingham Hip Resurfacing Surgery

Birmingham Hip Resurfacing, commonly known as BHR surgery, is a specialized orthopedic joint preservation procedure used to treat advanced hip arthritis, osteoarthritis, avascular necrosis, and certain degenerative hip conditions. During the operation, the damaged cartilage and bone surfaces of the femoral head are carefully reshaped and covered with a smooth metal cap while the hip socket receives a matching metal component. Unlike conventional hip replacement surgery that removes a large portion of the femur, hip resurfacing conserves more healthy bone tissue and maintains closer to natural hip biomechanics. This approach can offer improved stability, lower risk of dislocation, and better performance during high activity levels for selected patients. The procedure is commonly recommended for younger and physically active individuals with strong bone quality who wish to maintain mobility and delay future revision surgeries. Advances in implant technology, surgical planning, and rehabilitation protocols have significantly improved recovery outcomes and long term functional performance following Birmingham Hip Resurfacing surgery.

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Orthopedic Surgery

Elbow Arthroscopy

Elbow arthroscopy is an advanced orthopedic procedure commonly performed to manage joint stiffness, cartilage damage, loose bodies, inflammation, and sports-related injuries. Using specialized instruments and high-definition imaging, surgeons can remove damaged tissue, smooth cartilage surfaces, release contractures, and address joint impingement. The minimally invasive nature of this procedure results in smaller scars, lower complication rates, and faster recovery, making it a preferred option for both athletes and non-athletes experiencing persistent elbow problems.

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Orthopedic Surgery

Partial Hip Replacement Surgery

Partial hip replacement surgery is a specialized joint reconstruction procedure primarily used for treating fractures of the femoral neck, severe localized hip damage, or selected degenerative conditions affecting the upper portion of the hip joint. During the operation, the damaged femoral head is removed and replaced with a prosthetic implant while the natural acetabulum or hip socket remains intact. This approach differs from total hip replacement, where both sides of the joint are replaced. Hemiarthroplasty is frequently recommended for elderly patients with displaced hip fractures because it allows earlier mobilization, reduced pain, and improved recovery compared to fracture fixation alone in selected cases. Depending on the patient’s condition and bone quality, surgeons may use cemented or uncemented implants for optimal stability. Modern orthopedic protocols combined with minimally invasive approaches, early physiotherapy, and postoperative rehabilitation help patients regain independence, improve balance, and reduce the risk of prolonged immobility related complications.

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Orthopedic Surgery

Cemented Total Hip Replacement

Cemented Total Hip Replacement is a well established joint replacement procedure in which both the damaged femoral head and the hip socket are replaced with artificial prosthetic components fixed using medical grade bone cement. This specialized cement creates a secure bond between the implant and the surrounding bone, allowing stable fixation immediately after surgery. The procedure is particularly beneficial for older adults, patients with osteoporosis, or individuals with reduced bone density where uncemented implants may not achieve optimal support. During surgery, the orthopedic surgeon removes damaged cartilage and arthritic bone surfaces before accurately positioning the prosthetic joint components. The use of bone cement helps distribute pressure evenly and improves implant fixation inside weakened bone structures. Advances in implant materials, minimally invasive surgical methods, infection control, and rehabilitation programs have improved recovery speed, reduced complications, and enhanced long term mobility and quality of life after cemented total hip replacement.

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