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India's No.1 Orthopedic Care Hospital
At Apollo Hospitals, we take pride in being India's leading orthopaedic care provider and the best orthopaedic hospital in India. Our commitment to excellence is reflected in our state-of-the-art facilities, cutting-edge technologies, and a team of highly skilled orthopaedic specialists. With a network of 40 hospitals across the country, we offer unparalleled access to top-tier orthopaedic care.
- Best hospital for knee replacement in India
- Best hip replacement hospital in India
- Best sports injury hospital in India
- Best pediatric orthopaedic hospital in India
- Best hand surgery hospital in India
Our Approach
At Apollo Hospitals, widely regarded as the top orthopaedic hospital in India, we believe in combining medical expertise with a patient-first approach to deliver the best orthopaedic care. Our multidisciplinary teams are committed to:
WHY CHOOSE APOLLO INSTITUTE OF ORTHOPEDICS?
At Apollo Institutes of Orthopedics, we offer more than just treatment -- we offer a partnership in health that begins with your musculoskeletal system but extends to your overall well-being. Here's why we stand out:
Our Team of Experts
At Apollo Institutes of Orthopedics, our team of over 360 specialists forms the backbone of our world-class orthopedic care.
- Orthopedics
Advanced Technology & Equipment
- Cutting-Edge Surgical Systems
- Rehabilitation Technology
- Advanced Physical Therapy Equipment
Cutting-Edge Surgical Systems
1. Robotic Surgery Platforms
- Experience the future of orthopedic care with our robotic-assisted surgeries
- Enhanced precision in joint replacements and spine procedures
- Minimally invasive techniques for faster recovery and less pain
- Personalized surgical plans tailored to your unique anatomy
- Unparalleled accuracy in implant placement
- Quicker return to your active lifestyle
Specific Robotic Systems:
1. MAKO Robotic System
Primarily used for joint replacement surgeries (e.g., knee, hip).
Advantages
• Advanced 3D Modeling: Creates a virtual 3D model of the patient’s joint to assist in pre-surgical planning.
• Real-Time Adjustments: Allows surgeons to make precise intraoperative adjustments.
• Enhanced Precision: Ensures accurate bone cuts and implant placement.
• CT-Based Planning: Pre-operative CT scans provide detailed imaging for customized surgical plans.
• Optimal Implant Positioning: Improves alignment and functionality of implants, reducing wear and improving longevity.
2. ExcelsiusGPS Spine Robot
Used in spine surgeries for accurate placement of screws and implants.
Advantages
• GPS-Like Navigation: Provides real-time guidance for complex spinal procedures.
• Sub-Millimeter Accuracy: Enhances precision in delicate spinal surgeries.
• Real-Time Imaging Integration: Combines imaging data during surgery for enhanced visualization.
• Enhanced Safety: Reduces risks of damage to critical structures like nerves.
• Reduced Radiation Exposure: Lowers dependency on continuous intraoperative X-rays.
3. NAVIO Surgical System
Specialized for knee replacement surgeries.
Advantages
• Image-Free Technology: Unlike systems relying on CT or MRI scans, it uses intraoperative data to create a real-time surgical plan.
• Custom Surgical Planning: Tailors procedures to individual patient anatomy.
• Precise Bone Preparation: Ensures minimal bone removal while maintaining implant stability.
• Optimal Implant Alignment: Improves joint function and reduces complications like implant loosening.
2. Augmented Reality Surgery
Augmented Reality integrates digital information, such as 3D visualizations, into the real-world surgical environment. This advanced technology enhances the surgeon’s precision by overlaying digital models of the patient’s anatomy onto the surgical site in real time.
Key Features:
1. Revolutionary AR-Guided Surgeries:
• Primarily used in Total Knee Arthroplasty and other joint replacements.
• Helps surgeons achieve greater precision with minimal invasiveness.
2. Real-Time 3D Visualization:
• Provides detailed, live images of the joint or surgical site during the procedure.
• Assists in mapping and visualizing critical structures like bones, ligaments, and implants.
3. Precise Implant Positioning:
• Tailors implant placement to the patient’s unique anatomy.
• Improves alignment, stability, and long-term outcomes.
4. Enhanced Surgical Accuracy:
• Reduces human error and enhances precision during the surgery.
• Results in better postoperative outcomes and reduced recovery times.
5. Streamlined Procedures:
• Eliminates the need for additional invasive steps or excessive imaging during surgery.
6. Customized Solutions:
• Enables tailored treatment plans for complex orthopedic conditions.
Applications of Augmented Reality in Orthopedic Surgery
1. Pre-Surgical Planning Visualization:
• AR allows surgeons to visualize and plan the surgery in advance, ensuring accurate placement of implants and better understanding of anatomical challenges.
2. Intraoperative Guidance:
• During surgery, AR provides step-by-step guidance by overlaying surgical plans and patient anatomy directly onto the operative field.
3. Training and Simulation:
• AR is a powerful tool for training surgeons and simulating complex cases in a controlled environment.
4. Patient Education:
• Helps patients understand their condition and planned procedures by showing 3D representations of their anatomy and treatment plans.
5. Complex Case Planning:
• AR aids in planning and executing surgeries for patients with severe deformities or complicated anatomical structures.
Benefits of Augmented reality Surgery
1. Improved Accuracy:
• Enhances precision in bone cuts, implant placement, and joint alignment.
2. Reduced Complications:
• Minimizes risks associated with misaligned implants or structural damage.
3. Shorter Recovery Times:
• Accurate procedures reduce tissue damage and postoperative complications, enabling faster recovery.
4. Better Outcomes:
• Customization and real-time guidance lead to improved joint function and longevity of implants.
3. Advanced Imaging Systems
- State-of-the-art CT and MRI technology for accurate diagnosis
- Advanced 3D surgical planning capabilities
- Precise diagnostic imaging for better treatment planning
- Detailed visualization of bones, joints, and surrounding tissues
- Computer-assisted navigation for surgical precision
Specialized Imaging Technologies:
- EOS® Imaging System for full-body, low-dose imaging
- 4K Arthroscopy systems for superior visualization
- Advanced fluoroscopy for real-time imaging
- Digital radiography with instant image processing
- Specialized orthopedic ultrasound units
Surgical Technology
Our network features comprehensive rehabilitation facilities designed to support your journey back to optimal health:
Robotic Rehabilitation Systems
1. Advanced Robotic-Assisted Therapy
• Robotic systems assist in rehabilitation by automating and guiding repetitive movements.
• They are particularly beneficial for:
• Gait training (retraining patients to walk).
• Improving motor control in neurological or orthopedic patients.
• Recovering from stroke, spinal cord injuries, or joint replacement surgeries.
This facility is available at Indraprastha Apollo Hospitals . New Delhi
2. Exoskeletons for Gait Training
• Robotic exoskeletons support patients in relearning walking movements by providing external assistance and feedback.
• They help strengthen muscles and restore balance while reducing fall risks.
3. Technology-Assisted Recovery
• Robotic devices ensure precise, repetitive movements, which are key to neural and muscular recovery.
• Feedback systems provide real-time data, enabling therapists to customize treatment programs.
Advanced Rehabilitation Equipment
A. Lokomat® Pro
Focuses on robotic gait training.
Features:
1. Adjustable Body Weight Support:
• Reduces the weight load on patients, making walking exercises easier.
2. Real-Time Feedback System:
• Monitors performance and adjusts therapy as needed.
3. Customizable Training Programs:
• Individualized for each patient’s rehabilitation goals.
4. Progress Monitoring Software:
• Tracks and records patient improvement over time.
• Use: Ideal for patients with spinal cord injuries, stroke, or neurological disorders.
B. Erigo® Pro
Provides early mobilization and rehabilitation for bedridden or severely impaired patients.
Features:
1. Early Verticalization Therapy:
• Gradually transitions patients to an upright position.
2. Integrated Functional Electrical Stimulation (FES):
• Stimulates muscles to mimic natural movement, even in paralyzed limbs.
3. Dynamic Leg Loading:
• Simulates walking motions to activate lower limb muscles.
4. Intensive Sensorimotor Stimulation:
• Enhances sensory and motor functions through repetitive exercises.
5. Cardiovascular Stabilization:
• Helps maintain blood pressure and circulation during early rehabilitation.
• Use: Suitable for patients recovering from strokes, traumatic brain injuries, or prolonged immobility.
Benefits of Robotic Rehabilitation
1. Enhanced Precision:
• Robotic systems provide consistent, repetitive motion, reducing variability in therapy.
2. Improved Outcomes:
• Patients experience faster recovery due to targeted and intensive therapy.
3. Real-Time Monitoring:
• Immediate feedback helps therapists adjust treatment plans based on progress.
4. Reduced Therapist Strain:
• Automation reduces the physical effort required from therapists, enabling them to focus on treatment planning.
5. Increased Patient Engagement:
• Interactive systems motivate patients by showing tangible progress.
Advanced Physical Therapy Equipment
Cutting-edge Rehabilitation Technology: Uses the latest devices and techniques for comprehensive recovery. Available at APOKOS (Jubilee Hills)
Specialized Gait Analysis Labs: Laboratories equipped to analyze walking patterns and detect abnormalities.
Modern Physical Therapy Equipment: Includes tools for strength training, balance improvement, and pain relief.
Comprehensive Orthopedic Rehabilitation Programs: Tailored therapy plans designed for individuals recovering from injuries, surgeries, or chronic conditions.
2. Specialized Assessment Tools
Computerized Gait Analysis Laboratories:Tracks and analyzes walking patterns using advanced sensors to detect and correct movement issues.
Force Plate Systems for Balance Assessment:Measures stability and weight distribution to improve posture and prevent falls.
Digital Motion Analysis:Captures real-time motion data to evaluate joint and muscle function.
Pressure Mapping Systems:Identifies pressure distribution across the body, useful for patients with mobility or posture issues.
Isokinetic Testing Equipment:Evaluates muscle strength and endurance for targeted therapy.
3. Telemedicine Platforms for Remote Care
Advanced Tele-Therapy and Telerehabilitation Services:
Enables patients to receive therapy at home using virtual platforms.
Personalized Recovery Plans:
Customizable programs that patients can follow remotely.
Regular Virtual Check-ins:
Frequent communication with care teams for progress monitoring and adjustments.
Remote Monitoring:
Tracks patient progress through wearable devices and digital tools.
Continuous Connection to Care:
Access to Apollo’s rehabilitation team for consistent guidance and support.
Expert Care at Home:
Ensures patients receive quality therapy without visiting clinics.
4. Digital Health Capabilities
Virtual Reality-Based Rehabilitation: Uses VR environments to improve balance, coordination, and motor skills in an engaging way.
Wearable Technology Integration: Devices like fitness trackers and motion sensors monitor patient activity and progress.
Remote Progress Monitoring Systems: Provides real-time data to therapists, allowing adjustments to therapy plans as needed.
- Mobile Rehabilitation Apps: Apps offering exercises, reminders, and progress tracking for at-home recovery.
- Teletherapy Platforms: Interactive platforms for one-on-one therapy sessions over the internet.
Our rehabilitation centers, including APOKOS, Buddhi Clinics, AYURVAID, and our facility at Navi Mumbai , combine these advanced technologies with expert care to ensure you regain strength, mobility, and confidence. Whether through traditional physical therapy, robotic rehabilitation, or alternative therapies, we offer a holistic approach to your recovery.
Our Comprehensive Orthopedic Surgery Programs
Common Conditions We Treat
- Arthritis
- Sports Injuries
- Spine Conditions
- Trauma
Arthritis
Arthritis affects millions of people worldwide, causing joint pain and limiting daily activities. At Apollo Institutes of Orthopedics, we provide comprehensive care for all types of arthritis.
This is the most common type of arthritis, often called "wear and tear" arthritis. It occurs when the protective cartilage that cushions the ends of your bones wears down over time. We treat osteoarthritis through:
- Early detection and monitoring
- Pain management techniques
- Physical therapy to maintain joint function
- Weight management guidance
- Advanced joint replacement surgery when needed
- Minimally invasive procedures
This is an autoimmune condition where your immune system attacks your joints, causing inflammation and pain. Our treatment approach includes:
- Collaboration with rheumatologists for optimal care
- Latest medications to control inflammation
- Joint protection techniques
- Physical therapy to maintain mobility
- Surgical intervention when necessary
- Regular monitoring and adjustment of treatment plans
We offer a comprehensive approach to managing joint pain:
- Medication therapy
- Physical therapy and exercise programs
- Weight management guidance
- Injections (corticosteroids or viscosupplementation)
- Alternative therapies like acupuncture
- Advanced pain management techniques
Conservative and Surgical Treatments
Our treatment plans always start with conservative options when appropriate:
- Medications for pain and inflammation
- Physical therapy and rehabilitation
- Lifestyle modifications
- Bracing and supports
When necessary, we offer surgical solutions including:
- Joint preservation procedures
- Minimally invasive surgeries
- Partial or total joint replacements
- Reconstructive procedures
Sports Injuries
Our sports medicine team specializes in treating both professional athletes and weekend warriors, helping them return to their active lifestyles.
ACL/PCL Tears
These crucial knee ligaments often get injured during sports activities. We provide:
- Accurate diagnosis using advanced imaging
- Emergency care for acute injuries
- Conservative treatment when appropriate
- State-of-the-art reconstruction surgery
- Comprehensive rehabilitation programs
- Return-to-sport guidance
The meniscus is cartilage in your knee that acts as a shock absorber. For meniscus tears, we offer:
- Precise diagnosis using MRI
- Conservative treatment for minor tears
- Minimally invasive arthroscopic repair
- Meniscus preservation techniques
- Customized rehabilitation programs
- Prevention strategies
These shoulder injuries can significantly impact daily activities. Our treatment includes:
- Detailed evaluation of shoulder function
- Conservative management for minor tears
- Advanced arthroscopic repair techniques
- Post-surgical rehabilitation
- Strengthening programs
- Long-term follow-up care
These repetitive stress injuries affect many athletes and non-athletes. We provide:
- Activity modification guidance
- Physical therapy and exercises
- Bracing when needed
- Injection therapy
- Minimally invasive surgery when necessary
- Prevention education
Spine Conditions
Our spine care team treats all types of back and neck problems, from acute injuries to chronic conditions.
Disc Herniation
When the soft center of a spinal disc pushes through a crack in the tougher exterior, it can irritate nearby nerves. We offer:
- Accurate diagnosis with advanced imaging
- Pain management techniques
- Physical therapy programs
- Minimally invasive surgical options
- Non-surgical decompression
- Prevention education
This narrowing of the spinal canal can pressure nerves, causing pain and numbness. Treatment includes:
- Conservative management options
- Physical therapy and exercises
- Pain management techniques
- Minimally invasive decompression
- Advanced surgical procedures when needed
- Post-treatment rehabilitation
This sideways curvature of the spine affects both children and adults. Our approach includes:
- Early detection and monitoring
- Bracing when appropriate
- Physical therapy programs
- Advanced surgical correction when needed
- Regular follow-up care
- Support groups and counseling
We offer comprehensive back pain treatment including:
- Accurate diagnosis of the cause
- Conservative treatment options
- Physical therapy and exercise programs
- Pain management techniques
- Minimally invasive procedures
- Lifestyle modification guidance
Trauma
Our 24/7 trauma care team is equipped to handle all types of orthopedic injuries.
We treat all types of broken bones, from simple breaks to complex fractures:
- Emergency fracture care
- Advanced imaging for precise diagnosis
- Conservative treatment with casting
- Surgical fixation when needed
- Minimally invasive techniques
- Regular monitoring of healing
Joint Dislocations
When bones are forced out of their normal positions in joints, we provide:
- Immediate reduction (putting the joint back in place)
- Pain management
- Stability assessment
- Rehabilitation to prevent recurrence
- Surgery if needed for unstable joints
- Long-term joint protection strategies
Soft Tissue Injuries
Injuries to muscles, tendons, and ligaments receive comprehensive care:
- Accurate diagnosis of the injury
- Immediate treatment to prevent further damage
- Conservative management when appropriate
- Surgical repair when necessary
- Rehabilitation programs
- Prevention strategies
Post-Trauma Reconstruction
For complex injuries requiring reconstruction, we offer:
- Detailed evaluation of injury patterns
- Advanced surgical planning
- State-of-the-art reconstruction techniques
- Staged procedures when necessary
- Comprehensive rehabilitation
- Long-term follow-up care
Our comprehensive approach to treating these common conditions combines the latest medical advancements with personalized care plans. Each treatment plan is tailored to your specific condition, lifestyle, and goals, ensuring the best possible outcome for your orthopedic health. From the initial consultation through complete recovery, our team of specialists works together to provide coordinated care that addresses all aspects of your condition.
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PATIENT JOURNEY
At Apollo Institutes of Orthopedics, we guide you through every step of your orthopedic care journey, from first consultation to complete recovery. Our approach ensures a seamless and reassuring experience with personalized attention at each stage.
International Patient Services
Apollo Hospitals provides comprehensive support for international patients seeking Orthopedic care, ensuring a smooth and stress-free experience from treatment planning to recovery. Here's how we support you:
- Pre-Arrival Support
- During Your Stay
- Post-Treatment Care
Pre-Arrival Support
Before your arrival, we help you plan and prepare for your visit:
- Medical Documentation Review: Our team reviews your medical records to understand your needs and create a treatment plan.
- Treatment Planning: We design a personalised care plan tailored to your specific gastroenterological condition.
- Cost Estimates: We provide transparent cost estimates to help you plan financially.
- Visa Assistance: We assist with visa requirements and provide documentation to support your medical travel, including a Medical Visa Invitation Letter.
During Your Stay
While at Apollo Hospitals, we ensure you and your family feel fully supported:
- Dedicated Coordinators: You'll have a personal care coordinator to guide you through every step of your stay.
- Language Support: Trained interpreters are available to help you communicate clearly with your healthcare team in your preferred language.
- Cultural Considerations: We respect cultural needs and provide services that align with your preferences.
- Accommodation Assistance: We help arrange comfortable accommodation options for you and your family.
- Regular Updates: Our team provides updates on your treatment and recovery to keep both you and your family informed.
Post-Treatment Care
After your treatment, we continue to support you to ensure a successful recovery:
- Follow-Up Planning: We arrange follow-up appointments and consultations to monitor your recovery.
- Telemedicine Options: You can stay connected with our doctors through virtual consultations.
- Coordination with Home Country Physicians: We collaborate with your local doctor to ensure you receive consistent care.
- Digital Health Records: Access your medical records online for easy sharing and future care needs.
Milestones & Achievements
Pioneer in Orthopedic Excellence
Every recovery Tells a story.
Experience the inspiring journeys of patients who found hope, healing, and care at Apollo Hospitals.
When I was 50 in 2010, my surgeon Dr. Paul Ramesh told me that if I if I chose medicinal aid it will be palliative but choosing bypass surgery will be more curative. The one memorable line which made me decide on surgery was
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R. Natarajan., Chennai
Many Thanks to Dr Manish Samson for guiding and explaining the entire process of BTKR when we came first for consultation. Dr Manish was recommended to us by our family internally. His friendly approach and honest suggestions
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Mr. Chintamani Khanvilkar,
"I was shocked to know that I weighed 348 kgs when I measured myself on arrival at Apollo Hospitals and was suffering from severe sleep apnoea, arthritis and compulsive eating habits. I was rejected as a candidate fit for sur
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Mr. Sanjey Dey, Guwahati
"Being a chef, I had become a compulsive and voracious eater for the last decade and gained around 60 kgs since. I developed Diabetes very early in life and for the last 2 years am on drugs for my high BP. Bariatric surgery c
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Mr. Satheesh Krishnan, Hyderabad
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February 18, 2025
Understanding Different Orthopaedic Surgery Types: What You Need to Know
When pain from a broken bone, a stiff joint, or a sore spine impacts your day-to-day life, considering orthopaedic surgery can be a game-changer. Orthopaedic surgeries are used in pain management related to the body’s musculoskeletal system (bones, muscles, ligaments, tendons, joints, etc.) Orthopaedic surgeries offer effective solutions whether you are suffering from chronic pain, an injury, or a congenital issue. In this blog, we’ll dive into different orthopaedic surgery types, their procedures, and where they are used.
What are Orthopaedic Surgery Types?
Orthopaedic surgery types are classified according to the area of the body they treat, the nature of the injury or condition being addressed, and the approach taken by the surgeon. All these can vary from minimally invasive surgery to complex operations, including joint replacement or spinal surgery. The aim of each surgery is the improvement of function, reduction of pain, and regaining mobility in patients who are suffering from musculoskeletal problems. Let’s explore some of the most common orthopaedic surgery types:
Joint Replacement Surgery:
Joint Replacement is one of the most common orthopaedic surgery types. If you’re suffering from joint pain that is not getting better, then this surgery might be the best solution for you. The surgery includes the replacement of the damaged joint with an artificial one made of plastic, metal, or even ceramic. The most common joint replacement surgery is knee and hip replacement surgery.
However, replacing joints is not the only solution; in some cases, joint reconstruction can also be an option if the joint doesn’t need a complete replacement. In joint reconstruction, joints are restored to their normal mobility by repairing the tissues and realigning the joints without replacing them entirely.
Both treatments are used to reduce pain and enhance the quality of life for patients suffering from joint pain.
Arthroscopic Surgery:
Arthroscopic surgery is another commonly used orthopaedic surgery type, and it is recommended for patients diagnosed with joint pain. This is a minimally invasive surgery in which a small camera known as an arthroscope is used to look inside the joint, and the recovery time is also less than that of a typical open surgery. This surgery is of different types based on the body part it treats.
For example, knee arthroscopy treats wear and tear, damaged cartilage removal, and other knee-related issues. Some other examples are shoulder, ankle, and elbow arthroscopy. Although arthroscopy is a less invasive surgery than an open surgery, certain cases require large incisions and longer recovery time traditionally related to an open surgery.
Spinal Surgery:
The most critical category of orthopaedic surgery types is spinal surgery. Performed on patients with severe spinal conditions like nerve compression, herniated discs, spinal stenosis, etc, when conservative therapies like medication fail to give positive results. Different types of spinal surgery are used, depending on the disease and severity of the condition.
Spinal Fusion: The most common spine-related surgery is spinal fusion, which is used for the treatment of a variety of spinal issues. Spinal fusion includes fusing two vertebrae together to enhance mobility and reduce pain.
Disc Replacement: The damaged spinal or vertebral disc is replaced by an artificial one in disc replacement. This method is most commonly used for younger patients to ensure more flexibility and mobility.
Sports Medicine Surgery:
If you are an athlete or play a sport, then you must be aware of how common sports people face injury. Sports medicine surgery is one of the different orthopaedic surgery types, and the focal point is the treatment of sports-related injuries. Sports Medicine surgery also has a variety:
Tendon and Ligament Repair: The most common sports injuries are related to wear and tear of the tendon or ligament. Treatments like tendon repair or ligament repair help reduce pain, allowing an athlete to return to their normal.
Rotator Cuff Repair: For athletes with shoulder injuries, a minimally invasive arthroscopic intervention helps treat a torn rotator cuff. This surgery helps repair function and ensures an athlete can get back into sport after injury.
ACL reconstruction: ACL stands for anterior circulate ligament, the key ligament in the knee that can be torn during sports like football, basketball, or skiing. Removing the torn ligament and replacing it with a graft is a key method in Sports Medicine surgery that helps in regaining knee strength and stability.
Fracture Repair Surgery:
Fractures are broken bones that happen due to injuries. Minor fractures do not require surgery. However, serious fractures need surgical intervention. Fracture repair surgery is used to realign and stabilise broken bones for proper healing of such fractures.
Common techniques are Open Reduction and Internal Fixation (ORIF), where screws, plates, or rods are applied to stabilise fractures in areas like the arms, legs, or pelvis. For complex fractures, metal rods or pins may be used outside the body to keep bone fragments in place; this is known as external fixation.
Another type of procedure, intramedullary nailing, involves placing a metal rod down the marrow cavity of longer bones, such as the femur and tibia, to stabilise the fracture. These prevent problems such as malunion and achieve full range of motion in patients.
Pediatric Orthopaedic Surgery:
Certain congenital conditions are treated under this type of orthopaedic surgery. Paediatric orthopaedic surgeries aim to correct deformities like Scoliosis, club foot, and knock knee. These congenital conditions can impact a child’s development and need to be treated to give these kids a better quality of life. For example, Scoliosis is a spinal condition in which the spine is bent at an improper angle; paediatric spinal surgery helps them realign their spine.
Wrapping Up
Understanding different orthopaedic surgery types leads you to the right treatment of musculoskeletal pain. Joint replacement, sports medicine surgery, and tendon repair are just some of the orthopaedic surgical treatments that can help alleviate this pain. These surgical interventions could simply see you going back to life – functional and free of pain. So, if you are having difficulty dealing with musculoskeletal pain, don’t hesitate to consult an orthopaedic surgeon near you for the best solution possible.
February 18, 2025
Orthopaedic Oncologists Can Help Avoid Amputation
Dr Rajeev Reddy,
D Ortho (Manipal); DNB Ortho (Mumbai);
Fellow in Orthopaedic Oncology, Limb Salvage & Sarcomas (FOLS), Mumbai;
Fellow in Musculoskeletal Oncology (FMO); Italy
Consultant Orthopaedic Oncosurgeon
Apollo Health City, Jubilee Hills, Hyderabad
Instances of cancer are increasing every day. Whether they are malignancies of the lung, thyroid, breast, prostate or kidney, cancer has, unfortunately, become ubiquitous. Yet, not many are still unaware that cancer can occur in the bones, muscles and joints too. Though they are treatable if detected early, these cancers are difficult to spot and most people who are suffering from it, realise only too late. They are called bone sarcomas.
Sarcomas in the muscles and fat of the limbs (hands, legs) or back(spine) or pelvis are called soft tissue sarcomas. Sarcomas of the bones are of various types — osteosarcoma, Ewing’s sarcoma, chondrosarcoma etc. There are several soft tissue sarcomas as well, liposarcoma being one of the most common. Then there are tumours which occur in the bone that are not cancer. These can cause problems in the bone and surrounding area, but they do not spread to other parts of the body or cause danger to life. They are called benign tumours — giant cell tumour, osteoid osteoma, fibrous dysplasia, bone cysts and many others.
Until the later part of the last century, bone sarcomas meant a death sentence to the patient. Medical and surgical procedures to correct sarcomas were not developed. The legs or hands had to be removed (amputation) in order to prevent spread of cancer and danger to life. However, with specialised fellowships from both India and abroad, we now have orthopaedic oncologists/ orthopaedic onco-surgeons available in our country and also in the city. Due to the difficult nature of these cancers, an orthopaedic oncologist is the correct person to consult in such cases. Mostly, the difference between being able to save a limb or cutting it off depends on the expertise of the surgeon and how much exposure he/she has had to these tedious and long surgeries. The chances of the cancer coming back or spreading elsewhere are minimised with the correct combination of surgical expertise medical drugs (chemotherapy) and radiation therapy. These decisions are taken by the orthopaedic oncologist along with the medical and radiation oncologist.
An orthopaedic oncologist also treats and if necessary, operates on other cancers that have spread to the bone and have weakened the bone causing pain or fracture. Any cancer — commonly breast, prostate, thyroid, kidney, lung, intestine cancers — can spread to the any of the 206 bones in the human body. Hence it is advisable to get a bone scan or PET Scan to look for spread to the bones, in patients who are diagnosed with these cancers.
Don’t ignore sudden. spontaneuos pain or swelling in the limbs (arms, forearms, hands, thighs, legs, feet) or back/pelvic area. It could occur to anyone from a 4-year-old to a 70-yearold. To improve chances of your limb being saved and to control the recurrence of bone cancer, choose a specialist with expertise in orthpaedic onco surgery.
February 18, 2025
Precision in Motion: Understanding Robotic Surgery for Orthopaedic Treatment
Introduction
Technological developments in the medical profession have brought about a transformation in the field of healthcare by offering new devices and techniques to improve surgical results and patient care. One of the most remarkable advancements in recent years has been the incorporation of robots into the field of orthopaedic surgery. In orthopaedic surgery, the use of robots has ushered in a new age. With increased precision, minimally invasive choices, and numerous benefits for patients, robotic surgery, also referred to as robot-assisted surgery, is revolutionising the way orthopaedic treatments are carried out. The recent paradigm change in orthopaedics minimises patient suffering, speeds up the healing process following surgery, and lowers the margin of error.
What is Robot-Assisted Orthopaedic Surgery?
Robot-assisted orthopaedic surgery is a subfield of robotic surgery that involves the use of advanced robotic systems to aid orthopaedic surgeons in performing various surgical procedures with enhanced precision and control. Orthopaedic surgery primarily deals with the diagnosis and treatment of musculoskeletal conditions, such as joint replacements, spinal surgery, and fracture repairs. The introduction of robotic technology into this field has revolutionised the way these surgeries are conducted.
At the core of robot-assisted orthopaedic surgery lies a robotic system equipped with specialised tools and instruments, guided by highly trained surgeons. These robots are designed to work in tandem with human surgeons, providing them with real-time feedback, precision, and assistance during surgical procedures. The primary goal of robot-assisted orthopaedic surgery is to improve the accuracy of surgical procedures, reduce invasiveness, and enhance patient outcomes.
Detailed Explanation of How Robotic Surgery Works in Orthopaedics
Robot-assisted orthopaedic surgery involves a highly sophisticated interplay between advanced technology and the skill of a surgeon. Here’s a detailed explanation of how this revolutionary technology works:
Preoperative Planning – The process begins with preoperative planning, where the surgeon collects essential data about the patient’s anatomy. This may include using advanced imaging techniques, such as CT scans or MRI to create a detailed 3D model of the patient’s bone structure. These digital images are then uploaded into the robotic system.
Surgical Guidance – To prepare for the surgical approach, a 3D model of the patient’s anatomy is used. This model helps determine the exact position of incisions, the optimal depth at which the surgeon should operate, and the best placement for implants or other devices. The robotic system assists the surgeon in visualising this plan and guides them during the surgery.
Intraoperative Recommendations – During the surgery, the robotic system tracks the patient’s anatomy in real time. This feedback is used to guide the surgeon’s movements and ensure the precise execution of the preoperative plan. The surgeon’s movements are translated into precise actions by the robot, often with sub-millimeter accuracy.
Safety Mechanisms – Robotic systems are equipped with safety mechanisms to prevent unintended movements and ensure the surgeon has full control over the procedure. If the surgeon attempts to move outside the predefined surgical boundaries, the robot will halt or restrict its movement.
Enhanced Visualization – Robotic surgery often incorporates high-definition cameras and magnification, providing the surgeon with a clear, detailed view of the surgical site. This enhanced visualisation is particularly advantageous in delicate orthopaedic procedures.
Types of Robotic Orthopaedic Surgery
Robot-assisted orthopaedic surgery is a versatile technology applicable to various orthopaedic procedures. Some common types of robotic orthopaedic surgeries include:
Total Knee Replacement: Robot-assisted total knee replacement enables precise bone cuts, accurate alignment of components, and minimal soft tissue damage, leading to improved long-term outcomes and faster recovery.
Partial Knee Replacement: For patients with localised knee joint damage, high-precision robotic guidance facilitates partial knee replacement.
Total Hip Replacement: Similar to knee replacement, robot-assisted hip replacement ensures precise implant placement and customised surgical plans, resulting in improved joint function and durability.
Spinal Surgery: Robotic systems are utilised in spinal surgeries, including procedures like spinal fusion and disc replacement. They enhance accuracy in instrument placement and reduce the risk of nerve damage.
Soft Tissue Surgery: Examples include tendon transfers and ligament repairs. The robot aids in tissue manipulation and precision suturing.
Fracture Repair – Robot-assisted orthopaedic surgery is also employed in complex fracture repairs, ensuring that fractured bones are aligned correctly and fixed in place with precision.
Arthroscopic Procedures – Robotic technology is integrated with arthroscopic procedures for conditions like rotator cuff repair, labral tear repair, and meniscus surgery.
Robotic Joint Resurfacing – In order to preserve healthy bone and cartilage, robotic technology can help with surgeries that entail resurfacing damaged joint surfaces.
Benefits of Robot-Assisted Orthopaedic Surgery
The adoption of robot-assisted orthopaedic surgery offers several significant benefits for both surgeons and patients:
Enhanced Precision and Accuracy: One of the most significant advantages of robotic surgery is the unmatched precision it offers. With sub-millimeter accuracy, robotic systems can execute surgical plans with remarkable consistency, reducing the risk of errors.
Minimally Invasive: Robotic surgery often requires smaller incisions compared to traditional open procedures, leading to less tissue damage, reduced scarring, and faster recovery times for patients.
Customised Surgical Plans: The 3D modelling and preoperative planning allow for highly customised surgical plans tailored to each patient’s unique anatomy, optimising implant placement and alignment.
Decreased Exposure to Radiation: Radiation exposure to the patient is reduced when fewer intraoperative pictures are required.
Reduced Complications: The precision of robotic surgery leads to reduced complications, such as infections and implant misalignment, resulting in improved patient outcomes and longevity of the implanted devices.
Faster Recovery: Patients who undergo robot-assisted orthopaedic surgery typically experience shorter hospital stays and quicker post-operative recovery, enabling a faster return to their normal activities.
Improved Long-Term Outcomes: The combination of precision and customization results in improved long-term outcomes, with patients experiencing less pain and better joint function.
Continuous Learning: Robotic systems gather surgical data, allowing continuous analysis and improvement for orthopaedic treatment.
Why Choose Apollo Hospitals, Karnataka?
Robot-assisted orthopaedic surgery represents a ground-breaking advancement in the field of orthopaedic medicine. Apollo Hospitals, Karnataka, also known as the best Orthopedic Hospital in Bangalore, has consistently been at the forefront of embracing innovative technologies such as robot-assisted orthopaedic surgery. Choosing a healthcare institution like Apollo, which prioritises precision, minimally invasive techniques, and patient well-being, can make a significant difference in the success of orthopaedic treatments. The hospitals offer a comprehensive range of orthopaedic services, including joint replacement, spinal surgery, sports medicine, and trauma care, all supported by cutting-edge technology and a team of highly experienced orthopaedic surgeons.
February 18, 2025
Know About the 10 Most Common Orthopaedic Injuries in Our Daily Hustles
Orthopedic injuries refer to any injury to the musculoskeletal system of the body i.e. injuries to muscles, bones, ligaments, joints, tendons, cartilage, etc. It can lead to bone displacement or muscle and tendon tears in the affected areas. Some of the most common examples of orthopedic injuries include:
1. Ankle Sprain
An ankle sprain is an injury where the ankle rolls, turns or twists in an awkward or unnatural way. It is caused by the overstretching and tearing of the ligaments which support the ankle. It often occurs when participating in activities and sports which involve high amounts of jumping, running or pivoting.
2. Plantar Fasciitis
Plantar fasciitis is caused by repeated strain to the plantar fascia, which is the connecting ligament between the heel bone and the toes. It can cause pain, weakness, inflammation, and swelling in the affected heel.
3. Tennis Elbow
This orthopedic condition is caused by overuse of the arm, forearm and hand muscles. It is caused by inflammation of the tendons connecting your elbows to your arm. It may occur as a result of involvement in activities which involve repetitive gripping, which may cause inflammation of the tendons.
4. ACL tear
An ACL tear is the tearing of the anterior cruciate ligament as a result of a sudden stop, jump or twist of the knee. It is commonly experienced in sports like football, skiing, and basketball. Someone who develops an ACL tear may hear a loud pop followed by sharp pain, after which they may have difficulty standing or bending the knee.
5. Meniscus Tear
A meniscus tear is caused by abrupt turning or twisting of the meniscus, pieces of fibrocartilage which help the knee joint glide and turn when the foot is placed on the floor and the knee is already bent. It often happens to professional athletes but can also happen to non-athletes.
6. Shoulder Dislocation
A shoulder dislocation occurs when the head of the humerus joint pops out of the shoulder joint. It is often followed by intense pain and can cause the shoulder to be locked in a fixed position. It is common in contact sports, falls, or vehicle accidents.
7. Rotator Cuff Tear
A rotator cuff tear occurs when there is a slit in one or more of the tendons located in the rotator cuff muscles found in the shoulder. This may be caused by progressive degeneration or repeated wear and tear of the tendons and is common in both contact and non-contact sports.
8. Stress Fractures
Stress fractures are injuries resulting from overuse of muscles. As the muscles become weak and fatigued, they begin to lose the ability to absorb the shock caused by frequent impacts and eventually start to transmit this stress to the bone. This repeated stress can eventually result in small cracks developing in the bone.
9. Carpal Tunnel Syndrome
Carpal tunnel syndrome is caused by the compression of the median nerve as it passes through the wrist via the carpal tunnel. It can result in numbness, pain or tingling in the fingers and can be caused by diabetes, wrist injuries, hypothyroidism, rheumatoid arthritis, etc.
10. Distal Radius Fracture
A distal radius fracture occurs when there is a breakage in the radius near the wrist. It is usually as a result of you falling on your outstretched arm or an intense force being applied to the wrist.
February 18, 2025
Innovative Technologies: The Future of Orthopaedic Care at Apollo Hospitals
Improvements in medical technology have made significant progress in orthopaedic care throughout the years. From knee replacements to minimally invasive surgeries, these breakthroughs have profoundly improved treatment outcomes and the quality of life of the patients. As we go farther into the twenty-first century, a new generation of cutting-edge technology is poised to significantly transform orthopaedic care.
Apollo Hospitals, Karnataka, a renowned healthcare institution with a global presence, have long been synonymous with excellence in healthcare services. The hospital has consistently set benchmarks in patient care, medical research, and innovations in healthcare. Among its various departments, the Orthopaedic unit stands out as a pioneer in the field of orthopaedic care. As part of this devotion to quality, Apollo’s Orthopaedic unit is committed to provide top-notch orthopaedic treatment from a patient-centric perspective.
Which New Technologies are Revolutionising the Field of Orthopaedic Care?
Orthopaedic medicine has witnessed a paradigm shift in recent years, thanks to emerging technologies that have the potential to transform the way orthopaedic conditions are diagnosed and treated. Noteworthy new technologies being employed in the field of orthopaedic care include:
Artificial Intelligence and Machine Learning: In order to increase diagnostic accuracy and speed, AI and ML algorithms are being used to analyse medical pictures, including X-rays, MRIs, and CT scans. By helping to identify fractures, bone disorders, and other orthopaedic issues, these technologies empower medical professionals to make better judgements.
3D Printing and Bioprinting: The process of creating personalised implants and prostheses has been transformed by 3D printing. Implants and prostheses made specifically for a patient’s needs are produced using bioprinting. Bioprinting, which creates intricate tissues and organs using living cells, is a promising technique for repairing damaged cartilage and bone.
Virtual and Augmented Reality: Augmented and virtual reality technology enhance surgical planning and training precision. Future orthopaedic surgeons can examine and manipulate 3D models of their patients’ bones and joints, thanks to these technologies, which may be useful for developing their skills and planning treatments.
Nanotechnology: Nanotechnology (billionths of a metre) is the application of parts and materials with a nanoscale size. Orthopaedic medicine is exploring the use of nanotechnology to develop novel materials and coatings that can extend the life and performance of joint replacements.
Advancements in Orthopaedic Surgery
Orthopaedic surgery has seen significant advancements that have made procedures more precise, less invasive, and faster, leading to shorter recovery times and reduced postoperative pain. Here’s how orthopaedic surgery has advanced:
Minimally Invasive Surgery: Minimally invasive techniques, including arthroscopy and endoscopic procedures, have revolutionised orthopaedic surgery. These procedures require smaller incisions, leading to reduced scarring and shorter recovery periods.
Customised Implants and Prosthetics: Recent developments in 3D printing technology have made it feasible to create prostheses and implants that are specifically tailored to meet the needs of individual patients. Joint replacements can therefore fit more accurately and perform better over an extended period of time.
Biologics and Regenerative Medicine: Regenerative medicine uses biomaterials, tissues, and cells to support the body’s natural healing processes. Tissue engineering involves growing new organs and tissues in a lab before transplanting them into patients. These techniques reduce the need for joint replacements while repairing damaged bone and cartilage.
Computer-Assisted Navigation: Computer-assisted navigation systems are used during joint replacement surgeries to enhance precision and accuracy. These systems provide real-time feedback to the best Orthopedic surgeons in Bangalore, ensuring that implants are positioned optimally for the best patient outcomes.
Apollo Hospitals’ Vision for Integrating Future Technologies
The future of orthopaedic care at Apollo Hospitals, Karnataka, is firmly grounded in technological innovation. The hospital envisions the seamless integration of cutting-edge technologies to enhance patient care, diagnosis, and treatment. This vision includes:
Personalised Care: Apollo Hospitals, Karnataka, aims to continue personalising orthopaedic care by utilising advanced technologies, such as AI, to tailor treatment plans to each patient’s specific needs.
Telemedicine and Remote Monitoring: Thanks to developments in telemedicine and innovative orthopaedic technology, patients can now get treatment in the comfort of their own homes. In addition to utilising wearable technology to track their advancement and obtain personalised coaching, patients may engage with their physicians through video consultations, remote monitoring for conditions, such as joint replacements, and other means.
Enhanced Imaging: Apollo Hospitals, Karnataka, plans to invest in state-of-the-art imaging technologies, such as 4D imaging and advanced ultrasound, to further improve the accuracy of diagnoses and the planning of surgical interventions.
Customised Medical Care: The goal of personalised medicine is to tailor medical interventions to each patient’s unique requirements by taking into account their genetic, environmental, and lifestyle factors.
Continued Robotic Surgery Advancements: The hospital is committed to staying at the forefront of robotic-assisted surgery, embracing any new advancements and ensuring that patients receive the best surgical care available.
Ongoing Research and Upcoming Advancements
Apollo Hospitals’ commitment to innovation and excellence is exemplified by its ongoing research initiatives in the field of orthopaedic care. The hospital actively collaborates with leading research institutions and pioneers in the orthopaedic community to develop and implement the latest advancements.
Biomechanics Research: Apollo Hospitals, Karnataka, conducts research in the field of biomechanics, studying how forces and movements affect the musculoskeletal system. This research helps in developing more efficient orthopaedic procedures and treatments.
Stem Cell Therapy: The hospital is at the forefront of research on stem cell therapy for orthopaedic conditions. This regenerative approach has the potential to repair damaged tissues and slow down the progression of degenerative joint diseases.
Nanotechnology: Apollo Hospitals, Karnataka, explore the applications of nanotechnology in orthopaedics, particularly in tissue engineering. This area of research holds great promise for more effective and less invasive treatments.
Clinical Trials: The hospital actively participates in clinical trials to evaluate the safety and efficacy of emerging orthopaedic treatments and technologies. This ensures that patients receive the benefits of the latest breakthroughs.
Conclusion
Apollo Hospitals, Karnataka, known as the best Orthopaedic Hospital in Bangalore, have a long-standing reputation for providing high-quality healthcare services. The future of orthopaedic care at Apollo Hospitals is bright, with innovative technologies at the forefront of patient care. With a commitment to research, the integration of emerging technologies, and a patient-centric approach, choosing Apollo Hospitals for orthopaedic care is a step towards a healthier and more comfortable future for patients suffering from musculoskeletal conditions.
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Frequently Asked Questions
1
What should I expect during my first orthopedic consultation?
Your initial visit typically involves:
1. A detailed discussion about your symptoms, medical history, and lifestyle.
2. A physical examination to assess your condition.
3. Diagnostic tests such as X-rays, MRI, or blood tests if required.
4. Discussion of treatment options (non-surgical or surgical).
2
How long is the recovery after joint replacement?
1. Recovery varies based on the type of joint replaced (e.g., knee, hip, shoulder):
2. Short-term recovery (walking, daily activities): 6–12 weeks.
3. Full recovery: Up to 6 months for most cases.
4. Physical therapy plays a crucial role in speeding up recovery.
3
When should I see an orthopedic specialist?
You should consult an orthopedic specialist if you experience:
1. Chronic conditions like arthritis or osteoporosis.
2. Persistent joint or muscle pain.
3. Limited mobility or stiffness.
4. Injuries such as fractures, sprains, or dislocations.
4
What are the latest advances in orthopedic surgery?
Minimally invasive techniques:
1. Arthroscopy for joint repairs.
2. Robotic-assisted surgeries for precision.
3. 3D printing technology.
4. Custom implants and surgical planning tools.
5. Biologics.
6. Platelet-Rich Plasma (PRP) and stem cell therapies to promote healing.
5
How do I prepare for orthopedic surgery?
Preparation includes:
1. Understanding your procedure and recovery plan.
2. Managing medications (e.g., stopping blood thinners before surgery).
3. Pre-operative physical therapy or exercises to strengthen surrounding muscles.
4. Arranging post-surgery support (e.g., a caregiver, mobility aids).
6
What are common orthopedic surgeries?
Common surgeries include:
1. Joint replacement (hip, knee, or shoulder).
2. Arthroscopy (minimally invasive joint surgery).
3. Spinal fusion.
4. Fracture repair.
5. Tendon and ligament reconstruction.
7
What is joint replacement surgery?
Joint replacement surgery involves removing a damaged joint and replacing it with an artificial implant (prosthesis). Common replacements include hips, knees, and shoulders.
8
How long does it take to recover from joint replacement surgery?
Recovery typically takes:
1. Knee/Hip replacement: 6-12 weeks for most daily activities, with full recovery in 3-6 months.
2. Shoulder replacement: 2-6 months, depending on the procedure.
9
How long do joint replacements last?
Modern joint replacements can last 15-20 years or more with proper care.
10
What is arthroscopy?
Arthroscopy is a minimally invasive surgical procedure using a small camera (arthroscope) to diagnose and treat joint problems, such as meniscus tears, cartilage damage, or ligament injuries.
11
What is the recovery time for arthroscopy?
1. Recovery depends on the joint and procedure:
2. Minor procedures: 1-3 weeks.
3. More extensive repairs: 4-6 weeks or longer.
12
How are fractures treated?
Fractures are treated with:
1. Immobilization (casts, splints).
2. Surgery (internal fixation with plates, screws, or rods).
3. Physical therapy for rehabilitation.
13
How long does it take for a bone to heal?
Bone healing typically takes:
1. 6-8 weeks for smaller bones.
2. Longer (3-6 months) for larger or complex fractures.
14
What are common sports injuries treated by orthopedists?
Common injuries include:
1. Anterior cruciate ligament (ACL) tears.
2. Rotator cuff injuries.
3. Meniscus tears.
4. Stress fractures.
5. Tennis or golfer’s elbow.
15
Do all sports injuries require surgery?
No. Many injuries can be treated with rest, physical therapy, or injections. Surgery is only recommended for severe or unresponsive cases.
16
What are common treatments for back pain?
Treatments include:
1. Physical therapy and exercise.
2. Medications (pain relievers, muscle relaxants).
3. Epidural steroid injections.
4. Surgery (e.g., spinal fusion, laminectomy) for severe cases.
17
When is spine surgery necessary?
Spine surgery is required for:
1. Severe herniated discs.
2. Spinal stenosis.
3. Fractures.
4. Persistent nerve compression causing pain, weakness, or numbness.
18
What are common pediatric orthopedic conditions?
Common conditions include:
1. Clubfoot.
2. Scoliosis.
3. Developmental hip dysplasia.
4. Fractures or growth plate injuries.
19
Can children recover faster from orthopedic surgery?
Yes, children often heal faster than adults due to their active growth plates and better tissue regeneration.
20
What non-surgical treatments are available for orthopedic conditions?
Non-surgical treatments include:
1. Physical therapy.
2. Orthotics and braces.
3. Pain management (medications, injections).
4. Lifestyle modifications.
21
Are cortisone injections safe for joint pain?
Cortisone injections can effectively reduce inflammation and pain but should be used sparingly to avoid potential side effects like cartilage damage.
22
How important is physical therapy after orthopedic treatment?
Physical therapy is crucial for restoring strength, mobility, and function after injury or surgery.
23
How long does rehabilitation take?
Rehabilitation depends on the procedure:
1. Physical therapy.
2. Minor injuries: A few weeks.
3. Joint replacement: 3-6 months.
4. Major trauma: 6 months or more.
24
How can I prevent orthopedic injuries?
Preventive measures include:
1. Maintaining a healthy weight.
2. Regular exercise and strength training.
3. Proper posture and ergonomics.
4. Using protective gear for sports.
25
Can diet impact bone and joint health?
Yes. A diet rich in calcium, vitamin D, and protein promotes strong bones and reduces the risk of osteoporosis.
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