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Robotic Knee Replacement in Pune
Robotic Knee Replacement in Pune

Robotic Orthopaedics Surgery

Robotic Knee Replacement in Pune


Orthopaedics is the science of bones and joints or the musculoskeletal system of the human body. Orthopedicians are concerned with diagnosing and treatment of disorders of the musculoskeletal system. Orthopaedic surgeons specialize in diagnosing, treating and preventing diseases, injuries and deformities of the musculoskeletal system. They provide comprehensive care for patients with sports injuries and congenital deformities. These specialists also treat fractures, Arthritis and spinal disorders. When robotic joint replacement are performed using robotic equipment for precision care, they are called robotic surgeries. Orthopaedic conditions have three main categories such as conditions that affect the skeletal system, conditions that affect the musculoskeletal system and conditions that affect supporting tissues such as Cartilage and Ligaments.

Robotic Knee Replacement in Pune

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Why Manipal?

Manipal is the top hospital for robotic knee replacement in Pune. Our doctors are some of the best robotic joint replacement surgeon in Pune, with specialized training in minimally invasive procedures and robotic-assisted surgery.

Our team of robotic joint replacement surgeons in Pune treats all bone and musculoskeletal-related conditions with utmost care. Manipal Hospitals, Kharadi, has ultra-modern, Hi-tech robotic equipment and facilities along with experienced medical staff to ensure patient satisfaction.

Robotic Knee Replacement in Pune

Types of Robotic Assisted and Knee Replacement Surgery In Pune

Robotics Assisted Surgery

When a surgical procedure is performed using robotic devices guided by a surgeon, it is termed as robotics assisted surgery. It has many applications in the clinical field, as robotics surgery helps surgeons perform complex surgeries with precision instruments and advanced systems which minimize the patient body invasion and reduce recovery time for patients. 

The robotics device is equipped with endoscopic viewing devices, scanners and laser blades which help visualize affected areas without the need of open surgery as per traditional surgery methods. Doctors can plan and chart the surgery and perform the procedure with higher precision and lower risk to patient life.

Robotic Partial Knee Replacement

Partial Knee Replacement replaces the damaged part of the patient’s knee joint with an artificial joint or part of it, using robotic surgery. The procedure treats pain, deformity and loss of function due to Osteoarthritis by removing and replacing the damaged bone and cartilage with metal, plastic and synthetic materials. This type of surgery treats patients who are not responding well to other treatments for their Osteoarthritis or if there is evidence that their condition will worsen over time. The recovery time in such surgeries is shortened and healing outcomes are much faster compared to traditional methods of surgery.

Robotic Total Knee Replacement

Total Knee Replacement replaces the patient's damaged knee joint with an artificial joint using robotic surgery. The procedure treats pain, deformity and loss of function due to Osteoarthritis by removing and replacing the damaged bone and cartilage with metal, plastic and synthetic materials. This type of surgery treats patients who are not responding well to other treatments for their Osteoarthritis or if there is evidence that their condition will worsen over time.

Robotic Total Hip Replacement

Total Hip Replacement uses artificial parts to replace the ball and socket of the hip joint using minimally invasive robotic surgery methods. Osteoarthritis, characterized by a breakdown of the cartilage, is the main reason that covers the ends of the bones, causing pain, stiffness and loss of joint function.

Total Hip Replacement involves breaking the bone in the thigh (femur) and removing and replacing the damaged joint with an artificial joint.

Primary Complex Hip and Knee Replacement Surgery

Primary Complex Hip and Knee Replacement Surgery replaces the entire joint. It helps patients who have suffered a traumatic injury or have an infection in their joints.

The cause of Primary Complex Hip and Knee Replacement Surgery is typically a traumatic injury or infection in the joint, which can happen due to sports injuries, falls, car accidents, and other causes. The pain caused by these injuries can be debilitating for patients. Primary Complex Hip and Knee Replacement Surgery can help them regain mobility and quality of life.

What are Orthopaedic Conditions?

Orthopaedic conditions are a broad term that refers to any disorder of the musculoskeletal system, including the bones, joints, and ligaments.They can result from injuries or illnesses that affect the musculoskeletal system. 

Manipal Hospitals Kharadi offers various other treatments for orthopedic conditions such as those discussed here.

Common orthopaedic conditions include:

  • Arthritis
  • Arthritis causes inflammation in the joints.
  • Many different types of Arthritis exist, including Rheumatoid Arthritis, Osteoarthritis, and Gouty Arthritis.
  • Arthritis can also cause pain in other parts of the body, such as the spine or neck.
  • Fractures
  • It is a fracture when a bone breaks from an impact or bumps or gradually from ageing or repetitive stress.
  • Pain, swelling and difficulty in moving are common symptoms of a fracture.

Diagnostic Facilities

  • X-ray
  • X-rays are a diagnostic tool for evaluating orthopaedic conditions, such as Fractures and Arthritis. They can also be used to assess lung and abdominal conditions. High energy beams pass through the body on a particular film plate or another recording medium to generate X-ray images. 
  • X-rays are widely used in medicine because they are relatively safe and easy to use. 
  • CT Scan
  • A CT scan combines X-rays and computer processing to produce cross-sectional images (often called "slices") of the body, including the bones and soft tissues.
  • CT scans diagnose orthopaedic conditions, such as Joint Injuries or Stress Fractures. A CT scan can determine whether a patient has fractures in the bones of the spine or pelvis.
  • The table with the patient slides into a tube-like scanner. The scanner obtains X-rays from different angles. A computer uses these images to create 3D pictures of the inside of the body, allowing doctors to see bones in greater detail than traditional x-rays, which only show bone shapes.
  • MRI
  • MRI creates images of organs and structures within the body using magnetic waves. The MRI process allows physicians to view soft tissues without ionising radiation, which can help diagnose orthopaedic conditions such as Arthritis and Tendonitis.
  • EMG
  • Electromyography (EMG) measures the electrical currents produced during muscle contraction. When a person exercises, the muscle fibres produce tiny electrical signals. The EMG machine captures these signals to help diagnose various orthopaedic conditions.
  • EMG works by placing small needle electrodes on the skin over suspected muscle or nerve damage areas. These electrodes detect tiny electrical impulses produced by the muscles and nerves. If areas of damage are detected, those areas will show up as abnormal results on the computer screen.

Treatment Facilities

  • Intra Articular Injection
  • Intra Articular Injection involves injecting medication into the joint. The medication can be a steroid, anaesthetic, or both to treat conditions such as Arthritis or Bursitis. It can also help with conditions like Tennis Elbow or Carpal Tunnel Syndrome.
  • The doctor typically does the injection with the help of an X-ray machine or fluoroscope to guide them in placing the needle inside the joint. 
  • Cast Removal
  • Cast removal is a treatment for orthopaedic conditions that uses casts to immobilise and support an injury.
  • Cast removal may be necessary if the patient has a broken bone or torn ligament, but many different factors determine when it is time to remove the cast.
  • Laminectomy
  • Laminectomy is a surgical procedure that removes part of the lamina—the fibrous tissue that connects two vertebrae. The procedure treats orthopaedic conditions, such as Spinal Stenosis or spinal Arthritis.
  • The most common approach is a Posterior Laminectomy, which involves removing the lamina's portion behind the vertebrae, allowing more space in the spinal canal and making it easier for surgeons to visualise and access the spine.
  • An Anterior Laminectomy is a less common approach involving removing portions of the lamina's front and back when tumours grow on or near the spine or repeated surgeries have failed to resolve symptoms caused by degenerative conditions like Osteoarthritis or Scoliosis.
  • Total Elbow Replacement
  • Total Elbow Replacement replaces the entire elbow joint. It is common in older adults with Arthritis or Osteoarthritis. Arthritis occurs when joints become damaged due to inflammation and overuse. Osteoarthritis typically affects people over 50 years old, while Rheumatoid Arthritis (RA) affects people between 20-50 years old.
  • Total Elbow Replacement removes any pain from bone or cartilage damage within an arthritic joint. It also helps patients regain function and mobility.
  • Limb Deformity Correction
  • Limb Deformity Correction is a surgical procedure that corrects a limb deformed from birth or trauma. It involves the removal of damaged tissue and bone, replacing this tissue with new bone grafted from other parts of the body or a donor.
  • Physiotherapy
  • Physiotherapy is a treatment for patients who have been injured or are suffering from a disorder. It focuses on restoring movement and strength to the body and helping patients improve their overall quality of life.
  • Physiotherapy also treats many different injuries and disorders, including back pain.
  • Arthroplasty
  • Arthroplasty is the replacement of a joint surface and also repairs damaged joints.
  • The surgery uses an incision on either side of the joint by removing damaged bone and cartilage and inserting new parts made of metal or plastic. The surgery may use small incisions, allowing less pain and faster recovery.
  • Joint Preservation Procedures
  • Joint Preservation Procedures prevent joint degeneration and preserve mobility. These procedures aim to reduce the pain and disability resulting from chronic joint degeneration.
  • There are several types of joint preservation procedures. One type involves a surgical procedure in which a synthetic material is placed inside the joint space to protect the articular cartilage from further damage. Another procedure involves injecting a steroid medication into the joint space, which helps reduce inflammation and swelling and relieves pain. Both procedures help patients with Osteoarthritis or Rheumatoid Arthritis.
  • Fracture Surgeries
  • Fracture Surgeries are standard procedures performed by Orthopaedic Surgeons to treat various conditions. Common fracture sites include the Clavicle, Tibia, Fibula and Femur.
  • Fracture Surgeries can be either open or closed. In an open procedure, surgeons make an incision to access the fracture site, while in a closed procedure, they work through small incisions made in the skin near the fracture site.
  • Complex Articular Reconstructions
  • Complex Articular Reconstructions restore function and stability to the knee, hip, ankle and shoulder joints. These surgeries can improve mobility and functionality by repairing damaged cartilage or replacing it with grafts from other body parts.
  • There are two main techniques for Complex Articular Reconstructions: Microfracture Surgery and Osteochondral Autograft Transfer (OAT). Microfracture surgery uses a drill to make small holes in the damaged cartilage area, allowing blood to enter the space between bones and stimulating new tissue growth. The surgeon then removes any dead bone tissue that remains after the procedure. 
  • OAT involves transferring healthy cartilage from another body part into the damaged area. This technique helps in a bone-on-bone condition or if a patient has had previous hip surgery that has failed to correct their condition.

Facilities & Services

Manipal Hospitals has a team of the best robotic knee replacement surgeons in Pune. The world-class facilities include:

  • General Orthopaedics

  • Shoulder Injury Management

  • Knees Injury Management

  • Sports Medicine

  • Trauma Management 

  • Pediatric Orthopaedics

  • Joint Replacement Surgeries 

  • Physiotherapy

  • Total Hip Replacement. 

  • Surgical treatments. 

    • Arthroplasty

    • Orthobiologics

    • Cartilage Restoration 

    • Joint Preservation Procedures

    • Fracture Surgeries

    • Complex Articular Reconstructions

    • Salvage Procedures for Neglected Trauma 

    • Polytrauma Management. 

    • Congenital and Developmental Disorders in Children

    • Limb Preservation 

    • Oncological Reconstruction

    • Hand and Wrist Disorders

    • Minimally Invasive Procedures 

    • Pre-surgery and Post-Surgery Assistance 

FAQ's

The role of physiotherapy in hip surgery is to help patients recover from the procedure. A physiotherapist works with the patient to ensure they have all the tools necessary to return to their everyday life, helping patients regain mobility, preventing injuries that may occur during recovery, and keeping them engaged in their care. We have the finest physiotherapists at the best orthopaedic Hospital in Kharadi.

When performed by trained experts, Robotics Surgery is a very safe and secure procedure with better and faster recovery results for patients.

Total Knee Replacement is a surgical procedure for the replacement of knee joints for relieving pain in the elderly and or done as a remedy treatment for patients who have suffered a sports injury consequently leading to loss of movement. Robotic surgery for total knee replacement is a good option for people suffering from mobility issues and knee pain. It is a surgery that helps you enjoy your routine activities and day-to-day life. Depending on the specifics and the doctor's suggestion the robotic knee replacement cost in Pune can fluctuate.  

Yes, Robotic Unicompartmental Surgery is a minimally invasive procedure which makes it an improved version of surgery. Incisions or cuts made in the patient body are smaller compared to traditional surgery methods and hence recovery takes place in a shorter time frame as well.

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