Knee Arthritis

Knee arthritis develops when the cartilage cushioning the knee joint wears down over time, leading to bone-on-bone friction. Patients usually notice stiffness in the morning, swelling after activity, and a grinding or catching sensation while walking or climbing stairs.

Diagnosis is usually confirmed through a clinical exam combined with X-rays, and sometimes an MRI if soft tissue involvement is suspected. Treatment can range from physiotherapy and weight management in early stages to partial or total knee replacement in advanced cases.

Hip Arthritis

Hip arthritis often presents as groin pain that radiates to the thigh or knee, along with reduced range of motion and a noticeable limp during longer walks. It tends to be more disabling than people expect, because the hip is involved in nearly every lower-body movement.

Early management includes activity modification and anti-inflammatory care; persistent, severe cases are typically evaluated for total hip replacement.

Joint Degeneration

General wear-and-tear of joints whether from age, repetitive strain, or prior injury can affect knees, hips, and shoulders alike. Symptoms include chronic ache, reduced flexibility, and discomfort that worsens with weather changes or prolonged activity. A staged treatment approach, starting conservatively and escalating only if needed, is standard practice.

Sports Injuries

Sports injuries commonly include ligament tears, meniscus damage, and tendon strains. These often present with sudden pain, swelling, and joint instability following a specific incident, a twist, fall, or impact. Arthroscopic evaluation is frequently used both to diagnose and treat these injuries in a single, minimally invasive procedure.

Ligament Injuries (Including ACL Tears)

An ACL (anterior cruciate ligament) tear is one of the more common sports-related knee injuries, especially in athletes who play football, basketball, or pivot-heavy sports. Patients often report a "pop" sensation at the time of injury, followed by swelling and a feeling that the knee is "giving way." ACL reconstruction is generally recommended for active individuals who want to return to sport or physically demanding work.

Cartilage Damage

Cartilage injuries can occur from trauma or gradual degeneration and often cause clicking, locking, or catching sensations in the joint. Depending on severity, treatment options range from physiotherapy to arthroscopic cartilage repair procedures.

Fractures

Fractures around joints particularly in the hip, shoulder, or knee region require careful assessment, since improper healing can affect long-term joint function. Treatment depends on fracture pattern, age, and bone quality, and may involve fixation, casting, or in some cases joint replacement if the fracture is severe.

Shoulder Problems

Shoulder pain can stem from rotator cuff tears, frozen shoulder, instability, or arthritis. Common symptoms include difficulty lifting the arm overhead, night pain, and weakness during everyday tasks like reaching or lifting. Treatment ranges from physiotherapy and injections to arthroscopic repair or, in advanced arthritis, shoulder replacement.

Chronic Joint Pain

When joint pain persists for months despite rest and basic care, it usually signals an underlying structural issue that needs proper diagnostic evaluation rather than continued self-management.

Total Knee Replacement (TKR)

In a total knee replacement, the damaged cartilage and bone surfaces of the knee are resurfaced with an artificial implant. This is typically considered when arthritis has progressed to the point where pain significantly limits walking, sleeping, or daily function, and non-surgical treatments no longer provide relief.

Total Hip Replacement (THR)

Total hip replacement involves replacing the damaged hip joint with an artificial implant designed to restore smooth, pain-free movement. It is generally recommended for patients with advanced hip arthritis, avascular necrosis, or certain hip fractures where the joint cannot be adequately repaired.

Partial Knee Replacement

When arthritis is limited to only one compartment of the knee rather than the entire joint, a partial (unicompartmental) knee replacement may be appropriate. This approach preserves more of the patient's natural knee structure and, in suitable candidates, can offer a comparatively quicker recovery than total knee replacement.

Robotic-Assisted Joint Replacement

Robotic-assisted systems allow for highly precise bone resurfacing and implant alignment based on each patient's unique anatomy. The technology assists the surgeon in planning and executing the procedure with greater accuracy, which can contribute to better implant positioning. The surgeon, not the robot, performs and controls the surgery at every step.

Minimally Invasive Techniques

Where clinically appropriate, minimally invasive approaches use smaller incisions and tissue-sparing techniques, which may help reduce post-operative discomfort and support a smoother early recovery though suitability depends on the individual patient's anatomy and condition.

Total & Reverse Shoulder Replacement

Shoulder replacement involves resurfacing or replacing the damaged ball-and-socket joint with an artificial implant. A total shoulder replacement is generally suited to patients with advanced shoulder arthritis whose rotator cuff tendons are still intact, since the procedure relies on those tendons for normal joint mechanics.

A reverse shoulder replacement changes the geometry of the joint; the ball and socket positions are reversed to allow the shoulder's larger deltoid muscle to compensate for the affected area. This option is typically considered for patients with a combination of advanced arthritis and significant rotator cuff damage, or for certain complex fracture patterns, where a conventional total shoulder replacement would not function well.

Both procedures aim to relieve pain and restore functional shoulder movement, with the choice between them guided by the condition of the rotator cuff and the specific pattern of joint damage seen on imaging.

Revision Joint Replacement Surgery

Revision joint surgery is performed when a previous joint replacement has worn out, loosened, or developed complications over time. These are technically more complex procedures that require specialized experience in managing altered anatomy and existing implant hardware.

Who Needs Joint Replacement?

Joint replacement is generally considered for patients who experience persistent pain, stiffness, or loss of function that interferes with daily activities, sleep, or mobility and who have not found lasting relief through physiotherapy, medication, or lifestyle changes. The decision is never based on age or X-ray findings alone; it depends on how significantly the joint is affecting quality of life.

When Should Surgery Be Considered?

Surgery is typically discussed when conservative treatments rest, physiotherapy, weight management, and medication no longer control symptoms, and when imaging confirms significant joint damage. This is a decision made jointly between patient and surgeon after a thorough evaluation, not a default first step.

What is the Recovery Process Like?

Recovery after joint replacement generally involves an initial hospital stay, followed by a structured physiotherapy program to rebuild strength and range of motion. Most patients progress from assisted walking to independent mobility over the following weeks, with continued improvement over several months. Exact recovery timelines vary based on the procedure performed, the patient's overall health, and adherence to the rehabilitation plan.