Expert hip replacement procedures using cutting-edge technology and minimally invasive techniques for faster recovery and better outcomes.
Normal hip: a ball (femoral head) and socket (acetabulum) joint. Both sides are covered with articular cartilage.
Diseased hip: osteoarthritis causes the articular cartilage to wear away, exposing bone and resulting in pain in the groin, hip, buttock or knee with restricted movement. Other inflammatory conditions like rheumatoid arthritis can also damage the hip.
Minimally invasive hip surgery: involves inserting the hip prosthesis through an incision usually <10 cm. This technique causes less muscle cutting and blood loss, giving faster recovery and a smaller scar; suitability depends on patient factors and is assessed during consultation.
Age is not an exclusion criteria, if the patient is medically fit.
Understanding potential complications and how we minimise them
~1‑2% risk; doubled in diabetic/obese patients. MRSA risk is lower. Antibiotics are given before and after surgery.
~1‑2% risk. Prevention includes hydration, elastic stockings, calf pumps, anticoagulant medication and early mobilisation. Pulmonary embolism is a serious potential complication. Risk <0.5%
Small risk, highest in first three months; following hip‑precaution instructions reduces the risk.
Minor differences can occur; a shoe insert can correct it.
Force used to insert cementless prosthesis may cause bone fracture; crutches may be needed for 6‑12 weeks. Patients with osteoporotic bone are at increased risk and bone health should be optimised before surgery.
Arterial injury is very rare. Nerve injury is uncommon and may lead to a limp or foot drop. If foot drop occurs, may require use of a splint.
Causes are multifactorial. Usually temporary and improves as muscles heal and strengthen. Weak muscles prior to surgery may lead to prolonged recovery. Other causes are limb length inequality, nerve injury and disease in other joints such as the spine, knee or foot.
Blood work and hip X‑ray; some patients also need chest X‑ray, ECG and tests for underlying conditions.
Urine sample checked for infection; patients are screened for MRSA and COVID.
Stop Aspirin /anticoagulants as per pre-assessment/surgeon's advice (Can be 2 to 5 days prior to surgery.) Substitute medications may be required.
Stopping smoking reduces risk of chest infection, blood clots and improves bone healing capacity. Exercise is important to improve preoperative muscle strength and aid rehabilitation. Weight reduction leads to longevity of the prosthesis and reduces complications of surgery. Ensure any underlying infections ( to skin, chest, dental, waterworks ) are treated prior to surgery.
Patients may return to the ward with an intravenous drip, catheter, oxygen, analgesia pump and sometimes a wound drain. Physiotherapy and mobilisation typically begin within 24 hours, with modern pain management techniques to support early mobilisation and recovery.
Should commence prior to surgery and continues on the day of surgery if possible. Exercises in and out of bed are prescribed; mobilisation begins with a Zimmer frame, progressing to crutches and sticks.
Usually 1‑2 days post‑surgery. Patients receive an App (Patient Journey App) outlining exercises.
Avoid crossing legs, twisting/pivoting and bending the hip more than 90° for the first three months.
Common questions about hip replacement surgery answered by our expert team
Most hip replacement surgeries take between 1-2 hours. The exact duration depends on the complexity of your case and whether it's a primary or revision procedure.
Most patients can return to light activities within 2-4 weeks and resume normal activities within 6-12 weeks. Full recovery typically takes 3-6 months.
Yes, physical therapy is essential for optimal recovery. We provide a comprehensive rehabilitation program tailored to your specific needs and recovery goals.
Modern hip replacements typically last 15-20 years or longer. With proper care and regular follow-ups, many patients enjoy their new hip for decades.
Most patients can return to walking, swimming, cycling, and golf. High-impact activities like running may need to be discussed with your surgeon.
We use advanced pain management techniques including regional anesthesia and multimodal pain control to ensure your comfort throughout the recovery process.
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