What Does Total Hip Replacement Treat?

The surgeon removes the damaged ball and socket surfaces and replaces them with artificial components. This can address pain caused by worn cartilage, bone-on-bone contact, collapse of the femoral head, or abnormal hip shape. Hip osteoarthritis is a frequent reason for the operation; other examples include avascular necrosis of the hip and hip dysplasia when damage has become advanced. The aim is to improve comfort and movement, not to treat every source of pain around the pelvis or lower back.

The replacement may include a metal stem and cup, a bearing surface such as ceramic or highly cross-linked polyethylene, and fixation with or without bone cement. The choice depends on bone quality, anatomy, activity, and the surgeon's assessment.

Ask for an examination and imaging review that identifies where the pain comes from and how much the joint is damaged. Discuss walking tolerance, sleep disruption, stiffness, medicines, physiotherapy, and the activities you want to regain. Before surgery, plan help at home, clear trip hazards, and learn the movement precautions recommended for your procedure. Your surgeon can explain why a particular implant design or bearing fits your anatomy.

Arrange medical assessment for persistent groin or hip pain, increasing stiffness, a limp, or difficulty putting on shoes or climbing stairs. Seek urgent care after an operation for severe calf swelling, sudden breathlessness, chest pain, a new inability to bear weight, fever with wound drainage, or a hip that suddenly feels out of place.

Which finding shows that my hip joint, rather than another area, is causing the pain? What alternatives should I try first? Which implant components and bearing surface do you recommend, and why? What movements, driving plans, and rehabilitation milestones apply to me?