Shoulder Replacement Recovery

Occasional clicking or mechanical sensations can occur as tissues move around a new joint, especially while strength and control are still returning. Clicking that is painless and not associated with loss of movement is different from a sudden clunk with severe pain, deformity or inability to move the arm.

Pain relief should normally be reduced according to your discharge plan and as pain becomes manageable. Do not stop prescribed medicines abruptly if you have been given specific instructions, and ask your pharmacist, GP or surgical team if you are unsure about tapering or side effects.

Possible infection signs include increasing redness, heat, swelling or tenderness around the wound, discharge, fever, shivering or pain that is worsening rather than settling. Contact the surgical team or urgent medical services according to severity.

A shoulder replacement dislocation can cause sudden severe pain, a change in the shape or position of the shoulder, and a sudden loss of movement or ability to use the arm. Suspected dislocation needs urgent medical assessment and should not be tested or manipulated at home.

A large part of shoulder-replacement rehabilitation happens at home, but the programme still needs to be appropriate for your operation. Home exercise works best when it is reviewed and progressed as movement, pain and strength change.

The best protection is following the movement and loading restrictions given for your exact replacement, using the sling as advised and progressing function gradually. Avoid copying another patient’s protocol because restrictions can differ between reverse and anatomic replacements.

Most recovery symptoms improve gradually, but worsening wound redness or discharge, fever, sudden severe pain, a new deformity, loss of function, marked arm swelling, chest pain or shortness of breath need prompt medical assessment.

A sense of weakness or poor control can feel like instability while the shoulder muscles recover. True mechanical instability, especially with sudden pain, a clunk, deformity or loss of movement, needs medical review.

Stiffness is common because the joint has been operated on, tissues are healing and the shoulder is deliberately protected early on. The solution is usually graded movement within the surgeon’s protocol, not forcing the shoulder. A shoulder that is becoming progressively more restricted or remains markedly limited should be reviewed.

Anatomic and reverse shoulder replacements change the mechanics of the joint in different ways. Rehabilitation therefore cannot be treated as identical. An anatomic replacement may need particular protection of repaired soft tissues such as subscapularis, while a reverse replacement relies more heavily on the deltoid and has its own movement and loading precautions.

Weakness is expected after surgery because of pain, immobilisation and muscle inhibition. Strength usually returns after movement and tissue healing are sufficiently established. Progress from low-load control to functional strengthening rather than jumping straight to heavy weights.

Physiotherapy is particularly useful when you are unsure how to progress, movement is lagging, pain or swelling repeatedly flare after exercise, you are compensating heavily, or you need a structured return to work, gym or sport.

Bruising is common after shoulder replacement and can track down the upper arm, elbow or forearm before fading. It should generally improve over time. Rapidly increasing bruising with major swelling, wound bleeding, severe pain or feeling unwell should be discussed with the surgical team.

Physiotherapy usually includes checking pain and swelling, reviewing the surgeon’s restrictions, restoring movement, improving active shoulder control, rebuilding strength and helping you return to practical goals such as dressing, driving, work, hobbies and sport.

Anatomic and reverse shoulder replacements change the mechanics of the joint in different ways. Rehabilitation therefore cannot be treated as identical. An anatomic replacement may need particular protection of repaired soft tissues such as subscapularis, while a reverse replacement relies more heavily on the deltoid and has its own movement and loading precautions.

Improving movement is about regular, controlled practice within the allowed range rather than forcing end range. Quality matters: avoid excessive shrugging or trunk leaning to create the appearance of more shoulder movement.

Bands are a strengthening tool, not an automatic early exercise. Start them only when active movement is good enough and your protocol allows resisted work. The appropriate direction and load depend on the operation and tissues that were repaired.

Exercises after shoulder replacement change with the healing stage. Early rehabilitation often protects the operation while maintaining hand, wrist and elbow movement and only the shoulder movements your protocol permits. Strengthening is introduced later and should follow the specific operation and surgeon’s restrictions.

Cycling after shoulder replacement depends on the type of cycling and how safely you can control the arm. A stationary bike may be possible earlier than outdoor cycling, which also requires steering, braking and enough confidence to manage the risk of a fall. Follow your surgeon’s restrictions.

Stiffness is common because the joint has been operated on, tissues are healing and the shoulder is deliberately protected early on. The solution is usually graded movement within the surgeon’s protocol, not forcing the shoulder. A shoulder that is becoming progressively more restricted or remains markedly limited should be reviewed.