Orthopaedics is a surgical specialty which deals with the accurate diagnosis, assessment and treatment of the joints, muscles and tendons, bones and other related structures. Knee surgery is a complex area and treats problems relating to acute knee injuries as well as degenerative conditions affecting the knee.
Due to the significant reliance of the knee on soft tissue structures including the ligaments and tendons to provide strength and stability to the knee during every day tasks as well as sporting activity. This means treatments for knee pain often involve non surgical physiotherapy intervention or significant periods of rehabilitation post operatively:
- Knee proprioception exercises
- Knee range of motion exercises to regain lost flexibility
- Patellar tendon loading progressions
- Muscle flexibility work
- Strength work and rotational control exercises raging the hip and knee
In cases where there have been limited benefits with physiotherapy or injections or where there is a clear structural need for surgery on imaging identified the following orthopaedic surgeries may be offered:
- Keyhole meniscus surgery; This may involve repairing a torn meniscus or transplantation of a new meniscus where appropriate
- Anterior cruciate ligament reconstruction; This may be done with a graft from the hamstrings or in some cases a donor graft
- Knee preservation surgery; This may involve cutting and realigning the lower leg bones to reduce forces on a worn part of the knee or repairing defects in the joints surfaces (cartilage surgery)
- Total knee replacement surgery (TKR); New techniques ensure that he metal components used may be custom manufactured to suit each patient’s anatomy
Traditionally, orthopaedic injections for knee symptoms have involved injecting corticosteroid but novel technology enables knee specialists to offer specific constituents of a patients blood involving factors which assist healing. These platelet rich plasma (PRP) injections can be offered in certain situations to optimize knee tissue healing.