What percentage decrease in stiffness and maximal load is associated with gamma radiation according to the discussed principles?

The association of gamma radiation with a specific percentage decrease in stiffness and maximal load is rooted in its effects on material properties. In the context of rehabilitation and orthopaedic management, understanding how gamma radiation influences tissue characteristics is crucial for developing effective post-operative care plans.

The correct choice reflects a notable reduction in stiffness (12%) and a significant decrease in maximal load (26%). This highlights the impact of gamma radiation on the mechanical properties of tissues, indicating that while stiffness is moderately affected, the capacity of the tissue to bear loads is considerably more impacted. Such changes must be taken into account when planning rehabilitation protocols, as they inform the clinician about the expected performance and strength of the affected tissue during recovery.

In the realm of orthopaedic rehabilitation, recognizing these changes helps in tailoring exercises and load-bearing activities, ensuring they are appropriate for the altered properties of the tissue post-radiation exposure. This allows for a safer and more effective rehabilitation journey, aiding in restoring function while minimizing the risk of complications.