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It's a mismatch of the force generating capacity of a muscle and the stiffness of its tendon, which is the capability of the tendon to resist force.
When the strength of a muscle increases, for example, due to training or maturation, the stiffness of the tendon represented here below as the slope of the force-strain relationship increases as well, and the strain during a maximum contraction does not change despite the larger forces that act on the tendon. This is, however, not always the case and thus the strain of a tendon can increase.
Since the ultimate strain of tendons cannot be changed, the strain of a tendon during a maximum voluntary contraction is therefore a good indicator for the mechanical demand that the muscle can place on the tissue, and it can serve as a parameter to identify muscle and tendon imbalances.

If you want to learn more about this topic, you can watch Dr. Falk Mersmann's lecture here:
These clips below show some exercises examples which can be used to train tendons. These are explained in detail on Dr. Falk Mersmann's lecture on Trust Me-Ed

If you want to learn more about this topic, you can watch Dr. Falk Mersmann's lecture here:
Click here
Source:
1. Lecture ‘How to Train Human Tendons’ by Dr. Falk Mersmann.
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