This simple example of how strength is specific may well be one of the key reasons
why eccentric strength is so effective for reducing muscle strain injury risk, as it enables the muscles to absorb more kinetic energy than they can typically produce.
And this is
why eccentric strength provides an accurate estimation of absolute strength.
Not exact matches
This would then explain
why eccentric training tends to produce greater gains in
strength overall, because
eccentric training typically involves greater absolute loads (as well as more muscle damage).
Thus, the neural mechanisms underpinning the adaptations to
eccentric strength gains may in fact transfer well from
strength training exercises to athletic movements, although exactly
why remains to be established.
The neural mechanisms underpinning the adaptations to
eccentric strength gains may therefore transfer reasonably well from
strength training exercises to sprinting, although exactly
why is unclear.