The study also shows that a central summation of nociceptive and non-nociceptive afferentactivity can occur once secondary hyperalgesia is present.
2
We propose that afferentactivity from muscle and skin may play a role in the regulation of bipedal gait through transcortical pathways.
3
During normal walking, a significant correlation was observed between the magnitude of SLCRs and the estimated muscle spindle secondary afferentactivity (P = 0.04).