1. In seven human subjects who were standing without support the sural nerves were
stimulated electrically using trains of non‐painful stimuli (five pulses at 300 Hz), designed to …

1. Cutaneous reflex responses have been recorded from muscles involved in the control of
finger movement following electrical stimulation of the digital nerves of the fingers in man. 2 …

1 Four experiments tested the hypothesis that movement‐induced discharge of
somatosensory receptors attenuates cutaneous reflexes in the human lower limb. In the first …

1 Neurophysiological evidence that afferent information from skin receptors is important for
proprioception has been gathered mainly in experiments relating to the human hand and …

Cutaneous reflexes in the upper limb were elicited by stimulating digital nerves and
recorded by averaging rectified EMG from proximal and distal upper limb muscles during …

Cutaneous reflexes in lower limb muscles were recorded from healthy human subjects after
non-noxious electrical stimulation of superficial peroneal (SP), sural and distal tibial nerves …

1. In six human subjects standing without support, the reflex response of the tibialis anterior
muscle (TA) was elicited by painful electrical stimulation (500 Hz, 20 ms) of the anterior sole …

1. Microneurographic techniques were used to isolate single afferent axons within
cutaneous and motor fascicles of the median and ulnar nerves at the wrist in thirteen …

1. Reflex responses were elicited in muscles that act at the ankle by electrical stimulation of
low-threshold afferents from the foot in human subjects who were reclining supine. During …

The purpose of the present study was to determine whether tactile cutaneous reflexes from
the skin of the foot contain location-specific information during human walking. Muscular …