When people use their muscles, the intensity of
the electrical stimuli from the nerves to the muscles increases as the muscles become tired.
Not exact matches
Axons, the long projections of neural cells which form the nerves of our peripheral nervous system, are like
electrical cables: they have thick
electrical insulation so that they can quickly relay
stimuli from the body and signals
from the brain to a toe, for example.
Corresponding
electrical stimuli can then be transmitted
from the prosthetic skin to the body to stimulate peripheral nerves via an ultrathin multi-electrode array, which is decorated with ceria nanoparticles for inflammation control.
Dublin — 9th March, 2018 — Researchers
from AMBER, the Science Foundation Ireland - funded materials science institute have developed a new biomaterial which is capable of both regenerating tissues which respond to
electrical stimuli (such as the nerves, spinal cord, heart, brain and muscles) as well as eliminating infection — an ever - growing problem in hospitals.
Because the response amplitude is so small it is necessary to average the responses to multiple
stimuli (clicks) to unmask them
from the other unrelated
electrical activity that is also present on the scalp (EEG, muscle activity, etc).
Because the response amplitude is so small (fractions of a microvolt) it is necessary to average the responses to multiple
stimuli (clicks) to unmask them
from the other unrelated
electrical activity that is also present on the scalp (EEG, muscle activity, etc).