Neuroscientists typically
induce electrical pulses in the neurons artificially in order to perform research on synaptic mechanisms.
They observed the cerebral cortices of mice whose whiskers were repeatedly stimulated mechanically without an artificially -
induced electrical pulse.
Not exact matches
Highly focused magnetic
pulses of up to 1.5 teslas
induce an
electrical current two to three centimeters deep in the left prefrontal section of the cerebral cortex.
«The fact that we can
induce a short seizure, of approximately 1 to 3 minutes long, with the exact timing of an
electrical pulse, and that these worms react well to antiepileptic drugs, makes this new assay a perfect model for high - speed drug screens in multi-welled plate readers,» said Ken Dawson - Scully, Ph.D., corresponding author and associate professor in the Department of Biological Sciences and associate director of the FAU Brain Institute.
By observing these natural stimuli, professor Holtmaat's team was able to demonstrate that sensory stimulus alone can generate long - term synaptic strengthening without the neuron discharging either an
induced or natural
electrical pulse.
PEMF uses
electrical energy to direct a series of magnetic
pulses through injured tissue, and each magnetic
pulse induces a tiny
electrical signal that stimulates cellular repair by upregulating a tissue repair protein called «heat shock protein» and also by increasing the uptake of oxygen and nutrients into tissue.
In the case of bone healing, PEMF uses
electrical energy to direct a series of magnetic
pulses through injured tissue whereby each magnetic
pulse induces a tiny
electrical signal that stimulates cellular repair.