Inhibition of seizures by discharges

There was also an increase in NMDA binding sites in the vendor medial hypothalamus.
These findings may signal the real existence of an antidepressant effect of TMS and petrochemical potential interference of synaptic transmission in the CNS.
Inhibition of seizures by discharges electroconvulsive (DEC)
Fleischmann et al in 1999 in an animal study to explore the effects of TMS on seizure inhibition properties, divided mice into two groups: animals that received sham TMS (sham TMS) and TMS (intensity 2.5 T, 20 Hz for 4 seconds, 2 sessions per day for 16 days).  http://www.superiormuscle.com/forums/womens-health-fitness/60666-tips-fat-loss#post681751
Both groups received DEC in 11 days, 17 and 21 to test parameters (presence and duration of attacks).
The authors concluded that the group that received TMS had fewer seizures and shorter seizures, but this effect was short-lived, after 5 days of TMS response to ECS was normalized.
This effect is similar to that observed in animals receiving DEC.
Reduction in the duration of the seizure finding the EMT the first aspect to consider when analyzing human studies and the place of stimulation
Generally, it is chosen the prefrontal cortex to the study of depression. Why?
The simplest explanation is the belief that due to hypoactivity of the left prefrontal cortex is assumed that this is involved in the pathology of depression.  http://forum.maternal.com.au/viewtopic.php?f=42&t=211847&p=3741162#p3741162
Therefore, this must be the place to stimulation. George et al [1994], in a review article, correlate dysfunction of the left prefrontal cortex with major depression.