MEPs were recorded from these muscles in response to transcranial magnetic stimulation.

The second group had the same number of sessions of low-frequency magnetic stimulation.

This study describes the response of the diaphragm to paired transcranial magnetic stimulation.

The magnetic stimulation effect at 650 ms was larger for hands than for feet.

After repetitive transcranial magnetic stimulation application, oculomotor performance was evaluated with an overlap paradigm.

Conclusions: Repetitive transcranial magnetic stimulation is a promising technology.

Results show that delivery rate can be remotely regulated using the frequency of magnetic stimulation.

Neuroscientists have developed a research tool called transcranial magnetic stimulation (TMS).

Motor evoked potentials in soleus muscle after transcranial magnetic stimulation showed normal threshold and latencies.

They used transcranial magnetic stimulation and EEG technology.

We conclude that magnetic stimulation shortens RT by inducing an earlier initiation of this excitability increase.

Transcranial magnetic stimulation and functional imaging showed connectivity between the ipsilateral hemisphere and the paralyzed arm.

Several treatments have been investigated in resistant depression using electrical or magnetic stimulation of the brain.

The effect of transcranial magnetic stimulation application in acute or subacute patients has not been systematically studied.

The results show that the repetitive transcranial magnetic stimulation effect was specific for frontal eye field stimulation.

However, there is no report that describes the effectiveness of functional magnetic stimulation (FMS) for dysphagia.