<p>(A) Sound stimuli consisted of a train of 1-ms clicks at 100 Hz in repetitive frequency and 70 dB SPL in sound pressure. An abrupt increase of 10 dB in sound pressure was used to evoke the Test response, while that for the prepulse (5 dB) was used to inhibit the Test response. Each bar indicates a single click. (B) An example of prepulse inhibition of the change-related auditory response by a prepulse presented 60 ms before the Test stimulus in a representative subject. Recorded MEG waveforms in the Pre run of the Placebo session for the Standard (Ba), Test (Bb), Prepulse (Bc), and Prepulse + Test (Bd) stimuli are shown. The Test alone MEG response (Ca) was obtained by subtracting the waveform for the Standard stimulus (Ba) from that for...
Feedforward inhibition deficits have been consistently demonstrated in a range of neuropsychiatric c...
The acoustic startle response is a protective response, elicited by a sudden and intense acoustic st...
<p>(A) The results of Experiment 1–1 (10–200 ms) and Experiment 1–2 (300–800 ms) are shown together....
<p>(A) Sound stimuli consisted of a train of 1-ms clicks at 100 Hz in repetitive frequency and 70 dB...
Both prepulse inhibition (PPI) of the startle response and P50 sensory gating are important tools to...
Despite their indispensable roles in sensory processing, little is known about inhibitory interneuro...
The acoustic startle response is decreased by a prepulse occurring 30-500 ms earlier. This prepulse ...
Cortical positivity as measured by slow event-related potentials is assumed to represent a decreased...
OBJECTIVES: Motor-evoked potentials (MEPs) to transcranial magnetic stimulation (TMS) show a profoun...
Prepulse inhibition and facilitation of the blink reflex are said to reflect different responses eli...
Sensorimotor gating, the process by which organisms filter extraneous sensory stimuli, is commonly a...
The perceived intensity of an intense stimulus as well as the startle reflex it elicits can both be ...
Prepulse inhibition (PPI) depicts the effects of a weak sound preceding strong acoustic stimulus on ...
It is well established that a weak lead stimulus will inhibit the startle response to a more intense...
<p>Data from a representative subject are presented. Shown is the stimulation paradigm, superimposed...
Feedforward inhibition deficits have been consistently demonstrated in a range of neuropsychiatric c...
The acoustic startle response is a protective response, elicited by a sudden and intense acoustic st...
<p>(A) The results of Experiment 1–1 (10–200 ms) and Experiment 1–2 (300–800 ms) are shown together....
<p>(A) Sound stimuli consisted of a train of 1-ms clicks at 100 Hz in repetitive frequency and 70 dB...
Both prepulse inhibition (PPI) of the startle response and P50 sensory gating are important tools to...
Despite their indispensable roles in sensory processing, little is known about inhibitory interneuro...
The acoustic startle response is decreased by a prepulse occurring 30-500 ms earlier. This prepulse ...
Cortical positivity as measured by slow event-related potentials is assumed to represent a decreased...
OBJECTIVES: Motor-evoked potentials (MEPs) to transcranial magnetic stimulation (TMS) show a profoun...
Prepulse inhibition and facilitation of the blink reflex are said to reflect different responses eli...
Sensorimotor gating, the process by which organisms filter extraneous sensory stimuli, is commonly a...
The perceived intensity of an intense stimulus as well as the startle reflex it elicits can both be ...
Prepulse inhibition (PPI) depicts the effects of a weak sound preceding strong acoustic stimulus on ...
It is well established that a weak lead stimulus will inhibit the startle response to a more intense...
<p>Data from a representative subject are presented. Shown is the stimulation paradigm, superimposed...
Feedforward inhibition deficits have been consistently demonstrated in a range of neuropsychiatric c...
The acoustic startle response is a protective response, elicited by a sudden and intense acoustic st...
<p>(A) The results of Experiment 1–1 (10–200 ms) and Experiment 1–2 (300–800 ms) are shown together....