Results 251 to 260 of about 927,003 (302)

Auditory Stimulation, Rhythm, and Stuttering

Journal of Speech, Language, and Hearing Research, 1985
In a previous experiment, Martin, Siegel, Johnson, and Haroldson (1984) found that stutterers reduced their stuttering under amplified sidetone, but only if the amplified sidetone condition had been preceded by a condition of speaking in noise. The authors speculated that when stutterers were exposed initially to loud noise and its attendant reduction ...
R R, Martin, L J, Johnson, G M, Siegel, S K, Haroldson   +3 more
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Autonomic response to auditory stimulation

Acta Paediatrica, 1993
Autonomic and behavioral response to fear stimulation (sudden noise 80 dB) was studied in 12 sleeping infants at ages 8–50 weeks. The aim of the present study was to identify a possible passive defense response in infants. The response, which is widespread in birds and mammals, is characterized by apnea and bradycardia with circulatory changes as seen ...
S H, Anderssen, R B, Nicolaisen, G W, Gabrielsen   +2 more
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Systematic review: auditory stimulation and sleep

Journal of Clinical Sleep Medicine, 2022
Auditory stimulation devices (white and pink noise) are used to mask sounds and facilitate relaxation and sleep; however, the effectiveness of this intervention is not well established. This systematic review examined the scientific literature for the effect of specific types of auditory stimulation on sleep outcomes in adults.The PRISMA (Preferred ...
Elizabeth, Capezuti, Kevin, Pain, Evelyn, Alamag, XinQing, Chen, Valicia, Philibert, Ana C, Krieger   +5 more
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Auditory Stimulation Brain Map

Scandinavian Audiology, 1989
The topography of auditory evoked potentials (AEPs) was studied in 12 neurologically normal, adult, right-handed subjects of either sex. The AEPs were recorded with seventeen active electrodes in response to 500 Hz tone bursts with a level of 75 dB HL presented either to the left or the right ear.
I, Tonnquist-Uhlén, E, Borg, K E, Spens
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Laser stimulation of the auditory nerve

Lasers in Surgery and Medicine, 2006
AbstractBackground and ObjectivesFor centuries, electric current has been used to stimulate neurons. Shortcomings of electrical stimulation include the contact between the stimulating electrode and the tissue, and the non‐selective stimulation of the tissue.
Agnella D, Izzo, Claus-Peter, Richter, E Duco, Jansen, Joseph T, Walsh   +3 more
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Auditory cortex stimulation for tinnitus

2007
Functional imaging techniques have demonstrated a relationship between the intensity of tinnitus and the degree of reorganization of the primary auditory cortex. Studies in experimental animals and humans have revealed that tinnitus is associated with a synchronized hyperactivity in the auditory cortex and proposed that the underlying ...
D, De Ridder, G, De Mulder, E, Verstraeten, M, Seidman, K, Elisevich, S, Sunaert, S, Kovacs, K, Van der Kelen, P, Van de Heyning, A, Moller   +9 more
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Auditory Subliminal Stimulation: Methods

Perceptual and Motor Skills, 1993
From a brief description of the consequences of various methods of masking, a proposal for standardization of method is made and a flow chart showing steps in making a subliminal audiotape is given.
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Auditory Nerve: Electrical Stimulation in Man

Science, 1965
Auditory perceptions produced in a person deaf to acoustic stimulation were studied by electrically exciting the auditory nerve through permanently implanted electrodes. Pulsed current as small as 1 microampere peak-to-peak could be perceived. Pitch, as reported by the subject, varied with electrode selection, current amplitude, and pulse repetition ...
F B, SIMMONS, J M, EPLEY, R C, LUMMIS, N, GUTTMAN, L S, FRISHKOPF, L D, HARMON, E, ZWICKER   +6 more
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Vestibular Stimulation and Auditory Thresholds

The Journal of General Psychology, 1971
(1971). Vestibular Stimulation and Auditory Thresholds. The Journal of General Psychology: Vol. 85, No. 1, pp. 103-105.
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Rhythmic auditory stimulation in generalized epilepsy

Electroencephalography and Clinical Neurophysiology, 1989
Activation of spike-wave discharges by photic stimulations (PS) and rhythmic auditory stimulations (AS) was investigated in 40 patients with generalized epilepsy and 25 controls. PS produced spike-wave discharges in 23 (55%) and AS in 12 (33%) cases. In 4 patients AS activated spike-wave discharges but PS failed to do so. AS may be occasionally used in
T, Hogan, M, Sundaram
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