Acta Oto-Laryngologica

1970

DOI: 10.3109/00016487009181868

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Die Abhängigkeit des Thermischen Nystagmus von Temperaturveränderungen am Horizontalen Bogengang

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Bestrahlungsfläche1

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Cited by 9 publications

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“…Das könnte eine Erklärung für den vergleichsweise schwächeren Reiz mittels NIR-Strahlung und die beobachteten niedrigeren Geschwindigkeiten der langsamen Phase (GLP) bei NIR-Reizung im Vergleich zur Warmwasserspülung sein. Untersuchungen von Cawthorne und Cobb [12] sowie Kleinfeld und Dahl [13] ermittelten einen Gradienten von etwa 0,5°C am horizontalen Bogengang.…”

Section: Bestrahlungsflächeunclassified

Thermische Reizung des Gleichgewichtsorganes mittels W�rmestrahlung (NIR)

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et al. 2004

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NIR generates temperature differences and nystagmus. By using a broad scale as well as a monochromatic NIR-emission source, it is possible to generate a nystagmus. The procedure of NIR-irritation occurs without physical contact, is painless and quiet.

“…Das könnte eine Erklärung für den vergleichsweise schwächeren Reiz mittels NIR-Strahlung und die beobachteten niedrigeren Geschwindigkeiten der langsamen Phase (GLP) bei NIR-Reizung im Vergleich zur Warmwasserspülung sein. Untersuchungen von Cawthorne und Cobb [12] sowie Kleinfeld und Dahl [13] ermittelten einen Gradienten von etwa 0,5°C am horizontalen Bogengang.…”

Section: Bestrahlungsflächeunclassified

Thermische Reizung des Gleichgewichtsorganes mittels W�rmestrahlung (NIR)

¹

,

²

,

³

et al. 2004

View full text Add to dashboard Cite

NIR generates temperature differences and nystagmus. By using a broad scale as well as a monochromatic NIR-emission source, it is possible to generate a nystagmus. The procedure of NIR-irritation occurs without physical contact, is painless and quiet.

Vortrag auf Aufforderung

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1984

Teil II: Sitzungsbericht

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No abstract

A theoretical and experimental determination of vestibular dynamics in caloric stimulation

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1975

Biol. Cybernetics

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No abstract

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