The MMS-10 Tympanic Displacement Analyser is a new device to measure the perilymphatic pressure in humans. This instrument was used in 25 patients with Meniere's disease (28 affected ears) and a group of 50 young normal hearing subjects. No significant differences were found in perilymphatic pressure measurements between the groups. Although measurement parameters showed large inter-individual variation, the intra-individual correlation was good. In patients with Meniere's disease, no relationship was found between perilymphatic pressure, hearing thresholds, blood pressure, gender or age
Abstract Conclusion: In this physiological study subjects with Meniere's disease (MD) had high resis...
OBJECTIVES: To elucidate the effects of hypobaric pressure on cochlear hydrodynamics in patents with...
Otoacoustic emissions (OAEs) were studied in patients with Meniere's disease in order to assess thei...
The MMS-10 Tympanic Displacement Analyser is a new device to measure the perilymphatic pressure in h...
The MMS-10 Tympanic Displacement Analyser is a new device for measuring perilymphatic pressure in hu...
The homeostasis of inner-ear fluids is essential for the functions of hearing and equilibrium. Inner...
The MMS-10 Tympanic Displacement Analyser (TDA) is a new device to measure the perilymphatic pressur...
Objective: Inner ear disorders are proposed to be affected by changes in inner ear hydrostatic press...
The homeostasis and the hydrostatic pressure of both inner ear fluids, endolymph and perilymph, are ...
The hydrostatic pressure of the inner ear depends on the cerebrospinal fluid pressure through the co...
A new method was developed for continuous measurement of the middle ear pressure during a 24-h perio...
Disturbances in the pressure homeostasis of the middle ear (ME) system cause a pressure gradient acr...
The inner ear fluid pressure of guinea pigs was measured during a series of complex escalating middl...
The middle ear (ME) pressure is regulated by gas diffusion over the ME mucosa and pressure equalizat...
AbstractEndolymphatic pressure measurement is of interest both to researchers in the physiology and ...
Abstract Conclusion: In this physiological study subjects with Meniere's disease (MD) had high resis...
OBJECTIVES: To elucidate the effects of hypobaric pressure on cochlear hydrodynamics in patents with...
Otoacoustic emissions (OAEs) were studied in patients with Meniere's disease in order to assess thei...
The MMS-10 Tympanic Displacement Analyser is a new device to measure the perilymphatic pressure in h...
The MMS-10 Tympanic Displacement Analyser is a new device for measuring perilymphatic pressure in hu...
The homeostasis of inner-ear fluids is essential for the functions of hearing and equilibrium. Inner...
The MMS-10 Tympanic Displacement Analyser (TDA) is a new device to measure the perilymphatic pressur...
Objective: Inner ear disorders are proposed to be affected by changes in inner ear hydrostatic press...
The homeostasis and the hydrostatic pressure of both inner ear fluids, endolymph and perilymph, are ...
The hydrostatic pressure of the inner ear depends on the cerebrospinal fluid pressure through the co...
A new method was developed for continuous measurement of the middle ear pressure during a 24-h perio...
Disturbances in the pressure homeostasis of the middle ear (ME) system cause a pressure gradient acr...
The inner ear fluid pressure of guinea pigs was measured during a series of complex escalating middl...
The middle ear (ME) pressure is regulated by gas diffusion over the ME mucosa and pressure equalizat...
AbstractEndolymphatic pressure measurement is of interest both to researchers in the physiology and ...
Abstract Conclusion: In this physiological study subjects with Meniere's disease (MD) had high resis...
OBJECTIVES: To elucidate the effects of hypobaric pressure on cochlear hydrodynamics in patents with...
Otoacoustic emissions (OAEs) were studied in patients with Meniere's disease in order to assess thei...