Effect of Resonance Tube Technique on Oropharyngeal Geometry and Voice in Individuals with Parkinson’s Disease.

Effect of Resonance Tube Technique on Oropharyngeal Geometry and Voice in Individuals with Parkinson’s Disease.

Publication date: Mar 19, 2020

To verify the immediate effect of the flexible resonance tube vocal technique on the oropharyngeal geometry and vocal acoustic parameters of individuals with Parkinson’s disease (PD) and to study the correlation between oropharyngeal geometry and the intensity and fundamental frequency (f0) parameters of the voice.

Forty individuals participated-20 with PD and 20 healthy individuals, with a mean age of 60.95 (+/- 5.69) years. There were 10 men and 10 women in each group. All underwent pharyngometric analysis of the vocal tract and voice acoustics parameters before and after use of the vocal technique with a flexible resonance tube.

After the technique, there was a reduction in pharyngeal cavity volume only in females in the healthy group, a reduction in shimmer values in females in both groups and males in PD group and an improvement in noise parameters in females in the PD group. There was a negative correlation between vocal tract volume and intensity, between f0 and vocal tract volume, between f0 and oropharyngeal junction area, between f0 and oral cavity volume as well as a positive correlation between oral cavity length and f0.

The vocal technique with the flexible resonance tube applied to individuals with PD improved the subjects’ voice quality in the perceptual and acoustic voice parameters. Regarding the oropharyngeal geometry, it was possible to observe its correlation with the parameters of vocal intensity and frequency in the studied population.

da Silva, J.M.S., Gomes, A.O.C., da Silva, H.J., de Vasconcelos, S.J., de Sales Coriolano, M.D.G.W., and de Lira, Z.S. Effect of Resonance Tube Technique on Oropharyngeal Geometry and Voice in Individuals with Parkinson’s Disease. 24447. 2020 J Voice.

Concepts Keywords
Acoustics Disease
Correlation Human voice
Frequency Organ systems
Fundamental Frequency Head
Geometry Human anatomy
Noise Phonetics
Oral Cavity Vocal music
Oropharyngeal Voice registers
Parkinson Vocal tract
Pharyngeal Larynx
Resonance Singing
Vocal Tract Resonance
Pharynx

Semantics

Type Source Name
disease MESH men

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