KayPENTAX Phonatory Aerodynamic System Model 6600을 이용한한국 성인의 공기역학적 변수들의 정상치
Korean Adult Normative Data for the KayPENTAX Phonatory Aerodynamic System Model 6600
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조회
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다운로드
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인용
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참고문헌
키워드
초록
The purpose of this study was to (1) establish a Korean adult normative database for phonatory aerodynamic measuresobtained with the KayPENTAX Phonatory Aerodynamic System (PAS) Model 6600, (2) investigate the intra-subject reliabilityof these measures across three testing sessions, and (3) examine the effect of gender on those measures. 170 healthy normalspeakers (70 men and 100 women) between the ages 18 and 49 years participated in the study. The PAS protocol ofmaximum phonation and voicing efficiency were conducted and 25 measures were obtained. All aerodynamic measures takenin this study demonstrated high intra-subject reliability in clinical aspect. There were no significant effect of gender in themeasures related to sound pressure and subglottal pressure. However, significant differences for gender were found forphonation time, airflow rate, expiratory volume, aerodynamic power, SPL range, pitch range, mean pitch, aerodynamicresistance, and aerodynamic efficiency. Clinicians should be aware of significant gender effects in some aerodynamicparameters when interpreting the data obtained from PAS.
Abstract
The purpose of this study was to (1) establish a Korean adult normative database for phonatory aerodynamic measuresobtained with the KayPENTAX Phonatory Aerodynamic System (PAS) Model 6600, (2) investigate the intra-subject reliabilityof these measures across three testing sessions, and (3) examine the effect of gender on those measures. 170 healthy normalspeakers (70 men and 100 women) between the ages 18 and 49 years participated in the study. The PAS protocol ofmaximum phonation and voicing efficiency were conducted and 25 measures were obtained. All aerodynamic measures takenin this study demonstrated high intra-subject reliability in clinical aspect. There were no significant effect of gender in themeasures related to sound pressure and subglottal pressure. However, significant differences for gender were found forphonation time, airflow rate, expiratory volume, aerodynamic power, SPL range, pitch range, mean pitch, aerodynamicresistance, and aerodynamic efficiency. Clinicians should be aware of significant gender effects in some aerodynamicparameters when interpreting the data obtained from PAS.
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