Voice range profile in premutation, mutation, and postmutation of men*

Jaeock Kim, Seung Jin Lee
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Abstract

This study compared the voice range profiles (VRPs) with glissando and simplified VRP methods with 57 men who were in premutation (8 – 13 years), mutation (11 – 16 years), and postmutation (10 – 24 years) stages. The difference between modal and falsetto areas measured in two VRP methods was also compared. As the results, the average fundamental frequency (F0) was in the order of premuaton>mutation>postmutation. The maximum F0 (F0max), the range of F0 (F0range), the maximum intensity (Imax), and the range of intensity (Irange) were the lowest in the mutation stage, and these variables were higher in falsetto area than in modal area in both methods. In addition, most variables of VRP in glissando were higher than in simplified VRP, but the differences were not significant. This study showed that, in men in mutation stage, due to the temporary anatomical and physiological changes of the larynx, the mechanism of the vocal folds vibration changes and VRP shows a different pattern from that of other age groups. Both the VRPs of glissando and simplifed VRP are suitable for clinical practice by experienced examiners. And it is necessary to measure not only the falsetto area but also the modal area when measuring VRP.
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男性突变前、突变和突变后的声音范围特征*
本研究比较了57名处于突变前(8 - 13岁)、突变(11 - 16岁)和突变后(10 - 24岁)阶段的男性的声音范围谱(VRP)与glissando和简化VRP方法。两种VRP方法测量的模态和假声区域之间的差异也进行了比较。结果表明,平均基频(F0)为突变前>突变后>突变前。最大F0 (F0max)、F0范围(F0range)、最大强度(Imax)和强度范围(Irange)在突变阶段最低,两种方法的假声区均高于模态区。此外,glissando的VRP大部分变量均高于简化后的VRP,但差异不显著。本研究表明,突变期男性由于喉部的暂时性解剖生理改变,声带振动变化和VRP的机制与其他年龄组不同。glissando的VRP和简化的VRP都适合有经验的检验员进行临床实践。在测量VRP时,不仅要测量假声面积,还要测量模态面积。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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