Quantification of change in vocal fold tissue stiffness relative to depth of artificial damage

Rohlfs Anna-Katharina; Schmolke Sebastian; Clauditz Till; Hess Markus; Mueller Frank; Pueschel Klaus; Roemer Frank W.; Schumacher Udo; Goodyer Eric

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Quantification of change in vocal fold tissue stiffness relative to depth of artificial damage

机译：定量声带组织刚度相对于人工损伤深度的变化

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摘要

Objectives: To quantify changes in the biomechanical properties of human excised vocal folds with defined artificial damage.

机译：目的：量化人工损伤的人类切除声褶的生物力学性质的变化。

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来源
《Logopedics, phoniatrics, vocology.》 |2017年第4期|共10页
作者
Rohlfs Anna-Katharina; Schmolke Sebastian; Clauditz Till; Hess Markus; Mueller Frank; Pueschel Klaus; Roemer Frank W.; Schumacher Udo; Goodyer Eric;
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作者单位

Univ Med Ctr Hamburg Eppendorf Dept Voice Speech &

Hearing Disorders Martinistr 52 D-20246;

Univ Med Ctr Hamburg Eppendorf Dept Voice Speech &

Hearing Disorders Martinistr 52 D-20246;

Univ Med Ctr Hamburg Eppendorf Dept Pathol Hamburg Germany;

Univ Med Ctr Hamburg Eppendorf Dept Voice Speech &

Hearing Disorders Martinistr 52 D-20246;

Univ Med Ctr Hamburg Eppendorf Dept Voice Speech &

Hearing Disorders Martinistr 52 D-20246;

Univ Med Ctr Hamburg Eppendorf Inst Forens Med Hamburg Germany;

Univ Erlangen Nurnberg Dept Radiol Erlangen Germany;

Univ Med Ctr Hamburg Eppendorf Dept Anat &

Expt Morphol Erlangen Germany;

De Montfort Univ Ctr Computat Intelligence Bioinformat Grp Leicester Leics England;

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原文格式 PDF
正文语种 eng
中图分类耳鼻咽喉科学;
关键词
Artificial damage; biomechanical properties; human vocal fold; linear skin rheometer;

机译：人工损伤;生物力学特性;人声折叠;线性皮肤流变仪;

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专利

1. Quantification of change in vocal fold tissue stiffness relative to depth of artificial damage [J] . Rohlfs Anna-Katharina, Schmolke Sebastian, Clauditz Till, Logopedics, phoniatrics, vocology. . 2017,第1a4期

机译：定量声带组织刚度相对于人工损伤深度的变化
2. Impact of Vocal Tract Resonance on the Perception of Voice Quality Changes Caused by Varying Vocal Fold Stiffness [J] . Signorello Rosario, Zhang Zhaoyan, Gerratt Bruce, Acta acustica united with acustica . 2016,第2期

机译：人声共鸣对人声折叠刚度变化引起的语音质量变化感知的影响
3. High-frequency viscoelastic shear properties of vocal fold tissues: Implications for vocal fold tissue engineering [J] . TellerS.S., FarranA.J.E., XiaoL., Tissue engineering, Part A . 2012,第19a20期

机译：声带组织的高频粘弹性剪切特性：对声带组织工程的启示
4. Vocal Fold Tissue Engineering: 3D Culture of Vocal Fold Fibroblasts using Biomimetic Hydrogel Matrices [C] . Alexandra J. E. Farran, Randall L. Duncan, Xinqiao Jia PMSE Symposia . 2008

机译：声带组织工程：使用仿生水凝胶基质的声带成纤维细胞3D培养
5. Electrospun elastomeric vocal fold constructs for the application of vocal fold tissue engineering. [D] . Hughes, Lindsay Ann. 2013

机译：电纺弹性体声带构造，用于声带组织工程的应用。
6. Impact of Vocal Tract Resonance on the Perception of Voice Quality Changes Caused by Varying Vocal Fold Stiffness [O] . Rosario Signorello, Zhaoyan Zhang, Bruce Gerratt, -1

机译：人声共鸣对变化的人声折叠刚度引起的语音质量变化的感知的影响
7. Quantification of change in vocal fold tissue stiffness relative to depth of artificial damage [O] . Rohlfs Anna-Katharina, Schmolke S., Clauditz Till, 2016

机译：相对于人工损伤深度的声带组织刚度变化的量化

Quantification of change in vocal fold tissue stiffness relative to depth of artificial damage

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