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电味觉测试:刺激阈值的优势、劣势及临床证据

Electrogustometry: strengths, weaknesses, and clinical evidence of stimulus boundaries.

作者信息

Stillman J A, Morton R P, Hay K D, Ahmad Z, Goldsmith D

机构信息

School of Psychology, Massey University at Albany, Auckland, New Zealand.

出版信息

Clin Otolaryngol Allied Sci. 2003 Oct;28(5):406-10. doi: 10.1046/j.1365-2273.2003.00729.x.

Abstract

Electrogustometry is well established as a clinical tool for the estimation of taste detection thresholds. Nevertheless, the user is sometimes unaware of the impact of superficially minor procedural and psychophysical factors upon the reliability and comparability of threshold estimates. The inherent strengths and limitations of the procedure are outlined, and aspects of the control and specification of the stimulus that moderate threshold measures are discussed. In addition, threshold estimates from two individuals with severe unilateral taste loss are used to illustrate the level at which anodal dc current may elicit common, rather than taste, sensation. Where chorda tympani section is complete and historical (older than 7-14 days), very high stimulus levels, conservatively over 5 micro A/mm2 (100 micro A linear current with a 5-mm diameter electrode), are required to activate trigeminal responses.

摘要

电味觉测量作为一种用于估计味觉检测阈值的临床工具已得到广泛认可。然而,使用者有时并未意识到表面上看似微小的程序和心理物理学因素对阈值估计的可靠性和可比性的影响。本文概述了该程序的内在优势和局限性,并讨论了调节阈值测量的刺激控制和规范方面。此外,还使用了两名严重单侧味觉丧失患者的阈值估计值来说明阳极直流电电流可能引发普通感觉而非味觉的水平。在鼓索神经切断完全且时间较长(超过7 - 14天)的情况下,需要非常高的刺激水平,保守估计超过5微安/平方毫米(直径5毫米的电极通以100微安线性电流)才能激活三叉神经反应。

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