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Biomedical subjects

K M Telage

Publications and source records attributed to K M Telage.

6 recordsLinked to original sources

Lingual vibrotactile screening: an investigation of normal sensitivity based on multiple threshold determinations.

This report describes a standardized training and sensory screening procedure which was used to obtain 7 separate lingual vibrotactile thresholds for each of 5 normal subjects during a 30-day interval. Baseline observations of lingual sensitivity were highly consistent and occurred within a narrow range of contractor displacements. The authors conclude that the screening method provides a quick and reliable clinical tool for general diagnostic use and discuss directions for continued research applications.

Adult↗

A computerized place-manner distinctive feature program for articulation analyses.

This paper emphasizes the availability of easy-to-use computers and illustrates some advantages that might be derived from application of computers as clinical tools in our profession. A program designed to perform a series of segmental and componential analyses of misarticulations is described in illustrate a clinical application. Case study data based on 10 computer analyses are summarized and tabulated.

Articulation Disorders↗

Spatial summation effects on lingual vibrotactile thresholds.

Ascending lingual vibrotactile thresholds at 250 Hz were obtained for four groups of normal-speaking adult subjects. Contactor areas were varied for each respective group. Threshold values in microns plotted as a function of the area of vibratory displacement indicated a spatial summation function for the larger contactors (greater than .02 cm2). Findings are discussed in terms of the nature of lingual-tactile mechanoreception and possible implications for neural control mechanisms subserving speech production.

Action Potentials↗

Temporal summation effects on lingual vibrotactile thresholds.

Ascending lingual vibrotactile thresholds at 250 Hz were obtained for four groups of normal-speaking adult subjects. Stimulus durations were varied for each respective group. Threshold values plotted as a function of stimulus duration indicated a temporal summation function occurring up to 200 msec. Findings are discussed in terms of underlying peripheral receptors and some implications for using summation measures as a basis for identifying oral sensory disorders.

Adult↗