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Effect of age and height on vibrotactile threshold among 1,663 U.S. workers.

Skov T; Steenland K; Deddens J

Am J Ind Med 1998 Nov; 34(5):438-444

https://doi.org/10.1002/(SICI)1097-0274(199811)34:5<438::AID-AJIM4>3.0.CO;2-M

20023331

Assessment of vibrotactile threshold has gained application in studies of neuropathies induced by toxic substances, compression, and vibration. The effect of age and height on vibrotactile threshold is of interest for its own sake and for the purpose of confounder control. We have studied the relation between finger and toe vibrotactile thresholds and age and height in five studies carried out by the National Institute for Occupational Safety and Health with vibrometry data (N = 1,663). A unique property of the merged data set was its wide age range from 14 to 82 years (mean 42 years). We demonstrate a J-shaped increase in finger threshold value (expressed on a log scale) with age, with no increase up to age 35 and a linear increase thereafter. For finger threshold, height was not an important predictor. The data were sparser (n = 541) for toe threshold but suggested a linear increase with both age and height. While consistent with prior data, this study provides a better understanding of the relation between vibrotactile threshold and age and height than has been available before. The greater effect of age and height on toe rather than finger threshold is consistent with the hypothesis that the length of the nerve increases susceptibility to peripheral neuropathy

Vibration effects; Vibration exposure; Vibration; Neuropathy; Age factors; Toxic materials; Age groups; Nerve fibers; Nerve function; Nerves; Height factors; Author Keywords: vibrotactile; vibration threshold; neuropathy; Vibratron II; age

Dr. Kyle Steenland, National Insitute for Occupational Safety and Health, 4676 Columbia Parkway, Cincinnati, Ohio 45226

AJIMD8

19981101

Journal Article

Kns1@cdc.gov

1999

5

0271-3586

DSHEFS

American Journal of Industrial Medicine

OH