Proceedings (Apr 2023)

Development of a Novel Rat-Tail Model for Studying Finger Vibration Health Effects

  • Ren G. Dong,
  • Christopher Warren,
  • John Z. Wu,
  • Xueyan S. Xu,
  • Daniel E. Welcome,
  • Stacey Waugh,
  • Kristine Krajnak

DOI
https://doi.org/10.3390/proceedings2023086024
Journal volume & issue
Vol. 86, no. 1
p. 24

Abstract

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The objective of this study was to develop a new rat-tail vibration model for studying finger vibration health effects. Unlike the previous rat-tail models, the vibration strain and stress of the rat tail can be conveniently and reliably quantified and controlled in a biological experiment. This makes it possible to identify and understand the quantitative relationships between these biodynamic responses and vibration health effects.

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