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September 1, 2009SensorsOpen Access

Changes in Physiological Parameters Induced by Indoor Simulated Driving: Effect of Lower Body Exercise at Mid-Term Break

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Key result

A 15-minute exercise break during 2-hour simulated driving reduced fatigue scores and altered physiological parameters compared to continuous driving.

Why the study?

Does a 15-min lower body exercise break improve physiological parameters and reduce fatigue during 120-min simulated driving?

Population

Subjects undergoing 120-min of simulated driving

Comparison

15-min lower body exercise break during 2-hour… vs 2-hour simulated driving without an exercise break

Design

Other

Follow-up

120 minutes

Authors

WLWen Chieh LiangJYJohn YuanMLMing Han Lin

Discussion

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Member takes

Overview

May warrant testing exercise breaks for driver fatigue; leaves open real-world translation and safety impact.

Structured PICO

Does a 15-min lower body exercise break improve physiological parameters and reduce fatigue during 120-min simulated driving?

P
Population
Subjects undergoing 120 minutes of simulated driving to evaluate the effect of a 15-minute exercise break on physiological parameters and fatigue.
I
Intervention
15-min lower body exercise break during 2-hour simulated driving
C
Comparator
2-hour simulated driving without an exercise break
O
Outcome
Changes in physiological parameters (blood pressure, heart rate, heart rate variability, palm temperature) and fatigue scoressurrogate

A 15-minute exercise break during prolonged driving alters autonomic nervous system activation and reduces fatigue symptoms.

Cite This Study

Liang et al. (2009) studied Driver fatigue. 15-min exercise break vs. No exercise break was evaluated on Physiological parameter changes and fatigue scores. A 15-minute exercise break during 2-hour simulated driving reduced fatigue scores and altered physiological parameters compared to continuous driving.

synapsesocial.com/papers/6a99dab2cfe00926b44d260ehttps://doi.org/10.3390/s90906913
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Also Consider

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