Biology of Sport
pISSN 0860-021X    eISSN 2083-1862
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Journal Abstract
 
The effect of trial familiarisation on the validity and reproducibility of a field-based self-paced VO2max test
Weijie Lim, Danielle Lambrick, Alexis Ralph Mauger, Brandon Woolley, James Faulkner
Biol Sport 2016; 33(3):269-275
ICID: 1208478
Article type: Original article
IC™ Value: 10.00
Abstract provided by Publisher
 
The self-paced maximal oxygen uptake (VO2max) test (SPV), which is based on the Borg 6-20 Ratings of Perceived Exertion (RPE) scale, allows participants to self-regulate their exercise intensity during a closed-loop incremental maximal exercise test. As previous research has assessed the utility of the SPV test within laboratory conditions, the purpose to this study was to assess the effect of trial familiarisation on the validity and reproducibility of a field-based, SPV test. In a cross-sectional study, fifteen men completed one laboratory-based graded exercise test (GXT) and three field-based SPV tests. The GXT was continuous and incremental until the attainment of VO2max. The SPV, which was completed on an outdoor 400m athletic track, consisted of five x 2 min perceptually-regulated (RPE11, 13, 15, 17 and 20) stages of incremental exercise. There were no differences in the VO2max reported between the GXT (63.5±10.1 ml∙kg-1∙min-1) and each SPV test (65.5±8.7, 65.4±7.0 and 66.7±7.7 ml∙kg-1∙min-1 for SPV1, SPV2 and SPV3, respectively; P>.05). Similar findings were observed when comparing VO2max between SPV tests (P>.05). High intraclass correlation coefficients were reported between the GXT and the SPV, and between each SPV test (≥.80). Although participants ran faster and further during SPV3, a similar pacing strategy was implemented during all tests. This study demonstrated that a field-based SPV is a valid and reliable VO2max test. As trial familiarisation did not moderate VO2max values from the SPV, the application of a single SPV test is an appropriate stand-alone protocol for gauging VO2max.

ICID 1208478

DOI 10.5604/20831862.1208478
 
FULL TEXT 482 KB


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