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Illustration of the correlation between power output at VT1 and FTP. The dashed line represents linear regression (y=74.13+0.48·x; adjusted R 2 =0.241). Solid dots represent "non-cyclists" and circles represent "cyclists". FTP = Functional threshold power; VT1 = First ventilatory threshold.

Illustration of the correlation between power output at VT1 and FTP. The dashed line represents linear regression (y=74.13+0.48·x; adjusted R 2 =0.241). Solid dots represent "non-cyclists" and circles represent "cyclists". FTP = Functional threshold power; VT1 = First ventilatory threshold.

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Fig. 1: Schematic diagram of the presetting of intensity relative to...
Fig. 2: Illustration of the correlation between absolute VO2max values...
Fig. 3: Illustration of the correlation between power output at VT1 and...
Fig. 4: Illustration of the correlation between power output at VT2 and...
Fig. 6: Training intensity zones derived from a classical 3-zone model...
Evaluation of a Cycling Exercise Test. Is Functional Threshold Power an Accurate Measure of Endurance Capacity?
Thesis
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  • Sep 2017
Introduction: In endurance training variation of intensity is crucial, because intensity is ultimately linked to specific cellular adaptations. In cycling and other endurance sports, the assessment of physiological parameters such as maximal oxygen uptake (VO2max), lactate and ventilatory thresholds is considered the highest standard. However, in t...
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... regression model of power output at VT1 on FTP ( figure 3) showed overall significance for the prediction of FTP based on the independent variable (F(1, 12) = 5.131; p = 0.043). Significant association with the independent variable (t = 2.265; p = 0.043) could also be shown. ...

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