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October 1, 2000British Journal of Sports MedicineOpen Access

The slow component of Vo2in professional cyclists

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Population

9 professional road cyclists (mean age 26 years; VO2max 72.6 ml/kg/min)

Design

Other

Follow-up

20 minutes

Key result

During constant load heavy exercise, professional cyclists exhibited a small VO2 slow component (130 ml in 17 minutes) without significant changes in neuromuscular activity (P>0.05).

Authors

ALAlejandro Lucı́aJHJesús HoyosJCJosé López Chicharro

Discussion

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Overview

Small VO2 slow component without neuromuscular changes in cyclists warrants caution attributing it to fatigue; leaves open other mechanisms in trained athletes.

Study Design

Type

Observational (n=9)

Structured PICO

P
Population
9 professional road cyclists (mean age 26 years; VO2max 72.6 ml/kg/min)
I
Intervention
20 minute cycle ergometer tests performed at about 80% of VO2MAX
O
Outcome
Magnitude of the slow component of oxygen uptake (VO2) and neuromuscular activity (assessed by surface EMG)surrogate

In professional cyclists, constant load heavy exercise induces a small VO2 slow component that does not appear to be driven by altered neuromuscular activity.

Cite This Study

Lucı́a et al. (2000) conducted an observational in Professional road cyclists (n=9). 20 minute cycle ergometer tests at about 80% of VO2MAX was evaluated on Magnitude of the slow component of oxygen uptake (VO2) and neuromuscular activity (rms-EMG and MPF). During constant load heavy exercise, professional cyclists exhibited a small VO2 slow component (130 ml in 17 minutes) without significant changes in neuromuscular activity (P>0.05).

synapsesocial.com/papers/6a075f7f72f0218126583a78https://doi.org/10.1136/bjsm.34.5.367
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