Lactate threshold concepts - UFPR
Lactate threshold concepts - UFPR
Lactate threshold concepts - UFPR
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482 Faude et al.<br />
Table V. Comparison of lactate <strong>threshold</strong> <strong>concepts</strong> with MLSS determined by several constant load trials of different intensity<br />
Threshold concept Subjects Main outcome Reference<br />
LT4, OBLA<br />
16 healthy<br />
males<br />
(running)<br />
High correlation between LT4 and MLSS (r = 0.98)<br />
LT4 on average 0.12 m/s higher than MLSS with 3 min stages but not<br />
with 5 min stages during GXT<br />
Heterogenous endurance level<br />
Heck et al. [49,72]<br />
IAT (Stegmann et al. [88] )<br />
IAT (Keul et al. [96] )<br />
22 healthy<br />
subjects<br />
(cycling)<br />
8 trained male<br />
runners<br />
Significant correlation between LT4 and MLSS (r = 0.92)<br />
LT4 on average 19.9 W higher than MLSS<br />
Heterogenous endurance level, slow increase in power output<br />
(+6W/min)<br />
High correlation (r = 0.93) between OBLA and MLSS<br />
OBLA on average 0.4 km/h higher than MLSS<br />
21 elite cyclists Low correlation (r = 0.71) between LT4 and MLSS<br />
No significant difference between LT4 and MLSS (MLSS 15 W higher)<br />
Homogenous endurance level<br />
9 male rowers Significant correlation (r = 0.82) between LT4 and MLSS<br />
LT4 significantly higher (32 W) than MLSS<br />
Homogenous endurance level<br />
10 well trained<br />
cyclists<br />
16 healthy<br />
males<br />
(running)<br />
22 healthy<br />
subjects<br />
(cycling)<br />
16 trained<br />
cyclists<br />
14 trained<br />
runners<br />
11 males<br />
(cycling)<br />
Average power output at LT4 and MLSS was not significantly different<br />
(282 W vs 277 W)<br />
Strong MLSS criterion (
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