Search Results - Condition

Timmerman, W. P., Stanley, M., Raynor, A., Lawler, N., Abbiss, C. “…Further, coaches demonstrated adaptability to changing circumstances through anticipatory conditional decision-making. This was done by establishing multiple decision paths in advance and, depending on the athlete monitoring outcome, selecting the most appropriate course of action. …”

Aubert, R., Roizard, X., Grappe, F., Lallemand, F. “…All lubrication regimes are encountered in elite cycling, which is in good accordance with most of the testing conditions presented in this review, especially FTR and SSR. …”

Merlini, M., Staiano, W., Angius, L., Romagnoli, M., Schena, F., Dickinson, J., Marcora, S. “…Power declined from pre- to post-simulation in both conditions (p < 0.016), but the decrement was attenuated with salmeterol (peak: -7.5% vs. -18.2%; mean: -13.0% vs. -19.8%). …”

MacDougall, K. B., Aboodarda, S. J., Wickenberg, A. B., Macintosh, B. R. “…Vastus lateralis EMG root mean square amplitude and M-wave amplitude increased across the trial similarly in both conditions, but priming resulted in a relative "downshift" in both measures (P = 0.027). …”

Smith, E. S., Kuikman, M., Rusell, S., Gardiner, C. L., Halson, S. L., Stellingwerff, T., Harris, R., McKay, A. K. A., Burke, L. M. “…Results Total sleep duration was extended by 53-61 min following LEAEX versus non-exercise conditions: GEA (P = 0.002), HEAREST (P = 0.003), and LEAREST (P = 0.020). …”

Pirlot, T., Baron, B., Scholler, V., Grappe, F., Pageaux, B., Groslambert, A. “…Methods: Twenty-four male cyclists (12 professionals and 12 national level) matched for VO2max (75.2 [5.9] vs 74.3 [7.1] mL·min-1·kg-1) performed a 60-minute treadmill cycling test simulating race-end conditions. Power output (PO), heart rate, respiratory frequency, electroencephalographic-derived neural efficiency, perceptual responses (effort, pain, pleasure), and motivation were recorded. …”

Barsumyan, A., Soost, C., Shyla, R., Graw, J. A., Bliemel, C., Burchard, R. “…The second test was preceded by a fatigue protocol which, after the warm-up, consisted of cycling at 80% of their initial 20-minutes power under fresh condition until 1000 kJ of work was completed, followed by 5-minutes and 20-minutes all-out tests. …”

Demay, R. S., Kerhervé, H. A. “…RPE increased significantly over time (p<0.001), with no differences between conditions (p=0.272). At POST, while end-test power (EP) remained unchanged, total work done (TWD) and work above EP (WEP) significantly decreased (p<0.001) with no differences between conditions. …”

Horvath, M., Andersson, E. P. “…By deriving optimal mass exponents across various modeled courses and wind conditions, the study was able to precisely quantify the influence of road gradient, headwind speed, and bicycle mass on the conversion of power output relative to body mass into speed. …”

Röhrs, G., Keller, S., Wahl, P. “…Afterward, they performed another incremental running test to exhaustion under fatigued conditions for VO2peak, OC, and time-to-exhaustion assessment. …”

Li, S. N., Peeling, P., Budden, T., Simpson, A., Scott, B. R., Peiffer, J. J., Shaykevich, A., Girard, O. “…After each session, an ~10-minute structured interview was conducted to gather insights into participants` perceptions of the exercise under each condition. Interview transcripts were analyzed for key themes, which were presented in a pen profile. …”

Térol, S., Limousin, L., Nival, Y., Moly, A., Micheletti, Q., Acco, P., Soto-Romero, G., Costes, A. “…Results demonstrate that the mannequin produces highly repeatable pedaling motions with a minimal and a maximal standard deviation of 0.24 and 0.88% across all tested conditions. The smallest detectable meaningful power change in optimal conditions was 1.61 W at 50 km/h and at a pedaling frequency of 67 rotations per minute. …”

Lüdemann, R., Carl, M., Scheibe, J., Loes, P., Zamanduridis, J. Subjects: “…physical conditioning ability…”

Barsumyan, A., Soost, C., Burchard, R. “…Results: Successful amateur cyclists have a significantly lower drop of power of in a 20 min interval in fatigued condition compared to less successful counterparts. …”

James, C., Muniz-Pardos, B., Ihsan, M., Lo, K.-K., Lam, W.-K., Peña Iglesias, D., Angeloudis, K., Teng, Y., Jiao, J., Hu, K., Wong, K., Guppy, F., Racinais, S., Chalmers, S., Migliorini, S., Wu, K., Pitsiladis, Y. “…TCORE may rise > 41 °C during a sprint triathlon held under Blue flag conditions (~ 26 °C WBGT), questioning the suitability of sprint-distance triathlons as a safer alternative to Olympic-distance triathlons under Red/Black flag conditions (> 30.1 °C WBGT). …”

Dowd, T., Cavanaugh, P., Mansson, J.-A. “…This model is used for characterizing cycling drivetrain efficiency across varying conditions—a critical factor in optimizing the performance of bicycles in competitive, recreational, and transportation contexts. …”

Tarmast, D, Ghosh, A. “…Conclusions: In conclusion, despite the unexpected results, endurance athletes exercising in hot and humid conditions may potentially reduce symptoms of muscle damage and oxidative stress by consuming greater amounts of carbohydrate and protein supplements.…”

Ramosa, J. A. P., Duckera, K. J., Riddella, H., Girardb, O., Landersb, G., Bradea, C. J. “…Insufficient evidence exists to support a meaningful performance improvement in 20-km CTT in hot-humid conditions when PreC was applied to individuals who completed a HA regime. …”

Reynolds, K, Funnell, M, Collins, A, Mears, S, Pugh, J, James, L. “…Conclusions These data demonstrate that the ability to use glucose provided in drinks was impaired during prolonged cycling in WARM. WARM ambient conditions impaired laboratory-based cycling performance, even with facing airflow approximating outdoor conditions, likely via impairments of thermoregulatory, cardiovascular, and metabolic function.…”

Vieira-Cavalcante, V., Schamne, J. C., Gonçalves, F., Bertuzzi, R., Pierucci, A. P. T. R., Boari, D., Lima-Silva, A. E., Silva, R. G. “…No significant differences (p < 0.05) were observed in time to cover the 4 km cycling time trial between the placebo, 3 mg·kg-1 of theacrine, and 6 mg·kg-1 of theacrine conditions. However, the intake of theacrine at the dose of 6 mg·kg-1 increased resting systolic and diastolic blood pressure (p < 0.05). …”