Search Results - "Starling‐Smith, Tristan M."

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    Tensiomyographic Responses to Warm-Up Protocols in Collegiate Male Soccer Athletes by Redd, Michael J., Starling-Smith, Tristan M., Herring, Chad H., Stock, Matt S., Wells, Adam J., Stout, Jeffrey R., Fukuda, David H.

    “…The mechanical properties of knee flexors and extensors in 15 collegiate male soccer players following different warm-up protocols [small-sided games (SSG),…”
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    Journal Article
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    Alterations in energy system contribution following upper body sprint interval training by La Monica, Michael B., Fukuda, David H., Starling-Smith, Tristan M., Clark, Nicolas W., Panissa, Valeria L. G.

    Published in European journal of applied physiology (01-03-2020)
    “…Purpose The primary purpose of this study was to examine the influence of different work-to-rest ratios on relative energy system utilization during short-term…”
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    Minimal Effects of Moderate Normobaric Hypoxia on the Upper Body Work-Time Relationship in Recreationally Active Women by Starling-Smith, Tristan M, La Monica, Michael B, Stout, Jeffrey R, Fukuda, David H

    Published in High altitude medicine & biology (01-03-2020)
    “…Sex-based differences in metabolism and morphological characteristics may result in unique exercise responses during periods of limited oxygen availability. To…”
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    Journal Article
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    Effects of normobaric hypoxia on upper body critical power and anaerobic working capacity by La Monica, Michael B., Fukuda, David H., Starling-Smith, Tristan M., Wang, Ran, Hoffman, Jay R., Stout, Jeffrey R.

    Published in Respiratory physiology & neurobiology (01-02-2018)
    “…•Moderate normobaric hypoxia appears to reduce CP in the upper body.•Moderate normobaric hypoxia appears to have a variable effect on AWC.•Decrements beyond 5%…”
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    Journal Article
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    Examining work-to-rest ratios to optimize upper body sprint interval training by La Monica, Michael B., Fukuda, David H., Starling-Smith, Tristan M., Clark, Nicolas W., Morales, Jose, Hoffman, Jay R., Stout, Jeffrey R.

    Published in Respiratory physiology & neurobiology (01-04-2019)
    “…•Traditional SIT appears to enhance upper body VO2peak.•SIT did not appear to delay metabolic or neuromuscular fatigue thresholds.•SIT did not improve…”
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    Journal Article
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