Benedikt Meixner
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  • Publications
    • Maximal glycolytic flux modulates metabolic thresholds independent of maximal oxygen uptake
    • Time-resolved energy-share reconstruction of individual glycolytic flux kinetics reveals duration-dependent bias in elite sprint cycling
    • Touch restrictions and player numbers during small-sided games in youth soccer players: Effects on physical and technical parameters
    • Validation of a novel handheld lactate analyzer reveals concentration-dependent bias compared with a laboratory reference device
    • A comparison of lessons planned by different publicly available large language models in the context of physical education: an expert survey
    • The Oxygen Equivalent of Lactate Accumulation and Sex: Similar Work–Lactate Slopes in Men and Women Regardless of Body or Fat‐Free Mass Scaling
    • Methods modulate: protocol choice shapes apparent sex differences in the determination of exercise intensity
    • Durability, fatigability, repeatability, and resilience in endurance sports: definitions, distinctions, and implications
    • Last Word on Viewpoint: Durability, fatigability, repeatability, and resilience in endurance sports: definitions, distinctions, and implications
    • Meta‐analysis of high‐intensity interval training and alternative modalities for enhancing aerobic and anaerobic endurance in young athletes
    • Evaluating the maximal rate of lactate accumulation and estimated maximal lactate steady state in cycling
    • Supplementation of Creatine Monohydrate Improves Sprint Performance but Has no Effect on Glycolytic Contribution: A Nonrandomized, Placebo-Controlled Crossover Trial in Trained Cyclists
    • Comparison of maximal glycolytic rate from ergometer to on-water sprinting in elite canoe polo players
    • Zone 2 Intensity: A Critical Comparison of Individual Variability in Different Submaximal Exercise Intensity Boundaries
    • Relationship of peak capillary blood lactate accumulation and body composition in determining the mechanical energy equivalent of lactate during sprint cycling
    • Uncertainty in determining the optimal test duration for maximal rate of lactate accumulation during all‐out sprint cycle ergometry
    • Reliability of power output, maximal rate of capillary blood lactate accumulation, and phosphagen contribution time following 15‐s sprint cycling in amateur cyclists
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    • 6 Training Strategies to Improve Your Late-Race Performance in the Marathon
    • New Research Reveals the Hidden Key to Marathon Performance: Physiological Resilience
    • The 10 Pillars of a Reliable vLamax Test
    • Is vLamax a Reliable Measure? Yes, But Only When Key Criteria Are Met
    • Die Grenzen von Zone 2-Training
    • What Do We Know, and Where Do We Go From Here? — Dr Benedikt Meixner
    • vLamax oder VO2max? Die besten Testverfahren im Vergleich
    • The Physiology of Lactate and Maximal Glycolytic Rate (VLaMax)
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Maximal glycolytic flux modulates metabolic thresholds independent of maximal oxygen uptake

Sep 1, 2026·
Benedikt Meixner
,
Peter Leo
,
Billy Sperlich
· 0 min read
Type
Journal article
Publication
European Journal of Applied Physiology
publications
Last updated on Sep 14, 2026
Time-resolved energy-share reconstruction of individual glycolytic flux kinetics reveals duration-dependent bias in elite sprint cycling Aug 1, 2026 →

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© 2026 Benedikt Meixner. This work is licensed under CC BY NC ND 4.0

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