Robert Robergs

Associate Professor

Queensland University of Technology

Australia

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Robert Robergs is an Associate Professor at Queensland University of Technology, Australia. His research focuses on exercise physiology, particularly in relation to carbohydrate metabolism, muscle function, and exercise testing. Recent articles highlight his work on McArdle disease, muscle motor unit recruitment, and the implications of exercise interventions on cognitive function and performance, particularly within elite esports athletes.

Robert Robergs

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Articles (19)

McArdle disease and carbohydrate ingestion before exercise: Timing on exercise tolerance, clinical relevance, and application to real world settings

Increases in the incremental exercise mean response time across the steady state domain: Implications for exercise testing & prescription

The missing hydrogen ion, Part-3: Science and the human flaws that compromise it

Carbohydrate Ingestion before Exercise for Individuals with McArdle Disease: Survey Evidence of Implementation and Perception in Real-World Settings

The missing hydrogen ion, part-2: Where the evidence leads to

Modelling Skeletal Muscle Motor Unit Recruitment Contributions To Contractile Function: Part 1 — Velocity, Force and Power

Sustained Muscle EMG Activity to Contractile Failure During Incremental Exercise and Intense Constant Load Cycling: No Evidence of a Central Governor

Role of a 10-Week Exercise Intervention on Cerebral Hemoglobin Saturation, Cognitive Function, and Heart Rate Variability Within Elite Esports Players: A Pilot Study

Modelling Skeletal Muscle Motor Unit Recruitment Contributions to Contractile Function: Part 3 - Substrate Oxidation of Phosphagen, Lipid, and Carbohydrate Metabolism

Sustained Muscle EMG Activity to Contractile Failure During Incremental Exercise and Intense Constant Load Cycling: No Evidence of a Central Governor

Moderate continuous- and high-intensity interval training elicit comparable cardiovascular effect among middle-aged men regardless of recovery mode

The Computational Acid–Base Chemistry of Hepatic Ketoacidosis

Further Chaos and Dysfunction in the Brickyard and the Systems That Support It

The missing hydrogen ion, part-1: Historical precedents vs. fundamental concepts

Complexities of defining the bioenergetic efficiency and VO2 slow component of skeletal muscle contraction

How to be a better scientist: Lessons from scientific philosophy, the historical development of science, and past errors within exercise physiology

Quantifying H + exchange from muscle cytosolic energy catabolism using metabolite flux and H + coefficients from multiple competitive cation binding: New evidence for consideration in established theories

Static and dynamic performance of a venturi airflow sensor

The effects of concurrent training order on body composition and serum concentrations of follistatin, myostatin and GDF11 in sarcopenic elderly men

Collaborators (10)

Michael Kingsley

Helen MacLaughlin

Bridgette O'Malley

Jason C. Siegler

Sam L. Torrens

Vincent Kelly

Olav Gerhard Haukenes Nygaard

Todd A. Astorino

Marek Nalos

Daniel Johnson

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