From Anecdote to Evidence: Dispelling Myths in Bodybuilding and Physique Sports

ABSTRACT Bodybuilding and physique sports are often clouded by myths and misconceptions about training, nutrition, and supplements. This article examines some of the myths in the fitness community, including periodization for muscle growth, the belief that training to failure is required, and the idea that cardiovascular training impairs hypertrophy. In addition, this article covers misconceptions about nutritional strategies, such as the need for restrictive diets, the effectiveness of fasted cardiovascular training, and the importance of meal timing. The fear that women will become bulky from resistance training and the misclassification of creatine as a steroid are also addressed. Drawing on current scientific evidence, we demonstrate that progressive overload, intensity management, and flexible dieting are more effective and sustainable than other methods. Cardiovascular training, when properly integrated, does not hinder muscle growth, and women benefit from resistance training without developing excessive muscle mass. Creatine supplementation is validated as a safe and effective ergogenic aid and is distinct from anabolic steroids. By debunking and contextualizing these myths, this article provides bodybuilders and physique athletes with evidence-based training and nutrition strategies to optimize performance, support long-term health, and maximize results safely and efficiently.

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Publication Details

Journal
Strength and conditioning journal
Published
2026-02-02
DOI
https://doi.org/10.1519/ssc.0000000000000937
Primary Topic
Muscle metabolism and nutrition
Type
article
Field-Weighted Citation Impact
0.00
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article

From Anecdote to Evidence: Dispelling Myths in Bodybuilding and Physique Sports

Grant M. Tinsley, Jeremy R. Pearson, Eric R. Helms, Daniel E. Newmire et al.
Strength and conditioning journal
Muscle metabolism and nutrition
article

From Anecdote to Evidence: Dispelling Myths in Bodybuilding and Physique Sports

Grant M. Tinsley, Jeremy R. Pearson, Eric R. Helms, Daniel E. Newmire, Guillermo Escalante, Brandon M. Roberts, Samuel L. Buckner, David D. Church, Eric T. Trexler, Laurin Conlin, Bill Campbell, Adam M. Gonzalez, Lauren M. Colenso-Semple, Eduardo O. De Souza
article en

Abstract

ABSTRACT Bodybuilding and physique sports are often clouded by myths and misconceptions about training, nutrition, and supplements. This article examines some of the myths in the fitness community, including periodization for muscle growth, the belief that training to failure is required, and the idea that cardiovascular training impairs hypertrophy. In addition, this article covers misconceptions about nutritional strategies, such as the need for restrictive diets, the effectiveness of fasted cardiovascular training, and the importance of meal timing. The fear that women will become bulky from resistance training and the misclassification of creatine as a steroid are also addressed. Drawing on current scientific evidence, we demonstrate that progressive overload, intensity management, and flexible dieting are more effective and sustainable than other methods. Cardiovascular training, when properly integrated, does not hinder muscle growth, and women benefit from resistance training without developing excessive muscle mass. Creatine supplementation is validated as a safe and effective ergogenic aid and is distinct from anabolic steroids. By debunking and contextualizing these myths, this article provides bodybuilders and physique athletes with evidence-based training and nutrition strategies to optimize performance, support long-term health, and maximize results safely and efficiently.

Strength and conditioning journal
Texas Tech University (US), Hofstra University (US), Texas Woman's University (US), Duke University (US), University of South Florida (US), Auckland University of Technology (NZ), California Adaptive Rowing Program (US), California State University, San Bernardino (US), Florida Atlantic University (US), University of Arkansas for Medical Sciences (US), University of Tampa (US), McMaster University (CA)
Openalex Percentile: Top 25%
Muscle metabolism and nutrition
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