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The Study

Early-phase muscular adaptations in response to slow-speed versus traditional resistance-training regimens

In simple terms

This study is like a science experiment where people were randomly put into different exercise groups. It shows that certain types of exercise might cause muscle changes, but we can't be completely sure because we only have a short summary of the study.

41%

Analysis score

41/ 90

Maximum 90 for a randomized controlled trial.

Where the score came from

Reporting0
Methodology60
Publication100
Statistical0
Study type (basis of the score)
Randomized Controlled Trial
Level 1b - Individual RCT
What’s the bottom line?

Scientists tested different ways of lifting weights to see which makes muscles grow best.

Where does this study sit?

Reviews of RCTs (Meta-analyses)

Max 100

Randomized Trials

Max 90

Reviews of Cohort Studies

Max 85

Cohort Studies

Max 72

Reviews of Case-Control Studies

Max 63

Case-Control Studies

Max 58

Cross-Sectional & Case Series

Max 50

Expert Opinion

Max 5
StrongerWeaker
Randomized Trials
Level 1b
41

41 / 100

Quality score

Participants are randomly assigned to treatment or control groups, minimizing bias. The gold standard for testing whether an intervention causes an effect.

Can establish causation

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Key takeaways

Summary

Based on the study abstract and findings.

  1. 1Yes, this shows how training speed and weight affect muscle growth in real people.
  2. 2Slow lifting made muscles grow more than normal lifting with light weights, but normal lifting with heavy weights made muscles grow the most overall.

Score breakdown, methodology, conflicts of interest, evidence analysis & raw study data

Publication

Journal

European Journal of Applied Physiology

Year

2012

Authors

M. Schuenke, Jennifer R. Herman, Roger M. Gliders, F. Hagerman, R. S. Hikida, Sharon R. Rana, K. Ragg, R. Staron

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