Get the Range of motion, then add the Load! https://t.co/95g6pZBHhR
Impact of range of motion during ecologically valid resistance training protocols on muscle size, subcutaneous fat, and strength.
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Mar 2019 – Sep 2025Where it's discussed
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Facebook48 posts
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News10 articles
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X / Twitter5 posts
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YouTube3 videos
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Reddit2 posts
AI synopsis
What people are saying
The discussions show a balanced acknowledgment of the article's findings, with users emphasizing the importance of increasing range of motion and load, as seen in posts that mention muscle growth, fat loss, and workout optimization. The tone varies from practical advice to scientific insights, illustrating a moderate but engaged interest in applying these insights to training routines.
Most discussions recognize the importance of range of motion and load in resistance training, aligning with the article's findings on physiological benefits.
Participants demonstrate a moderate interest by referencing research and emphasizing practical applications, such as increasing muscle size and fat reduction.
Comments reflect a thoughtful engagement, with some users citing studies and discussing training strategies in depth.
There is a belief that the research has meaningful implications for athletic training and health, although not universally viewed as groundbreaking.
Abstract in brief
- This study compares the effects of long-range (LR) versus short-range (SR) motion during resistance training, finding that LR training leads to greater improvements in muscle size, strength, and architectural adaptations, likely due to higher mechanical stress.
- After 8 weeks of training, participants showed significant gains in muscle size and strength with LR, and these benefits were reduced during 4 weeks of detraining, with SR experiencing quicker loss of strength gains.
- The findings suggest that for maximizing muscle growth and strength, resistance training should prioritize a longer range of motion without sacrificing external load, as this elicits more substantial physiological adaptations.]
Top posts
Most liked on X and BlueskySome research shows that challenging a muscle in different ways may lead to more complete growth in the various regions of that muscle https://t.co/IwnwbGkm36
@JorgeGarBas @Sant0s12 https://t.co/FCfMz8RH88 https://t.co/yCZM4C2X1Q https://t.co/kzzJNg2kWF
フルレンジグループは8週間の時点で筋肉量が23±5%増加(パーシャルは10±2%) トレーニングを止めた後の筋肉の減少も、フルレンジグループのほうが少なかった(16±4% vs. 2±2%) 体脂肪の減少もフルレンジの勝ち(-7±3% vs. 9±1%) 筋力の増加もフルレンジの勝ち https://t.co/fMMpWmp2o6 #自分用メモ
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@CanaldoNegaoo Impacto da amplitude de movimento durante protocolos de treinamento de resistência ecologicamente válidos no tamanho muscular, gordura subcutânea e força - PubMed https://t.co/WC1aVq8JC1
Get the Range of motion, then add the Load! https://t.co/95g6pZBHhR
フルレンジグループは8週間の時点で筋肉量が23±5%増加(パーシャルは10±2%) トレーニングを止めた後の筋肉の減少も、フルレンジグループのほうが少なかった(16±4% vs. 2±2%) 体脂肪の減少もフルレンジの勝ち(-7±3% vs. 9±1%) 筋力の増加もフルレンジの勝ち https://t.co/fMMpWmp2o6 #自分用メモ
Some research shows that challenging a muscle in different ways may lead to more complete growth in the various regions of that muscle https://t.co/IwnwbGkm36
@JorgeGarBas @Sant0s12 https://t.co/FCfMz8RH88 https://t.co/yCZM4C2X1Q https://t.co/kzzJNg2kWF
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