Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @EricRawsonPhD @mackinprof @ShawnArent @jploenneke @NSCA @TStellingwerff @ExphysPhD
Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises.
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Jan 2019 – Sep 2025Where it's discussed
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AI synopsis
What people are saying
Discussions show a strong consensus on the interference effect of aerobic exercise on strength training, often supported by references to authoritative meta-analyses and specific studies, with tone and wording emphasizing the importance of understanding training overlap and maximizing gains, indicating high engagement and perceived impact.
Most discussions acknowledge the findings of the meta-analysis that aerobic training can interfere with strength and hypertrophy gains, with some posts citing specific studies and meta-analyses that support this conclusion.
The posts demonstrate high interest by referencing detailed studies, mentioning ongoing debates, and discussing mechanisms like fatigue and recovery, showing users are engaged with the topic.
Several users actively analyze and question findings, cite additional research, and discuss practical implications, indicating deep engagement with the research methods and outcomes.
The discussions highlight how these findings could influence training practices, research, and athletic performance, suggesting the publication has a significant influence on the community.
Abstract in brief
- This meta-analysis examined how concurrent training (combining aerobic and resistance exercises) affects strength, hypertrophy, and power improvements, finding that concurrent training generally results in less benefit than resistance training alone, especially with certain modalities like running, higher frequencies, and longer durations of endurance workouts.
- The study revealed that strength and hypertrophy outcomes were significantly higher with resistance training alone or combined with certain forms of endurance training, while aerobic training like running caused more interference than cycling, especially when done frequently or for longer durations.
- Key factors influencing interference included exercise modality, frequency, and duration, with negative correlations found between these variables and performance gains, indicating that more intense or prolonged endurance training can diminish strength, hypertrophy, and power development.]
Top posts
Most liked on X and Blueskyاللي يبي يقرا اكثر
@The_Evernoob Не "нельзя", а "существенно снижает результативность силовых тренировок по развитию силы и гипертрофии" Можно конечно, если кому-то нравится делать больше работы и получать меньше результата) https://t.co/TJnPGA5zTa
@Gareth_Sandford @gunnyluke @JohnAHawley @JPhysiol Interestingly this paper concluded power/RFD was main variable effected https://t.co/CYHRcqwz4N It’s probably a different mechanism of interference compared to hypertrophy, ie acute fatigue, but it still fits that model above - higher ET volume=less recovery=compromised RFD https://t.co/cDqUca6BAQ
@feeler2k Вас кажется в пабмеде забанили, но я вам помогу https://t.co/TJnPGA67II
有酸素運動をしていると筋トレ効果が下がるとか筋力低下とか言われますが、昨年のメタ解析では有酸素運動と筋トレを同時に行っても筋肥大と最大筋力の発達に影響はなかったとのこと。筋パワーは若干減衰する可能性ありと。有酸素運動の種類、頻度、年齢も関係なかったとのこと https://t.co/9LYt7RlVYg
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اللي يبي يقرا اكثر
they tend to cite stuff like this pubmed.ncbi.nlm.nih.gov/22002517/ to say that doing cardio on a resistance or strength training day hinders gains
https://t.co/pKKeUVduGM
@theresonly2gder Vélo, ça a moins d'interférence avec la pratique de la musculation (https://t.co/29V5jUxR5M) Et le résumé en français : https://t.co/soCioTVets
筋トレを中心に有酸素運動は高めの心拍数で3分にしています。長すぎる有酸素運動は筋力を低下させたり、筋肉量を減少させる可能性があるからです。 https://t.co/PVEVHgXbtG
A meta-analysis of 21 studies confirmed that the more days per week you do cardio, and the longer your cardio sessions are, the harder it will be to build muscle and strength. https://t.co/TV9ViNBzeP ⬇️⬇️⬇️
RT @iamojsn: 有酸素運動とウエイトトレーニングの干渉を調べるメタ分析 https://t.co/xbTsL0ODJx
@The_Evernoob Не "нельзя", а "существенно снижает результативность силовых тренировок по развитию силы и гипертрофии" Можно конечно, если кому-то нравится делать больше работы и получать меньше результата) https://t.co/TJnPGA5zTa
@feeler2k Вас кажется в пабмеде забанили, но я вам помогу https://t.co/TJnPGA67II
@griffinkate @notenoughcrows While there is evidence that cardio can slow gains (e.g. https://t.co/N3H0jRa10b) , but risks of overtraining and poor diet even with zero cardio should be much bigger concerns for non-professional athletes.
有酸素運動をしていると筋トレ効果が下がるとか筋力低下とか言われますが、昨年のメタ解析では有酸素運動と筋トレを同時に行っても筋肥大と最大筋力の発達に影響はなかったとのこと。筋パワーは若干減衰する可能性ありと。有酸素運動の種類、頻度、年齢も関係なかったとのこと https://t.co/9LYt7RlVYg
RT @iamojsn: 有酸素運動とウエイトトレーニングの干渉を調べるメタ分析 https://t.co/xbTsL0ODJx
Consistent with the results of this earlier meta analysis: https://t.co/KRmhPPnfKY https://t.co/6U3NN6Qh9C
RT @michaelmantzmd: @FitFounder 2018 Meta-Analysis "Analysis identified significant negative relationships between frequency & duration of…
@FitFounder 2018 Meta-Analysis "Analysis identified significant negative relationships between frequency & duration of endurance training for hypertrophy, strength, and power"...results indicate interference effects of endurance training on strength training.
@SanDiegoJoey @BradSchoenfeld found one: https://t.co/GUYfAqsTOp
@themusclephd Doesn't is contradict your own meta-analysis? "The mean ES for strength development for strength training was 1.76; for endurance training, it was 0.78; and for concurrent training, it was 1.44." https://t.co/wCfSFITYbN Jacob M Wilson et al. J Strength Cond Res. 2012 Aug
@Gareth_Sandford @gunnyluke @JohnAHawley @JPhysiol Interestingly this paper concluded power/RFD was main variable effected https://t.co/CYHRcqwz4N It’s probably a different mechanism of interference compared to hypertrophy, ie acute fatigue, but it still fits that model above - higher ET volume=less recovery=compromised RFD https://t.co/cDqUca6BAQ
・ランニング等の下半身主体の有酸素運動は上半身の筋トレの効果(筋肥大・筋力増強)と無~低相関 ・同有酸素運動の継続時間&頻度は下半身の筋トレ効果の低下に相関有 Concurrent training: A meta-analysis examining interference of aerobic and resistance exercises https://t.co/LJ3JCe3jut
Concurrent Training: A Meta Analysis Examining Interference of Aerobic and Resistance Exercises. https://t.co/uFx50wx59K
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
RT @GDLeahy: Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @Eric…
Concurrent training: a meta-analysis examining interference of aerobic and resistance exercises: https://t.co/M7c6ek9cyF @EricRawsonPhD @mackinprof @ShawnArent @jploenneke @NSCA @TStellingwerff @ExphysPhD
RT @GuruPerformance: Concurrent training: A meta-analysis examining interference of aerobic and resistance exercises by Wilson et al. (2011…
RT @GuruPerformance: Concurrent training: A meta-analysis examining interference of aerobic and resistance exercises by Wilson et al. (2011…
RT @GuruPerformance: Concurrent training: A meta-analysis examining interference of aerobic and resistance exercises by Wilson et al. (2011…
RT @GuruPerformance: Concurrent training: A meta-analysis examining interference of aerobic and resistance exercises by Wilson et al. (2011…