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The posts reflect a generally positive reception towards the research, with phrases like 'training with derivatives is the way to go' and mentions of 'force absorption' and 'overload stimuli.' The tone is collaborative and informative, emphasizing the importance of applying scientific findings to training routines, which supports the scores of moderate interest and impact.
Most discussions support the article, highlighting the benefits of force and velocity overload methods, with some referencing agreement from experts like Dr. Suchomel.
Participants show strong interest, discussing technical aspects, implications for training, and referencing recent publications and research articles.
Engagement levels are moderate; posts include brief comments, references to studies, and shared links, indicating some depth without detailed debate.
The discussions suggest these findings could influence training practices, especially as they reference published research and professional opinions, indicating a moderate perceived impact.
ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 https://t.co/7GAe8a09gz https://t.co/kp4jB9FiT9
Recent studies with a focus on resistance exercise
The first paper from our weightlifting training study has now been published ahead of print in @JSCRonline: Training With Weightlifting Derivatives The Effects of Force and Velocity Overload Stimuli https://t.co/QPRaMubrXJ @MasterATCSCS @PaulComfort1975
Published Ahead-of-print: Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli https://t.co/ApTXxplxA9 @NSCA
Current Issue: Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli, by @DrTSuchomel et al. https://t.co/v1T6k4mtUc @NSCA https://t.co/EbWZDV8ZjN
@Valuscom @DrTSuchomel Here’s a bit from @DrTSuchomel who is much smarter than me: https://t.co/jXV2E1fojc
The Jump Shrug is a weightlifting exercise that emphasizes the transition and second pull phases without catching or recovery, enabling the use of supramaximal loads to improve athletic qualities such as strength…
A alternative to the common weight lifting exercise the hang clean pull. Using a trap bar offers variations in exercise prescription and potentially a more comfortable loading position. Removing catch and recovery…
This video explores the hang high pull, a weightlifting derivative focusing on the transition and second pull phases, excluding catch and recovery. Research shows that overload training with force and velocity stimuli…
This video explains the mechanics of the hang clean pull, highlighting its effectiveness in developing force and velocity, especially with supramaximal loads. It compares kinetic and kinematic variables during the pull…
This study compares weightlifting methods—catching, pulling, and overload exercises—over 10 weeks. Results show that force and velocity-specific overload enhances strength, sprint, and agility more effectively than…
The study compares kinetic and kinematic variables during the pull from the knee and hang pull across various loads. The hang pull generally produces greater force and velocity measures, making it more effective for…
@coachrebbrock @TommyMoffitt I totally agree. However @DrTSuchomel found the same force absorption amounts with derivatives: https://t.co/jXV2E1fojc That is as long as you don't drop the bar after extension. The same would go for trap bar jumps meaning force absorption is happening during the landing.
@thereallsu777 @TommyMoffitt Yeah, that was this one from @DrTSuchomel https://t.co/jXV2E1fojc And I would just say, if you can’t teach the lifts properly, derivatives are the way to go. However, I still believe the full lift is important.
@Valuscom @DrTSuchomel Here’s a bit from @DrTSuchomel who is much smarter than me: https://t.co/jXV2E1fojc
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
RT @taku0726_tr: ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 h…
ウエイトリフティング系トレーニングでは、一般的に多く用いられるやや重めの負荷（50〜82.5% 1RM）を扱うよりも、力と速度への過負荷を狙って幅広い負荷を扱うほうが、スプリントなどのパフォーマンス向上効果が大きくなる可能性を示唆する報告。 https://t.co/7GAe8a09gz https://t.co/kp4jB9FiT9
RT @JSCRonline: Current Issue: Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli, by @DrTSuchomel…
Current Issue: Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli, by @DrTSuchomel et al. https://t.co/v1T6k4mtUc @NSCA https://t.co/EbWZDV8ZjN
@CoachKStrength “Training with Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli”
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @JSCRonline: Published Ahead-of-print: Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli https…
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @JSCRonline: Published Ahead-of-print: Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli https…
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @JSCRonline: Published Ahead-of-print: Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli https…
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
Published Ahead-of-print: Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli https://t.co/ApTXxplxA9 @NSCA
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
RT @HughesDC_Muscle: Recent studies with a focus on resistance exercise
Recent studies with a focus on resistance exercise
RT @DrTSuchomel: The first paper from our weightlifting training study has now been published ahead of print in @JSCRonline: Training With…
RT @DrTSuchomel: The first paper from our weightlifting training study has now been published ahead of print in @JSCRonline: Training With…
RT @DrTSuchomel: The first paper from our weightlifting training study has now been published ahead of print in @JSCRonline: Training With…
RT @DrTSuchomel: The first paper from our weightlifting training study has now been published ahead of print in @JSCRonline: Training With…
RT @DrTSuchomel: The first paper from our weightlifting training study has now been published ahead of print in @JSCRonline: Training With…
RT @DrTSuchomel: The first paper from our weightlifting training study has now been published ahead of print in @JSCRonline: Training With…
RT @DrTSuchomel: The first paper from our weightlifting training study has now been published ahead of print in @JSCRonline: Training With…
RT @DrTSuchomel: The first paper from our weightlifting training study has now been published ahead of print in @JSCRonline: Training With…
The first paper from our weightlifting training study has now been published ahead of print in @JSCRonline: Training With Weightlifting Derivatives The Effects of Force and Velocity Overload Stimuli https://t.co/QPRaMubrXJ @MasterATCSCS @PaulComfort1975
Training with weightlifting derivatives: The effects of force and velocity overload stimuli. Journal of Strength and Conditioning Research, 34, 1808–1818 ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. J Strength Cond Res. 2020 Jul;34(7):1808-1818. doi: 10.1519/JSC ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. J. Strength Cond. Res. 2020, 34, 1808–1818. [CrossRef] [PubMed] ...
... Weightlifting for Sports Performance; Assessment of Force ... Training with weightlifting derivatives : the effects of force and velocity overload stimuli.
Force-velocity specific pulling derivatives (OL). While the ... weightlifting derivatives because of the possible interference effect of other exercises.
Training with weightlifting derivatives: The effects of force and velocity overload stimuli. J Strength Cond Res. 2020;34(7):1808-18. Suchomel TJ, McKeever ...
However, 1RM tests may be impractical in some weightlifting derivatives. This study aimed to identify the PPO of the hang power clean (HPC), hang high pull (HHP) ...
Training with weightlifting derivatives: the effects of force and velocity overload stimuli. J. Strength Cond. Res. 34, 1808–1818. 10.1519/JSC ...
https://doi.org/10.1519/jsc.0000000000003639. 134. Suchomel, T. J., McKeever, S. M., McMahon, J. J., & Comfort, P. (2020). The Effect of. Training with ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity...
Training with weightlifting derivatives: The effects of force and velocity overload stimuli. Journal of Strength and Conditioning Research 34: 1808-1818 ...
... weightlifting movements and traditional exercises impact ... (2020a) Training with weightlifting derivatives: The effects of force and velocity overload stimuli.
... weightlifting derivative exercises were added to the ... Training with weightlifting derivatives: The effects of force and velocity overload stimuli.
Suchomel, TJ, McKeever, SM, and Comfort, P. Training with weightlifting derivatives: The effects of force and velocity overload stimuli.
Publications. Publications (198). Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. Article. Full-text available. Mar ...
doi: 10.1519/JSC.0000000000003639. PMID: 32398635. Suchomel TJ, Kissick CR, Techmanski BS, Mann JB, Comfort P. Velocity-Based Training With ...
Training with weightlifting derivatives: the effects of force and velocity overload stimuli. J Strength Cond Res. 2020;34(7):1808–18 ...
Training with weightlifting derivatives: The effects of force and velocity overload stimuli. The Journal of Strength & Conditioning Research ...
Training with Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. The Journal of Strength & Conditioning Research ...
Training with weightlifting derivatives: The effects of force and velocity overload stimuli. The Journal of Strength & Conditioning Research ...
Training with weightlifting derivatives: the effects of force and velocity overload stimuli. J. Strength Cond. Res. 34, 1808–1818 (2020) ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. Journal of Strength and Conditioning Research ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. Journal of Strength and Conditioning Research ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. J Strength Cond Res. 2020 Jul;34(7):1808-1818 ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. Journal of Strength and Conditioning Research ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. J Strength Cond Res. 2020 Jul;34(7):1808-1818 ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. Journal of Strength and Conditioning Research ...
... effects of training and can be associated with sport performance outcomes. ... force expressions to high-force, low-velocity expressions. As ...
Training with weightlifting derivatives: The effects of force and velocity overload stimuli. J. Strength Cond. Res. 2020, 34, 1808–1818 ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. J Strength Cond Res. 2020 Jul;34(7):1808-1818 ...
Training with weightlifting derivatives: The effects of force and velocity overload stimuli. The Journal of Strength & Conditioning Research ...
Training with weightlifting derivatives: The effects of force and velocity overload stimuli. J. Strength Cond. Res. 2020, 34, 1808–1818 ...
Training with weightlifting derivatives: the effects of force and velocity overload stimuli. J Strength Cond Res. 2020;34:1808–18. doi ...
Training with weightlifting derivatives: the effects of force and velocity overload stimuli. J Strength Cond Res 2020; 34: 1808–1818 ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. Source: The Journal of Strength and Conditioning ...
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. T. SuchomelShana M. McKeeverP. Comfort.
Training With Weightlifting Derivatives: The Effects of Force and Velocity Overload Stimuli. · Education. Journal of strength and conditioning ...
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