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The group shows high interest and engagement by referencing specific findings, such as the connection between velocity loss levels and hypertrophy noted in the meta-analyses, and by sharing resources like open-access articles. The tone is analytical and forward-looking, emphasizing the research’s potential to transform training practices and scientific understanding.
Most discussions support the idea that velocity loss thresholds influence training outcomes, highlighting benefits for hypertrophy and performance.
There is a strong interest in the scientific details, with multiple posts referencing the research findings and importance within resistance training.
Posts actively evaluate the methodology, mention specific results like the link between higher velocity loss and muscle growth, and share links to open-access papers, showing deep engagement.
The discussions emphasize the significance of these findings for sports and strength training, indicating that the research could influence training protocols and understanding of muscular adaptations.
ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https://t.co/AwPUb20U8p https://t.co/edlCtBLZ5y
Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher velocity loss is beneficial for hypertrophy but not strength or endurance. https://t.co/XXoRd1kPtm https://t.co/RIQuaW6Hsu
筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとのこと。 https://t.co/HXDb8fJiJi
Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published in @SportsMedicineJ! The paper is available to EVERYONE using this link: https://t.co/nFTvp9tVks So much work went into this; big thanks to my team! ⬇️ https://t.co/pAi9yYOIq3
New FREE review with meta-analysis lead by @JukicIvan were we review the acute and chronic effects of #velocity-based resistance training and provide a critical evaluation of the literature. Thread with most important findings (& nice figs) below https://t.co/w18W97IcCA https://t.co/tr9AV7XGmC
ウェイトトレーニングの挙上速度に関する論文。 筋肥大が目的の場合は挙上速度の大幅な低下、ジャンプ力やスプリント走の向上を目指す場合には軽い速度の低下を目安に終了した方が効果があるとのこと。 https://t.co/i6tbujDgbS オールアウトするまで追い込む以外の選択肢もあるかと思います。
Men over 40 can build muscle effectively with proper training, regardless of age. Studies show older men can gain muscle just as quickly as younger men if they train intensely. It's time to challenge the misconception…
Men over 40 often experience slower recovery, joint stiffness, and decreased strength. These exercises help protect joints, restore mobility, and promote a youthful body, supporting longevity and overall health.
ウェイトトレーニングの挙上速度に関する論文。 筋肥大が目的の場合は挙上速度の大幅な低下、ジャンプ力やスプリント走の向上を目指す場合には軽い速度の低下を目安に終了した方が効果があるとのこと。 https://t.co/i6tbujDgbS オールアウトするまで追い込む以外の選択肢もあるかと思います。
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
筋トレ中の速度低下と筋肥大・筋力向上効果に関するメタ解析でも似たような結果が示されてるのは興味深い。 やっぱりRIRを上手く使いこなせれば、挙上速度を測らなくてもVBTと同じようなトレーニング効果はある程度狙えるのかもしれない
RT @takumasa39: 筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとの…
RT @takumasa39: 筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとの…
RT @takumasa39: 筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとの…
RT @takumasa39: 筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとの…
RT @takumasa39: 筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとの…
RT @takumasa39: 筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとの…
RT @takumasa39: 筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとの…
RT @takumasa39: 筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとの…
RT @takumasa39: 筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとの…
筋トレでの速度損失（VL）による筋肥大、筋力増強の効果への影響を検証したSports Medのメタ解析。 高い速度損失は筋肥大に効果的であり、筋力やパワー、ジャンプやスプリント能力の向上には低～中等度の速度損失が効果的であることが示唆されたとのこと。 https://t.co/HXDb8fJiJi
VBT. Inconsistente… https://t.co/KsgeappcbL https://t.co/uPEpudMxCp https://t.co/Cj5nUSqIQA https://t.co/jytj5TuDKj https://t.co/7NyTSZXwJ2, https://t.co/YnVauXZbvB https://t.co/p3RN7iohD3 https://t.co/91WrFuoEU7
RT @Jozo_Grgic: The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Met…
RT @Jozo_Grgic: The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Met…
RT @Jozo_Grgic: The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Met…
RT @Jozo_Grgic: The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Met…
RT @Jozo_Grgic: The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Met…
RT @Jozo_Grgic: The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Met…
The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Meta-Analysis, and Critical Evaluation of the Literature https://t.co/uBSFOh2fH2
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Rev… https://t.co/UfQTqPCSv2
Appears, @DrTSuchomel info=prescription♻️= Velo Loss indicates a method adopting load w/mod➡️low loss provides Speed & Jump ht improvement. If hyp. is goal best practice involve greatest benefit of performance. Speed vs Hypertrophy (Strength) Velo Loss! https://t.co/7lx5ht53Pd
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @alexoiar:
RT @BasVanHooren: New FREE review with meta-analysis lead by @JukicIvan were we review the acute and chronic effects of #velocity-based res…
RT @BasVanHooren: New FREE review with meta-analysis lead by @JukicIvan were we review the acute and chronic effects of #velocity-based res…
Tem crescido muito o uso da Perda de Velocidade como Variável na Prescrição do Treino de Força. https://t.co/vNVXYoOmG1 https://t.co/Kg7MrokvY3 https://t.co/dNw7bI9Sj7
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @gmarquez_11: Important paper to the field of RT
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @BasVanHooren: New FREE review with meta-analysis lead by @JukicIvan were we review the acute and chronic effects of #velocity-based res…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @BasVanHooren: New FREE review with meta-analysis lead by @JukicIvan were we review the acute and chronic effects of #velocity-based res…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Meta-Analysis, and Critical Evaluation of the Literature | SpringerLink https://t.co/tMgAmPehDY
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @BasVanHooren: New FREE review with meta-analysis lead by @JukicIvan were we review the acute and chronic effects of #velocity-based res…
RT @BasVanHooren: New FREE review with meta-analysis lead by @JukicIvan were we review the acute and chronic effects of #velocity-based res…
RT @BasVanHooren: New FREE review with meta-analysis lead by @JukicIvan were we review the acute and chronic effects of #velocity-based res…
RT @BasVanHooren: New FREE review with meta-analysis lead by @JukicIvan were we review the acute and chronic effects of #velocity-based res…
New FREE review with meta-analysis lead by @JukicIvan were we review the acute and chronic effects of #velocity-based resistance training and provide a critical evaluation of the literature. Thread with most important findings (& nice figs) below https://t.co/w18W97IcCA https://t.co/tr9AV7XGmC
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @StephanvdZwaard: Last week's MOST talked about studies in Sports Science
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
RT @JukicIvan: Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published…
Interested in velocity-based resistance training? Then have a look at our latest work on velocity loss thresholds published in @SportsMedicineJ! The paper is available to EVERYONE using this link: https://t.co/nFTvp9tVks So much work went into this; big thanks to my team! ⬇️ https://t.co/pAi9yYOIq3
Last week's MOST talked about studies in Sports Science
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @gmarquez_11: Important paper to the field of RT
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Meta-Analysis, and Critical Evaluation of the Literature (open access) https://t.co/XRSoBXzIUJ #exercise #muscle #strength #lift #GetStrong #gainz #gains
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
Los efectos agudos y crónicos de la implementación de umbrales de pérdida de velocidad durante el entrenamiento de fuerza: una revisión sistemática, metanálisis y evaluación crítica de la literatura https://t.co/zsBILlVm67
RT @gmarquez_11: Important paper to the field of RT
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @iamojsn: The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Meta-A…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @gmarquez_11: Important paper to the field of RT
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Meta-Analysis, and Critical Evaluation of the Literature - PubMed - https://t.co/dgf4KG4VCQ
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
RT @taku0726_tr: ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https:…
ジャンプやスプリントの能力を高めたいなら挙上速度が大きく落ちる前に少なめの反復回数でセットを切り上げる筋トレが効果的で、筋肉をデカくしたいなら挙上速度がしっかり落ちるまで反復を続ける筋トレがより効果的であることを示唆するメタ解析。 https://t.co/AwPUb20U8p https://t.co/edlCtBLZ5y
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @gmarquez_11: Important paper to the field of RT
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @gmarquez_11: Important paper to the field of RT
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @gmarquez_11: Important paper to the field of RT
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @gmarquez_11: Important paper to the field of RT
Important paper to the field of RT
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
RT @BradSchoenfeld: Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher veloc…
Very well-done meta on velocity loss and its effect on muscular adaptations. Current evidence indicates a higher velocity loss is beneficial for hypertrophy but not strength or endurance. https://t.co/XXoRd1kPtm https://t.co/RIQuaW6Hsu
RT @bernardo_0311: The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review,…
The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review, Meta-Analysis, and Critical Evaluation of the Literature - PubMed https://t.co/G2rB5VjBKw
RT @Mattjones0203: The Acute and Chronic Effects of Implementing Velocity Loss Thresholds During Resistance Training: A Systematic Review,…
European Journal of Applied Physiology. https://doi.org/10.1007/s00421-025-05709-1 ... s40279 022 01754 4. 38 pages. La Velocidad de Ejecucion Como Referenci. PDF.
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PubMed ID: 25739559 doi:10.1007/s40279-015-0320-0 31296891 doi:10.1038 ... s40279 022 01754 4. 38 pages. 2020 - SJMSS - Pareja-Blanco - Velocity Loss in ...
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Available from: https://doi.org/10.1007/s40279-022-01754-4 17. Hernàndez-Belmonte A, Pallarès JG. Effects of velocity loss threshold during ...
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