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Corticospinal excitability remains unchanged in the presence of residual force enhancement and does not contribute to increased torque production

机译：在残留力增强存在下，皮质术兴奋性保持不变，并且不会有助于增加扭矩产生

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Jasmin Frischholz; Brent J. Raiteri; Andrew G. Cresswell; Daniel Hahn;
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年度 2020
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1. Both the elongation of attached crossbridges and residual force enhancement contribute to joint torque enhancement by the stretch-shortening cycle [J] . Atsuki Fukutani, Jun Misaki, Tadao Isaka Royal Society Open Science . 2017 ,第2期

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2. Anodal transcranial direct current stimulation increases corticospinal excitability, while performance is unchanged [J] . Mathias Kristiansen, Mikkel Jacobi Thomsen, Jens N?rgaard, PLoS One . 2021 ,第7期

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3. Residual force enhancement contributes to increased performance during stretch-shortening cycles of human plantar flexor muscles in vivo [J] . Hahn Daniel, Riedel Timotheus N. Journal of Biomechanics . 2018 ,第期

机译：残留的力量增强有助于在体内人跖骨屈肌肌肉的拉伸缩短周期增加
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6. Both the elongation of attached crossbridges and residual force enhancement contribute to joint torque enhancement by the stretch-shortening cycle [O] . Atsuki Fukutani, Jun Misaki, Tadao Isaka 2017

机译：附着的跨桥的伸长和残余力的增加都通过缩短周期来促进关节扭矩的增加
7. Tibiofemoral joint contact forces increase with load magnitude and walking speed but remain almost unchanged with different types of carried load [O] . Gavin K. Lenton, Peter J. Bishop, David J. Saxby, 2018

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Corticospinal excitability remains unchanged in the presence of residual force enhancement and does not contribute to increased torque production

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