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The collective discussions reflect an interest in how gait mechanics and propulsion influence post-stroke rehabilitation, with examples such as mentions of robotics in mobility improvement and gait strategies, where words like 'fascinating' and 'significance' indicate value and engagement with the article's insights.
Most discussions acknowledge the importance of understanding gait mechanics and energy expenditure in stroke recovery, showing general agreement with the article's focus.
Participants demonstrate moderate curiosity, engaging with topics like robotics, propulsion asymmetry, and neuromuscular rehabilitation, indicating ongoing interest.
Posts dive into specific strategies, such as prosthetic design and gait analysis, reflecting thoughtful engagement beyond surface-level reactions.
The discussions highlight potential applications in clinical settings and robotics that could influence treatment approaches, suggesting a notable but not revolutionary impact.
Privileged to speak with @gregory_sawicki on robotics for post stroke mobility his current research at @GT_PoWeR_Lab and where future robotics research is going.@ReWalk_Robotics Topics in NeuroRehab Ep 31: Exoskeletons For Improving Mobility Post-Stroke https://t.co/Yz0Tyc5nkC
Michel Lewek, PT, PhD discusses the significance of #propulsion asymmetry after #stroke, and the impact this has on walking speed and metabolic efficiency. Watch it here- https://t.co/HteWyPsJGR @UNC_AHS #neurorehab #neuroPT #Strokerecovery #gaittraining #rehab #choosePT #PT https://t.co/C7qwVJkQsy
Watch on youtube: Associate Professor of Physical Therapy, BME Adjunct faculty @Leweklab_UNC talks about the importance of #propulsion in walking speed during #strokerecovery @CLEAR_NCSU_UNC @UNC_AHS @ReWalk_Robotics RT @helenhehuang8 https://t.co/16hbbxTlhU https://t.co/xBG6aTNGT0
you can find the full talk on our YouTube channel - https://t.co/47pfgxQiug
Gait Posture. 2019;73:8-13. 但し、n数が少なく、考察では効果量と合わせて議論。下肢全体のパワーとは,歩行中の各関節パワーの各phaseにおける平均値の総和。その他,重心速度と床反力から算出する方法もあり。片麻痺患者の下肢パワーの論文と合わせて読むと興味深い。:https://t.co/9gmSGTv5OU
面白いし分かりやすかった気がする！スライドが見やすいってだけで、英語が理解できてるかは怪しいけど笑 Topics in NeuroRehab Ep 31: Exoskeletons For Improving Mobility Post-Stroke https://t.co/vrFZfpYUTZ @YouTubeより
Dr Gregory Sawicki discusses using robotic technology to improve post-stroke outcomes, focusing on gait biomechanics, propulsion deficits, and techniques to help patients effectively utilize paretic propulsion for…
Michael Lewek discusses gait rehabilitation focusing on propulsion asymmetry after stroke, highlighting recent research on enhancing paretic limb contribution and walking efficiency through targeted training.
面白いし分かりやすかった気がする！スライドが見やすいってだけで、英語が理解できてるかは怪しいけど笑 Topics in NeuroRehab Ep 31: Exoskeletons For Improving Mobility Post-Stroke https://t.co/vrFZfpYUTZ @YouTubeより
RT @DerrickRewalk: Privileged to speak with @gregory_sawicki on robotics for post stroke mobility his current research at @GT_PoWeR_Lab and…
RT @DerrickRewalk: Privileged to speak with @gregory_sawicki on robotics for post stroke mobility his current research at @GT_PoWeR_Lab and…
RT @DerrickRewalk: Privileged to speak with @gregory_sawicki on robotics for post stroke mobility his current research at @GT_PoWeR_Lab and…
RT @DerrickRewalk: Privileged to speak with @gregory_sawicki on robotics for post stroke mobility his current research at @GT_PoWeR_Lab and…
Privileged to speak with @gregory_sawicki on robotics for post stroke mobility his current research at @GT_PoWeR_Lab and where future robotics research is going.@ReWalk_Robotics Topics in NeuroRehab Ep 31: Exoskeletons For Improving Mobility Post-Stroke https://t.co/Yz0Tyc5nkC
Fascinating talk by Dr. Mike Lewek on gait strategies that can facilitate neuromuscular rehabilitation. Topics in Neuro Rehab Ep 08: Propulsion Asymmetry Post-Stroke https://t.co/kwaltxxCyt via @YouTube
you can find the full talk on our YouTube channel - https://t.co/47pfgxQiug
RT @ReWalk_Robotics: Michel Lewek, PT, PhD discusses the significance of #propulsion asymmetry after #stroke, and the impact this has on wa…
RT @ReWalk_Robotics: Michel Lewek, PT, PhD discusses the significance of #propulsion asymmetry after #stroke, and the impact this has on wa…
RT @UNCNCSUBME: Watch on youtube: Associate Professor of Physical Therapy, BME Adjunct faculty @Leweklab_UNC talks about the importance of…
Watch on youtube: Associate Professor of Physical Therapy, BME Adjunct faculty @Leweklab_UNC talks about the importance of #propulsion in walking speed during #strokerecovery @CLEAR_NCSU_UNC @UNC_AHS @ReWalk_Robotics RT @helenhehuang8 https://t.co/16hbbxTlhU https://t.co/xBG6aTNGT0
RT @ReWalk_Robotics: Michel Lewek, PT, PhD discusses the significance of #propulsion asymmetry after #stroke, and the impact this has on wa…
Michel Lewek, PT, PhD discusses the significance of #propulsion asymmetry after #stroke, and the impact this has on walking speed and metabolic efficiency. Watch it here- https://t.co/HteWyPsJGR @UNC_AHS #neurorehab #neuroPT #Strokerecovery #gaittraining #rehab #choosePT #PT https://t.co/C7qwVJkQsy
Gait Posture. 2019;73:8-13. 但し、n数が少なく、考察では効果量と合わせて議論。下肢全体のパワーとは,歩行中の各関節パワーの各phaseにおける平均値の総和。その他,重心速度と床反力から算出する方法もあり。片麻痺患者の下肢パワーの論文と合わせて読むと興味深い。:https://t.co/9gmSGTv5OU
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