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The collection of discussions shows widespread enthusiasm, with individuals citing examples such as the Abrahang protocol and low-impact training, using enthusiastic words like 'game changer' and 'massive grip gains'. The tone underscores a shared belief that these findings could revolutionize finger training and injury prevention, making the impact seem highly significant.
Most discussions agree with the publication, emphasizing the effectiveness of low-intensity holds and the significance of new training protocols.
Posts demonstrate high interest by sharing detailed summaries, links to videos, and praising specific training methods like the Abrahang protocol.
Many users engage deeply by referencing scientific explanations, suggesting modifications, and discussing implications for different athletes.
There's consensus that the findings could influence training approaches across disciplines, highlighting potential improvements in safety and performance.
Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a synopsis of the paper, check out this YouTube video. https://t.co/7ay3g4IGyJ Comments always welcome
あとでみる。 Mind-Blowing Finger Strength Study with Dr. Keith Baar https://t.co/CUQlPTP7Iw via @YouTube
New in @SportsMedicineJ Gilmore et al. Effects of Different Loading Programs on Finger Strength in Rock Climbers https://t.co/5SFGBgrpHN
@GodsWrestler133 Wrestlers gotta start implementing the Abrahang protocol that Emil Abrahamsson developed for climbing finger recovery/strengthening. Massive grip gains from 10 minutes of low impact daily training https://t.co/2B9CqjGY6E https://t.co/r11ESxfaky
みんな保持力強くしたいっすよね やっぱり https://t.co/jUCMTDG9i1
RT @DebevecTadej: New in @SportsMedicineJ Gilmore et al. Effects of Different Loading Programs on Finger Strength in Rock Climbers https:…
This video explores research comparing low-intensity hangboarding and maximum-load protocols for improving finger strength. Both methods are effective, and combining them yields greater gains, offering practical and…
This video explores a recent study comparing low-intensity hangboarding with traditional high-intensity protocols. Both methods improved finger strength, with combining approaches yielding even better results…
This video discusses how to build finger strength for climbers, emphasizing protocols, technique, and intentional training. It highlights that low-intensity, long-duration holds can improve strength effectively and…
Discover the top 5 isometric exercises ideal for beginners to effectively tone your body and enhance strength. These powerful, science-backed exercises can transform your fitness routine and are suitable for all levels.
How To Build Finger Strength (SCIENCE EXPLAINED) https://t.co/RafwZ6ck7D via @YouTube
@danielgothits https://t.co/9rOP0OGxO8 has been a game changer for shoulder/hip/knee/ankle issues for me
https://t.co/9nGz9dbxXx
RT @MuscleScience: Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a…
@GodsWrestler133 Wrestlers gotta start implementing the Abrahang protocol that Emil Abrahamsson developed for climbing finger recovery/strengthening. Massive grip gains from 10 minutes of low impact daily training https://t.co/2B9CqjGY6E https://t.co/r11ESxfaky
youtu.be/XXrDQ8PCAmI?...
RT @MuscleScience: Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a…
“These results suggest that low-intensity long duration holds provide a promising training paradigm for training finger strength that is gentle enough to incorporate into existing training programs.” https://t.co/M7985cnJN0
Grip Strength Science. How To Build Finger Strength (SCIENCE EXPLAINED) https://t.co/tfJQNSpiFA via @YouTube
How To Build Finger Strength (SCIENCE EXPLAINED) https://t.co/Rt4nWfnrZZ @YouTubeより
Short light hangboarding can do amazing things for finger and wrist stregth. See: youtu.be/XXrDQ8PCAmI?...
How To Build Finger Strength (SCIENCE EXPLAINED) https://t.co/jBUfYkqQT9 via @YouTube
RT @MuscleScience: Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a…
RT @MuscleScience: Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a…
RT @MuscleScience: Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a…
みんな保持力強くしたいっすよね やっぱり https://t.co/jUCMTDG9i1
Low load training for maximum finger strength! https://t.co/qonGW4wVP4
RT @MuscleScience: Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a…
RT @MuscleScience: Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a…
RT @MuscleScience: Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a…
RT @MuscleScience: Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a…
RT @MuscleScience: Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a…
Check out our latest paper. This one is on training the tendons of the fingers. https://t.co/x95uonCHEs If you want a synopsis of the paper, check out this YouTube video. https://t.co/7ay3g4IGyJ Comments always welcome
RT @DebevecTadej: New in @SportsMedicineJ Gilmore et al. Effects of Different Loading Programs on Finger Strength in Rock Climbers https:…
New in @SportsMedicineJ Gilmore et al. Effects of Different Loading Programs on Finger Strength in Rock Climbers https://t.co/5SFGBgrpHN
https://t.co/9WdIsajG91
あとでみる。 Mind-Blowing Finger Strength Study with Dr. Keith Baar https://t.co/CUQlPTP7Iw via @YouTube