筋の形は変わるのか? 大腿二頭筋に対して、短縮/伸張性トレを行った結果、筋束長が変化した研究です
Architectural Changes of the Biceps Femoris Long Head after Concentric or Eccentric Training.
Mentions
Extended reach
Total likes
Video views
Mentions per month
Feb 2020 – Jan 2025Where it's discussed
-
X / Twitter7 posts
-
Facebook4 posts
-
YouTube2 videos
-
News2 articles
AI synopsis
What people are saying
Discussions reflect moderate interest and agreement, with some comments noting that eccentric training increases fascicle length, potentially beneficial for injury prevention, while others question its long-term superiority, evidenced by phrases like 'significant effects on muscle fibre length' and 'short-term benefits.' The tone is informative but lacks in-depth debate, indicating baseline engagement and a moderate perceived impact.
Most discussions acknowledge the findings of the study, especially on the effects of eccentric training on fascicle length, indicating general agreement.
Participants show some curiosity about the practical implications, with mentions of muscle fiber length and ROM but limited deep exploration.
Posts are somewhat superficial, mainly referencing the research outcomes without deep analysis or critique.
The influence appears moderate; some users highlight potential benefits for rehabilitation or muscle adaptation, suggesting the study could inform training practices.
Abstract in brief
- The study investigated how concentric and eccentric strength training affect the architecture of the biceps femoris long head muscle, finding that eccentric training increases fascicle length, while concentric training shortens it.
- After 28 days of detraining, the fascicle length in the eccentric group returned to baseline, indicating that these muscle adaptations are reversible.
- These findings suggest that specific types of resistance training can induce targeted muscle changes, which may be useful for injury prevention and rehabilitation programs.]
Top posts
Most liked on X and BlueskyArchitectural Changes of the Biceps Femoris Long Head after Concentric or Eccentric Training https://t.co/2p3EDnuEry
@BenTailoredFit Nothing showing significant long term superiority on mobility but some on its short terms effects on muscle fibre length and ROM benefits mostly in hamstring research such as… https://t.co/oQ1HBGFGqL
RT @BODYMAKE_KENTEI: 筋の形は変わるのか? 大腿二頭筋に対して、短縮/伸張性トレを行った結果、筋束長が変化した研究です
eccentric vs concentric تمارين الeccentric زادت من fascicle length بشكل ملحوظ لكن التأثير استمر فقط اسبوعين بعد وقف التمرين https://t.co/s271fW019y https://t.co/8jO8VmrWeh
RT @BODYMAKE_KENTEI: 筋の形は変わるのか? 大腿二頭筋に対して、短縮/伸張性トレを行った結果、筋束長が変化した研究です
All mentions
Hamstring Injury Prevention: Key Factors in Elite Soccer Players
Research indicates that short biceps femoris fascicles and eccentric knee flexor weakness increase hamstring injury risk in elite football players. Longer fascicles and greater eccentric strength can reduce injury…
Exploring Hypertrophy: The Role of Stretching in Muscle Growth
Increasing muscle strength and size is essential for physical function. This video discusses how traditional resistance training stimulates muscle growth and the emerging evidence that high-volume stretching may also…
eccentric vs concentric تمارين الeccentric زادت من fascicle length بشكل ملحوظ لكن التأثير استمر فقط اسبوعين بعد وقف التمرين https://t.co/s271fW019y https://t.co/8jO8VmrWeh
RT @BODYMAKE_KENTEI: 筋の形は変わるのか? 大腿二頭筋に対して、短縮/伸張性トレを行った結果、筋束長が変化した研究です
RT @BODYMAKE_KENTEI: 筋の形は変わるのか? 大腿二頭筋に対して、短縮/伸張性トレを行った結果、筋束長が変化した研究です
RT @BODYMAKE_KENTEI: 筋の形は変わるのか? 大腿二頭筋に対して、短縮/伸張性トレを行った結果、筋束長が変化した研究です
筋の形は変わるのか? 大腿二頭筋に対して、短縮/伸張性トレを行った結果、筋束長が変化した研究です
@BenTailoredFit Nothing showing significant long term superiority on mobility but some on its short terms effects on muscle fibre length and ROM benefits mostly in hamstring research such as… https://t.co/oQ1HBGFGqL
Architectural Changes of the Biceps Femoris Long Head after Concentric or Eccentric Training https://t.co/2p3EDnuEry
公プ
JG
TP
バO
PA
Mロ
TH