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在導致受傷的姿勢下進行訓練,以預防受傷?

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有時候一套系統的概念可能會遭到「誤解」或「亂用」,比方說,您會很容易腳踝「翻船」或扭傷嗎?因為腳踝翻船時,您關節及周圍軟組織(肌肉、韌帶)的耐受性差,所以受偒了,因此我們需要去鍛練腳踝在翻船下的動作控制嗎?比方說在腳踝翻船的位置上進行深蹲、跳躍、落地等動作嗎?

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So how much do you biologically adapt, bro? _ I like this question way more than “how much do you bench?” _ I used to have shitty ankles. In my past I’ve had three grade 2 ankle sprains, 2 on my left and 1 on the right. I also broke my right ankle (fibula) when I was 20 years old. I would roll my ankles all the time. I used to do pull-ups, drop from the bar, and roll them, it was pathetic _ Was this genetic? Was I injury prone? Was I just unlucky? “Once you roll it, it’s likely to happen again!”. Maybe I should avoid doing anything dynamic and just be afraid . Or..biologically adapt, motha fucka. Resiliency training is a beautiful thing, the human body is a beautiful thing. Don’t overcomplicate a complex system, understanding our biology is a good first step. Understand that under a certain training practice, with the correct amounts of stimuli, and adhering to the progressive overload principle – you can create biological adaptations _ You should NEVER try those explosive movements that are shown in this video. Those are NOT training principles or drills. It’s only to prove a point, and to express movement . The training on how to get here is obviously completely different ⬇️ ⬇️ ⬇️ Concepts I used to strengthen my ankles: -CARs (FRC) -PAILs/RAILs (FRC) -Kinetic Stretching (FRC) + -Weighted mobility -Creative exploration and play _ When the load exceeds the tissues capacity, injuries happen. So if there’s areas that we continuously get injured in, we should probably apply these principles (responsibly) and strengthen them _ Injury prevention is not possible, but injury mitigation is. Is there a chance I’ll roll my ankle again in the future? Of course, but it’s going to take a whole lot more than it used to _ #BeardTheBestYouCanBe #functionalrangesystems #frcms #controlyourself #mobility #fitnessjourney #fitnessmotivation #fitness #personaltrainer #insta #instafit #instafitness #inspiration #motivation #gymmotivation #gym #gymlife #exercise #fitspo #fitlife #fitspiration #fitfluential #workout #personaltrainer #fitspo #fitlife #fitfluential #fit #fitfam #getfit

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這樣的「邏輯」似乎合理,但我們應該先瞭解導致翻船的「原因」,而不是從導致翻船的「結果」來進行下手,有點類似預防勝於治療的概念。

因為某個動作發生在下肢時,例如:起跳後的單腳落地、意外踩到石頭或坑洞、踩到別人的腳等,身體的功能沒有辦法應付這樣的狀況,您有可能腳踝「翻船」,也有可能扭傷膝蓋、整個人跌倒等。翻船是個「結果」,真得的原因可能是你單腳能力或說身體的側線能力不佳,所以穩不住,最後翻船了。而身體功能比較好的人,身體可以做出即時的反應,不會腳踝翻船,甚至腳踝翻船後不會有事。

要改善腳踝翻船可以從單腳的穩定性開始,逐漸增加負重及速度來給予更多挑戰與刺激,比方說:

單腳平衡
單腳RDL
單腳蹲
.單腳繃跳(直線、橫向

有人曾說:「我腳踝柔軟度很好,為什麼還是會翻船?」有二個基本概念:

1. 要的活動度,不是停留在好的柔軟度

柔軟度好,沒有肌力(控制能力、動作能力),其實在從事運動或者單純的生活動作並沒有益處,這已經寫過幾篇文章進行分享,可以參考《柔軟度愈多愈好?柔軟度=活動度?》、《活動度的重要於大於柔軟度(WHY MOBILITY > FLEXIBILITY)》。

2. 先活動度,後穩定度,最後才是運動表現

這個概念的解釋因人而異,我會說,有關節活動度之後,還要考慮到「動作穩定度」,有好的穩定度,身體才有辦法安心地釋放身體能力。以後實際接觸的例子,腳踝活動度很好,但身體單腳穩定性或側線能力不佳,腳踝扭傷的經歷很頻繁。有的人會變成膝蓋受傷,因為腳踝容易扭傷的人會習慣用輔助或繃帶將腳踝固定住,所以腳踝不會扭傷了,但受害者就變成鄰近關節的膝蓋。

訓練的概念很簡單,您需要在訓練時去刺激單腳能力,它才會建立起抵抗受傷的能力,但一定不會受傷嗎?不能保證,但至少情況會愈來愈好。


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