[生活] 運動教我的標語🏆 Be Inspired❤️ Hate won’t win❤️
這幾天看奧運看到熱血澎湃,這個週末可以說是超級週末啊
來講一下這個夏天看各種運動的標語吧😍
❤️「Be Inspired」是英國2012辦奧運時BBC轉播時的標語,希望看轉播的觀眾,無論老少,都可以被激發一下
這個口號到2016奧運還是沿用著
❤️今年的在任何的BBC運動影片,最後都是「Hate won’t win」
真的,很多比賽競爭激烈,贏了輸了情緒激動,但咒罵咒恨都不會是勝者
今年最讓我有感的運動員訪問是,溫布頓女單的亞軍Karolína Plíšková在賽後的訪問說 “I know how to lose.” “You need to learn how to win and also how to lose.”
學習How to win是理所當然,但輸也是也是要學習的,接受當天可能對手比較好
輸的當下的時刻是不太好受,但是運動員就是這樣享受贏,學習失敗. 然後 Find a way to turn around.
忘記是哪位奧運選手說的Medicine is for Covid last year, Sport is for hope.
今年的奧運有不少驚奇的金牌,還有斜槓很厲害的選手。有幾位是正職是醫生護士,去年在醫院對抗病毒🦠,今年參加奧運,然後比完了再回醫院對抗病毒🦠
大家守在螢幕前,看著比賽實況,心臟強壯,跟著比賽起伏,忘記其他不同意見的紛爭,真的很好啊👏
付出很多的運動員,跟👍後勤的教練、👍防護員、👍家人等等,能前進奧運,你們都很棒啊👍👍👍👍👍👍👍
都是我們心中的🏅️😘
👉👉👉我的書【大英國小職員職場奮鬥記:拒絕壓榨!大膽出走海外就業去】👈👈👈
博客來購書網址:https://goo.gl/V5Vm7y
誠品購書網址:https://goo.gl/fEFNDP
樂天電子書:https://goo.gl/KStfuT
香港:三聯、中華、商務書局
英國郵寄購書請私訊
同時也有2部Youtube影片,追蹤數超過36萬的網紅Tiger Muay Thai and MMA Training Camp, Phuket, Thailand,也在其Youtube影片中提到,Combat Conditioning at Tiger Muay Thai: Pool WorkoutTiger Muay Thai offers a combat conditioning pool workout once a week. A various number of workout...
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sport medicine 在 運動營養師 楊承樺 Facebook 的最讚貼文
#維生素D 與骨骼健康、曬太陽可合成…這類的資訊大家已經有觀念了🌞
近年研究也發現缺乏維生素D與慢性發炎、罹癌率和免疫力等有關。
那與運動表現呢❓
⚠️維生素D與維護肌肉正常功能有關。
但你知道嗎,根據統計台灣成年人約有六成,體內維生素D不足,和年齡、性別、生活作息、飲食、膚色等都有關係
➡️男性(尤其肥胖的男性)和停經後的婦女最常見
而運動員之間相比較,與他們「照射陽光」的時間有關,
例如:訓練地點的緯度(影響可日照時間)、季節、室內外運動的不同,
➡️平均有 #超過六成的 #室內運動員經檢驗 發現維生素D不足
👨🏻⚕️部分研究顯示,連續8週每天補充5000IU維生素D,與肌肉骨骼性能改善有正向影響,
(無論是對運動員或健康的一般人,垂直跳躍高度和10公尺衝刺時間等運動表現都有進步)。
其他研究則顯示體內維生素D含量,與左手握力和下肢力量有顯著相關,有補充維生素D的運動員,在負重反握引體向上這項測驗發現表現更好。
但也不全然實驗都是正面結果,也有些實驗的結果是沒有顯著影響,因此維生素D對運動表現性能還有待未來更多進一步實驗探究。
最後,除了透過每天日曬、日常攝取富含維生素D的食物外,嚴重不足者亦可透過額外補充維生素D加快補充!
資料來源:
1. Al-Horani, H., Abu Dayyih, W., Mallah, E., Hamad, M., Mima, M., Awad, R., & Arafat, T. (2016). Nationality, gender, age, and body mass index influences on vitamin D concentration among elderly patients and young Iraqi and Jordanian in Jordan. Biochemistry research international, 2016.
2. AlQuaiz, A. M., Kazi, A., Fouda, M., & Alyousefi, N. (2018). Age and gender differences in the prevalence and correlates of vitamin D deficiency. Archives of osteoporosis, 13(1), 1-11.
3. Close, G. L., Russell, J., Cobley, J. N., Owens, D. J., Wilson, G., Gregson, W., ... & Morton, J. P. (2013). Assessment of vitamin D concentration in non-supplemented professional athletes and healthy adults during the winter months in the UK: implications for skeletal muscle function. Journal of sports sciences, 31(4), 344-353.
4. Fairbairn, K. A., Ceelen, I. J., Skeaff, C. M., Cameron, C. M., & Perry, T. L. (2018). Vitamin D3 supplementation does not improve sprint performance in professional rugby players: a randomized, placebo-controlled, double-blind intervention study. International journal of sport nutrition and exercise metabolism, 28(1), 1-9.
5. Farrokhyar, F., Tabasinejad, R., Dao, D., Peterson, D., Ayeni, O. R., Hadioonzadeh, R., & Bhandari, M. (2015). Prevalence of vitamin D inadequacy in athletes: a systematic-review and meta-analysis. Sports medicine, 45(3), 365-378.
6. Johnson, L. K., Hofsø, D., Aasheim, E. T., Tanbo, T., Holven, K. B., Andersen, L. F., ... & Hjelmesaeth, J. (2012). Impact of gender on vitamin D deficiency in morbidly obese patients: a cross-sectional study. European journal of clinical nutrition, 66(1), 83-90.
7. Książek, A., Dziubek, W., Pietraszewska, J., & Słowińska-Lisowska, M. (2018). Relationship between 25 (OH) D levels and athletic performance in elite Polish judoists. Biology of sport, 35(2), 191.
8. Verdoia, M., Schaffer, A., Barbieri, L., Di Giovine, G., Marino, P., Suryapranata, H., ... & Novara Atherosclerosis Study Group. (2015). Impact of gender difference on vitamin D status and its relationship with the extent of coronary artery disease. Nutrition, Metabolism and Cardiovascular Diseases, 25(5), 464-470.
9. Wiciński, M., Adamkiewicz, D., Adamkiewicz, M., Śniegocki, M., Podhorecka, M., Szychta, P., & Malinowski, B. (2019). Impact of vitamin D on physical efficiency and exercise performance—A review. Nutrients, 11(11), 2826.
10. Han, Q., Li, X., Tan, Q., Shao, J., & Yi, M. (2019). Effects of vitamin D3 supplementation on serum 25 (OH) D concentration and strength in athletes: a systematic review and meta-analysis of randomized controlled trials. Journal of the International Society of Sports Nutrition, 16(1), 1-13.
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#肌力 #陽光 #居家 #室內運動
#個人運動飲食安排有疑問者建議請先洽詢運動營養師
#增肌減脂 #飲食顧問服務 #營養講座
#促進運動表現飲食顧問服務 #減重 #減肥 #運動營養師 #競技運動營養師 #營養品顧問 #拼pin小教室
#北市大運科所 #SportsNutrition #SportsDietitian #SportsScience
#FatLoss #Performance
#Inbody570 #統一陽光 #全家便利商店 #健康志向 #佳倍優 #維維樂
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【奧林匹克式舉重動作不能捨棄的理由】
分享《The System: Soviet Periodization Adapted for the American Strength Coach》書中對奧林匹克式舉重的看法。該書的作者們並沒有否定專項訓練的重要性,但強調現階段(美國許多力量教練)用其他動作「取代」奧林匹克式舉重是不智的作法,主要的理由是上膊和抓舉能訓練到「大範圍動作」與「全身性」的「爆發力」與「速度」。下面附上原文、我的譯文和懸垂式上膊的訓練側拍影片:
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#以下為譯文,最後附上原文,若有發現翻譯不到位或有問題的地方,非常歡迎也希望各界指正!
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近年來,隨著人們越來越重視力量訓練中的安全性,以及所謂的「專項力量」訓練,奧林匹克式舉重動作已不再受到許多力量教練的青睞。主要的理由是,如果運動員不是要參加奧林匹克舉重比賽,有更好的爆發力訓練動作可以選,它們更容易轉化為運動賽場上的成績,而且這些動作不用移動那麼大的重量,所以對身體的壓力與風險會低很多。
為了甩開風險,有許多擲藥球或更有創意的動作已經在許多運動團隊的力量課表中取代上膊、抓舉、挺舉。在我們看來,這個鐘擺甩得太遠了,這些動作一直都能培養出世界上最強、最具爆發力運動員,現在卻要完全捨棄,實在太過極端。
我們要瞭解奧林匹克式舉重動作的主要目的是:通過「大範圍的動作」(特別是下肢)在全身產生最大的爆發力。
專攻奧林匹克式舉重選手和特別注重專項力量訓練的選手,這兩者的訓練課表,你最常發現的區別是:舉重選手是透過大範圍且快速的動作來訓練下肢;換言之,後者的動作幅度大都比較小。很多教練出於善意,使用了許多替代舉重的練習動作,但這些練習並沒有辦法達到舉重動作所需的柔韌性、協調性與力量輸出。
使用奧林匹克式舉重動作可以訓練到關節在較大彎屈幅度時的爆發力和穩定度,那也是身體在賽場上可能會碰到的幅度。(譯者註:當然對純跑者和泳者來說就並非如此了,不過自行車選手和大部分的球類運動相當符合)
一位運動員在進行完整的抓舉、挺舉時,如果進步太快或是沒有經過正確的指導再加上大重量,的確會導致受傷。但所有的訓練動作都是這樣,只要進階太快、操作不當或重量太重都會受傷,所以問題不在動作,而在於教練沒讓運動員準備好。
像美式足球或籃球這種運動的動作幅度很大,執行動作時需要高度的柔軟度與力量;在提升這些能力上,奧林匹克式舉重動作會比擲藥球的訓練更有效率。這些動作並不危險,只要你能先評估他們的身體是否有能力安全完成這些動作,事先對舉重動作進行規劃與指導,以及循序漸近地增加重量和動作難度,那麼很多顧慮都會消失。
當你能有效且適當地進行奧林匹克式舉重訓練,你會發現它的好處遠遠大於缺點。
(但作者也強調並不是每個人一開始都適合練奧林匹克式舉重動作)
一開始先別進行大量且高強度的奧林匹克式舉重訓練,最好先等到運動員們至少已經練了幾年之後才能大量的練。如果他們在早期要發展爆發力,可在運動員學習和改善舉重動作時先進行「跳躍」與「增強式訓練」。
無論什麼動作,練熟了動作的技術之後,接下來「速度」是第一位。雖然體育界很重視力量和肌肥大,但力量所表現出來的速度才是真正分出運動員實力差異的關鍵所在。
在健力(powerlifting)比賽中,動作的速度並不重要,目標是舉得更重,不管花多長時間,比賽結果只看重量。但在美式足球場上,最強壯的線鋒球員若不能迅速將力量轉化為控制對手防守球員的能力,他們就不能算是成功的進攻組球員。同理,一位能肩推數百磅重的鉛球選手,如果他不能用全身的力量來加速擲出鉛球,他也將無法把獎牌帶回家。
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#原文如下
THE OLYMPIC LIFTING CONTROVERSY
In recent years with the increasing emphasis on safety in strength training and what is termed “sport specific” training, the Olympic lifts have fallen out of favor with many strength coaches. The argument is that if you are not competing in Olympic lifting, there are better options for training explosive strength that translate more readily to sports performance, without the risks and strain inherent in rapidly moving heavy weights.
Variations of medicine ball throws or more creative exercises have taken the place of cleans, snatches, and jerks in the strength programming of many teams as coaches try to reduce those risks. In our opinion, the pendulum has swung too far away from using the movements that have consistently produced the strongest and most explosive athletes in the world.
The main goal of the Olympic lifts is to generate maximal power and explosive strength in the entire body through large ranges of motion, particularly for the lower extremities.
The differences you will most often find between the training regimen of an Olympic weightlifter and of athletes performing more “sport specific” training are that weightlifters consistently take the lower extremities through high-speed, large range-of-motion exercises. Many of the substituted movements and exercises used by a well-intentioned strength coach do not come close to demanding and developing the flexibility, coordination, and force output demanded by the weightlifting exercises.
It is true that subjecting an athlete to a full snatch or jerk with a substantial amount of weight without the proper instruction or progression will often result in injury. However, that holds true for any exercise. It is not the fault of the exercise, but rather the coach’s fault for failing to prepare the athlete to succeed.
Dynamic sports like football or basketball require suppleness and strength expressed through large ranges of motion; the Olympic lifts are more effective at facilitating those qualities than a medicine ball toss. If you assess an athlete to be physically capable of performing the movements safely and if the lifts are programmed and coached effectively and progressed in both weight and complexity, many concerns diminish.
You will discover that when implemented effectively and appropriately, the benefits of the Olympic lifts far outweigh the drawbacks.
A significantly high volume of Olympic lifting is best left to the athletes with at least a few years of training under their belts. For developing athletes such as these, the power and explosive qualities can be addressed through jumping or plyometric training as the Olympic lifts are coached and refined over time.
After mastering technical efficiency and form, no matter what the movement, speed should always be the priority. Although strength and muscle hypertrophy are important in the world of sports, the rapid expression of that strength is what separates athletes on the field of play.
In the sport of powerlifting, the speed of the movement is not critical. The goal is to lift the maximum weight, however long it takes. On the football field, the strongest linemen will rarely succeed if they cannot rapidly translate that strength to control an oncoming defender. A shot putter who can military press hundreds of pounds will not take home a medal without the ability to explosively accelerate the entire body to throw the shot.
(extracted from page 101~102)
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若有發現翻譯不到位或有問題的地方,非常歡迎也希望各界指正!
sport medicine 在 Tiger Muay Thai and MMA Training Camp, Phuket, Thailand Youtube 的最佳貼文
Combat Conditioning at Tiger Muay Thai: Pool WorkoutTiger Muay Thai offers a combat conditioning pool workout once a week.
A various number of workouts from swimming to shadow boxing underwater can part of the session.
Recovery in any sport is a crucial aspect of training. While some athletes have a preferred method or routine that fits their training program, recent studies have provided some scientific evidence that aquatic-based recovery workout method may actually be more beneficial over another.
Any pain-inducing inflammation from MMA, Muay Thai or any other various types of training -- whether it be muscle soreness, contusions or joint pain-- has to be flushed out of the area. Because you float in water, you can work your muscles and engage in movement, intense or relaxed, while submerged without adding further wear and tear to the troubled areas as you would on land.
An aquatic-based recovery workout reduces muscle fatigue and post-exercise pain, partly because the hydrostatic properties of water help decrease inflammation, according to a study in the “International Journal of Sports Medicine.” Dynamic range-of-motion exercises combined with diaphragmatic breathing also decrease muscular tension and increase relaxation.
The workout is ran by head strength and conditioning coach Vis Vires Athletics
www.tigermuaythai.com
sport medicine 在 Tiger Muay Thai and MMA Training Camp, Phuket, Thailand Youtube 的最讚貼文
A new addition to the ever popular Combat Conditioning classes is a pool recovery session ran by strength and conditioning coach, Andrew Wood. A various number of workouts from swimming to shadow boxing underwater can part of the session.
Coach Andrew Wood has been using this method for years with our fighters and has added it to our Combat Conditioning Classes.
Recovery in any sport is a crucial aspect of training. While some athletes have a preferred method or routine that fits their training program, recent studies have provided some scientific evidence that aquatic-based recovery workout method may actually be more beneficial over another.
Any pain-inducing inflammation from MMA, Muay Thai or any other various types of training -- whether it be muscle soreness, contusions or joint pain-- has to be flushed out of the area. Because you float in water, you can work your muscles and engage in movement, intense or relaxed, while submerged without adding further wear and tear to the troubled areas as you would on land.
An aquatic-based recovery workout reduces muscle fatigue and post-exercise pain, partly because the hydrostatic properties of water help decrease inflammation, according to a study in the “International Journal of Sports Medicine.” Dynamic range-of-motion exercises combined with diaphragmatic breathing also decrease muscular tension and increase relaxation.
A Jeff Sainlar film
http://www.jeffsainlar.com/
http://www.tigermuaythai.com/
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