femur
US /ˈfimɚ/
・UK /ˈfi:mə(r)/
C1 上級
n.名詞大腿骨
Did you know that the femur is the longest bone in our body?
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柔軟性トレーニングにおけるテンションとコンプレッションの違い | Anatomy Lab (Understanding Tension vs. Compression in Flexibility Training | Anatomy Lab)
- This is your unique bone structure determining the limit of your backbend Now that we've seen how compression works in the spine, let's move on to a different kind of stretch For example, a wall stretch Lie on your back with your legs up against the wall as if you were making a split As you let your legs open out to the side, you'll feel tension in the muscles of the inside of your legs Particularly the adductors But if you feel a hard stop on the outside of your hips where the femur meets the pelvis, that's compression Also pay attention whether you feel any differences between the right and left side It's common for people to have subtle differences in muscle tension or bone shape If you only feel the stretch in your adductors and not compression, that's again perfectly fine It just means you haven't hit your bone limit yet and you have potential for stretching Try this exercise and notice what you feel, especially when comparing the left and right side Lastly, let's try hip flexion with a bent knee Try pulling your knee towards your chest with your leg bent In this position, you'll probably feel more tension in the back of your hip or glutes But as you keep pulling your knee closer, you will eventually reach a point where your movement stops due to compression This is where the head of the femur meets the pelvis Just like with the wall stretch, compare the right and left sides There may be differences in how each side feels One side might reach compression before the other Take some time to play around with the position of your femur and notice where the restriction is coming from If you don't encounter compression, that means you haven't reached your bone limit yet and you have more room to stretch If you do feel compression, don't be discouraged It's your body's way of showing you your limits and understanding this will help you to move more safely and effectively in your practice Remember, whether it's tension or compression, learning to feel the difference will help you to stop fighting against your body and start working with it Before we wrap up for today, I want to give credit where credit is due This knowledge about tension and compression wasn't discovered by me It was pioneered by Paul Grilly, who's a yin yoga teacher and a master of his art If you are interested in learning more, I highly recommend checking out his website He has a lot of images of human bones that will show you exactly what we are talking about today And it will give you an even clearer understanding of these concepts I want to thank you for your time today and I hope you enjoyed this video and you will benefit from it If you have any questions, feel free to leave them in the comments You can support the channel by subscribing or sharing or liking And of course, if you want to, follow me on Instagram or check out my store Until next time, here in the Anatomy Lab Anatomy of the Body
背骨の圧迫がどのように働くかを見てきたところで、別の種類のストレッチに移ろう、しかし、お尻の外側、大腿骨と骨盤の境目で硬く止まっているように感じたら、それは圧迫です、まだ骨の限界に達しておらず、ストレッチの可能性があるということです。 最後に、膝を曲げて股関節を屈曲させてみましょう、しかし、膝を引き寄せ続けると、やがて圧迫されて動きが止まるポイントに到達します。 ここが大腿骨頭と骨盤の境目です、左右を比べてみてください。左右で感じ方に違いがあるかもしれません。 大腿骨の位置を少し変えてみて、どこが制限され
- But if you feel a hard stop on the outside of your hips where the femur meets the pelvis, that's compression.
二つの顔を持つ子牛 パート1 (The Two-Faced Calf, Part I)
- and it connects back to the tibia and the fibula over here with a giant tendon that goes all the way up to the femur.
そして、それは脛骨と腓骨に、大腿骨までずっと伸びる巨大な腱で繋がっています。
- And it connects back to the tibia and the fibula over here with a giant tendon that goes all the way up to the femur.
これはThe Brain Scoopのセットでは前例のないことです。
恐竜は温血動物だった？化石を溶解して証明 | Science Skills (We Dissolved Fossils To Prove Dinosaurs Were Warm Blooded | Science Skills)
- We popped in a piece of Sue taken from her femur core.
スーの太もものコアから採取した一部を入れました。
- We popped in a piece of Sue taken from her femur core.
これらの異なるスペクトルを比較すると、基本的にどうなるかお見せできます。
第5章 - 神経系、筋系、骨格系 (Chapter 5 - The Nervous, Muscular, and Skeletal Systems)
- So long bones, usually your more traditional bone that you would think of, your femur, alright, your humerus, your radius, your ulna, alright, tib, fib, those are all, you know, long bones, alright?
つまり、長い骨、通常皆さんが思い浮かべるような伝統的な骨、大腿骨、上腕骨、橈骨、尺骨、脛骨、腓骨、これらはすべて長い骨です。
- You notice here in your knee, on the anterior side of your knee we have what we call condyles, condyles of the femur, again, you know, contact points for muscle, and then you have epicondyles like you would find in your humerus or that were basically surrounding your elbow joint and that again, attachment sites for those regions as well.
膝の前側には大腿骨の顆と呼ばれる部分があり、ここでも筋肉との接点になっています。そして、上腕骨や肘関節の周囲にある上顆と呼ばれる部分があり、ここでも筋肉との接点になっています。
医師がセント・デニス・メディカルにリアクション (Doctor Reacts To St. Denis Medical)
- Had a little fender bender this morning, so we'll be repairing his right femur.
今朝、少し接触事故があったので、右大腿骨を治療します。
- Had a little fender-bender this morning, so we'll be repairing his right femur.
深く息を吸い込み、感謝の気持ちでいっぱいになり、集中しましょう。
比較腫瘍学 | 60分アーカイブ (Comparative Oncology | 60 Minutes Archive)
- She comes in and she goes, christy has a cancerous tumor in her femur.
彼女が入ってきて、「クリスティは股関節に癌性の腫瘍があるの」と言いました。
- She comes in and she goes, "Christy has a cancerous tumor in her femur." And I was like, "What?" And I was I'm not, like, a crier, so I, like I think I was processing it,
それで私も泣き出して、そしたら彼女が「待って、私癌なんだ」と言ったんです。
座位でキャンターに乗る方法 (How To Sit The Canter Using Your Seat)
- If you're on the bit, your elbow and your upper arm have to make that same opening and closing of angles as your femur and your hip joint, your ball and socket joint in your arm do.
だから文字通り、回転運動なんです。
- If you're on the bit, your elbow and your upper arm have to make that same opening and closing of angles as your femur and your hip joint, your ball and socket joint in your arm do.
もしあなたがビットに乗っているなら、あなたの肘と上腕は、あなたの大腿骨と股関節、腕の球窩関節と同じ角度の開閉をしなければなりません。
36の外科専門分野 | あなたに合ったものは？ (36 Surgical Subspecialties | Which Is Right For You?)
- Note that a hand surgery fellowship can also be pursued after a plastic surgery residency or much less commonly, a general surgery residency orthopedic trauma, which focuses on fractures of the long bones of the extremities such as such as the femur, tibia, forearm and humerus, as well as fractures of the pelvis and hip socket spine surgery, which includes surgical interventions to correct spinal deformity trauma, degenerative disease and nerve compression and sports surgery, which is by far the most common fellowship for orthopedic surgeons.
手外科フェローシップは、形成外科レジデンシーの後や、はるかにまれですが、一般外科レジデンシーの後にも追求できることに注意してください。整形外科外傷は、大腿骨、脛骨、前腕、上腕骨などの長骨の骨折、および骨盤と股関節の骨折に焦点を当てます。脊椎手術は、脊椎変形、外傷、変性疾患、神経圧迫を矯正するための外科的介入、およびスポーツ手術を含みます。スポーツ手術は、整形外科医にとって最も一般的なフェローシップです。
- Orthopedic trauma, which focuses on fractures of the long bones of the extremities, such as the femur, tibia, forearm, and
血管外科は、心臓と脳以外の体のあらゆる部分の静脈と動脈の外科的管理です。
あなたが知らなかった16の超能力 (16 Superpowers You Didn't Know You Had)
- Do you know what the strongest bone in your body is? It is the femur. It goes from the hip to the knee
体の中で一番丈夫な骨は何か知っていますか？それは大腿骨です。股関節から膝まであります。
- It is the femur.
私達が積極的に細くしているとき、水への二酸化炭素への余分な脂肪細胞
整形外科医になりたいあなたへ [Ep. 7] (So You Want to Be an ORTHOPEDIC SURGEON [Ep. 7])
![整形外科医になりたいあなたへ [Ep. 7] (So You Want to Be an ORTHOPEDIC SURGEON [Ep. 7])](https://img.youtube.com/vi/q9j447yj7QU/hqdefault.jpg)
- In trauma, you'll be dealing with fractures of the long bones of the extremities, such as the femur, tibia, forearm, and
一般的な整形外科医もいますが、80%以上が専門分野を絞ることを選択し、中には2つの異なるフェローシップを修了する人もいます。
- In trauma, you'll be dealing with fractures of the long bones of the extremities, such as the femur, tibia, forearm, and
外傷では、大腿骨、脛骨、前腕などの四肢の長骨の骨折を扱うことになります。