指や首を動かしたとき滑膜関節から放出される関節音の発生メカニズムが気泡崩壊ではなく空洞形成に関連しているというMRIからの直接的な証拠を提示した文献 音は気泡の破裂によるものではなく関節内での空洞の形成に関係している
@RyanMarino They should just show what's actually happening when a joint audibly pops, which is pretty cool: a sufficient drop in pressure pulls gases in the synovial fluid out of solution, which take time to re-dissolve. We even have MRI video of it. http
RT @jcjfryer: @osteofm1 This was my continuing work from https://t.co/Z0Ockp16jm
RT @jcjfryer: @osteofm1 This was my continuing work from https://t.co/Z0Ockp16jm
@osteofm1 This was my continuing work from https://t.co/Z0Ockp16jm
unblock me and talk lol
@caracarabonita not accessible to me and if its not a study then its not a valid source https://t.co/G23BU7XUlt
@mellziland Eu gosto desse estudo: https://t.co/Z79DiOwtqy
@drthalesazevedo Esse tweet será apresentado nas aulas de Anatomia das articulações. Junto com o GIF desse artigo: https://t.co/Z79DiOwtqy
@SamirCouti @Kalie_mero Pour plus de détails ainsi que toute la bibliographie : https://t.co/KyQfJC0ZJl
@OGdukeneurosurg I actually forgot i saw this video a couple years ago as well and had the same response. It is true. @GNK1 any updates? https://t.co/zQhZbjxXhz
@Mons_from_sea @m0370 これですかねぇ... https://t.co/5E2fKYuPaJ
RT @Sami_KSU_SA: للاستزادة هذا الرابط https://t.co/Hz7OJSvEuu
للاستزادة هذا الرابط https://t.co/Hz7OJSvEuu
@OneSickVet @EhlersAintEasy Here you go: https://t.co/xLebK1OXyr
Real-Time Visualization of Joint Cavitation https://t.co/wYq2E9f9w4
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @DavidLeverenz: Reminds me of my single favorite #rheumatology article of all time. “For at least 50 years, the author cracked the knuc…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @rheum_cat: And this comment from @UWRheum professor emeritus Dr Simkin https://t.co/d0Nuj7q4UF
RT @rheum_cat: And this comment from @UWRheum professor emeritus Dr Simkin https://t.co/d0Nuj7q4UF
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
And this comment from @UWRheum professor emeritus Dr Simkin https://t.co/d0Nuj7q4UF
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @DavidLeverenz: Reminds me of my single favorite #rheumatology article of all time. “For at least 50 years, the author cracked the knuc…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
*Finally* a good use of cine-MRI.
RT @drabhilashdub: An elegant description of cracking knuckles.
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
An elegant description of cracking knuckles.
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
Wow! Always thought some ligaments were to blame.
That tick sound always amazed me
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
@R2E2BL
RT @DavidLeverenz: Reminds me of my single favorite #rheumatology article of all time. “For at least 50 years, the author cracked the knuc…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @DavidLeverenz: Reminds me of my single favorite #rheumatology article of all time. “For at least 50 years, the author cracked the knuc…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
Reminds me of my single favorite #rheumatology article of all time. “For at least 50 years, the author cracked the knuckles of his left hand at least twice a day…” 👊 The reply is also 💯 https://t.co/RkzTOpe0hG
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
Looks scary. Let me try and feel the crack once again. There you go. The gas bubble must have formed. 😊
RT @AvrahamCooperMD: What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfac…
What it actually looks like when you crack your knuckles (check out the tiny gas bubble that forms as the joint surfaces are rapidly pulled apart)! https://t.co/RLWqNHT4Vp #medtwitter https://t.co/g4HmOqAXlN
@ClinicalPearl @DrMStiegler Have seen this study https://t.co/DVEtjUQeTK
RT @katzkagaya: 指のポキポキではキャビテーションが生じているが、音はキャビティがまだ残ってて弾ける前に出てるから、キャビテーションが原因でポキポキなっているわけではないようだ。https://t.co/8CKC6ulFEL
RT @Luciy_ship1: 指ポキ、首ポキの中身 https://t.co/4W8d2Ws7Fa
RT @eel_pso2: https://t.co/RVuefIyZ2x 指ポキポキ音
RT @CaptamKz: 後で読もう。 関節マニピュレーションの時のパキッって音の理由 実は私,筋膜マニピュレーションだけじゃなく関節マニピュレーションも得意です✌️ https://t.co/7QWyQh3ZEf
RT @Ortho_FL: 指がぽきぽきなる原因では、2つの説が有りました ・関節が真空状態になる際に音がなる ・関節の気泡が破裂する時の音 この論文ではreal timeMRIを撮影し、音が鳴る瞬間を撮影した 気泡が破裂するのは確認できないから真空派を支持だよ!て話…
RT @PeninsulaClinic: I need some tribonucleation of my back, please. Back cracking is so yesterday. https://t.co/U6n3x0bKsk
指のポキポキではキャビテーションが生じているが、音はキャビティがまだ残ってて弾ける前に出てるから、キャビテーションが原因でポキポキなっているわけではないようだ。https://t.co/8CKC6ulFEL
@Rainmaker1973 The official papers on this that give documentation on this and related studies. https://t.co/r0kRWWTAMe https://t.co/wXkTz0S6Og I, prognostic study
@JosephSteyne @Ladysherb @drphiliplee1 It's called tribonucleation and explained here. https://t.co/xNn1k0B2bh
En los siguientes papers puedes encontrar un poco más acerca de este tema. 👉🏽https://t.co/eyrFo5eC9d 👉🏽https://t.co/eEeCn8eD7Q
太くなるわけないよなぁ。 https://t.co/6DGHmexAo6
RT @terapiamanualUE: Aquí el enlace del paper en cuestión: 📜https://t.co/5VmwvyLE2s Aquí el paper donde se explica el fenómeno de cavita…
RT @terapiamanualUE: Aquí el enlace del paper en cuestión: 📜https://t.co/5VmwvyLE2s Aquí el paper donde se explica el fenómeno de cavita…
RT @terapiamanualUE: Aquí el enlace del paper en cuestión: 📜https://t.co/5VmwvyLE2s Aquí el paper donde se explica el fenómeno de cavita…
RT @terapiamanualUE: Aquí el enlace del paper en cuestión: 📜https://t.co/5VmwvyLE2s Aquí el paper donde se explica el fenómeno de cavita…
RT @terapiamanualUE: Aquí el enlace del paper en cuestión: 📜https://t.co/5VmwvyLE2s Aquí el paper donde se explica el fenómeno de cavita…
RT @terapiamanualUE: Aquí el enlace del paper en cuestión: 📜https://t.co/5VmwvyLE2s Aquí el paper donde se explica el fenómeno de cavita…
RT @terapiamanualUE: Aquí el enlace del paper en cuestión: 📜https://t.co/5VmwvyLE2s Aquí el paper donde se explica el fenómeno de cavita…
RT @terapiamanualUE: Aquí el enlace del paper en cuestión: 📜https://t.co/5VmwvyLE2s Aquí el paper donde se explica el fenómeno de cavita…
Aquí el enlace del paper en cuestión: 📜https://t.co/5VmwvyLE2s Aquí el paper donde se explica el fenómeno de cavitación: 📜https://t.co/RyaQaewhNW
Real-Time Visualization of Joint Cavitation, 5 years old https://t.co/YZyB3xxHwz
Cavitation is also involved in cracking joints: https://t.co/1JoAIhTJmx Strangely, it doesn't seem to cause lasting damage in habitual finger-crackers.
【リアルタイムで可視化する関節のキャビテーション】 ”アジャストメントの際に聞こえる音は関節内に気泡が発生した時の音”だそうです。 https://t.co/q9Th7qyvP5 #カイロプラクティック #アジャストメント #キャビテーション #トリボヌクリエーション
指ポキ、首ポキの中身 https://t.co/4W8d2Ws7Fa
La tribonucleation serait la formation de bulles de CO2 qui est naturellement présent sous forme dissoute dans le liquide synovial de l’articulation. Lors d’un changement de pression interne le gaz formerait alors des cavités qui expliqueraient ce son htt
Real-Time Visualization of Joint Cavitation https://t.co/AUxTbD1kbx
@sheetalagheda Gotta love RT-MRI in general. Personal favourite is the visualisation of gas bubble formation in knuckle cracking https://t.co/ugaMNFuluJ. The whole paper is fascinating https://t.co/xbKmNtDafl
Rarely has so much effort gone into joint cracking research, I cracked my shoulders, marvelled at how good it felt, then thought, best find some science... https://t.co/MYp3OdWRhn https://t.co/7tjFCIVNXr
@alananayaa @Cielo_D95 Jaja no lo sé exactamente, pero aquí hay una referencia https://t.co/WcmlHO10tP
Rapid joint separation was associated with the crack. Dark signal intensity on T1 images formed in the joint space consistent with air space formation https://t.co/NgqJbBmaQg /3c https://t.co/xndM9arDps