なんやこれめっちゃ面白い。1) 口呼吸、2) 開口/鼻呼吸、3) 閉口/鼻呼吸で、エアフローの速度や広がり方が異なるという研究。(1)は空気速度が最も高く、(2)は最初はゆっくり→velopharynx以下で速くなり、広がり方は不均一、(3)はoropharynxで速くなり、均一に広がる。 https://t.co/5qPvewvFZk https://t.co/xyuxcQe7Lz
The effect of nasal and oral breathing on airway collapsibility in patients with obstructive sleep apnea: Computational fluid dynamics analyses.
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Apr 2022 – Sep 2023Where it's discussed
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X / Twitter10 posts
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YouTube2 videos
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Blogs2 articles
AI synopsis
What people are saying
This collection of discussions focuses on the importance of nasal breathing for airway stability, with posts highlighting airflow smoother during nasal and closed-mouth breathing. For example, comments like 'Airflow throughout the entire breathing route was smoother during nasal breathing with closed mouth' emphasize practical and physiological implications, demonstrating high interest and engagement generated by the study's findings and their real-life relevance.
Most discussions acknowledge the research's findings about airflow and airway stability, supporting its conclusions.
Posts show a high level of curiosity, especially with mentions of practical tips like mouth taping and implications for sleep health.
Some discussions dive into details about airflow mechanics and health implications, indicating moderate engagement.
The conversations suggest the article influences ideas around sleep apnea management and breathing techniques, though not overwhelmingly transformative.
Abstract in brief
- Results showed that airflow velocity was higher during oral breathing and more turbulent, especially at lower parts of the throat, while nasal breathing, especially with a closed mouth, allowed smoother airflow.
- The findings suggest that oral breathing significantly increases the risk of airway collapse in sleep apnea patients, emphasizing the importance of nasal breathing for maintaining airway stability.]
Top posts
Most liked on X and Bluesky@alexffuchs @nickmmark If one's nostril aren't blocked... well... "Airflow throughout the entirety of the breathing route was smoother during nasal breathing with closed mouth than that with open mouth." https://t.co/J56rx1QDnb
RT @sy_littlelily: なんやこれめっちゃ面白い。1) 口呼吸、2) 開口/鼻呼吸、3) 閉口/鼻呼吸で、エアフローの速度や広がり方が異なるという研究。(1)は空気速度が最も高く、(2)は最初はゆっくり→velopharynx以下で速くなり、広がり方は不均一、(3…
@PressHandstand @nickmmark "Airflow throughout the entirety of the breathing route was smoother during nasal breathing with closed mouth than that with open mouth." https://t.co/J56rx28MBj
@nickmmark @ScottAdamsSays "Airflow throughout the entirety of the breathing route was smoother during nasal breathing with closed mouth than that with open mouth." https://t.co/J56rx1QDnb
RT @sy_littlelily: なんやこれめっちゃ面白い。1) 口呼吸、2) 開口/鼻呼吸、3) 閉口/鼻呼吸で、エアフローの速度や広がり方が異なるという研究。(1)は空気速度が最も高く、(2)は最初はゆっくり→velopharynx以下で速くなり、広がり方は不均一、(3…
All mentions
The Pharynx in Singing: Anatomy and Voice Control Strategies
The Pharynx in singing acts as a collapsible tube managing airflow and protecting the lungs. This video explores its musculature, mechanical reactions, and exercises for opening and managing the throat to enhance vocal…
Understanding the Pharynx's Role in Voice and Breathing Mechanics
The pharynx is a collapsible tube regulating airflow and swallowing. It reacts mechanically to air flow and involves muscles like the genioglossus and sternocleidomastoid, impacting voice production and breathing, with…
RT @sy_littlelily: なんやこれめっちゃ面白い。1) 口呼吸、2) 開口/鼻呼吸、3) 閉口/鼻呼吸で、エアフローの速度や広がり方が異なるという研究。(1)は空気速度が最も高く、(2)は最初はゆっくり→velopharynx以下で速くなり、広がり方は不均一、(3…
RT @sy_littlelily: なんやこれめっちゃ面白い。1) 口呼吸、2) 開口/鼻呼吸、3) 閉口/鼻呼吸で、エアフローの速度や広がり方が異なるという研究。(1)は空気速度が最も高く、(2)は最初はゆっくり→velopharynx以下で速くなり、広がり方は不均一、(3…
RT @sy_littlelily: なんやこれめっちゃ面白い。1) 口呼吸、2) 開口/鼻呼吸、3) 閉口/鼻呼吸で、エアフローの速度や広がり方が異なるという研究。(1)は空気速度が最も高く、(2)は最初はゆっくり→velopharynx以下で速くなり、広がり方は不均一、(3…
RT @sy_littlelily: なんやこれめっちゃ面白い。1) 口呼吸、2) 開口/鼻呼吸、3) 閉口/鼻呼吸で、エアフローの速度や広がり方が異なるという研究。(1)は空気速度が最も高く、(2)は最初はゆっくり→velopharynx以下で速くなり、広がり方は不均一、(3…
なんやこれめっちゃ面白い。1) 口呼吸、2) 開口/鼻呼吸、3) 閉口/鼻呼吸で、エアフローの速度や広がり方が異なるという研究。(1)は空気速度が最も高く、(2)は最初はゆっくり→velopharynx以下で速くなり、広がり方は不均一、(3)はoropharynxで速くなり、均一に広がる。 https://t.co/5qPvewvFZk https://t.co/xyuxcQe7Lz
@PressHandstand @nickmmark "Airflow throughout the entirety of the breathing route was smoother during nasal breathing with closed mouth than that with open mouth." https://t.co/J56rx28MBj
@alexffuchs @nickmmark If one's nostril aren't blocked... well... "Airflow throughout the entirety of the breathing route was smoother during nasal breathing with closed mouth than that with open mouth." https://t.co/J56rx1QDnb
@nickmmark @ScottAdamsSays "Airflow throughout the entirety of the breathing route was smoother during nasal breathing with closed mouth than that with open mouth." https://t.co/J56rx1QDnb
RT @TheAdrianVeidt: @Greg_Coogan @antoniogm It could be minor sleep apnea & nocturia. If you breath thru your mouth there's airway collapse…
@Greg_Coogan @antoniogm It could be minor sleep apnea & nocturia. If you breath thru your mouth there's airway collapse & non-intuitively increased urine production. Mouth tape is a 5¢ fix. https://t.co/rLCvax6xDi https://t.co/BzvGioEJRu https://t.co/X0bWgXr9wV https://t.co/Sq8vHof4wV
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