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This Breathing Technique Will TRANSFORM Your Health In DAYS
video · Rich Roll

This Breathing Technique Will TRANSFORM Your Health In DAYS

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16 insights saved from this video by @health
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    @health· Random

    Acute exposure to high ambient CO2 (e.g., on planes or in crowded indoor spaces) acts as an external stressor because sudden elevated environmental CO2 and others' exhalations force compensatory responses that provoke anxiety, headaches and impaired cognition even if internal CO2 control is intact.

    Acute exposure to high ambient CO2 (e.g., on planes or in crowded indoor spaces) acts as an external stressor because sudden elevated environmental CO2 and others' exhalations force compensatory responses that provoke anxiety, headaches and impaired cognition even if internal CO2 control is intact.
  2. @health profile photo
    @health· Random

    A narrow, V-shaped palate reduces nasal airway space and increases airflow resistance, which forces mouth breathing and raises the risk of snoring and obstructive sleep events.

    A narrow, V-shaped palate reduces nasal airway space and increases airflow resistance, which forces mouth breathing and raises the risk of snoring and obstructive sleep events.
  3. @health profile photo
    @health· Random

    Both chronic over-breathing and chronic under-breathing create low-grade physiological stress because persistent departures from balanced breathing force compensatory responses that keep the nervous system in sympathetic agitation, contributing over time to chronic disease.

    Both chronic over-breathing and chronic under-breathing create low-grade physiological stress because persistent departures from balanced breathing force compensatory responses that keep the nervous system in sympathetic agitation, contributing over time to chronic disease.
  4. @health profile photo
    @health· Random

    Chronic mouth breathing raises cavity risk because constant oral airflow dries and acidifies saliva, creating a persistently more acidic mouth environment that promotes tooth decay.

    Chronic mouth breathing raises cavity risk because constant oral airflow dries and acidifies saliva, creating a persistently more acidic mouth environment that promotes tooth decay.
  5. @health profile photo
    @health· Random

    Restoring nasal breathing (for example, keeping the mouth closed during sleep) can rapidly reduce snoring, some obstructive events and stress markers because reopening nasal airflow normalizes CO2 balance and reduces airway obstruction.

    Restoring nasal breathing (for example, keeping the mouth closed during sleep) can rapidly reduce snoring, some obstructive events and stress markers because reopening nasal airflow normalizes CO2 balance and reduces airway obstruction.
  6. @health profile photo
    @health· Random

    High indoor CO2 from recirculated air impairs cognition and raises stress because accumulated exhaled air and contaminants increase CO2 and pollutant levels indoors, which correlates with worse test performance, anxiety and physiological stress above thresholds like ~1500 ppm.

    High indoor CO2 from recirculated air impairs cognition and raises stress because accumulated exhaled air and contaminants increase CO2 and pollutant levels indoors, which correlates with worse test performance, anxiety and physiological stress above thresholds like ~1500 ppm.
  7. @health profile photo
    @health· Random

    Widespread soft, processed diets have produced smaller jaws across generations because dramatically less chewing fails to stimulate the muscles and bone growth that widen the palate and jaw during development, leading to narrower mouths and crowded teeth.

    Widespread soft, processed diets have produced smaller jaws across generations because dramatically less chewing fails to stimulate the muscles and bone growth that widen the palate and jaw during development, leading to narrower mouths and crowded teeth.
  8. @health profile photo
    @health· Random

    Mouth breathing produces shallow, inefficient breaths that waste energy and drive chronic sympathetic arousal because much of the inhaled air stalls in the mouth/throat instead of reaching the lungs, prompting the brain to treat it like an emergency and increase stress-style breathing.

    Mouth breathing produces shallow, inefficient breaths that waste energy and drive chronic sympathetic arousal because much of the inhaled air stalls in the mouth/throat instead of reaching the lungs, prompting the brain to treat it like an emergency and increase stress-style breathing.

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