The selected discussions demonstrate strong interest and engagement, with users referencing scientific studies and practical applications like nasal breathing and humming's effectiveness in increasing nitric oxide. Words like 'fascinates,' 'supports,' and mentions of research articles reflect a tone of curiosity and support for the article's implications, emphasizing its relevance for health practices and diagnostics.
AgreementModerate agreement
Most discussions acknowledge and support the scientific findings about nitric oxide's role in sinus and lung health, with some posts referencing research or clinical implications.
InterestHigh interest
Posts show high interest, with many expressing fascination about the mechanisms and health benefits of nasal nitric oxide, including mentions of breathing practices like humming and Bhramari pranayama.
EngagementHigh engagement
Several contributions delve into specific aspects such as methods (e.g., nasal inhalation, humming) and health impacts, indicating deep engagement and understanding.
ImpactModerate impact
The discussions highlight the potential importance of this research for health practices and disease understanding, though mostly from a supportive or informative stance rather than proposing immediate widespread change.
Abstract in brief
The discovery of nitric oxide (NO) production in the paranasal sinuses in 1995 has changed how we understand sinus function, showing that the sinus epithelium constantly produces NO, which helps fight off pathogens and maintain sinus health.
NO levels are higher in healthy individuals, but in patients with conditions like primary ciliary dyskinesia (PCD) and cystic fibrosis, NO production is very low, making them more prone to sinus infections and serving as a diagnostic marker for certain diseases like PCD.
Additionally, NO from the sinuses is inhaled with each breath, reaching the lungs in a diluted form, where it helps improve oxygen intake by dilating blood vessels, functioning like an "aerocrine hormone" that benefits both sinus and lung health.
@WardensMD @jacepeabody @formerlypissed @SingleScalpel @HannahRTurb @JBSmithMD @dinkjardine @UAB_OTO @RolvixPatterson @DehraMcGuireMD @JenVillwockMD NO is antimicrobial & may contribute to pulmonary vasodilation when inhaled. It’s an aerocrine molecule and may have additional functions. Nasal NO levels are decreased in chronic sinusitis; exhaled NO can be measured as a marker of disease https://t.co/xxVtZkpQUo
Oct 15, 2020 · 4 likes · 2,922 followersView post →
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Karl Etzel
@KarlEtzel · X
@FitFounder Another reason nose breathing is a good thing - nitric oxide production in the paranasal sinuses.
https://t.co/TRBi038vs6
As part of your host defense systems,
Your sinuses produce Nitric Oxide, a pluripotent gaseous messenger with potent vasodilating, and antimicrobial activity (kills bacteria & viruses)
This supports the health benefits of breathe-work & nasal breathing
https://t.co/INUS817Svc
@JacobGudiol Munandare har inte syrebrist! MEN näsandning ger lungorna NO.
”NO gas from the nose and sinuses is inhaled with every breath and reaches the lungs in a more diluted form to enhance pulmonary oxygen uptake via local vasodilation.”
https://t.co/MlVrv1ItqU
Besserer Schlaf durch Mouth Taping zeigt, wie das nächtliche Zukleben des Mundes die Schlafqualität verbessern kann. Ariane Alter testet es eine Woche, um die Vorteile für Atmung, Schnarchen und Schlafqualität zu…
In this video, learn essential insights into improving erectile quality with practical tips from a medical professional. Discover the role of nitric oxide in sinus health and its impact on lung function, highlighting…
This video explores the essential functions of mitochondria in cellular energy production. Mitochondria are known as the powerhouses of the cell, converting nutrients into ATP, the energy currency of the cell, and…
Bhramari Pranayama increases nitric oxide production, which has antimicrobial effects and may help inhibit coronavirus infections. This ancient practice stimulates paranasal sinus secretion of nitric oxide, improving…
@UnabashedIndian Since you are interested:
Paper Name Link Nitric Oxide and the Paranasal Sinuses https://t.co/IYQqeMo8Pq Humming (Simple Bhramari Pranayama) as a Stress Buster https://t.co/W7j0xA6JMD Humming Greatly Increases Nasal Nitric Oxide https://t.co/wSGmxQS4DU Efficacy
@JacobGudiol Munandare har inte syrebrist! MEN näsandning ger lungorna NO.
”NO gas from the nose and sinuses is inhaled with every breath and reaches the lungs in a more diluted form to enhance pulmonary oxygen uptake via local vasodilation.”
https://t.co/MlVrv1ItqU
" Interestingly... more NO is released from the nasal passages during nasal inhalation compared with exhalation (Tornberg et al., 2002). "
#NitricOxide and the #Paranasal #Sinuses
Jon O. Lundberg 2008
Full text: https://t.co/eQwJYFOpIh
#typpioksidi #poskiontelo #aerocrine
Aug 8, 2021 · 1 like · 1 share · 18 followersView post →
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Vivek Kamat
@vivkamat · X
1 https://t.co/mVK00RvtyA
posted a video about 'Bhramari' being effective in compating nasal in fections by Nitric Oxide secretion in the tract. I just looked up the net and found American Journal of Respiratory and Critical Care Medicine did a reserch
As part of your host defense systems,
Your sinuses produce Nitric Oxide, a pluripotent gaseous messenger with potent vasodilating, and antimicrobial activity (kills bacteria & viruses)
This supports the health benefits of breathe-work & nasal breathing
https://t.co/INUS817Svc
@WardensMD @jacepeabody @formerlypissed @SingleScalpel @HannahRTurb @JBSmithMD @dinkjardine @UAB_OTO @RolvixPatterson @DehraMcGuireMD @JenVillwockMD NO is antimicrobial & may contribute to pulmonary vasodilation when inhaled. It’s an aerocrine molecule and may have additional functions. Nasal NO levels are decreased in chronic sinusitis; exhaled NO can be measured as a marker of disease https://t.co/xxVtZkpQUo
Oct 15, 2020 · 4 likes · 2,922 followersView post →
NS
not-a-real-doctor strange
@dankloke · X
Production of NO occurs in paranasal sinuses.
https://t.co/8NwlG25XJ8
"The NO concentration in a healthy sinus exceeds those that are needed for antibacterial effects in vitro."
https://t.co/2WjXWYxSiA
Humming Greatly Increases Nasal Nitric Oxide
https://t.co/dRcB9dncU8 https://t.co/FjoGSLn3UY
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