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The overall sentiment reflects strong agreement on the importance of slow deep breathing and its effects, as seen in comments about its influence on HRV and cardiovascular responses, while some discussions question specific methodologies, demonstrating active interest and moderate engagement. The use of technical language and references to related studies indicates meaningful impact on the scientific community and public understanding.
Most discussions acknowledge the validity of the research findings, with some highlighting the benefits of slow, deep breathing for health, indicating a general consensus.
Participants show high interest in the topic, referencing specific techniques, physiological measures, and potential health benefits, suggesting engagement with the subject matter.
Several social discussions involve critique, questions, and suggestions for further research, reflecting moderate but attentive engagement.
The debates and references imply the study influences ongoing conversations and future research directions in psychophysiology and breathing techniques.
Psychophysiological responses to various slow, deep breathing techniques Ali Gholamrezaei et al. Psychophysiology. 2020 https://t.co/2rb03SQAmA https://t.co/ONUq3wFEyF
Breathe deeply when you feel #pain or suffer from #hypertension! A new study published in #Psychphysiology by @AGholamrezaei @OGPLeuven investigates the physiological responses to #DeepBreathing techniques. Check out the study here: https://t.co/8mdQLpAGCP https://t.co/NqGUGTICL8
口すぼめ呼吸は心の落ち着きやストレスの緩和にも効果があるらしい。国試的に口すぼめ呼吸といったらCOPD。理屈は気道内圧の代償とからしいが、ゆっくり吐くことが自律神経を整えたりする効果があるということが証明されてた。人体の構造ってすごい https://t.co/tU3XSPg9TD
@altini_marco Yes #deepbreathing has a large effect on #HRV we have explored the underlying mechanisms here https://t.co/7BuKcu3MRz and here https://t.co/tVwbaZipDy
@hubermanlab I think the explanation is not correct. See these studies including ours on cardio-respiratory pattern analysis at different breathing frequencies https://t.co/Iljj7xmjZk https://t.co/tVwbaZipDy https://t.co/7BuKcu3MRz + SA node receives signals from the brain not sending to it?
@Youcantmakethi4 @lplung4 @ibddocmaria Yes they are, breathing exercises, see here our study https://t.co/ANHjOmOwfb
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口すぼめ呼吸は心の落ち着きやストレスの緩和にも効果があるらしい。国試的に口すぼめ呼吸といったらCOPD。理屈は気道内圧の代償とからしいが、ゆっくり吐くことが自律神経を整えたりする効果があるということが証明されてた。人体の構造ってすごい https://t.co/tU3XSPg9TD
@nataliepeluso @jscottwagner Can you please share the evidence showing this? We don't usually breathe with mouth open wide and resistance is more or less the same and some evdience have shown the opposite https://t.co/Z5kWCUUCc7 also see unilateral nostril breathing https://t.co/tVwbaZipDy
@Mateo_Leganes @micahgallen I think we need to be always specific about HRV. Saying slow breathing doesn't increase HRV can be misleading for the same reason. Slow breathing increases several HRV indexes including RMSSD which is a vagally mediated HRV index. https://t.co/ANHjOmOwfb https://t.co/aKEYHgBPes
@Mateo_Leganes @mr_corcorana Yes when breathing frequency is changed from HF to LF range, HF no longer reflects respiration-related cardiac vagal modulation. We usually use RMSSD and RSA (peak to valley) method in our studies including this one and others https://t.co/ANHjOmOwfb https://t.co/aKEYHgBPes
@hubermanlab I think the explanation is not correct. See these studies including ours on cardio-respiratory pattern analysis at different breathing frequencies https://t.co/Iljj7xmjZk https://t.co/tVwbaZipDy https://t.co/7BuKcu3MRz + SA node receives signals from the brain not sending to it?
@Sara_Mednick Beutiful but explanation is not correct. See these studies including ours on cardio-respiratory pattern analysis at different breathing frequencies https://t.co/Iljj7xmjZk https://t.co/tVwbaZipDy https://t.co/7BuKcu3MRz + SA node receives signals from the brain not sending to it?
@micahgallen In our study on various slow deep breathing methods we found participants tend to reduce air flow during unilateral nostril breathing perhaps to reduce the resistance, though breathing was visually cued https://t.co/928zh2eArC so maybe adding feedback of air flow can help
@Youcantmakethi4 @lplung4 @ibddocmaria Yes they are, breathing exercises, see here our study https://t.co/ANHjOmOwfb
@altini_marco Yes #deepbreathing has a large effect on #HRV we have explored the underlying mechanisms here https://t.co/7BuKcu3MRz and here https://t.co/tVwbaZipDy
RT @AGholamrezaei: What techniques do you use for #DeepBreathing? How these techniques influence #psychophysiological parameters? What are…
RT @TheRealSPR: Breathe deeply when you feel #pain or suffer from #hypertension! A new study published in #Psychphysiology by @AGholamrezae…
Breathe deeply when you feel #pain or suffer from #hypertension! A new study published in #Psychphysiology by @AGholamrezaei @OGPLeuven investigates the physiological responses to #DeepBreathing techniques. Check out the study here: https://t.co/8mdQLpAGCP https://t.co/NqGUGTICL8
RT @ChristophBurch: Psychophysiological responses to various slow, deep breathing techniques Ali Gholamrezaei et al. Psychophysiology. 202…
RT @AGholamrezaei: What techniques do you use for #DeepBreathing? How these techniques influence #psychophysiological parameters? What are…
RT @ChristophBurch: Psychophysiological responses to various slow, deep breathing techniques Ali Gholamrezaei et al. Psychophysiology. 202…
RT @AGholamrezaei: What techniques do you use for #DeepBreathing? How these techniques influence #psychophysiological parameters? What are…
RT @ChristophBurch: Psychophysiological responses to various slow, deep breathing techniques Ali Gholamrezaei et al. Psychophysiology. 202…
Psychophysiological responses to various slow, deep breathing techniques Ali Gholamrezaei et al. Psychophysiology. 2020 https://t.co/2rb03SQAmA https://t.co/ONUq3wFEyF