ハムリング呼吸と自律的調節:共鳴周波数と振動メカニズムに関する予備的な研究
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Updated: Feb 14, 2026
11:40
Quantitative Autonomic Testing
Published on: July 19, 2011
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Teri Kim1, Sujin Lee2, Minjung Woo3
1Division of Health and Sport Science, Dongguk University-WISE, Gyeongju, Republic of Korea.
Applied psychophysiology and biofeedback
|February 13, 2026
まとめ
ハムリング呼吸,またはブラーマリ・プラナヤマは,0.1 Hzの近くで呼吸を安定させ,心拍数変動 (HRV) を高めます. これらの効果は,音ではなく呼吸パターンに起因し,循環呼吸に実用的な代替手段を提供している.
科学分野:
- 生理学 生理学とは
- 自律神経系の規制について
- 呼吸器科学 呼吸器科学とは
背景:
- ブラマリ・プラナヤマ (ブンブンする呼吸) はヨガの実践である.
- その自律神経系 (ANS) の効果は議論されている:振動音対呼吸パターン.
- このメカニズムの理解は,治療的な応用の鍵となる.
研究 の 目的:
- 振動音の効果と,喘息のパターンとの違いを区別するために.
- 自律神経系にフンフンの呼吸が与える影響を調査する.
- 循環呼吸の潜在的な代替手段として,うなり声呼吸を評価する.
主な方法:
- 24人の健康な成人を対象としたランダム化対照試験.
- 4つの条件:休息,深呼吸,うなり声の呼吸,そして静かなうなり声の呼吸 (聴覚閉塞).
- 測定された心拍数変動 (HRV) と呼吸指数;収集された視覚アナログスケール (VAS) データ.
主要な成果:
- ハムリングと静かなハムリングの呼吸は,0.1Hz近くのゆっくりと安定した呼吸パターンを誘発しました.
- HRV (RMSSD,SDNN,TP,LFパワー) の上昇は,休息と比較して,ハミングベースの呼吸で観察されました.
- 呼吸器またはHRVの測定のために,うなり声と静かなうなり声の条件の間の有意な違いは見つかりませんでした.
結論:
- ハムリング呼吸の生理学的効果は,振動音ではなく,延長された吐出からの0.1Hzの共振周波数に関連しています.
- ハンミング呼吸は,ANSの調節のための実用的でバイオフィードバックのない方法を提供します.
- それは,循環呼吸技法に有効な代替案を提示します.
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