This Feels Good ! { Extreme Deep HFO Binaural Hypnosis Pleasure of Mind and Body ) скачать в хорошем качестве

This Feels Good ! { Extreme Deep HFO Binaural Hypnosis Pleasure of Mind and Body )

#hfobinaural, #binauralhfo, #hfo, HFO, or High-Frequency Oscillation, refers to a therapeutic technique used in the field of mechanical ventilation for critically ill patients, particularly those with severe respiratory distress or acute respiratory distress syndrome (ARDS). Binaural, in this context, refers to the application of HFO to both lungs, where each lung receives independent and synchronized high-frequency oscillatory ventilation. Here is a description of HFO binaural ventilation: High-Frequency Oscillation (HFO): HFO is a type of mechanical ventilation that operates at very high frequencies (usually 3-15 Hz), which are significantly faster than conventional mechanical ventilation. It involves the rapid oscillation of air pressure within the airways to provide small, gentle breaths. Binaural Ventilation: Binaural simply means involving both ears or, in this context, both lungs. In HFO binaural ventilation, the technique is applied to both lungs simultaneously, and each lung is treated as an independent entity. Lung Independence: One of the key features of HFO binaural ventilation is the ability to deliver different pressure and volume settings to each lung. This can be especially beneficial when a patient has lung conditions where one lung is healthier or more compliant than the other. It allows for precise and personalized ventilation. Minimization of Lung Injury: HFO binaural ventilation is used in critical care settings because it is believed to reduce the risk of ventilator-induced lung injury (VILI). The gentle oscillations help maintain lung recruitment, decrease atelectasis (lung collapse), and minimize barotrauma (lung damage due to high pressure). Optimal Oxygenation: By providing extremely small and rapid breaths, HFO can improve oxygenation in patients with severe respiratory failure. It enhances oxygen exchange in the alveoli (tiny air sacs in the lungs) while minimizing the risk of over-distension. Synchronization: Both lungs are typically synchronized to work together. The ventilator carefully controls the timing and pressure of each oscillation to ensure they are in harmony, despite their independence. Monitoring: Continuous monitoring and adjustment are crucial in HFO binaural ventilation. Healthcare professionals closely monitor the patient's blood gases, airway pressure, and lung compliance to make real-time adjustments to the settings as needed. HFO binaural ventilation is considered a sophisticated and specialized technique employed in critical care settings, particularly for patients with severe respiratory distress or those who are at risk of lung injury from conventional mechanical ventilation. Its goal is to provide optimal lung support while minimizing the risk of further harm to the patient's lungs.