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Autogenic drainage is a controlled airway clearance technique using different depths of inhalation, and different speeds of exhalation that enables mucus to be moved up the airway producing a voluntary cough. This method does not require any equipment, however, it is challenging to perform and appropriate training is required. [2]
Chest physiotherapy (CPT) are treatments generally performed by physical therapists and respiratory therapists, whereby breathing is improved by the indirect removal of mucus from the breathing passages of a patient. Other terms include respiratory or cardio-thoracic physiotherapy.
When compared with the technique of autogenic drainage (AD) Miller et al., reported no differences in efficacy, although ACBT was associated with oxygen desaturation in some cases. [14] There was, however, no significant overall difference in saturation between the two techniques.
Breathing is normally an unconscious, involuntary, automatic process. The pattern of motor stimuli during breathing can be divided into an inhalation stage and an exhalation stage. Inhalation shows a sudden, ramped increase in motor discharge to the respiratory muscles (and the pharyngeal constrictor muscles ). [ 5 ]
Shortened drainage time: Healing is a dynamic process. On average, ...
Postural drainage is more difficult if patients experience poor mobility, poor posture, pain, anxiety, and skin damage, usually requiring adaptations to the technique. [6] Trendelenburg position which is head down position is relatively contraindicated in patients who have uncontrolled hypertension, orthopnea , recent gross hemoptysis ...
Autogenic may refer to: Autogenic training, a desensitization-relaxation technique to alleviate stress; Autogenic succession, ecological change driven by the organisms present in an environment; Autogenic inhibition reflex, by which a muscle under high tension relaxes itself to avoid injury
Mammals, reptiles and birds use their musculoskeletal systems to support and foster breathing. In early tetrapods, air was driven into the lungs by the pharyngeal muscles via buccal pumping, a mechanism still seen in amphibians. In humans, the primary muscle that drives breathing is the diaphragm.