Sir Run Run Shaw Hospital

Retention of airway secretions is a common clinical problem in patients with mechanical ventilation. Effective removal of airway secretions requires a balance between the production and removal of airway secretions through the mucociliary transport system. Effective removal of airway secretions is the basic measure to maintain airway patency and normal alveolar ventilation and oxygenation. At present, a variety of mechanical assisted expectoration devices have been used to remove airway secretions in critically ill patients, including The MetaNeb® System(MetaNeb), High Frequency Chest Wall Oscillation(HFCWO) and (Cycloid Vibration Therapy)CVT. However, there is still a lack of sufficient evidence to evaluate the clinical efficacy of these three different mechanical assisted expectoration devices in airway management of patients with mechanical ventilation. This study aims to observe the clinical efficacy of three different mechanical assisted sputum evacuation devices in airway management of patients with mechanical ventilation atelectasis, and to provide a basis for optimizing the airway management scheme of patients with mechanical ventilation.

This is a multicentre, prospective, randomised controlled study of 328 patients with non-paroxysmal AF (within 5 years of first diagnosis of AF) with recurrent atrial arrhythmias after first catheter ablation, randomly divided in a 1:1 ratio into a study group treated with triple AADs (amiodarone + bisoprolol + digoxin) and a control group treated with conventional AADs (amiodarone + bisoprolol + digoxin). The study group was treated with triple AADs (amiodarone + bisoprolol) and the control group was treated with conventional AADs (amiodarone + bisoprolol) with the aim of comparing the efficacy and safety of the two groups in terms of reversion of SR, which may provide an effective option of pocket drug reversion for patients with recurrence of SR after AF catheter ablation.
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To explore the feasibility of Jefcare Sterile Medical Sheets in preventing incontinence-associated dermatitis and maintaining a stable local skin microclimate in adult patients in the intensive care unit.