Pedro Caruso

• Abstract

  The study of the kinematics of the respiratory musculature (ins and expiratory) and its functional and clinical outcomes in respiratory diseases has a significant scientific contribution. While the diaphragm is extremely rectified in COPD, it may have an excessive shortening of its muscle fibers in pulmonary fibrosis. The ventilatory muscles also have crucial role in other clinical situat…

  Evaluation of inpiratory and expiratory muscles in respiratory diseases, AP.R
• ATS 2011 International Conference, AR.EXT

• Abstract

  The evaluation of the kinematic of the respiratory muscles (INS and expiratory) and their functional and clinical contributions to respiratory diseases are outstanding in the scientific context. Previous studies have confirmed that chronic obstructive pulmonary disease (COPD) and lung fibrosis may lead to disadvantageous conformation for some respiratory muscles even at rest. While the di…

  Evaluation of INS and expiratory muscles in respiratory diseases, AP.TEM

(Only some records are available in English at this moment)

• Abstract

  The evaluation of the kinematic of the respiratory muscles (ins and expiratory) and their functional and clinical contributions to respiratory diseases are outstanding in the scientific context. Previous studies have confirmed that chronic obstructive pulmonary disease (COPD) and lung fibrosis may lead to disadvantageous conformation for some respiratory muscles even at rest. While the di…

  Evaluation of ins and expiratory muscles in respiratory diseases, BP.DD

• Abstract

  The evaluation of the kinematic of the respiratory muscles (ins and expiratory) and their functional and clinical contributions to respiratory diseases are outstanding in the scientific context. The indications for mechanical ventilation (MV) include excessive work of breathing, with or without evidence of respiratory muscle fatigue. The setting of the VM is still a challenge because it i…

  Criteria Analisys for Ventilatory Support Adjustment of Mechanical Ventilation, BP.DR

• Abstract

  Mechanical ventilation is a method of treatment used in patients with acute respiratory distress. Although necessary, it brings a large number of complications, such as ventilator associated pneumonia and barotrauma. Thus, the early withdrawal of artificial ventilation is necessary. However, identifying the right moment to wean the patient from the ventilator is a challenge, because there…

  Evaluation of a automatized mechanical ventilation weaning mode(SmartCare®):a bench study, BP.IC