Search for dissertations about: "ventilation rds"
Showing result 1 - 5 of 6 swedish dissertations containing the words ventilation rds.
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1. Noninvasive surfactant administration to the newborn - Experimental studies
Abstract : .... READ MORE
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2. Initiation of ventilation, surfactant treatment, and lung function after preterm birth
Abstract : The thesis investigates lung function and the effects of rescue surfactant treatment in mechanically ventilated preterm human infants with respiratory distress syndrome (RDS), and the effects of ventilation at birth on the response to surfactant supplementation in preterm lambs. To assess lung function, the author recorded static pressure-volume (P-V) curves during passive deflation from total lung capacity (TLC) to ambient pressure and measured end-expiratory lung volume (FRC) during mechanical ventilation by tracer gas washout. READ MORE
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3. Surfactant metabolism in the newborn : the impact of ventilation strategy and lung disease
Abstract : Developmental deficiency in pulmonary surfactant leads to respiratory distress syndrome (RDS) in preterm infants, but all newborns may have impaired surfactant metabolism secondary to lung disease or ventilator induced lung injury. Exogenous surfactant treatment is usually administered in conjunction with mechanical ventilation. READ MORE
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4. Early ventilatory management and lung function in the immature newly born. Experimental studies in lambs
Abstract : Using an animal model, the thesis explores how the initial ventilation of the lungs, and surfactant therapy, should best be managed after premature birth. Material and measurements: The studies were made in newborn lambs delivered by cesarean section. READ MORE
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5. Respiratory distress syndrome aspects of inhaled nitric oxide, surfactant and nasal CPAP
Abstract : Respiratory distress syndrome (RDS) still represents one of the main problems in the treatment of premature infants. Despite the use of surfactant replacement therapy RDS adds to the need for endotracheal intubation and mechanical ventilation (M). READ MORE