No abstract

A lung simulator with variable compliance and resistance components was used to evaluate the dynamic compliance of the Bournes, Babybird, and Pediatric Emerson postoperative ventilators. With increase in airway pressure from combined changes in compliance and resistance, the internal compliance of the Bournes was lowest and the internal compliance of the Emerson was highest. With low constant airway resistance (50 cm/L/sec), the Babybird exhibited tidal volume losses similar to those of the Bournes in the face of decreased lung compliance. With constant lung compliance (10 ml/cm H2O) and increasing airway resistance, the Babybird had marked volume losses at higher volumes. Under all simulated conditions, internal compliance of the Emerson, although large, was relatively constant and the Bournes had the smallest internal compliance.

2016-12-24T18:13:07

The clinical course of 42 children with intracranial pressure monitoring was reviewed. Intracranial hypertension was documented in a variety of diagnostic categories. Therapy was titrated to maintain a baseline intracranial pressure of less than 15 torr (mm Hg), and to decrease the frequency of spontaneous and reactive pressure waves. Ventricular drainage, controlled hyperventilation, intravenous glycerol osmotherapy, therapeutic hypothermia, and barbiturate loading were employed as needed to achieve those goals. Survival was significantly related to average and peak intracranial pressure levels and to the degree of serum hyperosmolality that developed during therapy.

No abstract