This study compares two methods of selecting inspiratory time (Ti) during mechanical
ventilation. One selects a standard Ti producing a brief inspiratory pressure plateau (P). The …

Arterial blood gas tensions, pulmonary mechanics, and lung volumes were measured in 4
sedated ponies every hour for 6 hours and in 5 ponies 4 times at 2-month intervals to assess …

We explored the pulmonary effects of continuous mechanical ventilation (MV) at a peak
inspiratory pressure of 50 cm H2O in healthy, paralyzed, and anesthetized adult sheep …

Lung mechanics and morphometry of 10 normal open-chest rabbits (group A), mechanically
ventilated (MV) with physiological tidal volumes (8–12 ml/kg), at zero end-expiratory …

Background This study aimed to compare the distribution of ventilation measured by
electrical impedance tomography (EIT), in foals under varying clinical conditions of sedation …

Objective To evaluate arterial blood gas parameters and pulmonary radiography, before and
after provision of continuous positive airway pressure (CPAP) via a pediatric helmet in dogs …

We determined the relationship between the amount of edema and changes in blood flow in
the isolated, perfused, and ventilated lower lobe of dog lung. We held vascular pressure …

Pulmonary tissue volume (Vt) and pulmonary capillary blood flow (Qc) were measured in
anesthetized dogs by analyzing end-expiratory concentrations of dimethyl ether (DME) …

Objective—To determine agreement between arterial partial pressures of carbon dioxide
(Pa co 2) and end-tidal partial pressures of carbon dioxide (P etco 2) measured with a nasal …

OBJECTIVE Mechanical ventilation is usually achieved by active lung inflation during
inspiration and passive lung emptying during expiration. By contrast, flow-controlled …