Circulation, Vol 52, 483-489, Copyright © 1975 by American Heart Association
L Stein, JJ Beraud, M Morissette, PD Luz, MH Weil and H Shubin
The relationship between left ventricular filling pressure and plasma
colloid osmotic pressure to pulmonary edema was examined in a group of 37
patients, the majority of whom were hypovolemic. Sixteen patients developed
pulmonary edema during fluid infusion. In the 21 patients who did not
develop pulmonary edema, the left ventricular filling pressure was slightly
elevated but the colloid osmotic pressure was not reduced. The majority of
these patients were treated with colloid solutions (group I). In five of
the 16 patients who developed pulmonary edema, the left ventricular filling
pressure was elevated and there was no reduction in the plasma colloid
osmotic pressure. These patients received only colloids (group II). In the
other 11 patients who developed pulmonary edema, the left ventricular
filling pressure was normal but the plasma colloid osmotic pressure was
reduced to 16 +/- 2 torr (group III). The colloid osmotic pressure in this
group was significantly less than in the other two groups (P less than
0.01). Most of these patients received large volumes of crystalloid
solutions. After administration of furosemide, clearing of pulmonary edema
in this group was associated with normalization of the plasma colloid
osmotic pressure. Infusion of large volumes of crystalloids in hypovolemic
patients can be hazardous, for reduction of the plasma colloid osmotic
pressure may predispose to the development of pulmonary edema even when the
left ventricular filling pressure remains normal.
ARTICLES
Pulmonary edema during volume infusion
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