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Biomedical subjects

J Labrousse

Publications and source records attributed to J Labrousse.

At least 73 records · Page 4Linked to original sources

[Acid-base disorders in status asthmaticus (author's transl)].

In 85 patinets withstatus asthmaticus, the authors have studied the acid-base balance, the blood gas tensions and various humoral parameters. The values were classified into two groups according to the PaCO2 level: below or equal to 44 torr (Group I), higher than 44 torr (Group II). In the 58 cases of Group II, there was a very close positive correlation between PaCO2 and H + ions, practically the same as that established by BRACKETT et al. [3] in experimental acute hypercapnia in man. On the contrary, the correlation derived from cases of status asthmaticus in the literature showed, in some cases, a metabolic component in acidosis. In the present work, the mean value of lactates was close to normal; there was a slow increase in protein content and hematocrit, in the two groups. The prognosis of the status asthmaticus depends on the degrees of hypercapnia: when it reaches 70 torr, mechanical ventilation is urgently needed and is the main part of the treatment; the use of additional drugs remains a matter of specific case.

Acid-Base Imbalance

[Effects of different levels of PEEP on PaO2, PaCO2, shunt and static compliance in A.R.D.S. (author's transl)].

This study points out that in acute respiratory distress syndrome, the positive end-expiratory pressure (PEEP) had in every case the same action on functional residual capacity and static lung compliance. However its results on PaO2, PaCO2 and circulation are often different from patient to patient according also to the different levels of PEEP. The level of optimal PEEP is that which opens the largest number of alveoli; it is better defined by the value of PaO2 on 100% oxygen than by static compliance.

Carbon Dioxide

[Optimal positive and expiratory pressure in adult respiratory distress syndrome (author's transl)].

We defined a new optimal positive end expiratory pressure (PEEP) in the adult respiratory distress syndrome (ARDS). The optimal PEEP is the one which allows to obtain a PaO2 greater than or equal to 400 mmHg and/or an intrapulmonary shunt less than or equal to 15 p. cent, the cardiac output being held constant. 14 cases of ARDS have been treated by this method with encouraging results. The earlier optimal PEEP was applied, the more effective it was.

Adult