[Parenteral use of a solution-emulsion following digestive surgery].

A post-operative use of the calorico-nitrogenous mixture: Trivé 1000 was carried out in 25 patients after digestive surgery. The prescribed dose of this lipidic emulsion was 1,36 1 for an average period of four days. A study of the results led to establish the following facts:--a 55 p. cent increase in the nitrogen retention in comparison with a control series of ten patients and from (J o) the day of the intervention to (J F) the day when the treatment was stopped. Besides, the duration of the treatment did not seem to modify this balance, at least within the limits of the period of use. On the other hand, the quantity of EB 51 was a determining factor since 2000 ml were necessary to obtain a positive nitrogen balance (+ 0.96 g).--a very small rise in the amino-acid serous rate. It appeared in 14 patients and, supplied by EB 51, 3 other amino-acids increased their proportion spontaneously (Asp.--Gluc.--Tau.).--a reduction of the rate of 5 amino-acids, one of which, however, (Arginine) was being supplied by the drip. The variations were never statistically significant but for the Phenylalanine rate increase.--a non-systematic variation in the blood proteids that decreased as far as total proteids and albumin were concerned and that increased as far as globulins alpha1 and alpha2 were concerned.--Finally, no variations in the serous graphic record of lipid levels were noted, neither in the average of figures, nor in the analyses carried out after each bottle. Besides, it must be added that the tolerance of the product was excellent both on a general level (very few cases of intolerance: 4) and on the level of the plasma turbidimetry which did not reveal and chylomicrons except in one case. Therefore Trivé 1000 proved to be an interesting nutrient combinatin quite suited to a parenteral feeding because of its high caloric power. The necessity of a calories/g/nitrogen ratio from 100 to 200 corresponding to 2000 ml of EB 51 was once more evidenced. Therefore such a dose (for lack of a protein assimilation) allows for a nitrogen retention important enough to prevent an excessive consumption of the body proteinic reserves. Such doses are perfectly tolerated both on the general and metabolic levels (mainly on the lipometabolic one).