On the bases of the published data and their own experience the authors outline the context of the functional biochemical alterations that give an orientation in the choice of the major objectives of pathogenic therapy in the course of septicemias. Analysis of the frequency and intensity of these alterations make it possible to establish therapeutical priorities. In this sense it is demonstrated that hyperazotemia, hyperalbuminemia, low alkaline reserve, elevated serum lactate and a decrease in the plasma Na+/K+ ratio are characteristic of septicemia with a state of toxiinfectious shock.

Adenosine Triphosphate↗

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[Possibilities of correcting some metabolic disorders in experimental endotoxic shock by treatment with a combination of alpha-lipoic acid and epsilon aminocaproic acid].

Alpha-Lipoic acid associated with xi-aminocaproic acid proves to have a protector effect in the posttreatment of endotoxinic shock in rabbits, produced by the administration of E. coli O111, in doses of 1.5 mg/kg body weight. This effect was observed when administered early in the stage of energy privation, and was manifested by a longer survival, diminution of lactacidemia and protection of labile phosphate reserves.

Aminocaproates↗

PubMedDate not supplied

[Fuctional-metabolic disorders in typhoid infection].

The complex biologic investigation of thyphoid fever is dictated by the necessity of instituting a pathogenetic therapy, especially in the toxic and complex forms. Performing 178 fuctional-metabolic tests in 50 cases of typhoid fever (of which 10 severe and complicated forms), the authors established the prognostic value energy deficiency (approximately P), lactate, alkaline reserve and GPT. Azotemia is only characteristic in the forms with renal involvement, and the other transaminases may be positive even whe the liver is not enlarged. In one case of repeated digestive hemorrhage no evidence could be found of the mechanism of consumption coagulopathy.

Blood Coagulation Disorders↗

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[Comparative evaluation of risk factors in acute generalized tetanus].

The investigations included a group of 26 patients with acute generalized tetanus, cared for in the Clinic according to a unitary method. A number of 17 prognostic, clinical and laboratory criteria were analyzed from the viewpoint of the pathogenic and clinicoevolutive incidence and significance. According to the severity, lethal course of the disease the following sequence was established in order of gravity: serum sickness, kypokaliemia, hyperpyruvicemia greater than an incubation of less 6 days, invasion within less than 24 hours, hyperlactacidemia greater than age over 60 years, persistent hypertension and tachycardia, hyperazoltemia, hyperglycemia, frequent paroxysmal contractions (before sedation) greater than late admission to hospital, associated cardiopulmonary pathology, hyponatriemia insufficient dressing of the wound and rural environment. The importance of the biological indices is emphasized, both as elements of prognosis and as orientative criteria for the treatment of the case.

Acute Disease↗

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[Pathogenicity expressed by inhibition of the Pasteur effect].

The experiments carried out demonstrate that under the influence of tetanus exotoxin, Gram-negative bacteria endotoxins, staphylococcal infection and infestation with Tr. spiralis, inhibition of the Pasteur effect occurs. Recently published data show that the same manifestation of pathogenicity is induced by diphtheria alpha and delta exotoxin, staphylococcal toxin, Pseudomonas aeruginosa exotoxin, staphylococcal enterotoxin, streptolysin O, infections with Cl. perfringens, Pasteurella and Rickettsia and hepatitis viruses in man. These data confirm a previous hypothesis according to which inhibition of the Pasteur effect represents the expression and metabolic measure of pathogenicity and toxicity. The inhibitory effect was proportional to the amount of pathogenic agent or toxin, just as the respective anatoxin or toxin + endotoxin mixture does not influence the Pasteur effect. The metabolic criteria of the Pasteur effect, i.e. inhibition of hyperlactacidaemia and decrease of the organic P/inorganic P ratio, are thus the direct indices of pathogenicity and toxigenicity. This also accounts for deep alteration of the Pasteur effect in infections generating states of infectious and endotoxinic shock.

Animals↗

PubMedDate not supplied