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Results for “SEPTICEMIA”

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At least 19 recordsLinked to original sources
PubMed1980

[Clinical differentiation between idiopathic respiratory distress, neonatal septicemia caused by group B streptococci and septicemia caused by other pathogens (author's transl)].

Since bacterial infection in newborns must be treated as specifically and as early as possible, it is important to confirm a diagnosis of suspected infection based on clinical symptoms and to take possible pathogens into consideration when choosing therapy. RDS and septicemia with Group B streptococci can present very similar clinical symptoms, but leucopenia on the first day of life is most probably an indication of septicemia with Group B streptococci. Septicemia caused by other pathogens, however, usually has a much later onset. In the days following birth a raised cardiothoracic index indicates RDS. Other differential criteria are being investigated.

Candida albicans↗
PubMed1987

[Fatal septicemias: factors of mortality. Analysis of 72 fatal cases in the series of 462 case reports collected by the Septicemia Expert System group in 1985].

During the year 1985, 462 cases of septicemia were collected by SES group; 417 observations could be exploited. 73 patients died (17.3%). The statistical analysis of epidemiological and clinical data argued to factors correlated with high mortality rate: a shock, an acute respiratory distress syndrome, a pulmonary portal of entry lead to a high mortality rate. The fatal outcome increased with the age of the patients. A documented immunodeficiency (granulopenia, cytotoxic chemotherapy...), a previous broncho-pulmonary, neurologic or cardiovascular disease were factors of risk. The pulmonary or cutaneous localisations occurring within a septicemic phase were significantly related to death. Among fatal cases of bacteremia, 25% were Staphylococci, 25% Enterobacteria, 20% Pneumococci, 7% Pseudomonas. Pseudomonas, then Pneumococcus, then Staphylococcus bacteremias looks to have a worse prognosis. The more serious cases were prescribed several antibiotics, significantly much more than the mild cases. These results are compared with the results of former series; the main prognosis factors of actual septicemia are elicited in here.

Adolescent↗
PubMed1995

Pasteurella multocida septicemia and subsequent Pasteurella dagmatis septicemia in a diabetic patient.

Pasteurella species may cause zoonotic infections of humans. Serious systemic infections with these organisms are unusual, but they may occur in individuals with predisposing underlying illnesses. Occurrences of bacteremia due to P. multocida are infrequent, and P. dagmatis bacteremia is even rarer. We report independent occurrences of P. multocida and P. dagmatis septicemia in the same diabetic patient after contact with two pet dogs. We review the history of Pasteurella species and discuss the biochemical and clinical features of its association with zoonosis.

Animals↗
PubMed1975

[Gram negative bacillus septicemias. Results of treatment of 31 gram negative bacillus septicemias using intravenous nalidixic acid].

Enterobacteria multiresistant to usual antibiotics, often remain sensitive to nalidixic acid, sometimes as a result of synergy with polymixins. Use of the intravenous route makes it possible to obtain more than adequate serum levels. Pharmacological study has indicated appropriate doses in terms of renal function. Intravenous nalidixic acid has been used in the treatment of 31 cases of Gram negative septicaemia, with success in 22. These results are all the more significant given that the patients were all seriously ill, cultures having grown multiresistant organisms and that nalidixic acid was used only after other antibiotics had failed.

Anuria↗