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S Konstantinović

Publications and source records attributed to S Konstantinović.

9 recordsLinked to original sources

[Evaluation of the value of local protective methods using latex prosthesis and fibrin glue in colonic anastomoses].

In this experimental study on small animals (Wister rats) performed evaluation of local protective methods--latex prosthesis and fibrine adhesives--on colon anastomosis healing--prevention of dehiscency. Ninety experimental animals in whom segmental left colon resection was done, were divided into three groups of 30 animals. In the control group after segmental resection termino-terminal anastomosis with single-layer continuous suture was performed. In the second and third group with the same animals, anastomosis protection was performed with endoluminal latex prosthesis and extraluminal application of fibrine adhesives. In the postoperative course where the animals were monitored for 21 days in the control group, 3 (10%) died of acute diffuse peritonitis the cause of which was anastomosis dehiscency, in the latex prosthesis 2 animals (6.6%) died, while in the extraluminally applied fibrine glue group all animals survived. The results of this experiment demonstrate that local protective measures for colon anastomoses may produce better results, with fibrine adhesive administration as the best modality.

Anastomosis, Surgical↗

Enteroaggregative Escherichia coli associated with an outbreak of diarrhoea in a neonatal nursery ward.

Over a 9-day period in February 1995, 16 newborn babies (age range 2-11 days) and 3 infants (24, 47 and 180 days of age) in a neonatal nursery ward developed diarrhoea accompanied by pyrexia and weight loss. Known enteropathogens were not detected in their stools but Escherichia coli displaying aggregative adherence to HEp-2 cells (enteroaggregative E. coli) were found in 12 (63%) ill infants and in none of 5 well neonates (P = 0.02). The illness lasted 3-9 days (mean 5.2) in 16 babies, whereas in 3 neonates it showed a protracted course of 18-20 days. The source of infection and the mode of transmission remained unclear. The outbreak isolates manifested properties common in this new group of diarrhoeagenic E. coli: mannose-resistant haemagglutination, haemolysis on blood agar, and clump formation in liquid culture medium. They belonged to the O4 E. coli serogroup and expressed multiple antibiotic resistance.

Bacterial Adhesion↗