detection of bacterial growth in blood components using oxygen consumption as a surrogate marker in a tertiary oncology setup

detection of bacterial growth in blood components using oxygen consumption as a surrogate marker in a tertiary oncology setup

;P D Chavan;V G Bhat;S Ojha;R S Kelkar;S B Rajadhyaksha;A N Marathe
bjog : an international journal of obstetrics and gynaecology 2012 Vol. 30 pp. 212-214
225
chavan2012indiandetection

Abstract

Microbiological contamination of blood and blood products is a well-recognised transfusion risk. This study was performed in the blood bank of our oncology centre, with an objective to detect bacterial contamination in our blood products using oxygen consumption as a surrogate marker [Pall Enhanced Bacterial Detection System (eBDS)]. Results revealed that the percentages of failed units were 1.16% for random donor platelets (RDP), 0.81% for single donor platelets (SDP) and 2.94% for packed red blood cells (PRBCs), of which one RDP and one SDP grew coagulase-negative staphylococcus, while one PRBC culture grew Gram-positive bacilli.

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