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Biomedical subjects

P A Jumaa

Publications and source records attributed to P A Jumaa.

8 recordsLinked to original sources

Hand hygiene: simple and complex.

This review gives an overview of hand hygiene in healthcare and in the community, including some aspects which have attracted little attention, such as hand drying and cultural issues determining hand hygiene behaviour. Hand hygiene is the most effective measure for interrupting the transmission of microorganisms which cause infection both in the community and in the healthcare setting. Using hand hygiene as a sole measure to reduce infection is unlikely to be successful when other factors in infection control, such as environmental hygiene, crowding, staffing levels and education are inadequate. Hand hygiene must be part of an integrated approach to infection control. Compliance with hand hygiene recommendations is poor worldwide. While the techniques involved in hand hygiene are simple, the complex interdependence of factors which determine hand hygiene behaviour makes the study of hand hygiene complex. It is now recognised that improving compliance with hand hygiene recommendations depends on altering human behaviour. Input from behavioural and social sciences is essential when designing studies to investigate compliance. Interventions to increase compliance with hand hygiene practices must be appropriate for different cultural and social needs. New strategies to promote hand hygiene worldwide include the formation of public-private partnerships.

Clothing↗

A survey of antimicrobial resistance in a tertiary referral hospital in the United Arab Emirates.

Published data on antimicrobial resistance are lacking for the United Arab Emirates (UAE). Knowledge of local patterns of resistance is essential to optimize guidelines for empirical antimicrobial treatment. Awareness of susceptibility patterns in other parts of the world may be important for determining empirical antimicrobial therapy for travelers or patients transferred from abroad. Antibiograms from unique isolates of common hospital and community bacteria are described in a tertiary referral hospital in the UAE, which had no antimicrobial restrictions and limited resources. Antimicrobial resistance rates were unpredictable and were high for Gram-negative organisms, such as Escherichia coli, Shigella sonnei, Campylobacter spp, and also Streptococcus pneumoniae. In contrast, methicillin-resistant Staphylococcus aureus (MRSA) comprised less than 5% of S. aureus isolates and glycopeptide-resistant enterococci (GRE) were not detected during the surveillance period. Our results provide data on antimicrobial resistance for the UAE and highlight the need for resources for surveillance of antimicrobial resistance.

Anti-Bacterial Agents↗

The changing pattern of bloodstream infection in pediatric oncology patients in the United Arab Emirates.

A surveillance study was performed on the pattern and antimicrobial susceptibilities of microorganisms isolated from blood cultures in the main pediatric oncology unit in the United Arab Emirates. The only previous data were published in 1995. During 1998-2000, the pattern of bloodstream infection changed. Enterobacter spp. and Enterococcus spp. emerged as frequent pathogens, while Pseudomonas aeruginosa became less common. There was a high incidence (65/198) of polymicrobial bacteremia not previously reported. This study highlights the need for continuous surveillance of the pattern of bloodstream infection in pediatric oncology patients so that changes may be detected and antimicrobial treatment modified appropriately.

Adolescent↗

Pseudobacteraemia.

Pseudobacteraemia occurs when bacteria isolated from blood cultures have originated from outside the patient's bloodstream. Failure to recognize that pseudobacteraemia is taking place and is not true infection may result in patient morbidity, unnecessary therapy and a significant waste of health care resources. Pseudobacteraemia may occur as a result of contamination introduced at any stage of blood culturing, from taking the blood to processing it in the laboratory. In most reported cases, contamination has occurred as a result of faulty aseptic technique, and thus pseudobacteraemia is usually preventable. Episodes of pseudobacteraemia require prompt investigation, but their recognition may be extremely difficult. Here we review pseudobacteraemia and recommend guidelines for its recognition, investigation and prevention.

Bacteremia↗