Microbiological Quality and Biofilm-Forming Capacity of Bacterial Isolates Recovered From Hospital Water Distribution Systems in Nigeria
Background
Hospital water systems can serve as reservoirs for opportunistic pathogens capable of causing healthcare-associated infections. Biofilm formation enhances bacterial survival, persistence, and resistance to disinfectants, making eradication difficult. Contaminated water systems may contribute to outbreaks among vulnerable patient populations. Understanding the microbiological quality of hospital water supplies and the biofilm-forming potential of associated bacteria is essential for infection prevention efforts. This study investigates bacterial contamination and biofilm formation among isolates recovered from hospital water distribution systems.
Research Objectives
- Assess the microbiological quality of hospital water systems.
- Identify bacterial species present in water samples.
- Evaluate the biofilm-forming capacity of bacterial isolates.
- Determine antimicrobial susceptibility patterns of isolates.
- Assess risks associated with waterborne bacterial contamination.
Research Questions
- What is the microbiological quality of hospital water systems?
- Which bacterial species are present in the samples?
- How capable are isolates of forming biofilms?
- What are the antimicrobial resistance patterns of the isolates?
- What risks are associated with contaminated hospital water?
Suggested Methodology
Water samples will be collected from various points within hospital water distribution systems. Bacterial isolation, identification, biofilm quantification assays, and susceptibility testing will be performed. Descriptive and inferential analyses will evaluate contamination patterns and biofilm formation characteristics.
Suggested Sample
Keywords
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