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Building new hospitals: a UK infection control perspective
J M Stockley1, C E Constantine, K E Orr
1Department of Medical Microbiology, Worcestershire Royal Hospital, Charles Hastings Way, Worcester WR5 1DD, UK. jane.stockley@worcsacute.wmids.nhs.uk
Early infection control team (ICT) involvement in hospital design and construction prevents post-occupancy issues. Integrating ICT expertise ensures safer healthcare environments from the outset.
Area of Science:
- Healthcare facility design
- Hospital infection prevention
- Public health engineering
Background:
- Infection control is crucial during all phases of new hospital development, from planning to clinical service.
- Many hospitals face persistent issues post-occupancy that could be mitigated by earlier infection control integration.
- Recognizing the importance of infection control by hospital leadership and project teams is essential.
Framework:
- Establishing strong collaborative relationships between infection control teams (ICTs) and all stakeholders, including clinical user groups and contractors.
- Empowering ICTs with the necessary authority to influence project processes, potentially through official recognition by health authorities.
- Providing specialized training for ICTs in areas such as interpreting design plans and writing effective specifications.
Implementation:
- Prioritizing comprehensive documentation and meticulous record-keeping throughout the project lifecycle.
- Utilizing external or independent validation, especially during the commissioning phase, to ensure adherence to standards.
- Advocating for stricter national regulations on building design concerning infection control to allow ICTs to address site-specific challenges.
Implications:
- Enhanced infection control measures in new hospital facilities can lead to improved patient safety and reduced healthcare-associated infections.
- The findings highlight the need for systemic changes in how infection control is integrated into healthcare infrastructure projects.
- Further research is recommended to establish concrete evidence linking specific building design elements to infection prevalence.
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