The Environment of Care and Health Care-Associated Infections: An Engineering Perspective

 

publication cover
by Farhad Memarzadeh, PhD, PE

This monograph explores the role of the health care environment in infection prevention and control. Written by Farhad Memarzadeh, director of the Division of Technical Resources at the National Institutes of Health, the document describes strategies used to address infection prevention in health care facilities-a unique environment in which patients are more likely than the general population to be susceptible to building-related illnesses and airborne microorganisms. The monograph discusses the effects of temperature and humidity on the transmission of viruses, bacteria, and fungi and gives details on the advantages and potential shortcomings of strategies to reduce health care-associated infections. It also includes a wealth of background information on the pathogens commonly found in health care facilities today.

 

 Access PDF Members can download a PDF of the entire monograph
Order print version Catalog number: 055578
Member: $25.00, Nonmember: $35.00

 

 

 

Related Resources

Resources
Embodied carbon consists of all the greenhouse gas emissions associated with building construction. Learn how to efficiently manage them.
Monograph
Review the certification process and ongoing requirements for the physical environment provisions of compounded sterile preparations (CSPs) in USP .
Compliance Tools
This risk assessment tool has been developed to help health care facility staff comply with the risk-based, patient-focused approach described by the…
Videos
We are proud to introduce a valuable resource that will empower you and your team to reinforce the critical role of ventilation in health care…
On-Demand Educational Webinars
Discover how Circadian Rhythm lighting is reshaping healthcare, promising a brighter, healthier future for all.
Compliance Tools
This tool leverages existing core infection control risk assessment (ICRA) principles to establish a framework for water safety management during…