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Identifying, deconstructing, and deimplementing low-value infection control and prevention interventions

Published online by Cambridge University Press:  15 May 2023

Virginia R. McKay*
Affiliation:
Brown School, Washington University in St. Louis, St. Louis, Missouri
Jennie H. Kwon
Affiliation:
Department of Infectious Diseases, Washington University School of Medicine, St. Louis, Missouri
*
Corresponding author: Virginia R. McKay, E-mail: [email protected]
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Abstract

Type
Letter to the Editor
Copyright
© The Author(s), 2023. Published by Cambridge University Press on behalf of The Society for Healthcare Epidemiology of America

To the Editor —Infection control and prevention programs (ICPPs) are the cornerstone for combatting infectious disease threats in healthcare settings. Consisting of healthcare epidemiologists and infection preventionists, ICPPs are involved in the creation and implementation of interventions to prevent healthcare-associated infections (HAIs). ICPPs are a critical component of healthcare infrastructure. Although many ICPP interventions have been shown to be effective, Reference Garcia, Barnes and Boukidjian1 a natural inclination is to do more—implement more programs, use more personal protective equipment, and/or screen more often to detect early infection. Recently, however, we have learned that more is not always better or feasible. It is time to consider identifying and discontinuing, or de-implementing, low-value interventions.

Low-value interventions are interventions that are ineffective, cause harm to patients, waste resources without direct benefit to patients, or are no longer needed. Reference McKay, Morshed, Brownson, Proctor and Prusaczyk2 Low-value interventions are problematic because they can be resource and personnel time intensive, thereby limiting the availability of ICPPs for other concerns. Examples of interventions that have been called into question as potentially low value and relevant to IPPCs include the excessive use of urinary catheters, active screening for drug-resistant organisms, and antimicrobial prophylaxis for surgical-site infections in low-risk surgical procedures. Reference Sreeramoju3

Challenges surrounding coronavirus disease 2019 (COVID-19) substantiated the importance of robust ICPPs; however, pandemic-related supply chain disruptions and healthcare personnel shortages further emphasized the need to limit low-value interventions. ICPPs were often forced to make difficult decisions regarding which infection preventions were most critical and effective to preserve limited resources. Reference Sreeramoju3 In addition, multiple COVID-19 transmission mitigation strategies commonly utilized are now being re-evaluated as potentially low-value interventions, including the use of gowns and gloves, asymptomatic laboratory screening for COVID-19, and the role of negative pressure rooms for non–aerosol-generating procedures. Reference Schoberer, Osmancevic, Reiter, Thonhofer and Hoedl4,Reference Klompas, Ye and Vaidya5 As an example of a contested infection prevention practice in light of COVID-19 is active screening for methicillin-resistant Staphylococcus aureus (MRSA) and vancomycin-resistant Enterococci (VRE). This screening practice includes testing for MRSA or VRE in patients with no signs of infection to detect asymptomatic colonization (carriage of an organism with no active infection). If found to be asymptomatically colonized, some ICPPs will place the patient on contact isolation (ie, private room, gowns, gloves), which is immensely resource intensive. However, the data to support the use of contact isolation for asymptomatic MRSA and/or VRE colonization are conflicting. Several studies conducted during the COVID-19 epidemic, when hospital rooms were scarce, reported no significant increase in rates of healthcare-associated VRE or MRSA transmission when contact isolation was discontinued. Reference Larrosa and Almirante6 While we are not suggesting that an absence of evidence is sufficient to promote discontinuing a practice and recognize contact isolation is essential to prevent other types of HAIs, we do call for high-quality trials that test the effectiveness of these procedures and practices. Such policies and practices for which evidence is conflicting should be re-examined and evaluated for effectiveness to provide a scientific rationale for investing time, money, and resources.

In recognition of high costs and harm associated with low-value healthcare in the United States, many specialties and associated professional organizations have worked to identify and promote the discontinuation of low-value interventions, like the Choosing Wisely Initiative. 7 It is time for ICPPs to join other specialties in this effort and focus on identifying and reducing low-value interventions. We outline three ways to advance this agenda: First, evaluating interventions, procedures, and standards of care that are untested or for which the evidence is mixed will ensure that they produce the intended effect and are indeed beneficial. Rather than debating interventions, high-quality science could provide more definitive answers regarding whether these practices are beneficial. Furthermore, scientific examination of these interventions will help determine whether they should be eliminated entirely, reduced so as to promote more targeted use in specific scenarios, or replaced altogether with practices that are more effective. Reference Norton and Chambers8

Second, we should support the effort to reduce low-value care by identifying and prioritizing interventions. Available research methods, like Delphi methods, Reference Okoli and Pawlowski9 could be leveraged to identify interventions and generate consensus about which interventions should be prioritized along various dimensions such as the extent of potential harm an intervention causes or the waste it creates. Professional organizations among specialties have also been integral in identifying and prioritizing low-value interventions for communities of practice. To our knowledge, no similar efforts have been undertaken to identify or prioritize low-value interventions within ICPPs.

Third, once identified, we should support evidence-based approaches to reducing or eliminating prioritized low-value interventions. The emerging field of implementation science, which also focuses on the de-implementation or discontinuation of low-value interventions, offers both scientific rigor and a scientific basis for de-implementation efforts. Central to this field is comprehensively identifying factors that contribute to the continued delivery of low-value care at the patient, clinician, and institutional levels. Reference Augustsson, Ingvarsson and Nilsen10 From these factors, stem points of intervention that may stimulate change, as well as identifying interventions that help reduce their delivery among practitioners. Reference Colla, Mainor, Hargreaves, Sequist and Morden11 Many effective interventions may be transferable to ICPP clinicians or clinicians within the hospital using low-value interventions relevant to ICPPs.

It is time to identify and reduce low-value interventions so we can focus on the most effective interventions and advance the science behind infection prevention. Identifying and prioritizing low-value infection prevention interventions is necessary to create a strategic approach to reducing waste of both resources and the efforts of healthcare providers. De-implementation within implementation science can provide a rigorous pathway to identifying and eliminating ineffective, high-resource practices.

Acknowledgments

The authors thank Dr. Elvin Geng for his thoughts and commentary that helped motivate the development of this letter.

Financial support

This work was supported by the Brown School and the Center for Dissemination and Implementation in the Institute for Public Health at Washington University in St. Louis. This work was also supported by the National Institute of Allergy and Infectious Diseases, National Institutes of Health (grant no. 1K23AI137321 to J. H. K.).

Competing interest

All authors report no conflicts of interest relevant to this article.

References

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