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Knowledge Repository

Design in mind: eliciting service user and frontline staff perspectives on psychiatric ward design through participatory methods

Author(s): Csipke, E., Papoulias, C., Vitoratou, S., Williams, P., Rose, D., Wykes, T.
Previous studies have shown repeatedly that the physical design of psychiatric wards has a significant impact on patient recovery and well-being. It has also been found that staff and patients often express conflicting expectations regarding the design of psychiatric wards. Therefore, it is important to better understand different stakeholder perceptions of the same environment so that the most effective design decisions can be made. One possible way of doing this would be using the “SURE model,” which is a participatory method involving collaborations with service users during all stages of the study.
Key Point Summary

Are Split Flow and Provider in Triage Models in the Emergency Department Effective in Reducing Discharge Length of Stay?

Author(s): Pierce, B. A., Gormley, D.
This paper presents a quality improvement (QI) project by comparing the performance of two different emergency departments (EDs). The idea behind the split flow model is to allow for a second flow stream of patients through the ED, parallel to the regular acute/critical care flow stream, that is ultimately intended for patients with problems that are not considered complex. The role of the provider in the triage (PIT) model is to enhance patient triage assessment by providing patients with an upfront evaluation upon entering the ED.
Key Point Summary

An Assessment of Levels of Safety in Psychiatric Units

Author(s): Bayramzadeh, S.
As mental treatment facilities see increases in the number of patients seeking care, facilities face mounting pressure in their attempts to promote patient well-being and safety. The author suggests that there is a lack of systematic empirical studies that examine how the design of mental healthcare facilities contributes to patient care and safety.
Key Point Summary

Security Implications of Physical Design Attributes in the Emergency Department

Author(s): Pati, D., Pati, S., Harvey, T. E.
In this paper, the authors consider “security” a subset of “safety,” and note that security is imperative for providing efficient patient care, especially in emergency departments (EDs). Security is defined as the protection of people and property, while safety is defined as the broader concept of delivering patient care.
Key Point Summary

The Green House Model of Nursing Home Care in Design and Implementation

Author(s): Cohen, L. W., Zimmerman, S., Reed, D., Brown, P., Bowers, B. J., Nolet, K., Hudak, S., Horn, S., ,
The Green House (GH) model of nursing home (NH) care is a trademarked model created in 2012 that seeks to undo the social stigmas and inefficiencies commonly associated with NHs. GH homes are marked by smaller-sized homes (10-12 residents) located in community neighborhoods, personalized care procedures that are tailored to individual patient needs, and 24-hour nurse availability.
Key Point Summary

The Impact of a Flexible Care Area on Throughput Measures in an Academic Emergency Department

Author(s): McGrath, J., LeGare, A., Hermanson, L., Repplinger, M. D.
This paper explores the implementation of a novel strategy which involved the creation of a “flexible care area” (FCA), a space designed for initiating patient evaluations and treatments at the beginning of a patient’s visit.
Key Point Summary

Using Lean-Based Systems Engineering to Increase Capacity in the Emergency Department

Author(s): White, B., Chang, Y., Grabowski, B., Brown, D.
Emergency department (ED) crowding is a widespread issue that causes a multitude of negative effects on patient care quality, safety, and efficiency. Lean-based systems engineering, which is often used for industrial manufacturing, is a method for eliminating all forms of waste (including wasted time and other resources) to optimize productivity. Recent studies have begun to demonstrate the use of systems engineering and improvement science on streamlining processes and improving throughput in different medical capacities, but an opportunity remains to refine the application of these tools within EDs in particular.
Key Point Summary

Building design and performance: A comparative longitudinal assessment of a children's hospital

Author(s): Thiel, C. L., Needy, K. L., Ries, R., Hupp, D., Bilec, M. M.
The aesthetics and design of a medical treatment facility can influence energy consumption, staff performance, and patient recovery. Evidence-Based Design (EBD) has been cited in many studies as an effective way to improve healthcare outcomes and hospitals’ performance, but further investigation is needed. This is particularly true at a whole-building level, to reveal the relationship between building design and health, and to observe the performance of newer building designs, especially with regard to green healthcare buildings.
Key Point Summary

Preparing an ICU room to welcome a critically ill patient with Ebola virus disease

Author(s): Pasquier, P., Ficko, C., Mérens, A., Dubost, C.
Ebola virus disease is a viral hemorrhagic fever that spreads through direct contact with the body fluids of an infected animal or human. Contamination may also occur through contact with items that were recently contacted by infected bodily fluids. No spread of the disease through the air has been documented. As no specific treatment or vaccine for the virus is currently available, specially coordinated medical services are necessary to control outbreaks.
Key Point Summary

Evaluation of factors and approaches affecting emergency department space planning

Author(s): Pascale, F., Achour, N., Price, A. D. F., Polverino, F.
Increasing demand for care in emergency departments (EDs) is a widespread issue that has provoked the development of different processes to help reduce the struggles faced by healthcare providers. By investigating the different methods healthcare designers have implemented to reduce the costs and complications associated with ED overcrowding and inefficiency, more resilient designs may be realized in the future.
Key Point Summary