Failure to rescue refers to delayed or missed recognition of clinical deterioration, which can lead to patient complications and death. In this article, the authors used health economics methods to understand the health economic impacts associated with failure to rescue. The authors discuss the economic perspectives of various decision makers and how each group defines value. 

Understanding how nurses use their clinical judgment in activating early warning systems or rapid response teams is important in improving response to deteriorating patients. Interviews with 20 nurses revealed an overarching sense of responsibility to their patients, eight subthemes including experience, making sense of the data, and a culture of teamwork.

Early recognition of warning signs of deterioration is key to activating the rapid response system (RRS) and prevention of serious adverse events. This review sought to understand how preparedness of ward-based nurses supports recognition of early warning signs and activation of RRS. Themes include knowledge of criteria to activate the RRS and deference to organizational hierarchy.

Regular monitoring of vital signs is key to early identification of patient deterioration and provision of rapid response. This hospital in Norway determined inconsistent documentation of vital signs could be a barrier to successful implementation of a rapid response system (RRS). During the decade following introduction and refinement of the RRS, the number of completed vital sign sets increased, as did intensive care consultation, another component of RRS. Overall the RSS was associated with a reduction of in-hospital and 30-day mortality rates.

Language barriers can lead to diminished care and threaten patient safety. This retrospective study included patients with rapid response team (RRT) activation and compared disease severity and outcomes for patients whose primary language was Spanish versus English. Findings suggest that language barriers may contribute to delays in RRT activation and delays in care.

While many hospitals have rapid response teams (RRT) which can be activated by clinicians, only a few hospitals have also implemented programs which allow patients and families to activate RRT. This review identified 6 articles (5 interventions) with family-activated RRT in pediatric hospitals. The authors of the review conclude that family-activated RRT is a key component to family engagement and enhancing patient safety. Only one intervention was also available in a non-English language, which should be considered in future interventions.

Many hospitals have implemented rapid response teams (RRT) that are activated when a patient starts exhibiting prespecified criteria to prevent adverse outcomes. This before and after study compared nurse-activated RRT and automated activation. Non-invasive bedside sensors monitored patients’ vital signs and automatically sent alerts to the RRT based on prespecified clinical signs. Compared to the before period, there were lower rates of CPR, higher rates of successful CPR, shorter lengths of stay, and lower hospital mortality.

Lack of communication between providers can contribute to failure to rescue. Following a series of deaths due in part to not identifying clinical deterioration in a timely manner and/or not escalating care, this surgical intensive care unit (SICU) implemented an interdisciplinary quality improvement intervention. The intervention consisted of educating nurses on conditions necessitating escalation, multidisciplinary rounds with night staff, and an escalation document in the electronic health record (EHR).

Rapid response teams (RRTs) have been implemented at hospitals worldwide, despite mixed results in their effectiveness. The aim of this study was to compare expected mortality rates with mortality rates following RRT implementation, adjusted for hospital case mix. Of 56 hospitals that participated in this project and had complete data, only four showed lower-than-expected mortality rates and two showed higher-than-expected mortality, suggesting RRT may not reduce mortality rates as much as earlier studies have reported.

Rapid response team (RRT) activations bring together a team of providers to immediately assess and treat a patient who is rapidly deteriorating. This mixed-methods study examined the characteristics of a collaborative RRT model in one Australian tertiary care hospital. The majority of activations occurred in general medicine units and some patients (approximately 5%) had more than five activations. Qualitative interviews with nurses and physicians highlighted how the collaborative RRT model improves patient safety and optimized early detection and management of patient deterioration.

Rapid response teams (RRT) are designed to intervene at the earliest signs of clinical deterioration to prevent intensive care unit transfer, cardiac arrest, or death. This study presents the changes of in-hospital mortality rates following implementation of RRT, introduction of anesthesiologist-led RRT, and other policy changes. Results indicate a gradual decline of in-hospital mortality in the nine-year period following RRT introduction.

Patient and family engagement is essential for safe healthcare. This single-site study found that while most clinicians perceived that patients and families are able to recognize clinical deterioration, clinicians expressed less favorable perceptions towards escalation processes when patients or families have concerns about clinical deterioration.

Language barriers can place patients at increased risk for adverse events and near misses. This retrospective cohort study found that rapid response team events for non-English speaking pediatric patients are more likely to result in transfer to the intensive care unit compared to English-speaking patients. However, researchers also found that increased use of interpreters can contribute to improved outcomes.  

Rapid response teams, also known as medical emergency teams (MET), are activated when a patient demonstrates signs of clinical deterioration to prevent transfer to intensive care, cardiac arrest, and death. MET activations were prospectively reviewed at two Australian hospitals to determine the proportion of activations due to medication-related harms and assess the preventability of the activation. 23% of MET activations were medication-related, and 63% of those were considered preventable. Most preventable activations were patients with hypertension, and prevention strategies should focus on these patients.

Situation awareness supports effective teamwork and safe care delivery. This commentary highlights the role of situation awareness in watching the condition of pediatric inpatients to reduce instances of unrecognized clinical deterioration. It features rapid response models enhanced by event review, psychological safety, and patient and family partnering as mechanisms improved through situation awareness.

Rapid response (RR) systems are used to improve clinical outcomes and prevent transfer to ICU of patients demonstrating signs of rapid deterioration. To evaluate its RR system, one hospital’s pediatric department reviewed all REACT (Rapid Escalation After Critical Transfer) events (i.e., cardiopulmonary arrest and/or ventilation and/or hemodynamic support) which occurred within 24 hours of the RR. These reviews identified opportunities for systemwide improvements. 

Rapid response systems (RRS) are widely used to identify signs of rapid deterioration among hospitalized patients.  Using in situ simulation, researchers identified obstacles to effective RRS execution, including inconsistent education and documentation, lack of interpersonal trust, and low psychological safety.

Rapid response teams are designed to provide emergency medical support to deteriorating hospitalized patients. This review examines the role of a family support person (FSP) as part of the rapid response team. The FSP supported the family during the resuscitation in numerous ways, such as explaining jargon and medical procedures and attending to the practical needs of the family.