Older adults' perceptions of government handling of COVID-19: Predictors of protective behaviors from lockdown to post-lockdown.

BACKGROUND: Distrust, and more broadly, public perception of government's handling of a crisis, has been a widely studied topic within health crisis research and suggests that these perceptions are significantly associated with the behavior of its citizens. PURPOSE: To understand which aspects of the public's perception of government handling of the COVID-19 pandemic predicted engagement of protective behaviors among older adults, who are the most vulnerable to COVID-19. METHODS: Participants were recruited from an ongoing biopsychosocial study on aging amongst community-dwelling older adults. There were two rounds of data collection, during the national lockdown and post-lockdown. The average length of follow-up was 5.88 months. N = 421 completed the first round of data collection and N = 318 subsequently completed the second round of questionnaires. RESULTS: During the lockdown, perceptions that pandemic-related measures in place were sufficient, effective, timely, provided a sense of safety, important information was easily accessible, and government handling of the pandemic could be trusted, were found to significantly predict engagement in protective behaviors. During post-lockdown, only perceptions that measures in place were sufficient, provided a sense of safety, and important information was easily accessible, remained significant predictors. The perception that COVID-19 measures were clear and easy to understand now became a significant predictor. CONCLUSIONS: Public perceptions of government handling of the pandemic predicted engagement in protective behaviors but were less important during post-lockdown. To effectively engage older adults in protective behavior, our findings suggest for pandemic-related information to be accessible, introducing timely safety measures, and having easy-to-understand instructions for nuanced measures.

Rationing With Respect to Age During a Pandemic: A Comparative Analysis of State Pandemic Preparedness Plans.

BACKGROUND: Faced with possible shortages due to COVID-19, many states updated or rapidly developed crisis standards of care (CSCs) and other pandemic preparedness plans (PPPs) for rationing resources, particularly ventilators. RESEARCH QUESTION: How have US states incorporated the controversial standard of rationing by age and/or life-years into their pandemic preparedness plans? STUDY DESIGN AND METHODS: This was an investigator-initiated, textual analysis conducted from April to June 2020, querying online resources and in-state contacts to identify PPPs published by each of the 50 states and for Washington, DC. Analysis included the most recent versions of CSC documents and official state PPPs containing triage guidance as of June 2020. Plans were categorized as rationing by (A) short-term survival (≤ 1 year), (B) 1 to 5 expected life-years, (C) total life-years, (D) "fair innings," that is, specific age cutoffs, or (O) other. The primary measure was any use of age and/or life-years. Plans were further categorized on the basis of whether age/life-years was a primary consideration. RESULTS: Thirty-five states promulgated PPPs addressing the rationing of critical care resources. Seven states considered short-term prognosis, seven considered whether a patient had 1 to 5 expected life-years, 13 rationed by total life-years, and one used the fair innings principle. Seven states provided only general ethical considerations. Seventeen of the 21 plans considering age/life-years made it a primary consideration. Several plans borrowed heavily from a few common sources, although use of terminology was inconsistent. Many documents were modified in light of controversy. INTERPRETATION: Guidance with respect to rationing by age and/or life-years varied widely. More than one-half of PPPs, many following a few common models, included age/life-years as an explicit rationing criterion; the majority of these made it a primary consideration. Terminology was often vague, and many plans evolved in response to pushback. These findings have ethical implications for the care of older adults and other vulnerable populations during a pandemic.

Teaming in the ambulatory surgical space and crisis management strategies.

Outpatient procedures and flexible staffing models have become prevalent within the ambulatory surgical and procedural spaces of reproductive endocrinology and infertility practice. High volumes of outpatients are treated daily by rotating nurses, surgeons, and anesthesia staff, often with the added layer of trainees present. "Teaming" can allow stable units and ad hoc groups to partner better for enhanced efficiency, effectiveness, and patient experience in routine procedural activities. These skills then can be parlayed into the rare moments of crisis to improve safety outcomes. Teaming concepts, applied in routine and acute scenarios, can optimize clinical operations, patient experience, and outcomes in our reproductive endocrinology and infertility ambulatory procedural and surgical spaces.

Principles of supply chain management in the time of crisis.

Hospitals face catastrophic financial challenges in light of the coronavirus disease 2019 (COVID-19) pandemic. Acute shortages in materials such as masks, ventilators, intensive care unit capacity, and personal protective equipment (PPE) are a significant concern. The future success of supply chain management involves increasing the transparency of where our raw materials are sourced, diversifying of our product resources, and improving our technology that is able to predict potential shortages. It is also important to develop a proactive budgeting strategy to meet supply demands through early designation of dependable roles to support organizations and through the education of healthcare staff. In this paper, we discuss supply chain management, governance and financing, emergency protocols, including emergency procurement and supply chain, supply chain gaps and how to address them, and the importance of communication in the times of crisis.

Framework for creating an incident command center during crises.

The Hospital Incident Command System (HICS) is an incident management system specific to hospitals based on the principles of Incident Command System (ICS), and it includes prevention, protection, mitigation, response, and recovery. It plays a crucial role in effective and timely response during the periods of disasters, mass casualties, and public health emergencies. In recent times, hospitals have used a customized HICS structure to coordinate effective responses to public health problems such as the Ebola outbreak in the US and SARS epidemic in Taiwan. The current COVID-19 pandemic has placed unprecedented challenges on the healthcare system, necessitating the creation of HICS that can help in the proper allocation of resources and ineffective utilization of healthcare personnel. The key elements in managing a response to this pandemic include screening and early diagnosis, quarantining affected individuals, monitoring disease progression, delivering appropriate treatment, and ensuring an adequate supply of personal protective equipment (PPE) to healthcare staff.

Leadership in a time of crisis: Lessons learned from a pandemic.

The current COVID-19 pandemic is testing political leaders and healthcare systems worldwide, exposing deficits in crisis communication, leadership, preparedness and flexibility. Extraordinary situations abound, with global supply chains suddenly failing, media communicating contradictory information, and politics playing an increasingly bigger role in shaping each country's response to the crisis. The pandemic threatens not just our health but also our economy, liberty, and privacy. It challenges the speed at which we work, the quality of our research, and the effectiveness of communication within the scientific community. It can impose ethical dilemmas and emotional stress on healthcare workers. Nevertheless, the pandemic also provides an opportunity for healthcare organizations, leaders, and researchers to learn from their mistakes and to place their countries and institutions in a better position to face future challenges.

Crisis Management of Hysteroscopic Surgical Complications in the Office Setting.

IMPORTANCE: As health care providers are increasingly motivated to perform office procedures, there is marginal training and attention related to crisis management (CM). OBJECTIVE: We review the CM in office gynecology and illustrate the value of applying the STOP (stop, think, observe, plan) mental framework to acute management of office hysteroscopy complications. EVIDENCE ACQUISITION: We performed a literature review on crisis management in gynecology. RESULTS: Concepts of team leadership, simulation training, awareness of human error, and panic control are implemented in CM. CONCLUSIONS: Health care providers need to be cognizant of the importance of CM for optimizing patient safety and quality improvement and consider its application on office-based procedures. RELEVANCE: Crisis management has become increasingly relevant in the outpatient setting, seeking to better equip physicians with the skills to manage adverse outcomes while performing office-based procedures.

Cultivating Resilience Among Perinatal Care Providers During the Covid-19 Pandemic.

The Covid-19 pandemic has further illuminated the already existing need for methods of building resilience in perinatal caregivers. Using a scoping review approach, literature was examined to identify evidence-based models of resilience building in a cohort of perinatal clinicians. Research published between January 2015 and 2020 was evaluated using PubMed, CINAHL, EMBASE, and PsycINFO databases. Of the initial 3399 records reviewed, 2 qualitative studies met the inclusion criteria. Given the deleterious effects of Covid-19 on perinatal care providers, and in light of the paucity of available studies, personnel, time, and funding should be allocated for research to address these issues.

Tools for your stroke team: adapting crew-resource management for acute stroke care.

Crew-resource management is an approach to work and training that focuses on non-technical skills and strategies to prevent human error in complex procedures. It was initially termed 'cockpit-resource management' and developed for aviation in the 1970s after several severe accidents; it has contributed to a measurable increase in flight safety. In recent years, this approach has been successfully implemented in other high-reliability environments; surgical disciplines have made particular use of crew-resource management strategies and training, with resulting reduced mortality rates. The stepwise implementation of different crew-resource management strategies in stroke care at our tertiary stroke centre has helped to speed up process times significantly, and to improve patient safety and staff satisfaction. Here, we summarise our experience in adapting different crew-resource management tools to acute stroke care, sharing specific tools that have proven valuable in our hands, and we encourage colleagues to implement such strategies in acute stroke care.

Factores humanos en aviación: CRM (crew resource management-gestión de recursos de la tripulación) / Human factors in aviation: CRM (crew resource management)

Uno de los campos aplicados a los que más ha contribuido la ciencia psicológica es, sin lugar a dudas, el de la aviación. El análisis y estudio de los factores humanos constituye actualmente uno de los puntos fuertes en el sector aeronáutico de cara a la reducción de los accidentes aéreos. Desde su aparición en 1979, los programas de Gestión de Recursos de la Tripulación (CRM) han sido una de las herramientas que con mayor éxito han gestionado el denominado "error humano". El presente artículo realiza un breve recorrido por la historia de estos programas globales de entrenamiento que suponen uno de los grandes logros de la Psicología Aplicada

One of the applied fields to which psychological science has most contributed is, without doubt, aviation. The analysis and study of human factors is currently one of the strong points in the aeronautical sector in order to reduce accidents in aviation. Since its appearance in 1979, the Crew Resource Management (CRM) programs have been one of the most successful tools that have managed the so-called "human error". This paper makes a brief tour through the history of these global training programs that represent one of the great achievements of Applied Psychology

Problem-based learning for anesthesia resident operating room crisis management training.

BACKGROUND: Senior anesthesia residents must acquire competency in crisis management for operating room (OR) emergencies. We conducted problem based learning (PBL) OR emergency scenarios for anesthesia residents, focused on emergencies in 'Airway', 'Circulation', 'Central venous catheter', and 'Pain management complications'. Non-technical skills are an integral component of team-based OR emergency management. METHODS: Prior to integrated OR emergency clinical and non-technical skills PBL training, participating 35 anesthesia residents completed two 5-point scale surveys regarding frequency of emergency experiences in the operating room, and self-confidence for anesthesia-related crisis management. Repeat administration of the self-confidence survey was completed immediately following PBL training. RESULTS: Post-PBL resident clinical management self- confidence improved (P<0.05) in all scenarios on Circulation, Central venous catheter, and Pain treatment related complication topics. Impossible intubation, impossible oxygenation, and awake intubation did not show significant difference following PBL. CONCLUSION: Our findings suggest that PBL for OR emergency management can improve resident self- confidence in anesthesia residents.

[Simulation Training in Obstetrics: Survey of participants in a low-fidelity training]. / Simulationstraining in der Geburtshilfe: eine Befragung von Teilnehmenden eines low fidelity Trainings.

Background Childbirth is a physiological process. However a normal delivery may suddenly turn into a life-threatening emergency. In this case, maternal and infant health depends largely on appropriate and timely interventions, and effective teamwork of all professionals. In order to meet the complex requirements, different concepts for interdisciplinary simulation training in obstetric emergencies have been developed and evaluated mainly in Scandinavian and English-speaking countries. In this context, both high-fidelity and low-fidelity trainings have been found to be effective. In German-speaking countries, the effectiveness of simulation in obstetric emergency training for multidisciplinary teams has not been evaluated extensively or systematically. The objective of this study was to explore whether or not simulation training is effective in improving obstetric emergency management. Method Quantitative and qualitative data was derived and evaluated via questionnaire from obstetric pre-training and 4 months post-training. Participants were asked how they perceived their own competence and how confident they felt in emergency situations, how they rated their team's cooperation and communication, whether they felt secure in how to proceed in emergencies, and how important they considered the patient's perspective in such situations to be. Results 48 questionnaires pre- and post-training were analysed. Nearly all items changed significantly. In open questions, participants were invited to suggest potential for improvement to their work environment; these suggestions were analysed descriptively. Conclusion Professionals felt that simulation training was effective. They experienced better management of obstetric emergencies post-training.

Defining Components of Team Leadership and Membership in Prehospital Emergency Medical Services.

BACKGROUND: Teamwork is critical for patient and provider safety in high-stakes environments, including the setting of prehospital emergency medical services (EMS). OBJECTIVE: We sought to describe the components of team leadership and team membership on a single patient call where multiple EMS providers are present. METHODS: We conducted a two-day focus group with nine subject matter experts in crew resource management (CRM) and EMS using a structured nominal group technique (NGT). The specific question posed to the group was, "What are the specific components of team leadership and team membership on a single patient call where multiple EMS providers are present?" After round-robin submission of ideas and in-depth discussion of the meaning of each component, participants voted on the most important components of team leadership and team membership. RESULTS: Through the NGT process, we identified eight components of team leadership: a) creates an action plan; b) communicates; c) receives, processes, verifies, and prioritizes information; d) reconciles incongruent information; e) demonstrates confidence, compassion, maturity, command presence, and trustworthiness; f) takes charge; g) is accountable for team actions and outcomes; and h) assesses the situation and resources and modifies the plan. The eight essential components of team membership identified included: a) demonstrates followership, b) maintains situational awareness, c) demonstrates appreciative inquiry, d) does not freelance, e) is an active listener, f) accurately performs tasks in a timely manner, g) is safety conscious and advocates for safety at all times, and h) leaves ego and rank at the door. CONCLUSIONS: This study used a highly structured qualitative technique and subject matter experts to identify components of teamwork essential for prehospital EMS providers. These findings and may be used to help inform the development of future EMS training and assessment initiatives.

ICARES: a real-time automated detection tool for clusters of infectious diseases in the Netherlands.

BACKGROUND: Clusters of infectious diseases are frequently detected late. Real-time, detailed information about an evolving cluster and possible associated conditions is essential for local policy makers, travelers planning to visit the area, and the local population. This is currently illustrated in the Zika virus outbreak. METHODS: In the Netherlands, ICARES (Integrated Crisis Alert and Response System) has been developed and tested on three syndromes as an automated, real-time tool for early detection of clusters of infectious diseases. From local general practices, General Practice Out-of-Hours services and a hospital, the numbers of routinely used syndrome codes for three piloted tracts i.e., respiratory tract infection, hepatitis and encephalitis/meningitis, are sent on a daily basis to a central unit of infectious disease control. Historic data combined with information about patients' syndromes, age cohort, gender and postal code area have been used to detect clusters of cases. RESULTS: During the first 2 years, two out of eight alerts appeared to be a real cluster. The first was part of the seasonal increase in Enterovirus encephalitis and the second was a remarkably long lasting influenza season with high peak incidence. CONCLUSIONS: This tool is believed to be the first flexible automated, real-time cluster detection system for infectious diseases, based on physician information from both general practitioners and hospitals. ICARES is able to detect and follow small regional clusters in real time and can handle any diseases entity that is regularly registered by first line physicians. Its value will be improved when more health care institutions agree to link up with ICARES thus improving further the signal-to-noise ratio.

Improved recognition of ineffective chest compressions after a brief Crew Resource Management (CRM) training: a prospective, randomised simulation study.

BACKGROUND: Chest compressions are a core element of cardio-pulmonary resuscitation. Despite periodic training, real-life chest compressions have been reported to be overly shallow and/or fast, very likely affecting patient outcomes. We investigated the effect of a brief Crew Resource Management (CRM) training program on the correction rate of improperly executed chest compressions in a simulated cardiac arrest scenario. METHODS: Final-year medical students (n = 57) were randomised to receive a 10-min computer-based CRM or a control training on ethics. Acting as team leaders, subjects performed resuscitation in a simulated cardiac arrest scenario before and after the training. Team members performed standardised overly shallow and fast chest compressions. We analysed how often the team leader recognised and corrected improper chest compressions, as well as communication and resuscitation quality. RESULTS: After the CRM training, team leaders corrected improper chest compressions (35.5%) significantly more often compared with those undergoing control training (7.7%, p = 0.03*). Consequently, four students have to be trained (number needed to treat = 3.6) for one improved chest compression scenario. Communication quality assessed by the Leader Behavior Description Questionnaire significantly increased in the intervention group by a mean of 4.5 compared with 2.0 (p = 0.01*) in the control group. CONCLUSION: A computer-based, 10-min CRM training improved the recognition of ineffective of chest compressions. Furthermore, communication quality increased. As guideline-adherent chest compressions have been linked to improved patient outcomes, our CRM training might represent a brief and affordable approach to increase chest compression quality and potentially improve patient outcomes.

Improving Pediatric Rapid Response Team Performance Through Crew Resource Management Training of Team Leaders.

BACKGROUND: Rapid response teams (RRTs) improve the detection of and response to deteriorating patients. Professional hierarchies and the multidisciplinary nature of RRTs hinder team performance. This study assessed whether an intervention involving crew resource management training of team leaders could improve team performance. METHODS: In situ observations of RRT activations were performed pre- and post-training intervention. Team performance and dynamics were measured by observed adherence to an ideal task list and by the Team Emergency Assessment Measure tool, respectively. Multiple quartile (median) and logistic regression models were developed to evaluate change in performance scores or completion of specific tasks. RESULTS: Team leader and team introductions (40% to 90%, P = .004; 7% to 45%, P = .03), floor team presentations in Situation Background Assessment Recommendation format (20% to 65%, P = .01), and confirmation of the plan (7% to 70%, P = .002) improved after training in patients transferred to the ICU (n = 35). The Team Emergency Assessment Measure metric was improved in all 4 categories: leadership (2.5 to 3.5, P < .001), teamwork (2.7 to 3.7, P < .001), task management (2.9 to 3.8, P < .001), and global scores (6.0 to 9.0, P < .001) for teams caring for patients who required transfer to the ICU. CONCLUSIONS: Targeted crew resource management training of the team leader resulted in improved team performance and dynamics for patients requiring transfer to the ICU. The intervention demonstrated that training the team leader improved behavior in RRT members who were not trained.

The Tuscan Mobile Simulation Program: a description of a program for the delivery of in situ simulation training.

Simulation has become a critical aspect of medical education. It allows health care providers the opportunity to focus on safety and high-risk situations in a protected environment. Recently, in situ simulation, which is performed in the actual clinical setting, has been used to recreate a more realistic work environment. This form of simulation allows for better team evaluation as the workers are in their traditional roles, and can reveal latent safety errors that often are not seen in typical simulation scenarios. We discuss the creation and implementation of a mobile in situ simulation program in emergency departments of three hospitals in Tuscany, Italy, including equipment, staffing, and start-up costs for this program. We also describe latent safety threats identified in the pilot in situ simulations. This novel approach has the potential to both reduce the costs of simulation compared to traditional simulation centers, and to expand medical simulation experiences to providers and healthcare organizations that do not have access to a large simulation center.