To date, there are no published data on the association of patient-centered outcomes and accurate public-safety answering point (PSAP) dispatch in an American population. The goal of this study is to determine if PSAP dispatcher recognition of out-of-hospital cardiac arrest (OHCA) is associated with neurologically intact survival to hospital discharge.

This retrospective cohort study is an analysis of prospectively collected Quality Assurance/Quality Improvement (QA/QI) data from the San Antonio Fire Department (SAFD; San Antonio, Texas USA) OHCA registry from January 2013 through December 2015. Exclusion criteria were: Emergency Medical Services (EMS)-witnessed arrest, traumatic arrest, age <18 years old, no dispatch type recorded, and missing outcome data. The primary exposure was dispatcher recognition of cardiac arrest. The primary outcome was neurologically intact survival (defined as Cerebral Performance Category [CPC] 1 or 2) to hospital discharge. The secondary outcomes were: bystander cardiopulmonary resuscitation (CPR), automated external defibrillator (AED) use, and prehospital return of spontaneous return of circulation (ROSC).

Of 3,469 consecutive OHCA cases, 2,569 cases were included in this analysis. The PSAP dispatched 1,964/2,569 (76.4%) of confirmed OHCA cases correctly. The PSAP dispatched 605/2,569 (23.6%) of confirmed OHCA cases as another chief complaint. Neurologically intact survival to hospital discharge occurred in 99/1,964 (5.0%) of the recognized cardiac arrest group and 28/605 (4.6%) of the unrecognized cardiac arrest group (OR = 1.09; 95% CI, 0.71–1.70). Bystander CPR occurred in 975/1,964 (49.6%) of the recognized cardiac arrest group versus 138/605 (22.8%) of the unrecognized cardiac arrest group (OR = 3.34; 95% CI, 2.70–4.11).

This study found no association between PSAP dispatcher identification of OHCA and neurologically intact survival to hospital discharge. Dispatcher identification of OHCA remains an important, but not singularly decisive link in the OHCA chain of survival.

The rationale for undertaking this study was to investigate how characteristics of population health relate to and impact disaster risk, resilience, vulnerability, impact, and recovery. The multi-disciplinary environment that contextualizes disaster practice can influence determinants of health. Robust health determinants, or lack thereof, may influence the outcomes of disaster events affecting an individual or a community.

To investigate how the social determinants of health inform community perceptions of disaster risk.

Community perception of disaster risk in reference to the social determinants of health was assessed in this study. Individual interviews with participants from a community were conducted, all of whom were permanent community residents. Thematic analysis was conducted using narrative inquiry to gather firsthand insights on their perceptions of how characteristics of population health relate to and impact an individual’s disaster risk.

Analysis demonstrated commonality between interviewees in perceptions of the influence of the social determinants of health on individual disaster risk by determinant type. Interviewees sensed a strong correlation between low community connection and disaster risk vulnerability. Specific populations thought to have low community connection were perceived to be socially isolated, resulting in low knowledge or awareness of the surrounding disaster risks, or how to prepare and respond to disasters. In addition, they had reduced access to communication and support in time of need.

The importance of a strong social community connection was a feature of this research. Further research on how health determinants can enable disaster risk awareness and disaster risk communication is warranted.

Tourniquets are the standard of care for civilian and military prehospital treatment of massive extremity hemorrhages. Over the past 17 years, multiple military studies have demonstrated rare complications related to tourniquet usage. These studies may not translate well to civilian populations due to differences in baseline health. Experimental studies have demonstrated increased rates of post-traumatic acute kidney injuries (AKIs) in rats with obesity and increased oxidative stress, suggesting that comorbidities may affect AKI incidence with tourniquet usage. Two recently published retrospective studies, focused on the safety of tourniquets deployed within civilian sectors, documented increased incidence of AKI in patients with a prehospital tourniquet as compared to previously published military results. This study aimed to provide descriptive data concerning the association between the use of prehospital tourniquets and AKIs amongst civilian patient populations as AKIs increase mortality in hospitalized patients.

This was a single-center, observational, cross-sectional, pilot study involving chart review of participants presenting to a tertiary Level 1 trauma center. Patient data were extracted from prehospital and hospital electronic medical records. For this study, AKI was defined using the Kidney Disease: Improving Global Outcomes (KDIGO) guidelines.

A total of 255 participants were included. Participants with a history of diabetes mellitus had a significantly higher incidence of AKI as compared to those without. Analysis revealed an increased odds of AKI with diabetes in association to the use of a prehospital tourniquet. Participants with diabetes had an increased relative risk of AKI in association to the use of a prehospital tourniquet. The incidence of AKI was statistically higher than what was previous reported in the military population in association with the use of a prehospital tourniquet.

The incidence of AKIs was higher than previously reported. Patients with diabetes had an associated higher risk and incidence of sustaining an AKI after the use of a prehospital tourniquet in association with the use of a prehospital tourniquet. This may be due to the known deleterious effects of diabetes mellitus on renal function. This study provides clinically relevant data that warrant further multi-site investigations to further investigate this study’s associated findings and potential causation. It also stresses the need to assess whether renally-impacting environmental and nutritional stressors affect AKI rates amongst military personnel and others in which prehospital tourniquets are used.

A large number of firefighters retired after 11 September 2001. These retirees were confronted with multiple challenges, including grief, trauma- related physical injuries and psychological distress, difficulties related to the transition of their roles, and deterioration of social support.

The Fire Department of NewYork (FDNY) Counseling Service Unit's “Stay Connected” Program designed and implemented after 11 September 2001 is described in this report. This unique program was designed to usea combination of peer outreach and professional counseling to address the mental health needs of retiring firefighters and their families.

Descriptive information about the intervention program was gathered through semi-structured interviews with Counseling Service Unit staff. Client satisfaction surveys were collected during three six-week periods.

Quantitative data indicate that clients rated their overall satisfaction with the clerical and counseling staff a perfect 4 out of 4. The report of their overall satisfaction with the services also was nearly at ceiling (3.99 out 4).The perceived helpfulness of the services in resolving the problems experienced by the clients increased significantly over time.Qualitative data indicate that peer involvement and intensive community outreach, i.e., social events, wellness activities, and classes, were integral to the success of the intervention.

This project provided valuable lessons about how to develop and implement a “culturally competent”intervention program for public safety workers retiring after a disaster. Creative, proactive, non-traditional outreach efforts and leveraging peers for credibility and support were particularly important.

Community-based strategies designed to minimize the impact on local emergency services during mass gathering events (MGEs) require evaluation to provide evidence to inform best practice.

This study aimed to describe characteristics and outcomes for people aged 16-18 years requiring emergency care before, during, and after a planned youth MGE “Schoolies week” on the Gold Coast, Australia.

A retrospective observational study was undertaken. Presentations from all young adults to the emergency department (ED) or In-Event Health Service (IEHS) over a 21-day period in 2014 were included. Descriptive and inferential analyses were performed to compare across time and to describe characteristics of and outcomes for young adults requiring healthcare.

A total of 1029 presentations were made by youth aged 16 – 18 to the ED and IEHS over the study period (ED: 139 pre, 275 during, and 195 post; IEHS: 420 during). Patient characteristics and outcomes to the ED that varied significantly between pre, during, and post Schoolies periods included patient’s age (higher proportion of 17-year-olds), residing outside the Gold Coast region, and not waiting for treatment. All were higher during Schoolies week. Of the 24,375 MGE attendees, 420 (1.72% [95% CI, 1.57 – 1.89], 17.2/1,000) presented to the IEHS. The majority were toxicology related (n=169, 44.9%). Transportation to hospital rate was low (0.03% [95% CI, 0.01 – 0.06], 0.3/1,000) for the 24,375 MGE attendees.

Findings from this study support previous research indicating that MGEs can impact local emergency healthcare services. The provision of the IEHS may have limited this impact. The recipients of care delivery, predominantly males with trauma- or toxicology-related problems, warrants further investigation. Research describing the structures and processes of the IEHC could further inform health care delivery in and out of hospital settings.

The first decade of the 2000s has advanced the field of mental health and psychosocial support (MHPSS) in disasters by providing expert consensus guidance. Nevertheless, MHPSS response to major disasters is frequently uncoordinated and rarely based on scientific evidence. Moreover, MHPSS response is not customized to the unique constellation of stressors and psychological risk factors that distinguish each disaster event. To address this lack of science and specificity, we have developed trauma signature (TSIG) analysis.

TSIG analysis consists of the following steps. Risk factors for disaster-related psychological distress and psychopathology (e.g., PTSD, depression) are continuously documented, updated, and refined. When disaster strikes, situation reports (sitreps) are issued in the early aftermath. We examine initial sitreps to determine the presence and intensity of evidence-based risk factors, subsumed under the headings of exposure to hazards, loss, and change. We estimate the size of the affected population. We rapidly create an initial TSIG and translate findings into actionable guidance regarding probable MHPSS needs for services and personnel.

We have constructed TSIGs for prominent 2010 disasters: Haiti earthquake, Deepwater Horizon oil spill, and Pakistan monsoonal flooding. Psychological risk factor profiles contrast sharply across these three salient events. Regarding exposure to hazards, numbers of persons experiencing physical injury and perceiving threat to life are highly divergent. Losses differ dramatically when quantified in terms of deaths, numbers bereaved, homes and livelihoods lost, and economic toll. The degree of lifestyle and societal change, including displacement, lack of survival needs, lack of security, and interpersonal violence, also differentiates the psychological impact of these disparate events.

TSIG analysis can be used to provide rapid post-impact/pre-deployment MHPSS response guidance based on risk factor assessment. Using TSIG analysis, MHPSS response can be tailored and timed to the defining features of the disaster event.

To assess the preparedness of hospitals with respect to protecting health care workers (HCWs) during a pandemic.

A self-administered questionnaire was performed between November 2009 and January 2010, and a scoring system was developed to provide a quantifiable measure of preparedness.

A total of 12 hospitals in NSW, Australia, were approached – six regional hospitals (RHs) and six tertiary referral centres (TRCs). The study was extended to assess three hospitals in England, allowing a limited comparison between the hospitals in Australia that had faced the initial wave of the H1N1 (“swine flu”) pandemic and the hospitals in the UK that had more time to prepare for the outbreak. Response rates were 66% from the TRCs, 33% from the RHs, and 100% from the English hospitals. The overall preparedness scores were relatively high, with a median TOTAL score (adjusted) of 50.75 out of 70. The demographic that scored the highest Total was tertiary referral centres in Sydney. All English hospitals scored below the median. However, the range of scores across hospitals was quite narrow (45.1 – 57.1 adjusted). Scores were generally high for the areas of Preparedness, Infection control, Education and Training. Scores for Vaccination were more variable. The category that consistently demonstrated the lowest scores was that of Psychosocial Welfare and Assistance, despite this being found in previous research to be an integral part of that which HCWs have identified as important.

Given their integral role in pandemic response, protecting HCWs must be a priority as part of any pandemic preparedness plan. This goes beyond protection from infection, extending into aspects of physical and psychological wellbeing. Identifying these issues and addressing them is the key to maximising staff support and morale, and minimising staff absenteeism at such a crucial time.