The contribution of on-call, volunteer first responders to mass-casualty terrorist attacks in Israel

2015 ◽  
Vol 10 (1) ◽  
pp. 35-39 ◽  
Author(s):  
Evan Avraham Alpert, MD ◽  
Ari M. Lipsky, MD, PhD ◽  
Navid Daniel Elie, BS ◽  
Eli Jaffe, EMT-P, Ph
Author(s):  
Wesley D Jetten ◽  
Jeroen Seesink ◽  
Markus Klimek

Abstract Objective: The primary aim of this study is to review the available tools for prehospital triage in case of mass casualty incidents and secondly, to develop a tool which enables lay person first responders (LPFRs) to perform triage and start basic life support in mass casualty incidents. Methods: In July 2019, online databases were consulted. Studies addressing prehospital triage methods for lay people were analyzed. Secondly, a new prehospital triage tool for LPFRs was developed. Therefore, a search for prehospital triage models available in literature was conducted and triage actions were extracted. Results: The search resulted in 6188 articles, and after screening, a scoping review of 4 articles was conducted. All articles stated that there is great potential to provide accurate prehospital triage by people with no healthcare experience. Based on these findings, and combined with the pre-existing prehospital triage tools, we developed a, not-yet validated, prehospital triage tool for lay people, which may improve disaster awareness and preparedness and might positively contribute to community resilience. Conclusion: The prehospital triage tool for lay person first responders may be useful and may help professional medical first responders to determine faster, which casualties most urgently need help in a mass casualty incident.


Blood ◽  
2004 ◽  
Vol 104 (11) ◽  
pp. 4103-4103
Author(s):  
Eldad J. Dann ◽  
Lilach Bonstein ◽  
Abraham Kornberg ◽  
Naomi Rahimi-Levene

Abstract The issue of mass casualties in civilian population has lately become globally relevant and prevalent. Explosions of loaded busses by suicide bombers as well as explosions in crowded public places create a great number of casualties, many of them being children and several members of same families, who are evacuated by scoop and run method to nearby hospitals. We report on potential hazards of massive blood transfusions to multi-trauma patients, simultaneously admitted to hospital. Upon admission to the emergency room (ER) ID and personal details of patients are recorded and a temporary ID badge is issued for unidentified patients. Then, a blood sample for typing and screening is taken and required blood is ordered. Primary blood supply for patients with unstable condition, who need immediate blood transfusion, is O Rh positive packed cells (for fertile females O Rh negative) until the ABO and Rh blood groups are established. In order to avoid misidentification our routine includes presence of a blood bank representative in the ER for confirming identification of patients and correct labeling of blood samples. 2 individuals must identify patients from whom samples are taken. In the operating rooms (OR) another blood bank representative (either a transfusion medicine specialist or a hematologist) matches blood types and identification numbers, maintains contact with the blood bank, conveys information to anesthesiology team and advises them on replacement therapy. 7 terrorist attacks resulted in a total of 55 patients, evacuated to 2 hospitals in Israel. 285 packed cells units were typed and cross-matched for these patients. The amount of packed cells supplied during the first 2 hours was 47% of the total blood supplied during the first 24 hours. The cross-matched/transfused ratio varied from 1.3 to 2.19 reflecting overestimation of blood requirement during mass casualty episodes. One “near-miss” was prevented in OR when two members of the same family were operated on in adjacent rooms. Units for one of these patients were misplaced. ABO incompatibility is one of the major causes of morbidity and mortality resulting from blood transfusions. Signs and symptoms are masked in an anesthesized patient. The fact that units of blood accumulate at patient’s bedside upon being deleted from the blood bank inventory may be misinterpreted as a shortage of blood supply in the blood bank. There is also a potential for errors in matching units of blood to patients both in ER and OR. In the setup of mass casualties influx the blood bank personnel should be on alert for the following potential Achilles’ heels: misidentification of the patient when taking a blood sample for typing and screening or misidentification of the patient who needs to receive the blood product. Reasons for these may be either one digit difference in serial temporary number of unidentified patients, being operated on simultaneously in nearby rooms, or several family members undergoing simultaneous surgery in adjacent OR. Such errors can be minimized by using a 3-digit bold number in addition to the running temporary ID and thus providing 2 identification parameters. Our data suggest that the amount of blood products ordered for such patients is excessive. Surgical teams should be aware of the possibility to have blood components kept on hold in the blood bank instead of accumulating them in ER and OR and risking misidentification and suboptimal storage conditions.


2020 ◽  
Vol Publish Ahead of Print ◽  
Author(s):  
Arthur James ◽  
Youri Yordanov ◽  
Sylvain Ausset ◽  
Matthieu Langlois ◽  
Jean-Pierre Tourtier ◽  
...  

2005 ◽  
Vol 89 (suppl 2) ◽  
pp. S35-S39 ◽  
Author(s):  
Joseph Porrovecchio ◽  
John Mauro

Author(s):  
Andrew Bennett

In May 2019, the author was awarded the Australian Tactical Medical Association (ATMA) study grant to attend the Special Operations Medicine Scientific Assembly (SOMSA) 2019 in Charlotte, North Carolina in the United States of America. Whilst in the U.S. the author had the opportunity to hear many talks, attend labs and talk to many first responders in high threat and austere environments to learn about how they operate, and the lessons learned from their experiences. This report highlights the two objectives of the study grant: Record the key content and lessons learned by attendance at SOMSA 2019. Discuss techniques utilized and lessons learned by first responders operating in high threat environments and mass casualty incidents. The SOMSA brings together many like-minded pre-hospital, tactical, wilderness, austere, disaster and deployed medicine operators from all around the world to share their learnings with a primary goal to advance the art and science of special operations medical care. It is a great opportunity for military and civilian providers to learn, network and engage with industry partners showcasing innovative products and technology.


2019 ◽  
Vol 34 (04) ◽  
pp. 442-448 ◽  
Author(s):  
Matt Pepper ◽  
Frank Archer ◽  
John Moloney

AbstractIntroduction:Terror attacks have increased in frequency, and tactics utilized have evolved. This creates significant challenges for first responders providing life-saving medical care in their immediate aftermath. The use of coordinated and multi-site attack modalities exacerbates these challenges. The use of triage is not well-validated in mass-casualty settings, and in the setting of intentional mass violence, new and innovative approaches are needed.Methods:Literature sourced from gray and peer-reviewed sources was used to perform a comparative analysis on the application of triage during the 2011 Oslo/Utoya Island (Norway), 2015 Paris (France), and 2015 San Bernardino (California USA) terrorist attacks. A thematic narrative identifies strengths and weaknesses of current triage systems in the setting of complex, coordinated terrorist attacks (CCTAs).Discussion:Triage systems were either not utilized, not available, or adapted and improvised to the tactical setting. The complexity of working with large numbers of patients, sensory deprived environments, high physiological stress, and dynamic threat profiles created significant barriers to the implementation of triage systems designed around flow charts, physiological variables, and the use of tags. Issues were identified around patient movement and “tactical triage.”Conclusion:Current triage tools are inadequate for use in insecure environments, such as the response to CCTAs. Further research and validation are required for novel approaches that simplify tactical triage and support its effective application. Simple solutions exist in tactical triage, patient movement, and tag use, and should be considered as part of an overall triage system.


2017 ◽  
Vol 2 (1) ◽  
pp. 80
Author(s):  
Sima Gautam ◽  
Navneet Sharma ◽  
Rakesh Kumar Sharma ◽  
Mitra Basu

<p>Chemical, biological, radiological and nuclear (CBRN) emergency are becoming an impending threat. Effective preparedness needs to be raised for prompt response of CBRN incidents. During mass casualty incidents the strategy of the first responders must be beyond the triage, evacuation and medical first aid. Response process is advanced by the presence of CBRN contaminants and it becomes more complex when the rescue operations have to be performed immediately after the incident. Methodological approach is required to identify and decontaminate the CBRN victims. To manage CBRN emergencies, skill based training of appropriate degree is a key to the right level of preparedness. Intervention by first responders requires specialised inputs in knowledge, skills and aptitude. In India, CBRN defence training has traditionally been a military oriented domain, involving the quick reaction team, quick reaction medical team, rapid action medical team, etc. The training concept discussed in this study contemplates around standardised simulated CBRN casualty referred to as CBRN human patient simulator (HPS), which conceptualised in the division of CBRN Defence, Institute of Nuclear Medicine and Allied Sciences, Delhi. HPS provides an opportunity to learn about the health impact of CBRN contaminants and practise medical management. Simulation as training and planning tools, offers repeatability, controllability, possibility for evaluation and provides a platform to learn from costly mistakes. Group training and demonstrations conducted on the HPS offers an additive benefit to enhance performance as a team and also help to reduce errors. This paper provides the information on the potentials of simulation based training of emergency response teams in the management of CBRN victims.</p><p> </p>


2018 ◽  
pp. emermed-2018-207562 ◽  
Author(s):  
Robert P Chilcott ◽  
Joanne Larner ◽  
Hazem Matar

The UK is currently in the process of implementing a modified response to chemical, biological, radiological and nuclear and hazardous material incidents that combines an initial operational response with a revision of the existing specialist operational response for ambulant casualties. The process is based on scientific evidence and focuses on the needs of casualties rather than the availability of specialist resources such as personal protective equipment, detection and monitoring instruments and bespoke showering (mass casualty decontamination) facilities. Two main features of the revised process are: (1) the introduction of an emergency disrobe and dry decontamination step prior to the arrival of specialist resources and (2) a revised protocol for mass casualty (wet) decontamination that has the potential to double the throughput of casualties and improve the removal of contaminants from the skin surface. Optimised methods for performing dry and wet decontamination are presented that may be of relevance to hospitals, as well as first responders at the scene of a chemical incident.


Sign in / Sign up

Export Citation Format

Share Document