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E-raamat: Cases in Simulated Disaster Medicine

Edited by (University of Massachusetts Medical Center), Edited by (University of Massachusetts Medical Center)
  • Formaat: EPUB+DRM
  • Ilmumisaeg: 31-Oct-2025
  • Kirjastus: Cambridge University Press
  • Keel: eng
  • ISBN-13: 9781009278997
  • Formaat - EPUB+DRM
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  • Formaat: EPUB+DRM
  • Ilmumisaeg: 31-Oct-2025
  • Kirjastus: Cambridge University Press
  • Keel: eng
  • ISBN-13: 9781009278997

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Bring life to your curriculum with this comprehensive, yet versatile book that explores core disaster medicine principles through vivid emergency medicine cases. Each case has been crafted to suit a wide range of learners from novice to practitioner. The ready-to-teach cases are scalable and customizable to any learning environment, from low-resource teaching settings to high-fidelity simulation labs. Covering the basics of simulation to advanced disaster response strategies, cases cover natural and human-made disasters, including pandemics, building collapses, mass gathering medicine, and blast injuries, providing hands-on learning opportunities that can be used to enhance understanding and retention. Each case follows a standard structure including teaching objectives, discussion points, a timeline, and critical actions. With a mix of scenarios and flexible application, this resource will ensure every learner is prepared with the knowledge and skills necessary to navigate complexities associated with real-world emergencies while learning core disaster medicine principles.

Arvustused

'This book is an essential resource that will be extremely helpful to support any medical professional who may be planning to respond to a disaster. The thoughtfully developed cases are incredible tools that help learners think through their response options (as well as the pitfalls they may encounter) before they need to act in a real-world situation. The cases cover a wide range of scenarios, from natural to human-caused disasters, and are structured to support safe and constructive discussions and learning. Learning using the simulations in this book could be considered a must-do before anyone's first time in the field or for anyone responsible for leading medical disaster planning and response.' Paul D. Biddinger, MD FACEP, Chief Preparedness and Continuity Officer, Mass General Brigham, Chief, MGB Division of Emergency Preparedness, Ann L. Prestipino MPH Endowed Chair in Emergency Preparedness, Director, Center for Disaster Medicine, Director, Harvard T. H. Chan School of Public Health Emergency Preparedness Research, Evaluation, and Practice (EPREP) Program 'This book offers an unparalleled contribution to medical education, particularly in preparing healthcare professionals for the unique and often overwhelming challenges of disaster response. This comprehensive resource stands out by providing vivid, ready-to-teach cases that directly simulate rarely encountered, high-stakes scenarios, encompassing everything from natural disasters like volcanic eruptions and tsunamis to complex human-made crises such as chemical exposures and bioterrorism attacks. A scalable and customizable design ensures its utility across all learning environments, from novices to seasoned practitioners, fostering hands-on, experiential learning that aligns perfectly with how emergency medicine physicians and other learners acquire and retain critical knowledge. Emphasizing critical decision-making and resource allocation in overwhelming, resource-limited situations, it uniquely equips learners with the knowledge and skills to navigate complexities where good decisions can mean the difference between life and death for large numbers of patients.' Selim Suner, M.D., MS, FACEP, Professor of Emergency Medicine, Surgery and Engineering, Brown University

Muu info

Enhance your disaster medicine training with these core principles combined with diverse simulated cases that can be taught anywhere.
List of Contributors; Section
1. Introductory
Chapters:
1. Introduction
to simulation Cassandra Mackey and Jennifer Carey;
2. Disaster simulation:
The best way to prepare for the worst David Ruby;
3. Simulation debriefing
Jorge Yarzebski and Jordan Hitchens; Section
2. Geophysical Natural
Disasters: Case
1. Options for delayed extraction following an earthquake
Michael Weiner and C. Clare Charbonnet; Case
2. Covered in oil: HAZMAT
injuries after a refinery collapse Liam Porter; Case
3. Crisis in Indonesia:
Navigating volcanic eruptions, ash clouds, and lightning storm injuries
Natalie Moore and Lauren Bacon; Case
4. Inhalational injuries after Mount
Kilauea erupts Natalie Moore, Lauren Bacon and Andrew Milsten; Case
5.
Emergency care in volcanic disasters: A case study of volcanic burn
management after the Whakaari/White Island eruption Colleen M. Donovan,
Emerson Franke, Paul Baker and Michelle B. Locke; Case
6. Tsunami survivor
with fever and jaundice: Pediatric patient in a refugee clinic Alexander
Hart; Case
7. Severe smoke inhalation and asthma exacerbation after a
tsunami-induced fire Alexander Hart; Case
8. Tsunami-related pulmonary
complications: Respiratory distress in an internally displaced person
Jonathan Gammel; Section
3. Meteorological Natural Disasters: Case
9. Delayed
blunt trauma sustained during debris removal after hurricane Morgan Ritz and
Romeo Fairley; Case
10. Sheltering in the storm: Delayed extrication of an
elderly man after a southern US hurricane Michael Weiner; Case
11. 'I Lost My
Medications': Primary care interruption after a hurricane Liam Porter; Case
12. Tornado bloodbath: Addressing major trauma from a chainsaw complicated by
anticoagulation in a rural emergency setting Ameer F. Ibrahim; Case
13.
Tornado chasing gone wrong: Managing patients with impaled objects in the
emergency department Ameer F. Ibrahim; Case
14. Tornado in the farmland:
Multisystem trauma response in rural Alabama Guy Carmelli; Case
15. Stranded
in the heat: Severe hyperthermia and multisystem organ failure Jonathan
Gammel; Case
16. Out cold: Hypothermia from environmental exposure in a
winter storm Daniel Saltzman; Case 17 An invisible killer: Carbon monoxide
toxicity from gasoline generator use during a winter storm Daniel Saltzman;
Section
4. Hydrological Natural Disasters: Case
18. Helping turns hazardous:
Blunt trauma and respiratory distress during flash flood rescue Morgan Ritz
and Romeo Fairley; Case
19. Trapped by the flood: Rescue of an elderly man
after 24 hours Guy Carmelli; Case
20. Disaster strikes twice: Managing a dog
bite injury in a posthurricane rescue Jennifer E. Geller and Colleen M.
Donovan; Case
21. When rescuers become patients: A cold immersion injury
scenario from the DMAT field hospital Colleen M. Donovan and Lekha Reddy;
Section
5. Climatological Natural Disasters: Case
22. Wildfire chaos: A case
of trauma and smoke inhalation from late evacuation Jonathan Gammel; Section
6. Biological Natural Disasters: Case
23. Critical management of Ebola virus
disease in the emergency department Matthew Carlisle; Case
24. From cabin
cleanup to critical care: Managing hantavirus infection Matthew Carlisle;
Case
25. Medical response in crisis: Pediatric diarrhea and shock in refugee
camps Matthew A. Tovar and James P. Phillips; Case
26. Resource management
during a pandemic surge in a small hospital Christopher Hayden; Section
7.
Technological Disasters: Case
27. Medical management of chlorine gas exposure
following a freight train derailment Colleen M. Donovan, Mary G. Mcgoldrick
and Denise Fernandez; Case
28. Treating life-threatening injuries with
limited resources while at sea Cody Johnson; Case
29. Outbreak at sea:
Managing acute gastroenteritis on a cruise ship Cody Johnson; Case
30.
Illness on the high seas: Navigating a gastrointestinal outbreak 50 miles
from shore Rashed Al Remeithi and Nata
Dr Andrew Milsten is a professor of emergency medicine at the University of Massachusetts Chan Medical School and completed the University of Maryland Emergency Medical Services (EMS) & Disaster Medicine fellowship in 2000, after finishing the Emergency Medicine residency at Lincoln Hospital (NYC). While in Maryland, he served as the Ravens' (National Football League team) stadium event Medical Director. Dr Milsten is currently the University of Massachusetts Disaster Medicine Fellowship Program Director. He is an advocate for disaster medicine as a boarded specialty through the American College of Emergency Physicians and continues to conduct research on disasters as well as event medicine topics. Dr Milsten teaches disaster medicine to medical students, residents, and fellows. He has responded to international disasters as a member of the Massachusetts-2 Disaster Medical Assistance Team (DMAT). Dr John Broach is an associate professor of emergency medicine at the University of Massachusetts Chan Medical School. He is the Division Director for EMS and Disaster Medicine at the University of Massachusetts Memorial Medical Center, has deployed to disasters domestically and internationally, and is a member of Massachusetts-2 DMAT through the National Disaster Medical System. He served as Medical Director of the UMass Memorial Medical Center DCU Center Field Hospital during the COVID-19 pandemic and has published and presented extensively on disaster medicine and EMS topics.