Skip to main content

PTSD for Emergency Physicians

For many of us in Emergency Medicine, PTSD is something we don’t really think about.  We might pause before using ketamine for sedation in a war veteran, or seek psychological support for victims of sexual assault, but it is not a topic that we usually discuss or associate with.  It certainly isn’t something that we feel threatens us and our careers.

However studies using standardized and validated tools have shown a point prevalence of PTSD in German [1] and Belgian [2] emergency physicians, Dutch hospital physicians [3] and Vancouver ED staff [4] to be approximately 15%.  By comparison, the lifetime prevalence of PTSD in the Canadian population is approximately 2.4% [5] so a point prevalence of 15% is extremely high.   

Though initially surprising, these numbers start to make sense when we think about the types of cases that emergency physicians handle regularly:  pediatric injuries and arrests, sexual assaults, graphic traumas, failed resuscitations.   We are exposed daily to things that would scar most people. 

And yet we do not talk about occupational stress injuries, do not train for resiliency, and often fail to recognize distress in a colleague and even in ourselves.  After all, we are physicians, we should be better and stronger than this right?  

So we push on, maybe drink more than we should when we come home, start having disruptive interactions with colleagues, the quality of our work diminishes, we may get complaints or litigation, we bring our stress home and our personal relationships suffer.  All along often without seeking help, and often without fully realizing what is occurring. 

These occupational injuries can be the result of a multitude of cumulative difficult cases combined with personal challenges and shift work, or they can occur as a result of a particularly marking case.  We have all had cases that profoundly impacted us in some way.  What made these cases particularly scarring?  Though some are more obvious, like pediatric deaths and severe traumatic injuries, there are a number of more subtle reasons for us to get injured by a case that may seem relatively innocuous to another person.  Pre-existing stress, ongoing work stressors, recent cumulative difficult cases, poor coping habits and substance use, limited social support all affect how we process the emotional impact of emergency cases [6,7,8]

Another factor that is often overlooked is relatability of the patient – if they look like a loved one, are the same age as our child, etc, the case can cause the provider distress that may appear disproportionate to the pathology. 

This is not to say that occupational injury is inevitable in our profession or that we are all bound to become scarred by our practice.  The most common pattern of adjustment after potentially traumatic events is resilience or recovery [9].  Resilience building, self-care and early interventions after critical incidents may play a role in primary prevention of PTSD and occupational stress injuries [10, 11, 12] but first and foremost we have to acknowledge that any of us could be impacted and learn to recognize early symptoms of distress in ourselves and in our colleagues. 

Strategies to mitigate the impact of critical incidents exist but they have been largely implemented and studied in military and first line providers.  Critical Incident Stress Management and Debriefing was developed in 1983 by Mitchell [13].  Variants of this model were later implemented across a large number of EMS services but often with modifications.  Debriefing sessions were usually considered mandatory and the program was usually only partially implemented, with all the emphasis placed on post-incident debriefing and loss of the preparation, spiritual and family supports among others. 

This version of the model did not show any evidence of decreasing the rate of PTSD after critical incidents and may have caused injury in some workers.  It has now fallen out of favour but I think there are some lessons to learn from it:

  • First, support and care for the provider as a whole, including family support and prevention strategies should play an important part of any critical incident management program. 
  • Secondly, it is important to respect each provider’s own coping methods and not force anyone to participate in any debriefing or conversation about the incident if they are not inclined to do so.   

A Canadian survey of EMS providers was done by Halpern in 2006 that for the first time asked first line providers what they found most helpful after a critical incident [14].  They found that a brief time-out period after an incident, support from management and being given the opportunity to discuss with people of their choosing if and when they feel comfortable were the most beneficial interventions. 

Emerging critical incident management strategies seem to follow that approach of providing support and letting providers use their established coping mechanisms rather than being intrusive and forcing unwelcome discussions.   Psychological First Aid [15] is based on this principle and is becoming the most commonly used program by international organizations however it is designed for and best suited to disaster relief and is not entirely suitable for health care providers.  

The British marines have developed the Trauma Risk Management (TRiM) [16] program which incorporated peer support groups within platoons who check in on their peers 3 days and 1 month after a critical incident and are trained to recognize early signs of psychological injury.  While this program is not entirely applicable to our environment, the idea of having a formal peer-support group that is expected to check in with their co-workers if they hear there has been a difficult case is very interesting. 

Perhaps the most compelling program at this time however is the Canadian DND “Road to Mental Readiness” (R2MR) which has also been adapted for civilian police and EMS and is quickly gaining popularity.  It focuses largely on resilience building and strengthening support systems as well as destigmatization.  Post incident ad-hoc reviews acknowledging that a critical incident has occurred and encouraging (but not mandating) discussion, as well as post-incident down time are emphasized.  

And perhaps most importantly, each member is trained to apply the “mental health continuum”  to recognize signs of distress in themselves, their peers, and their subordinates.   This program is quite promising for health care providers and could very well be adapted and incorporated in medical education. 



Mental Health Continuum Model from forces.gc.ca R2MR Campaign




Compared to the military and first responders, medicine is at least a decade behind on critical incident stress management and PTSD/occupational stress injury prevention.  Yet there are some simple interventions that we can all make in our departments today.  One of the recurrent themes in the programs mentioned is the importance of a brief post-incident down time.  This can be very difficult to achieve in a busy emergency department but it can allow us to regroup, do a medical review of the case with learners and with the team, and collect our thoughts before moving on to the next patient.   Debriefing should not be mandatory, however should be available and should be provided by trained ED physicians and nurses, not by the physician who was leading the case. Finally, in addition to the wellness programs that many hospitals offer, it would be beneficial to have a formal peer support program to guide and check in on physicians after critical cases.









Dr. Valerie Charbonneau is a 5th year Emergency Medicine Resident in the FRCPC program. 

Edited by Dr. Robert Suttie, PGY2 Emergency Medicine









1. Pajonk FG, Cransac P, Müller V, Teichmann A, Meyer W. Trauma and stress- related disorders in German emergency physicians: the predictive role of personality factors. Int J Emerg Ment Health. 2012;14(4):257–68.
2.  Somville  FJ, De Gucht V, Maes S,   The impact of occupational hazards and traumatic events among Belgian emergency physicians    Scandinavian Journal of Trauma, Resuscitation and Emergency Medicine (2016) 24:59
3. Ruitenberg M, Frings-Dresen MHW, Sluiter JK, The prevalence of common mental disorders among hospital physicians and their association with self-reported work ability: a cross-sectional study. BMC Health Services Research (2012) 12:292
4.  J.M. Laposa, L.E. Alden Posttraumatic stress disorder in the emergency room: exploration of a cognitive model  Behaviour Research and Therapy 41 (2003) 49–65
5. Van Ameringen, M., Mancini, C., Patterson, B. and Boyle, M. H. (2008), Post-Traumatic Stress Disorder in Canada. CNS Neuroscience & Therapeutics, 14: 171–181
6. Halpern J, et al.  “The critical incident inventory: characteristics of incidents which affect emergency medical technicians and paramedics” BMC Emergency Medicine, 2012, 12:10.
7. Halpern J, et al. “Identifying risks of emotional sequelae after critical incidents: 2011, 28:51-56.
8. Alexander DA,Klein S:First responders after disasters:A review of stress reactions,at-risk,vulnerability,and resilience factors.Prehospital Disast Med 2009;24(2):87–94
9.  Bonanno GA, Westphal M, Mancini AD,  Resilience to Loss and Potential Trauma  Annu. Rev. Clin. Psychol. 2011.7:511–35
10. Kearney MK, Weininger RB, Vachon ML. Self-care of Physicians Caring for Patients at the End of Life : “Being Connected… A Key to My Survival". JAMA March 18, 2009, Vol. 301, No.11
11. Howe A, Smajdor A, Stöckl A. Towards an understanding of resilience and its relevance to medical training. Medical Education 2012; 46: 349-356
12. Skeffington PM, Rees CS, Kane R.  The Primary Prevention of PTSD: A Systematic Review, Journal of Trauma & Dissociation, 14 (2013) 404–422
13.  Mitchell JT. When disaster strikes…the critical incident debriefing process. JEMS 8:36–39, 1983.
14.  Halpern et al. Rethinking Critical Incident Stress: coping strategies in emergency medical services personnel.  Prehosp Emerg Care 2006, 10 (1) 107-149
15. National Child Traumatic Stress Network, National Center for PTSD, 2006
16. Greenberg N, Langston V, Jones N,  Trauma Risk Management (TRiM) in the UK Armed Forces   JR Army Med Corps 154 (2): 123-126. 

Comments

Popular posts from this blog

Tips for Success in your Emergency Medicine Rotation

Our wonderful medical students are preparing to start their first clinical rotations. With this in mind here are some of the top tips for success in your EM rotation
1)Be On Time – show up to your shifts on time, better yet 5 minutes early.That first impression is immensely important.
2)Introduce yourself to the team - “Hi my name is John Doe, I am the medical student on shift today” introduce yourself to the attending, residents, nurses, etc.You will be called on a lot more to help when there is something interesting going on if they know your name.
3)Be goal-oriented – have a goal for each shift, whether it’s a procedure or a type of presentation to see.
4)Don’t just stand there, do something – whenever there is a trauma or code, come to the bedside.Get gowned up for traumas and pay attention.Help with things that are within your scope of practice: chest compressions, moving patient, cardioversion
5)Don’t just stand there, do nothing – there are times in medicine when the best thing to d…

The Canadian Syncope Risk Score

Guest post by Dr. Venkatesh Thiruganasambandamoorthy.
Syncope is an commonly encountered problem in Emergency Medicine, with the potential for significant morbidity and mortality to patients. Unfortunately, to date, there have not been any reliable decision tools or instruments to help us in our assessment of the syncope patient.  This week, Venkatesh Thiruganasambandamoorthy and colleagues at the Ottawa Hospital have published an new Canadian Syncope Risk Score to identify patients at risk of serious adverse events, published in CMAJ.1 Here, Dr. Venk helps provides some further insight and potential utilization of the risk score, he may also be heard discussing this rule on the March edition of Canadian EMRAP.


BackgroundSyncope constitutes 1% of Emergency Department (ED) visits, and approximately 10% of these patients will have serious underlying conditions causing syncope (arrhythmia, MI, serious structural heart disease, pulmonary embolism, subarachnoid or severe hemorrhage). Alarmin…

2014 Canadian Guidelines for AF Management: Part 1: Introduction and CCS “CHADS-65” Algorithm

by Ian Stiell MD @EMO_Daddy














In this and subsequent postings we will discuss the latest recommendations for ED management of atrial fibrillation (AF) as presented in the newly published 2014 Focused Update of the Canadian Cardiovascular Society Guidelines for the Management of Atrial Fibrillation. The Guidelines PDF can be downloaded from the CCS website at 2014 Canadian Cardiovascular Society Guidelines for the Management of Atrial Fibrillation
The 2014 Focused Update uses the GRADE system of evidence evaluation as was the case in the comprehensive 2010 AF Guidelines and the 2012 Update. The CCS AF Guidelines Panel is comprised of Canadian cardiologists plus physicians from internal medicine, family medicine, neurology, and emergency medicine. This 2014 Update provides evidence review and recommendations for 8 aspects of AF care, including ED Management (written by myself and Dr. Laurent Macle of the Montreal Heart Institute). The 2014 Update focuses on advances in oral anticoagulant (O…