alexa

GET THE APP

Catastrophic Events in the Perioperative Setting: A Survey of U.S. Anesthesiologists | OMICS International
ISSN: 1522-4821
International Journal of Emergency Mental Health and Human Resilience
Make the best use of Scientific Research and information from our 700+ peer reviewed, Open Access Journals that operates with the help of 50,000+ Editorial Board Members and esteemed reviewers and 1000+ Scientific associations in Medical, Clinical, Pharmaceutical, Engineering, Technology and Management Fields.
Meet Inspiring Speakers and Experts at our 3000+ Global Conferenceseries Events with over 600+ Conferences, 1200+ Symposiums and 1200+ Workshops on Medical, Pharma, Engineering, Science, Technology and Business

Catastrophic Events in the Perioperative Setting: A Survey of U.S. Anesthesiologists

Anahat K. Dhillon1*, Dana L. Russell1, Marjorie P. Stiegler2

1Department of Anesthesiology, David Geffen School of Medicine/University of California, Los Angeles, Los Angeles, CA, USA

2Department of Anesthesiology, University of North Carolina, Chapel Hill, NC, USA

*Corresponding Author:
Anahat K. Dhillon
E-mail: [email protected]

Visit for more related articles at International Journal of Emergency Mental Health and Human Resilience

Abstract

Catastrophic events in the perioperative period can adversely impact the wellbeing of the healthcare workers involved. These second victims may experience symptoms including depression, isolation and loss of confidence related to the event. A limited amount of published research suggests those who receive formal support (e.g. departmental debriefing) may have an improved recovery experience. This cross-sectional study was conducted to assess the proportion of U.S. anesthesiologists who have experienced catastrophic perioperative events and bring into focus the association between event details, respondent characteristics and utilization of formal support with recovery time. Additionally, we aimed to ascertain the current state of post-event formal support and opinions for ideal event handling across the anesthesiology practice. A seventeen-question survey was distributed to 5,000 attending anesthesiologist members of the American Society of Anesthesiologists (ASA). 289 responses were received. 85% report having experienced a catastrophic event; greater than 80% of those involved a death. 42% took a few days or less to recover yet 24% took a year or more. 31% had department debriefing and 25% had multidisciplinary debriefing. No association between gender, practice setting, years of experience and recovery time was detected. Comments revealed highly individualized recovery experiences and heterogeneity in processes for post-event debrief. Regarding current, institutional practice: 56% report there is no departmental debriefing team and 16% do not know if such a team exists. 49% feel debriefing should be mandatory. Comments reflect a variety of opinions regarding ideal support. Resources that address the complexities of the recovery experience should be thoughtfully developed and made available to those who may benefit from them.

Introduction

Healthcare workers often experience post-traumatic stress after a catastrophic event. These second victims may have a multitude of both physical and psychosocial symptoms that greatly impact their professional performance and personal well-being. A second victim, as first defined by Wu in 2000, is a healthcare worker who becomes victimized as a result of a patient-related traumatic event. Wu highlighted the lack of institutional mechanisms to provide second victims with support (Wu, 2000).

To better understand the second victim phenomenon, Scott et al completed in-person interviews with thirty one healthcare workers across various specialties. The authors identified a common second victim trajectory of six distinct stages of recovery and called for the development and deployment of appropriate support (Scott et al., 2009). In 2010, the same group published an article describing their experience with a second victim rapid response team. A needs assessment across six facilities was conducted with subsequent creation of a tiered interventional model of support. At the heart of this model is a network of trained clinicians readily available in highrisk areas to come to a second victim’s aid (Scott et al., 2010). In 2012, Wu et al described the importance of providing a method by which second victims can discuss errors safely with compassionate, trustworthy, and reassuring colleagues. Wu made the important point that second victim symptomatology may arise at any time after the event, and that even when formal debriefing exists, this may not actually support the second victim’s personal recovery as intended (Wu & Steckelberg, 2012).

The question as to whether the second victim experience is different for anesthesiologists was explored by Gazoni and colleagues. In a 2008 review, the authors gave consideration to anesthesiology as a high risk specialty, mostly due to increased rates of drug abuse and suicide as compared to other specialties (Gazoni, Durieux & Wells, 2008). The same authors then published the results of a national survey specific to U.S.-based anesthesiologists and perioperative catastrophes. Results from this descriptive study indicated a high burden of second victims among those surveyed; more than 70% experienced symptoms such as guilt and almost 20% acknowledged they have never fully recovered. Also reported in this study was desired types of support; 98% thought talking with anesthesia personnel was helpful, 89% preferred debriefing with the operating room team and 87% felt talking with the patient’s family was a good support resource (Gazoni, Amato, Malik & Durieux, 2012)

To date, little is known about the prevalence of formal, local support resources available to U.S. anesthesiologists and if those resources, once used, result in a better second victim recovery experience. Our study aims to address both points.

Methods

We distributed a seventeen-question survey to 5,000 randomly-selected attending anesthesiologist members of the American Society of Anesthesiologists (ASA). A link to the survey was distributed by email and responses were received by March 2012. Two reminder emails were sent and no incentives were offered. Survey content was informed by recent publications of surveys covering the subject of interest, questions that arose during workshops facilitated by the authors at both national and international meetings, and peer review activities for adverse events at the authors’ institutions. Organizational resources were utilized for survey methodology and design. Answer formats included single answer, multiple answer and free text. Answers were not mandatory; participants could skip any question and still continue through the survey.

For the analysis, response categories for two questions were collapsed into a smaller number of categories based on similarity. For “practice setting” we used two units of analysis: AC/RC (academic center combined with referral center) and SC/CH/other (surgery center combined with community hospital and “other”). For “time to recovery” we used four units of analysis: few days or less (<24h combined with few days), 1 week, 1 month, and 1 year or more (1 year combined with > 1 year). For the purposes of the study, a shorter recovery time is considered an “improved” recovery experience. The chi-squared test was used to determine the presence of an association between select categorical variables and response time. Data was analyzed in Microsoft Excel.

Results

289 responses were received (5.8% response rate). Respondent characteristics are listed in Table 1. The majority of respondents were from academic centers, had more than 20 years of experience, and were male. 85% report experiencing a catastrophic event in the perioperative setting at some point in their careers (Table 2). Of those, more than 80% involved a death. Other types of catastrophic events experienced include anaphylaxis, anoxic brain injury, drug error, massive hemorrhage, venous air embolism, etc. When asked about the most significant catastrophic event of one’s career, 44% report the event was expected, 28% felt it was preventable, and 6% felt it was their fault.

Category Sub-Category No. (%)
Practice Setting Academic center 105 (36)
  Community hospital 72 (25)
  Referral center 66 (23)
  Surgery center 32 (11)
  Other 14 (5)
Years in practice* >20 122 (42)
  10-20 103 (36)
  0-10 63 (22)
Gender* Male 206 (71)
  Female 80 (28)

Table 1. Respondent Characteristics.

Category Sub-Category No. (%)
     
Experienced event Yes 245 (85)
  No 35 (12)
     
Event type Death 195 (80)
  Otherᵃ 50 (20)
Perceived reason for eventᵇ Expected 107 (44)
  Preventable 68 (28)
  Result of error 38 (16)
  “My fault” 14 (6)
Post-event experienceᵇ Feelings of guilt 122 (50)
  Difficulty sleeping 79 (32)
  Confidence effected 71 (29)
  Performance effected 49 (20)
  Feelings of isolation 43 (18)
  Difficulty concentrating 40 (16)
  Change in appetite 22 (9)
  Alcohol/self-medication 13 (5)
ime to recovery A few days or less 104 (42)
  1 year or more 59 (24)
  1 month 36 (15)
  1 week 18 (7)

Table 2. Catastrophic Event Experience.

Respondents experienced a range of symptoms, the most common of which were feelings of guilt (50%) and difficulty sleeping (32%). Almost half (49%) reported their confidence and/or performance was effected. 42% recovered in a few days or less whereas 24% took one or more years to recover. Details regarding the types of support that occurred following the catastrophic event are reported in Table 3. 87% did not take any time off work. 59% sought informal support with colleagues, friends or family. 40% report Risk Management and/or Quality Committee involvement. 31% and 25% had departmental and multidisciplinary debrief, respectively. In 51% of cases, the anesthesiologist participated in disclosure to the family.

Category Sub-Category No. (%)
Time off from work No 212 (87)
  Yes, < 24 hours 7 (3)
Support that occurredᵇ Talking with colleagues 144 (59)
  Risk Management/Quality 98 (40)
  Department debriefing 75 (31)
  Multidisciplinary briefing 62 (25)
Disclosure to family Surgeon 206 (84)
  Anesthesiologist 125 (51)
  Both 112 (46)

Table 3. Support that Occurred after Catastrophic Event.

The association between event details, respondent characteristics, and type of support that occurred is explored in Table 4. Time to recovery was not associated with gender, practice setting or years of practice using the chi-squared test (data not shown). 63% of those who felt the event was expected recovered in a few days or less, while 41% and 53% took a year or more to recover when the event was perceived to be the result of an error or the anesthesiologist’s fault, respectively. 49% of those who did not take any time off recovered quickly. 41- 46% of those who utilized informal and formal support resources recovered in a few days or less, whereas 25-40% of those who utilized same resources took a year or more.

Category Sub-Category Recovery Time [No. (%)]
    ≤ few days 1 week 1 month ≥ 1 year
Respondent        
Gender Male 84 (51) 13 (8) 28 (17) 39 (24)
  Female 20 (38) 5 (9) 8 (15) 20 (38)
Practice Setting AC/RC 65 (47) 8 (6) 22 (16) 42 (31)
  CH/SC/other 39 (49) 10 (13) 14 (18) 17 (21)
Years in practice 0-10 23 (51) 4 (9) 10 (22) 8 (18)
  10-20 37 (45) 10 (12) 14 (17) 21 (26)
  >20 44 (49) 4 (4) 12 (13) 30 (33)
Perceived Reason for Event        
Expected   66 (63) 10 (9) 16 (15) 13 (12)
Preventable   20 (30) 7 (10) 12 (17) 28 (41)
Error   15 (38) 2 (5) 4 (10) 16 (41)
My fault   2 (13) 1 (7) 3 (20) 8 (53)
Support that Occurred        
Time off None 102 (49) 17 (8) 34 (16) 55 (26)
  Yes, < 24 hours 1 (20) 1 (20) 0 (0) 3 (60)
Informal Talking to colleagues 65 (45) 10 (7) 26 (18) 42 (29)
Formal Multidisciplinary debrief 28 (46) 8 (13) 9 (15) 16 (26)
  Departmental debrief 31 (41) 8 (11) 6 (8) 30 (40)
  Risk Management 40 (42) 6 (6) 15 (16) 35 (36)
  Disclosure to family 35 (42) 6 (7) 15 (18) 28 (33)

Table 4. Respondent and Event Characteristics and Time to Recovery

For the last part of the survey, respondents were asked to provide details about post-event resources in place at their current institution. 36% feel taking time off is impossible, 21% report it is offered, and less than 1% are mandated to take it. 56% report that a departmental debriefing team is not available and 16% do not know if one exists. Only 13% reporting having a departmental debriefing team and of those, half have used it. 49% think a formal debriefing process should be mandatory. 71% do not think time off should be mandatory. In the event that time off is taken, 39% feel a plan for reentry is necessary. 21% think that either case supervision or decreased acuity of cases may be needed.

Conclusion

A significant proportion of anesthesiologists experience catastrophic events in the perioperative setting. These events lead to many well-described second victim symptoms that impact wellness, performance at work, and potentially patient safety. Patients cared for by physicians who are experiencing second victim symptoms may be called third victims, if adverse outcomes occur. Certainly, if a clinician is having difficulty concentrating and sleeping, or is suffering from guilt and intrusive memories of the event, it is understandable that their medical judgment may not be at its best.

It is notable how few participants report having had multidisciplinary or departmental debrief. Perhaps this is because either these resources are not available or the clinician did not seek this out due to commonly experienced barriers such as fear of shaming by colleagues. Given that the majority of respondents had been in practice more than 20 years, it’s possible the events recalled occurred 1-2 decades ago prior to the relatively recent shift in healthcare to a culture of reporting and discussing errors. Also, not all events that are catastrophic (e.g. death) may warrant formal debrief, especially if expected. There is probably significant variation among individuals’ experiences and the severity of impact. However, it is notable that the most significant catastrophic events in an entire career were characterized largely as unpreventable and not the clinician’s error, yet still had a major psychological impact. While some respondents report a quick recovery with no time off, many took a year or more to recover. In fact, in Table 4, one notes a u-shaped distribution for many variables; i.e., the greater proportions either recover quickly or take longer with few in the middle. For example, 49% of those who were in practice for twenty years or more at the time of the catastrophic event recovered in a few days, whereas 33% recovered in a year or more. These two points represent the vertical sides of the “U.”

Far fewer experienced a duration of recovery between those two points (1 week or 1 month); this group comprises the bottom-most point of the “U.” There are likely several explanations for this not captured by our survey. For example, frequency of exposure to such events varies by sub-specialty. The greater the number of exposures, possibly the faster the perceived recovery time. Involvement in litigation may prolong time to recovery. We cannot draw any firm conclusions about which variables, if any, are truly associated with a short recovery time. In part, this may be because the physician’s perception of recovery may not be a reflection of actual recovery. Certainly, the concept of compartmentalization, an unconscious defense mechanism used to avoid anxiety and mental discomfort by avoiding the explicit recognition of these self-states, could play a role.

Anesthesiologists participated in disclosure to the family only 51% of the time. As an integral member of the patient’s perioperative experience, the anesthesiologist is an asset to an honest and sincere discussion with the family. This team-based approach can of itself provide support to those involved, thereby preventing feelings of isolation. As well, participation in family conversations may engender mutual trust, minimizing the fear and likelihood of litigation.

We then looked at the current state of support resources. We were surprised at how few reported either having a departmental debriefing resource or not knowing if one exists. This underscores the need for development of protocols that are utilized at the time an event occurs. We received 68 free-text comments. Two themes were prominent: 1) Several recounted in paragraphs the details of catastrophic events and the guilt, isolation and blaming that occurred. This indicates the long-lasting impact of these events. Even if a practitioner feels he or she had a quick recovery, the event is remembered with clarity and recalling it brings forth associated emotions. 2) Many acknowledged the therapeutic value of debriefing, but cautioned the application of a standard protocol because events are highly variable and should be assessed for support needed on a case by case basis. A few felt that these events are par for the perioperative course and that we should “soldier on” and unless the event was the result of a major error, the anesthesiologist should be able to “deal with it.” (Table 5) Pressing on as suggested, however, may impact the safety of our next “customer,” the patient (Stiegler, 2015).

Category   Sub-Category No. (%)
Time off   Time off is impossible 106 (36)
    Time off is offered 61 (21)
    Time off is mandatory 2 (<1)
Departmental debriefing team No 162 (56)
    Don’t know 46 (16)
    Yes; I have used it 22 (8)
    Yes: I have not used it 15 (5)
Should a formal debriefing process be mandatory? Yes 142 (49)
    No 102 (35)
Should time off be mandatory? No 204 (71)
    Yes 39 (13)
If time off is taken, plan for reentry should include: No plan needed 113 (39)
    Decreased acuity of cases 54 (19)
    Case supervision 5 (2)

Table 5. Current Practice and Opinions Regarding Ideal Handling.

This study has several limitations. First, we received a low response rate. Because the survey was administered by the American Society of Anesthesiologists on our behalf, we were not in direct control of the email solicitation and reminders. While survey studies often have low response rates, it must be considered that survey methodology can introduce selection bias, meaning that those who chose to participate may not be a representative sample of the general population of anesthesiologists. The motivation for electing to participate might be linked to strong feelings of any kind about aftermath of adverse events. Second, we did not include definitions with our survey, but left it to the clinician to interpret the meaning of “catastrophic event”, “debriefing”, etc. This was intended to capture the individual experience of participants (and indeed, we did see a broad range of experiences that were all considered catastrophic by the participant), but nonetheless this may have led to heterogeneity among responses.

In summary, anesthesiologists are highly likely to experience one or more catastrophic events in their careers. Across our practice, the support offered is not adequate perhaps because the second victim’s needs are not heard or are so poorly understood. The second victim recovery experience is highly individualized and complex, complete with event, person and system factors. A one-size fits all approach is therefore not appropriate when providing support. Models that offer a variety of “menu options” need to be developed and deployed to those who can benefit from them. This menu can’t stand alone, however, but must be offered within the framework of a culture that promotes teamwork and wellbeing in holistic fashion. Toolkits have been developed to assist organizations with implementation (Pratt, Kenney, Scott, & Wu, 2012).

Since our study was conducted, literature describing second victim programs in the U.S. has been published. In 2015, White et al reported results of a survey of risk managers. 74% reported existence of programs to provide second victims with emotional support and 7% reported plans for creating program in the upcoming year (White et al., 2015). In the same year, Krzan et al published a case study describing successful implementation of a second victim program for pharmacy staff a pediatric hospital (Krzan, Merandi, Morvay & Mirtallo, 2015). Although neither addressed the specific concerns or needs of anesthesiology, the increased attention to this matter indicates that healthcare as an institution is heading in the right direction.

Although medical culture has evolved considerably over the past decade or so, clinicians may still be reluctant to activate or request support protocols, for fear of jeopardizing their professional reputations (e.g. appearing “weak”). Similarly, clinicians may be hesitant to accept relief of duty or other support if it is optional instead of automatic (e.g. “Do you need some time off?”). Evidence of this cultural element can be seen in the free-text responses from this survey (Table 6). On the other hand, mandatory relief from duty may unintentionally isolate the clinician from informal peer support and possibly imply a lack of confidence in that individual’s resilience.

More robust qualitative and quantitative research is needed to better understand the extent of the problem and the mechanisms for prevention, The implications are broad; data from future studies may help physicians from a variety of high acuity settings. Delineating best practice approaches for minimizing the second victim experience is critical both for a physician’s own well-being and for the well-being of their subsequent patients.

References

Gazoni, F.M., Amato, P.E., Malik, Z.M., & Durieux, M.E. (2012). The impact of perioperative catastrophes on anesthesiologists: results of a national survey. Anesthesia and Analgesia, 114(3), 596-603.

Gazoni, F.M., Durieux, M.E., & Wells, L. (2008). Life after death: the aftermath of perioperative catastrophes. Anesthesia and Analgesia, 107(2), 591-600.

Krzan, K.D., Merandi, J., Morvay, S., & Mirtallo, J. (2015). Implementation of a "second victim" program in a pediatric hospital. American Journal of Health-System Pharmacy, 72(7), 563-567.

Pratt, S., Kenney, L., Scott, S.D., & Wu, A.W. (2012). How to develop a second victim support program: a toolkit for health care organizations. The Joint Commission Journal on Quality and Patient Safety, 38(5), 235-240.

Scott, S.D., Hirschinger, L.E., Cox, K.R., McCoig, M., Brandt, J., Hall, L.W. (2009). The natural history of recovery for the healthcare provider "second victim" after adverse patient events. Quality & Safety in Health Care, 18(5), 325-330.

Scott, S.D., Hirschinger, L.E., Cox, K.R., McCoig, M., Hahn-Cover, K., Epperly, K.M. et al. (2010). Caring for our own: deploying a systemwide second victim rapid response team. The Joint Commission Journal on Quality and Patient Safety, 36(5), 233-240.

Stiegler, M.P. (2015). A piece of my mind. What I learned about adverse events from Captain Sully: it's not what you think. The Journal of the American Medical Association, 313(4), 361-362.

White, A., Brock, D.M., McCotter, P.I., Hofeldt, R., Edrees, H.H., Wu, A.W., et al. (2015). Risk managers' descriptions of programs to support second victims after adverse events. Journal of Healthcare Risk Management, 34(4), 30-40.

Wu, A.W. (2000). Medical error: the second victim. Western journal of medicine, 172(6), 358-359.

Wu, A.W., & Steckelberg, R.C. (2012). Medical error, incident investigation and the second victim: doing better but feeling worse?. British Medical Journal Quality & Safety, 21(4), 267-270.

Select your language of interest to view the total content in your interested language
Post your comment

Share This Article

Article Usage

  • Total views: 13853
  • [From(publication date):
    September-2015 - Jul 31, 2021]
  • Breakdown by view type
  • HTML page views : 9797
  • PDF downloads : 4056
Top