The Hippocratic Oath: Are We Hurting Ourselves and Each Other?
Medice, cura te ipsum, quoted by Jesus in Luke 4:23, is an ancient proverb translated as “Physician, heal thyself!” Two millennia later, physicians still must take a leading role in healing themselves when external forces such as a devastating pandemic, electronic medical records, malpractice suits, insurance bureaucracy, governmental regulations, and long working hours all conspire against the fulfillment that practicing medicine is supposed to provide.
- Healthcare workers have a higher prevalence of burnout compared to the rest of the population, with higher levels of emotional exhaustion and depersonalization.
- The symptoms of burnout can be categorized broadly into a five-stage model. Burnout occurs in stage 4, causing self-doubt, social isolation, pessimism, escapist activities, and physical symptoms.
- The most recognized survey instrument is the Maslach Burnout Inventory-Human Services Survey, a 22-item questionnaire based on the three core principles of emotional exhaustion, depersonalization, and personal accomplishment.
- Beyond the personal toll of burnout, there also is an economic price. A statistical model estimates that burnout costs from $2.6 billion to $6.3 billion per year, primarily because of the cost of physician turnover.
- Unfortunately, the amount and quality of evidence to prevent and treat burnout is low. A systematic review article found only 29 randomized controlled trials that looked at interventions in physicians and nurses to improve mental health, well-being, physical health, and lifestyle.
- Common interventions include sleep, exercise, social interaction, and mindfulness/prayer. Failure to address burnout can lead to anxiety, depression, mental illness, leaving medicine, and even suicide. It is important to identify risk factors and signs in ourselves and our colleagues.
While there are multiple definitions of well-being, it commonly is described as a dynamic and ongoing process involving self-awareness and healthy choices, resulting in a successful and balanced lifestyle.1 Well-being incorporates a balance between the physical, emotional, intellectual, social, and spiritual realms, thus leading to a sense of accomplishment, satisfaction, and belonging. It protects from the unique demands of medical training and life beyond the four walls of a hospital. Burnout results from chronic stress, which leads to emotional exhaustion, depersonalization, and decreased feelings of personal accomplishment.2 Unfortunately, given the rigor of our profession, we often need to remember to consider our emotional well-being while navigating the shift toward an oligopolistic medical industry that perpetuates the cycle by focusing on profit — totaling 18.3% of the gross domestic product.3
Historically, burnout was seen as a sign of weakness within the requirements of our profession.4 Speaking about emotional exhaustion or self-care was a detriment in modern medical care. Burnout can be synonymous with impairment, with the labeling of burnout leading to further emotional isolation.5 Within the current medical schemata of team-based, patient-centered care, we know that emotional care for patients can yield a sustainable social return on investment.6 Why should emotional care for ourselves and each other be any different? The inherent conflict in balancing our personal and professional lives can lead to dissatisfaction in both. Our goal is to open a discussion about burnout, contributors that lead to burnout, and steps to deal with, minimize, and prevent burnout, which will facilitate better care for patients and caregivers alike.
What Is Burnout?
Burnout is a dysfunctional response to chronic, job-related stress. In 1974, Freudenberger initially coined the term.7 Later, in 1981, Maslach and Jackson developed the first burnout assessment tool, called the Maslach Burnout Inventory (MBI).2 Burnout is characterized by three core elements: emotional exhaustion, cynicism/depersonalization, and reduced professional efficacy/personal accomplishment.2 Emotional exhaustion is the most universally accepted and prevalent of the three cores and consists mainly of fatigue. Cynicism/depersonalization is affected by exhaustion, causing people to distance themselves emotionally from their work and the people they serve. Chronic and overwhelming demands increasingly become challenging to fulfill because of the first two core elements, ultimately leading to reduced professional efficacy/personal accomplishment.8 Although burnout does not appear in the Diagnostic and Statistical Manual of Mental Disorders, Fifth Edition (DSM-V), it recently was recognized as a syndrome in the 11th revision of the World Health Organization (WHO) International Classification of Disease (ICD-11) in 2019, with the definition as stated earlier.9
An Explosion of Interest and Focus on Burnout
There has been increasing interest in the subject of burnout over the years. One can observe this by the increasing number of publications yearly on this topic. Figure 1 shows a rapid increase in the number of citations on burnout on PubMed from 1970 to 2022 (left Y-axis). Less known is a parallel explosion in the interest in well-being (right Y-axis).
Scope of the Problem
Although initial research on burnout focused mainly on those working in the human services industry, its known effect since has expanded to those in various occupations across the globe.10,11 Anyone can be affected by burnout, but there is a higher prevalence of burnout in healthcare workers compared to the rest of the population.12 A Mayo Clinic study in 2015 compared 5,313 physicians with 5,392 employed nonphysicians. Physicians had higher levels of emotional exhaustion, depersonalization, and overall burnout compared to the general population using a two-item burnout measure. Even when adjusted for age, sex, relationship status, and hours worked per worker, physicians were at increased odds for burnout compared with the general population (odds ratio [OR], 1.97), as well as for lower rates of satisfaction with work-life balance (OR, 0.68).13 High levels of burnout also are seen in medical and surgical residents, with a prevalence of 51%. Rates vary depending on specialty, gender, age, and location.12
Every year, Medscape releases a report on burnout and depression in physicians. In 2022, Medscape released data from a survey of 13,069 physicians across 29 specialties from June to September 2021. It reported that approximately 47% of physicians felt burned out, a 5% absolute increase compared to the 2021 Medscape survey results, with the highest rates being seen in emergency medicine and critical care at 60% and 56%, respectively.14 Burnout extends to the nursing field as well. A 2021 report found that up to 95% of nurses have felt burned out in the past three years. Of these nurses, 47.9% were actively seeking less stressful nursing positions, looking to quit the profession entirely, or already had done so in the past three years.15
There is considerable overlap between burnout and the development of mental health disorders. In a recent worldwide survey of 5,931 cardiologists, 28% admitted to having a mental health condition.16 It also is important to note that this survey was conducted in 2019, before the COVID-19 pandemic.
Burnout has become such a ubiquitous condition that the Surgeon General of the United States recently published a report on its effect, prevention, and treatment, not only for the general workplace, but also for healthcare.17,18 The report focuses on and asserts the belief that “workplaces can be engines of mental health and well-being.” The report focuses on five essentials for workplace mental health and well-being: protection from harm, connection and community, work-life harmony, mattering at work, and opportunity for growth. The first essential, protection from harm, focuses on establishing a workplace that is physically and mentally safe and allows adequate rest and mental health support. The second essential strives to create a culture built on trust, inclusion, collaboration, and belonging. The third essential focuses on creating a work-life harmony with increased workplace autonomy, more worker-oriented schedules, and respect between work and home time. The fourth essential builds on engaging workers in decisions, building a culture of gratitude, recognizing achievements, and connecting each worker with the company mission. The final essential focuses on the high level of training, education, mentoring, and ability for career advancement, and making sure feedback is facultatively healthy.
These five essentials are building the framework where businesses and their most important asset, their people, can work together to facilitate trust, connection, community, and growth to construct a healthy national workforce.
Symptoms and Progression of Burnout
The symptoms of burnout can be categorized broadly into a five-stage model.19 The honeymoon phase (stage 1) includes positive symptoms of job satisfaction, optimism, and high productivity levels. The onset of stress (stage 2) can include cardiovascular symptoms, anxiety, reduced sleep quality, increased irritability, and neglect of personal needs. As stress becomes chronic (stage 3), the person may experience persistent fatigue, procrastination, social withdrawal, apathy, and cynicism. Burnout occurs in stage 4, causing self-doubt, social isolation, pessimism, escapist activities, and physical symptoms. Finally, habitual burnout (stage 5) ultimately leads to chronic sadness and mental and physical fatigue, and may even result in mental disorders, such as depression and anxiety.
Internal and External Factors that Contribute to Burnout
Internal and external risk factors can lead to burnout.20 Internal factors include those with idealistic expectations of themselves, high ambition, perfectionism, wanting to please others, and viewing work as the only meaningful activity. High demands at work, time constraints, lack of autonomy, long hours, multiple jobs, low wages, decreased morale, toxic work culture, and increasing responsibilities encompass some external factors for burnout. Various habits can lead to burnout, such as perfectionism, lack of self-advocacy, diminished levels of sleep, lack of exercise, failure to ask for support or help, and failure to engage in self-care activities.21 Just as various habits can contribute to burnout, burnout can form habits. Burnout often can produce habits of unhealthy lifestyle choices (alcohol, tobacco, and substance abuse), unhealthy diets, and poor work productivity and quality in one’s job.22,23
Diagnosis/Quantification of Burnout
There are numerous indexes for measuring burnout. Most of these adhere to some form of the three core elements of burnout outlined by Maslach and Jackson in the original MBI from 1981. Although numerous measurement indexes exist for burnout, the MBI is the most widely used worldwide. The original version of the MBI, now referred to as the Maslach Burnout Inventory-Human Services Survey (MBI-HSS), is a 22-item questionnaire based on the three core principles of emotional exhaustion, depersonalization, and personal accomplishment.
This survey initially was designed to assess burnout in occupations focused primarily on human services, such as physicians, nurses, counselors, teachers, etc. The MBI since has expanded to include people in any profession in the 16-item survey, the MBI-General Survey (MBI-GS). The survey focuses primarily on the three core principles of exhaustion, cynicism, and professional efficacy. There are three other forms that have more targeted populations: MBI-Educators Survey, MBI-Human Services Survey for Medical Personnel, and MBI-General Survey for Students.24,25
The Mayo Clinic has developed an easy-to-use, web-based Well-Being Index (WBI).26 The seven- to nine-question WBI focuses on six domains: meaning in work, quality of life, the likelihood of burnout, work-life integration, severe fatigue, and suicidal ideation.27 The WBI was designed to be completed in a few minutes via a mobile device and has been validated in multiple healthcare occupations, such as physicians, medical residents/fellows, pharmacists, nurses, medical students, and the general population. In addition, the WBI compares the individual to others in the same category across the nation, with results tracked over time. Resources to improve well-being are provided to those with abnormal scores.
There are numerous other burnout inventories. Some popular generalized inventories include the Oldenburg Burnout Inventory, the Copenhagen Burnout Inventory, the Burnout Assessment Tool, and the Shirom-Melamed Burnout Questionnaire.28-31 There also are occupation-specific burnout assessment tools, such as the Physician Burnout Questionnaire, School Burnout Inventory, the Athlete Burnout Questionnaire, and much more.32-34
Although there are multiple tools to measure burnout, there is a need for a generalized consensus on cutoffs to what constitutes burnout, making it difficult to obtain accurate measures of burnout prevalence on a large scale. For instance, a meta-analysis of 109,628 physicians from 182 studies across 45 countries found that the prevalence of burnout among physicians varied widely.35 Overall burnout ranged from 0% to 80.5%, while subcomponent analysis ranged from 0% to 86.2% for emotional exhaustion and 0% to 87.1% for a reduced sense of personal accomplishment. This considerable variation resulted from inconsistent measurements of what constitutes burnout among the articles chosen. There were 142 unique definitions for meeting overall burnout or burnout subscale criteria. Although most incorporated either the MBI-HSS or the MBI-GS, different cutoff values were applied to burned-out physicians between the studies, precluding any accurate conclusions on the prevalence of physician burnout.
The Costs of Burnout
Beyond the personal toll of burnout, there also is an economic price. A statistical model estimates that burnout costs from $2.6 billion to $6.3 billion per year, primarily because of the cost of physician turnover.36 Further, healthcare systems are becoming aware of the cost advantages of proactively limiting burnout.
An article laid out the business case for taking burnout seriously as part of a health system’s financial plan. This study used statistical modeling estimates to highlight the return on investment of preventing burnout at 12.5%.37 This is a conservative estimate, since costs primarily were focused on physician turnover and did not account for another feature of burnout, lost productivity. Preventive measures will be desperately needed; the Association of American Medical Colleges estimates there will be a shortage of 54,000 to 139,000 physicians by 2033.38
Effect of the COVID-19 Pandemic
On Jan. 30, 2020, the WHO declared a public health emergency of international concern because of the rising prevalence of COVID-19. At the time of the declaration, the death toll was officially 171. By the end of 2020, the death toll stood at 1,813,188, with some estimates of global death greater than 3 million.39
This large coronavirus wave shocked the world, severely affecting healthcare workers, especially those working in close contact with COVID-19 patients. Occupational stressors included higher workloads, the continual stress of possible personal suffering from prolonged sickness or death, inadequate sleep, excessive fatigue, and the continual need for sympathy with patients and families surrounding end-of-life periods. Added layers of personal protective equipment (PPE) contributed to dehydration, poor nutrition, and excessive fatigue.40 Numerous studies have shown higher levels of stress, anxiety, and depression in those in direct contact with COVID-19 patients vs. those without direct contact.41-43
One survey by the Centers for Disease Control and Prevention (CDC) in 2022 found that nearly half of the 26,069 public health workers surveyed in the United States dealt with at least one indicator of anxiety, depression, or post-traumatic stress disorder (PTSD) during the COVID-19 pandemic, and one in 12 experienced suicidal thoughts.44 Less time dealing with job challenges and a continuously evolving field with changes in medical management and workplace regulations seems to have contributed to burnout, stress, anxiety, and depression.45
Another survey showed that 60.5% of nurses experienced emotional fatigue, 42.3% experienced depersonalization, and 60.6% experienced diminished self-adequacy.46 An extensive review comprising 14 meta-analyses, a systematic review, and an umbrella review of meta-analyses showed the extent of the COVID-19 pandemic’s profound effect on healthcare workers’ mental health. This extensive research showed the inevitability of being subjected to burnout from unprecedented stressful surroundings. Especially seen among nurses with the closest contact with patients, these circumstances led to PTSD, anxiety, depression, and a sincere feeling that it was not if, but when, they would come into contact with COVID-19, with the potential of long-term health effects and possible death.47
A survey of 2,440 physicians highlighted the increase in burnout from 38.2% to 62.8% throughout the pandemic.48 Mean depression scores increased by 6.1%, while work-life integration fell from 46.1% to 30.2%.
In an extensive healthcare survey of more than 20,000 respondents across 42 health systems, the researchers found COVID-19 adversely affected healthcare workers.49 Anxiety and depression were prevalent in 38%, work overload was present in 43%, and burnout was present in 29%. Interestingly, the feeling of being valued by their organization was the only factor found to be protective, ultimately resulting in a 40% reduction in burnout.49 This point will be discussed further later in this article.
The Ohio Physicians Health Program (OhioPHP) surveyed more than 13,000 healthcare providers and found significant changes in stress-related factors as the result of COVID-19.50 The survey uncovered a 347% increase in apathy; a 367% increase in feeling depleted at work; a 23% increase in alcohol use; an 87.5% increase in personal suicidal ideation; a 702% increase in depressed mood, depression, and hopelessness; and a 56% increase in workload.
Of note, one in four providers sought professional help for these feelings. Fifty-six percent did not seek help because of time constraints, 40% did not know where to seek help, and 31% did not seek help because of concerns about confidentiality.
Prevent Burnout or Promote Well-Being?
One of the significant changes needed within the medical community is a change to promote well-being instead of only preventing burnout. Two famous quotes describe this mentality. In the first Chinese medical textbook, Huang Dee Nai-Chang said, “The superior doctor prevents sickness. The mediocre doctor attends to impending sickness. The inferior doctor treats actual sickness.” Dr. “Patch” Adams famously said, “If you focus on the problem, you can’t see the solution. Never focus on the problem.”
A familiar axiom in medicine is “The most important question in medicine is ‘why’” — why did this happen to the patient? Only after answering this question can we develop a successful medical treatment plan. Falling short would be treating only the symptoms of the disease (i.e., putting a Band-Aid on it) and not addressing the root cause of the disease.
In a similar context, understanding our “why” as physicians can help us deal with factors leading to burnout and help prioritize habits that lead to personal well-being. The stronger our “why,” the more resilient we will be. Another way to answer the question of “why” is to figure out our purpose and find what gives our jobs real meaning.
“Ikigai” is a well-known concept in Japanese culture. Loosely translated, it means “purpose or meaning of life.” Although the concept of ikigai is common in Asia, it is not well-known in the Western world. A small study of Europeans and North Americans demonstrated that having a high sense of ikigai positively explained 31% of the variance in well-being scores and negatively explained 21% of the variance in depression scores.51
Lack of meaning is one of the factors that cause physicians so much frustration with electronic medical records (EMR). It is not just the added time EMR takes that contributes to burnout, but also the lack of meaning doctors feel when completing all the record-keeping.52 Most people feel in a flow state when operating near the top of their abilities or at the “top of their license.”53
Mihaly Csikszentmihalyi has published numerous studies focusing on this very subject. In his studies, one of the highest flow states was found in surgeons while they were performing surgery in the operating room. Working on completing EMR records is on the other end of the spectrum. Furthermore, putting effort into the EMR typically is viewed as needing to be more aligned with the values of improved patient care, since it reduces time with the patients and can interfere with interpersonal communication (although results are mixed).54 If charting is done after hours, it can erode personal and family time, thus further leading to burnout.
Finally, successive upgrades typically lead to small changes in workflow, which lowers efficiency. This has been recognized as a significant problem in clinical medicine. The American Medical Informatics Association, along with other health organizations, have put together a plan to try and reduce the documentation burden by 25% by the year 2025.55
To promote well-being, it is essential to understand the landscape involved. The Stanford Model of Professional Fulfillment is one of the most well-used models.56 This model has three main categories: a culture of well-being, efficiency of practice, and personal resilience. (See Table 1.) What can be seen immediately is that two-thirds of well-being mainly is in the employer’s control, and only one-third is a personal responsibility. It is true that physicians can and should have an effect on the efficiency of practice, but that can occur only in an environment that values their opinion and where they are treated as an essential part of the team, not just as employees.
Building a constructive relationship between physicians and healthcare administration is critical to creating a cohesive environment. An excellent example of the effectiveness of this dyad of a physician-administrative partnership approach was seen in a randomized controlled trial of reducing burnout in 34 clinics and including 166 doctors.57 The comprehensive study showed a significant reduction in burnout from 21.8% to 7.1%. Furthermore, specific interventions to improve physician workflow led to a significantly higher 5.9 OR of less burnout. Lastly, working on targeted quality improvement projects also led to a significant 4.8 OR for less burnout. This study highlights the importance of administrative support and the work environment features contributing to physician burnout.
Personal resilience also is critical, since it is entirely under the physician’s control. The rest of this article will focus on methods to enhance well-being and, thus, reduce the risk of burnout.
Unfortunately, the amount and quality of evidence to prevent and treat burnout is low. A systematic review article found only 29 randomized controlled trials that looked at interventions in physicians and nurses to improve mental health, well-being, physical health, and lifestyle. These 29 studies totaled only 2,708 subjects.58 Another systematic review analyzed 19 studies totaling 1,550 physicians and did find some significant treatment effects, but the overall effect size was small.59 Furthermore, in both review articles, most studies that showed a treatment effect were time-consuming (hours per week for multiple weeks), which may have worked in a study environment, but have questionable long-term sustainability.
A small randomized controlled trial done at the Mayo Clinic had sustainable results out to one year, but it also required one hour of physician time every other week. Interestingly, that time was protected and paid for by the institution.60 This continues to highlight the need for the administration to support well-being efforts. Empowerment and engagement at work increased by 5.3 points in the intervention arm vs. a 0.5-point decline in controls. Rates of depersonalization decreased by 15.5% in the intervention arm vs. a 0.8% increase in the control arm. No statistically significant differences in stress, symptoms of depression, overall quality of life, or job satisfaction were seen. What was the intervention in this study? A simple, facilitated physicians small-group meeting.
A systematic review of 74 resilience studies showed that only nine met the quality requirements to be included. Of these, only four were randomized controlled trials.61 The reviewers found that the degree of effect and overall quality could have been higher in each study, making it hard to recommend any of the studied interventions.
Although the research interest and data on burnout are large, reproducible, and robust, the research on preventing or treating burnout or enhancing well-being is much more sparse. What can we do? One area with much more data that we could use as a surrogate for burnout or well-being is stress. The stress literature is much more robust and well-developed than the current state of burnout studies. Furthermore, stress is the underlying problem in almost all incidences of burnout. Mitigating stress already is considered an essential part of well-being.62
This brings about another important point. Prevention should focus on maintaining well-being rather than treating burnout. After burnout occurs, it is much more challenging and costlier to treat. Furthermore, as demonstrated in the Medscape and OhioPHP surveys, more than 40% of the doctors answered that they would not seek professional help for several reasons.50
Our efforts should focus on reducing stressful reactions that accumulate over time and lead to burnout. Acute treatments are needed for physicians in crisis, such as those abusing alcohol and drugs or contemplating quitting or, worse yet, suicide. Most of our efforts should be on preventing this at the earliest stage possible rather than expending monumental effort at the very end. Now is an excellent opportunity to shift our culture toward one promoting well-being rather than fighting the end stages of burnout. Recognizing that stress is a key component to burnout has changed the focus to preventing stress to prevent burnout.63
What Is Stress? How Does it Harm Us?
Stress has long been considered harmful to a person’s health, but the exact mechanism was not well-defined. A well-performed mechanistic study correlated perceived stress with amygdalar activation, bone marrow activation, and arterial inflammation. In addition, it drew a connection to how all these correlated to cardiovascular events.64 The authors found that increased perceived stress positively correlated with increased mid-brain amygdalar activation, bone marrow activation, vascular inflammation, C-reactive protein (CRP) levels, and cardiovascular events. Of note, quantitative positron emission tomography imaging was used to assess and quantify brain, bone marrow, and vascular activity. Table 2 shows strategies for increasing well-being and decreasing the risk of burnout.
Workload is a critical factor for well-being. A review of randomized controlled trials of residency hours demonstrated that shorter work hours led to significantly less emotional exhaustion, and dissatisfaction, and improved overall well-being.65 Interestingly, personal sleep time, patient length of stay, and serious medical errors were not different.
In one study examining 50,273 nurses across the United States, factors such as more than 40 hours per week worked, a stressful working environment, and inadequate staffing were reported as statistically significant, leading to burnout in nursing.66 In the general population, the risk of burnout is higher with lower levels of education and socioeconomic status in women, while burnout is highly linked to marital status in men, with higher rates of burnout seen in single, divorced, or widowed men.67
A retrospective study of more than 1,900 individuals followed for at least 10 years found that an average workweek of more than 45 hours was associated with a 16% increase in cardiovascular events.68 There was a dose-response curve in that the risk increased to 35% after 55 hours per week and doubled when the work hours exceeded 75 hours per week. There also was increased risk after the workweek hours became less than 30, thus creating a U-shaped curve. Unfortunately, the authors did not speculate on the potential reason for this. A potential reason for this U-shaped curve might be that when people work a lower number of hours, it could be associated with increased financial stress or underemployment, which also can lead to stress.
An Attitude of Gratitude
The mind is a very powerful thing, allowing people to work far past the point of exhaustion. There are several powerful examples of the effect of attitude on health.
Studies of attitude often are seen as pseudoscience. However, several good examples demonstrate the power of the mind backed up by the scientific method and, more importantly, quantitative and objective data.
In a randomized controlled trial of gratitude journaling, researchers asked particpants to write down five things they were grateful for at the end of each day for 14 days. The authors were able to show significant increases in positive affect, subjective happiness, and life satisfaction and a decrease in negative affect and depression.69
In another study of heart failure patients, the authors measured emotional response to gratitude and directly measured inflammatory biomarkers.70 These included C-reactive protein, tumor necrosis factor-alpha (TNF-α), interleukin-6 (IL-6), interferon-gamma-gamma (IFN-gamma), and suppression of tumorigenicity 2 (ST2). Gratitude was associated with more sleep, less depressed mood, less fatigue, and, importantly, significantly and quantifiably lower inflammatory biomarkers.
Another component of attitude is emotion. Anger and laughter, interestingly, have opposite effects on our physiology. A meta-analysis of nine studies of angry outbursts found that the OR for myocardial infarction or acute coronary syndrome increased to 4.74, the OR for ischemic stroke increased to 3.62, and the OR for intracranial aneurysm rupture increased to 6.3. Finally, the OR for ventricular arrhythmias increased from 1.8 to 3.2 after an angry outburst. The risk period extends for two hours after the episode.`
Another study showed that mental stress, even from watching a movie, could affect physiologic function. In a small mechanistic study of brachial artery flow reactivity, volunteers were scanned before and after watching 15 to 30 minutes of either a comedy (“There’s Something About Mary” or “Kingpin”) or an intense war movie (“Saving Private Ryan”).72 After watching the comedy, brachial artery flow reactivity increased by 22%. After watching the war movie, brachial artery flow reactivity decreased by 35%, with effects lasting up to 48 hours.
If anger and stress can lead to a higher risk of serious cardiovascular events and laughter can improve cardiovascular function, we can see how attitude could have a profound effect on our well-being, not just from an emotional standpoint but from a physiologic one as well. Another vital point to remember is that the effects of laughter were protective for up to two days, compared to the two hours of increased risk with anger. Further studies looking into the association of laughter with hard clinical outcomes are needed before prescribing it as a therapuetic intervention.
You Can Sleep When You Are Dead …
Rest and recovery, especially sleep, are just as important as workload. In a large sample of 444,306 Americans, researchers found that about 34% do not get the recommended seven hours of sleep per night.73 Sleep is critical for optimal health and cognitive function. The American Academy of Sleep Medicine and the Sleep Research Society reviewed 5,314 scientific articles on sleep and published a consensus statement. They concluded that averaging less than seven hours of sleep per night is associated with weight gain, obesity, diabetes, hypertension, heart disease, stroke, depression, and increased risk of mortality. Furthermore, diminished sleep is associated with impaired immune function, increased errors, and a greater risk of accidents.74
Poor sleep can exacerbate the effect of cardiac risk factors leading to death from heart disease, stroke, and cancer.75 This study is fascinating, since sleep duration was measured in a sleep lab instead of self-reported. In this study of 1,654 subjects, less than six hours of sleep was associated with an increased mortality risk. The limitation of this study was that there was only a single determination of sleep duration, but the strength is its objective measure, not self-reported sleep.
Similar to workload, sleep also follows a U-shaped curve. In a large observational study of 461,347 patients taken from the UK Biobank, short sleep duration (less than seven hours) was associated with a 19% increased risk of myocardial infarction (MI).76 Sleeping longer than nine hours was associated with a 34% increased risk of MI. Interestingly, one extra hour of sleep mitigated the risk of MI by 20%.
Move It: Exercise and Stress
The most studied method to mitigate stress likely is exercise.77 In the Aerobics Center Longitudinal Study, 4,888 subjects were followed for approximately 15 years.78 Low levels of negative emotions led to a 34% reduction in mortality. High levels of cardiorespiratory fitness also led to a significant 46% reduction in mortality. The best group, those with low levels of negative emotions and high cardiorespiratory fitness, had a 63% reduction in mortality. This study looked at the relative effect of both factors but did not directly test the hypothesis of exercise mitigating the effects of stress.
That hypothesis was tested in a study of 549 patients stratified by stress level and put on an exercise program.79 High stress levels in this study led to a four-fold increase in mortality (22% vs. 5%, high stress vs. low stress). Mortality decreased by 60% in the group that improved its exercise level. More impressive was the finding that people in the high-stress/high-exercise group did not experience any mortality during the study period. However, the high-stress/low-exercise group had a 19% fatality rate. Interestingly, in the low-stress group, exercise did not significantly affect survival. A limiting factor in this study was the mean follow-up of 3.5 years.
Exercise and Mental Health
In an extensive study of more than 1.2 million Americans, exercise was strongly correlated to improved mental health.80 All forms of exercise were associated with this positive effect, with effect size varying from 11.8% to 22.3%, depending on the activity. Exercise also was associated with a 43.2% reduction in days with poor mental health. Finally, the ideal duration and frequency for maximal mental health were around 45 minutes daily, three to five times per week.
Go Outside, Get into Nature, Go Forest Bathing
A large study of more than 900,000 Danes looked at the relationship between exposure to green spaces during childhood and mental illness during adolescence and adulthood.81 They found that those with the lowest green space exposure had an associated 55% increase in overall mental health conditions. An interesting point of this study is that the researchers only looked at access to green space, not if subjects used them.
One aspect of green spaces is forest bathing. Forest bathing is an intentional walk in nature for its potential therapeutic benefits. Although there has been much interest, the field has been hampered by early studies that were small in size, with varying interventions (walking for 15 minutes vs. six hours) and potential biases (especially publication bias). In a meta-analysis of 17 studies of forest bathing, there was a small but nonsignificant reduction in systolic blood pressure, but a uniform decrease in depression scores.82 Although this was a well-done meta-analysis, each study used in the analysis was very small and numbered only from six to 60 patients. A more recent and more extensive review and meta-analysis examined 11 studies ranging in size from 126 to 2,257 patients studied for the potential benefits of forest bathing.83 The review showed that forest bathing was associated with decreased blood pressure, reduced negative emotions, and decreased biomarkers of inflammation.
Although there has been quantitative data on forest bathing (blood pressure, biomarker measurement, standardized and scored survey instruments), many still desire more objective measures. One well-described objective measure of stress is cortisol levels. A recent meta-analysis looked at eight studies with 348 participants. It showed that forest bathing results in at least a short-term lowering of cortisol levels.84
Social interaction has a substantial effect on well-being. In an extensive survey done by Cigna, more than 20,000 people described the state of loneliness in America.85 Forty-six percent of respondents felt lonely, 47% felt left out, 43% felt that their relationships were not meaningful, and only 53% felt that they had any meaningful in-person interactions. Of those with daily meaningful in-person interaction, 88% said their overall mental and physical health was at least good. In addition, 89% of those who said their relationships with their coworkers were at least good also reported at least good overall health. Of note, Generation Z (those born around 1997 to 2012) was the loneliest generation and the least likely to say they were in good, very good, or excellent health. Interestingly, social media use did not predict loneliness.
The Health Professionals Follow-up Study is an excellent example of the power of social connection. This study tracked 34,901 male health professionals for more than 24 years. One of the analyses examined the interaction between social connection and suicide over that period.86 Those with the highest social integration score had a 64% lower relative risk of suicide than the least integrated group. Furthermore, several variables strongly affected suicide risk. Marriage was associated with a 40% reduction in suicide risk. Having a large social network of family and friends was associated with a 50% reduction. Attending religious services at least once a week was associated with a 51% risk reduction.
Mindfulness and Prayer
Two similar strategies that researchers have studied are mindfulness (a type of meditation) and prayer. Both mindfulness and prayer are forms of quiet time and a source of self-reflection. Mindfulness meditation has been shown to have a moderate effect on well-being.87 The limitations of using this technique typically are related to time, the need for a guide (which often necessitates a physical meeting), and sustainability. A possible solution to these issues is using prerecorded sessions on mobile devices.
A small study of 238 workers showed that mindfulness sessions on mobile devices significantly affected well-being, distress, job strain, and perceptions of workplace social support.88 These effects were accomplished with 10 to 20 minutes of mindfulness sessions daily. Furthermore, there was a small but significant reduction in self-reported blood pressure over the course of the study in the intervention group, with the effects lasting up to 16 weeks.
For those who practice religion, a form of mindfulness practice is prayer. An interesting statistical modeling study of more than 2,600 Americans examined the interplay of stress, worship attendance, and personal prayer.89 The researchers found that worship attendance could mitigate stress response, but personal prayer was required for worship to have a significant benefit.
Worship attendance and prayer both were modeled using normal distributions. The response to stress by worship attendance was similar at low, mean, and high levels of attendance. However, the amount of personal prayer (1 standard deviation [SD] below, mean, and 1 SD above) significantly affected the response to stress at each worship level.
In another study, researchers looked at the effect of prayer on nurses.90 This study looked at 335 nurses at a single medical center who participated in Salat or prayer. Prayer was associated with decreased job stress and increased well-being. In contrast to the modeling study noted previously, group (or congregational) prayer had a more significant effect than individual prayer.
There are multiple subtypes of prayer. A recent review article compared four types: prayer efficacy (the belief that prayer can solve problems), devotional prayer (praise of God and prayer for others), prayers for personal support, and prayer expectancies (whether God can answer prayers).91 Prayers of prayer efficacy, prayers for personal support, and one form of devotional prayer (asking God for forgiveness) all were associated with worse anxiety. Only devotional prayer (praise of God) and prayer expectancies correlated with lower anxiety.
Teaching, like medicine, is a high-stress career field. In a small randomized controlled trial of 50 teachers and staff, prayer significantly improved job satisfaction and reduced emotional exhaustion, depersonalization, and psychological impairment.92 This study, like meditation studies, did require prayer teaching sessions.
This study was done at a Catholic institution and, along with the earlier cited Muslim nurse study, represented work environments that favor prayer. It is unknown if prayer would have the same effects in a more secular work culture.
A final quantitative study looked at gene expression in the context of well-being. This study examined transcriptome analysis before and after hedonic or eudaimonic exercises.93 “Hedonic” represents an individual’s positive emotional experience, while “eudaimonic” represents experiences based on meaning and a noble purpose outside of oneself. The researchers studied 80 individuals and 53 genes before and after to measure changes in the transcriptome. Hedonic well-being was associated with increased pro-inflammatory gene expression and decreased antibody gene expression. Eudaimonic well-being was associated with no change in pro-inflammatory expression but increased antibody gene transcription. We look forward to further research in this area and a possible connection between pursuing meaning and a noble purpose with improved immune function.
Developing and maintaining wellness is essential to the continued success of the medical field. Within the rigors of the medical profession, we often forget to take care of ourselves while dealing with the complexities of patient care. It is hoped that increasing discussions about wellness will help curtail burnout in the medical profession. Medicine is a complex and stressful job, but it does not have to lead to burnout. Healthcare is one of the few careers encompassing all four components of ikigai: passion, skill, helping others, and reasonable compensation.
A quote that sums up medicine well is from the character Jimmy Dugan in the movie “A League of Their Own.” He said, “Of course it’s hard. It’s supposed to be hard. If it were easy, everyone would do it. Hard is what makes it great!” Medicine is hard, but that is why it is so great.
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While there are multiple definitions of well-being, it commonly is described as a dynamic and ongoing process involving self-awareness and healthy choices, resulting in a successful and balanced lifestyle. Burnout results from chronic stress, which leads to emotional exhaustion, depersonalization, and decreased feelings of personal accomplishment. Unfortunately, given the rigor of the healthcare profession, healthcare providers often need to remember to consider their emotional well-being while navigating the shift toward an oligopolistic medical industry that perpetuates the cycle by focusing on profit — totaling 18.3% of the gross domestic product.
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