(Press-News.org) Feb. 25, 2021 - A new paper published online in the Annals of the American Thoracic Society provides a roadmap that critical care clinicians' professional societies can use to address burnout. While strongly needed prior to the COVID-19 pandemic, the roadmap has taken on even greater urgency due to reports of increasing pandemic-related burnout.
In "Professional Societies' Role in Addressing Member Burnout and Promoting Well-Being," Seppo T. Rinne, MD, PhD, of The Pulmonary Center, Boston University School of Medicine, and co-authors from a task force created by the Critical Care Societies Collaborative (CCSC) describe a rigorous process they used to document 17 major professional societies' efforts to address burnout among health care professionals working in critical care, such as ICU physicians, physician assistants and nurses. The task force explored perspectives on the role of these societies to address burnout and developed a "roadmap" that the societies can use to guide their efforts to promote critical care clinicians' well-being.
The CCSC, which has taken a number of actions to raise awareness of and address clinician burnout, consists of four major U.S.-based critical care professional societies: American Association of Critical-Care Nurses (AACN), American College of Chest Physicians (CHEST), American Thoracic Society (ATS) and Society of Critical Care Medicine (SCCM).
"The ATS has focused on clinician well-being for several years now," said Karen Collishaw, CAE, executive director of the American Thoracic Society and a co-author of this study. "Activities have ranged from holding live and virtual sessions discussing the problem and encouraging people to share experiences and ideas, hosting a wellness center (with dogs!) in the exhibit hall at our international conference, and collaborating with our peer critical care societies on projects such as this one looking at the role professional societies can play in tackling this issue."
ATS President Juan Celedón, MD, DrPH, ATSF, added, "The COVID-19 pandemic has only exacerbated the need for more of these activities and the ATS is committed to helping the pulmonary and critical care community stay well wherever we can."
Previous studies have explored individual and organizational solutions to address burnout, which is common among clinicians who deal with the many stressors of the critical care environment. This is the first peer-reviewed paper to discuss the role of professional societies in preventing or reducing burnout.
"High clinician burnout rates threaten the quality, safety and efficiency of clinical care, and research has shown that critical care clinicians are especially at risk," said Dr. Rinne. "Professional societies can play a key role in addressing burnout by promoting practices, policies, and norms that value clinician well-being."
He added, "Promoting clinician well-being is good for patients, and it is also the right thing to do. Clinicians suffering from burnout have higher rates of substance abuse, depression and suicidal ideation. The health and well-being of patients is directly tied to the health and well-being of clinicians and the health system at large."
The researchers conducted a multi-phased project from March to December 2019. First, they identified professional societies in critical care-related fields and documented their existing well-being initiatives. Next, they conducted interviews with representatives of selected societies in order to explore their perspectives on the role of professional societies in addressing burnout. Finally, they reviewed results from the first two phases and engaged all task force members in a group discussion in order to develop a strategic roadmap that could guide critical care professional societies and inform professional societies in related fields. The task force attempted to relate all findings to a framework of factors influencing clinician burnout and well-being developed by CCSC and the National Academy of Medicine. The roadmap created based on this research includes the following recommendations:
1. Professional societies should acknowledge the problem of burnout among their members. In order to do this, the societies should first conduct internal research to assess the extent of burnout and any unique factors affecting members.
2. Leadership of each society must determine how well-being initiatives fit into their organizational structure and strategic priorities. Organizational leadership may want to embed well-being efforts into other strategic initiatives, or may focus separately on well-being.
3. Partnerships with other organizations--national and local professional societies, health care organizations, academic institutions, advocacy groups--working in the same field may help promote member well-being and provide useful resources. The National Academy of Medicine and other organizations can help facilitate these partnerships.
4. Professional societies can play an important role in educating and supporting members, and advocating for change. Members' health care institutions do not consistently address burnout, and may not even be supportive of such efforts; professional societies can meet this need.
5. By encouraging research focused on improving clinician well-being, societies can help foster innovation and collaboration.
6. Recent scientific literature has identified effective organizational and individual solutions to reduce clinician burnout, and these remedies should be supported. While both types of solutions are valuable, professional societies should emphasize the importance of organizational approaches, as these methods tend to be more effective at reducing burnout.
"We have outlined a number of steps that societies can take to address burnout, based on a rigorous process that led us to these targeted recommendations," concluded Dr. Rinne. "The first and most important step is that leadership must acknowledge the burden of burnout and promoting clinician well-being through taking measures that can contribute to a culture shift that supports well-being and values the humanity of clinical care."
INFORMATION:
The Clalit Research Institute, in collaboration with researchers from Harvard University, analyzed one of the world's largest integrated health record databases to examine the effectiveness of the Pfizer vaccine against COVID-19. The study provides the first large-scale peer-reviewed evaluation of the effectiveness of a COVID-19 vaccine in a nationwide mass-vaccination setting. The study was conducted in Israel, which currently leads the world in COVID-19 vaccination rates.
The results of this study validate and complement the previously reported findings of the Pfizer/BioNTech ...
Boston, MA - A new approach to pooled COVID-19 testing can be a highly effective tool for curbing the SARS-CoV-2 pandemic, even if infections are widespread in a community, according to researchers at Harvard T.H. Chan School of Public Health and the Broad Institute of MIT and Harvard. Simple pooled testing schemes could be implemented with minimal changes to current testing infrastructures in clinical and public health laboratories.
"Our research adds another tool to the testing and public health toolbox," said Michael Mina, assistant professor of epidemiology at Harvard Chan School and associate member of the Broad. "For public health agencies and clinical laboratories ...
ROCKVILLE, MD - Coronavirus outbreaks have occurred periodically, but none have been as devastating as the COVID-19 pandemic. Vivek Govind Kumar, a graduate student, and colleagues in the lab of Mahmoud Moradi at the University of Arkansas, have discovered one reason that likely makes SARS-CoV-2, the virus that causes COVID-19, so much more infectious than SARS-CoV-1, which caused the 2003 SARS outbreak. Moradi will present the research on Thursday, February 25 at the 65th Annual Meeting of the Biophysical Society
The first step in coronavirus infection is for the virus to enter cells. For this entry, the spike proteins on the outside of ...
ROCKVILLE, MD - The Zika outbreak of 2015 and 2016 is having lasting impacts on children whose mothers became infected with the virus while they were pregnant. Though the numbers of Zika virus infections have dropped, which scientists speculate may be due to herd immunity in some areas, there is still potential for future outbreaks. To prevent such outbreaks, scientists want to understand how the immune system recognizes Zika virus, in hopes of developing vaccines against it. Shannon Esswein, a graduate student, and Pamela Bjorkman, a professor, at the California Institute of Technology, have new insights on how the body's antibodies attach to Zika virus. Esswein will present the work, which was published in PNAS, on Thursday, February ...
ROCKVILLE, MD - If the coronavirus were a cargo ship, it would need to deliver its contents to a dock in order to infect the host island. The first step of infection would be anchoring by the dock, and step two would be tethering to the dock to bring the ship close enough that it could set up a gangplank and unload. Most treatments and vaccines have focused on blocking the ability of the ship to anchor, but the next step is another potential target. New research by Defne Gorgun, a graduate student, and colleagues in the lab of Emad Tajkhorshid at the University of Illinois addresses the molecular details of this second step, which could inform the design of drugs that block it. Gorgun will present her research on Thursday, February 25 at the ...
ROCKVILLE, MD - The virus that causes COVID-19 belongs to the family of coronaviruses, "corona" referring to the spikes on the viral surface. These spikes are not static--to infect cells, they change shapes. Maolin Lu, an associate research scientist at Yale University, directly visualized the changing shapes of those spike proteins and monitored how the shapes change when COVID-19 patient antibodies attach. Her work, which was published in Cell Host & Microbe in December 2020 and will be presented on Thursday, February 25 at the 65th Annual Meeting of the Biophysical Society informs the development of ...
ROCKVILLE, MD - One thing that makes SARS-CoV-2, the virus that causes COVID-19, elusive to the immune system is that it is covered in sugars called glycans. Once SARS-CoV-2 infects someone's body, it becomes covered in that person's unique glycans, making it difficult for the immune system to recognize the virus as something it needs to fight. Those glycans also play an important role in activating the virus. Terra Sztain-Pedone, a graduate student, and colleagues in the labs of Rommie Amaro at the University of California, San Diego and Lillian Chong at the University of Pittsburgh, studied exactly how the glycans activate SARS-CoV-2. Sztain-Pedone will present the research on Thursday, February 25 at the 65th Annual Meeting ...
(Thursday, Feb. 25, 2021, Toronto)--Results of a world-first Canadian pilot study on patients treated with gene therapy for Fabry disease show that the treatment is working and safe.
The Canadian research team was the first to use gene therapy in 2017 to treat patients with Fabry disease, a rare, chronic illness that can damage major organs and shorten lives. They report their findings today in the journal Nature Communications.
"Being one of the first people in the world to receive this treatment, and seeing how much better I felt afterward, it definitely gives me hope that this can help many other Fabry patients and potentially those with other single gene mutation disorders," says Ryan Deveau, one of the ...
Chimpanzees and humans "overlap" in their use of forests and even villages, new research shows.
Scientists used camera traps to track the movements of western chimpanzees - a critically endangered species - in Guinea-Bissau.
Chimpanzees used areas away from villages and agriculture more intensively, but entered land used by humans to get fruit - especially when wild fruits were scarce.
Researchers from the University of Exeter and Oxford Brookes University say the approach used in this study could help to inform a "coexistence strategy" for chimpanzees ...
Allergy sufferers are no strangers to problems with pollen. But now - due to climate change - the pollen season is lasting longer and starting earlier than ever before, meaning more days of itchy eyes and runny noses. Warmer temperatures cause flowers to bloom earlier, while higher CO2 levels cause more pollen to be produced.
The effects of climate change on the pollen season have been studied at-length, and END ...