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Objective: Burnout syndrome is a disorder that characterized by emotional exhaustion, depersonalization, and personal lack of accomplishment perception and it is common in nurses. During the coronavirus disease 2019 pandemic, nurses tried to take care of their patients and protect themselves and their families from disease and death. This study examines the factors affecting nurses' burnout in Turkey during the coronavirus disease 2019 pandemic., Material and Methods: Data were collected from 3523 nurses in 69 cities across Turkey by sociodemographic questions and Maslach Burnout Scale with the electronic questionnaire created in the "SurveyMonkey" application between June 9, 2020 and June 21, 2020. To assess the impact of the pandemic on nurses' burnout, nurses were categorized as those working in pandemic units and others., Results: The response rate was 68%, and 3523 nurses from 69 cities across Turkey participated in the survey. Analyses were conducted with 2386 nurses that answered all questions. 76.45% of the nurses were from tertiary hospitals, and 54.9% (n = 1309) worked in pandemic units. Of 2386 participants, 86.13% (n = 2055) were female, the mean age was 33.9 (±8.43), and 58.76% (n = 1402) were married. Of 2386 participants, 54.9% (n = 1309) worked in pandemic units (outpatient clinics, inpatient clinics, and intensive care units). In multivariate linear regression analyses, the emotional exhaustion score was higher in nurses working in pandemic units (P < .05)., Conclusion: The factors that have been shown to cause burnout in previous studies were similar. However, in this study, it was also seen that the pandemic is a fundamental cause of burnout.

Pneumoconiosis is a lung disease that develops as a result of a tissue reaction that occurs with the accumulation of inorganic particles. Pathoclinical features may vary depending on the type of inhaled particle. Today, fibrotic and nonfibrotic tissue reactions are well defined in some substances. For example, it is known that exposures such as silica, asbestos, beryllium, and talc are associated with fibrosis in the lung, while exposures such as iron, tin, and barium sulfate cause non-fibrogenic changes. However, the pathoclinic and radiological findings of some rare exposures such as zirconium are not widely known. In a 52-year-old dental technician with a 26-year history of zirconium exposure, more prominent parenchymal emphysematous and fibrotic changes were detected in the upper zones of the thorax high-resolution computed tomography. Since zirconium exposure was clearly defined, radiological findings of this case may be useful to current literature.