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BACKGROUND: Hospital medicine (HM) continues to be primarily composed of junior hospitalists and research has highlighted a paucity of mentors and academic output. Faculty advancement programs have been identified as a means to support junior hospitalists in their career trajectories and to advance the field. The optimal approach to supporting faculty development (FD) efforts is not known. OBJECTIVE: To understand hospitalist groups' approaches to FD, including efforts that were perceived to be effective, and to identify barriers as well as potential future directions for FD. DESIGN: Rapid qualitative methods were utilized including templated summaries and matrix analysis to identify major themes. SETTING AND PARTICIPANTS: Virtual focus groups with hospitalists in the Hospital Medicine Reengineering Network (HOMERuN). MAIN OUTCOME AND MEASURES: Qualitative themes RESULTS: Nineteen individuals from 17 unique institutions from across the United States in May 2022 participated in seven focus groups. Four key themes emerged from the study and included (1) academic hospitalist programs face multifaceted challenges and barriers to FD in HM, (2) groups have embraced a diversity of structures and frameworks, (3) due to clinical volumes, FD programs have had to adapt and evolve to meet FD needs, and (4) participants identified multiple areas for improvement, including defining tangible outcomes of FD programs and creating a repository of FD material which can be shared widely.
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Plastic bronchitis is the expectoration of bronchial casts in the mold of the tracheobronchial tree. It is a rare occurrence of unknown etiology that has been primarily described in children with congenital heart disease. In this case report, we present the first reported case of plastic bronchitis in a patient with pulmonary Kaposi sarcoma and underlying HIV infection.
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BACKGROUND: Respiratory rate (RR) is an independent predictor of adverse outcomes and an integral component of many risk prediction scores for hospitalised adults. Yet, it is unclear if RR is recorded accurately. We sought to assess the potential accuracy of RR by analysing the distribution and variation as a proxy, since RR should be normally distributed if recorded accurately. METHODS: We conducted a descriptive observational study of electronic health record data from consecutive hospitalisations from 2009 to 2010 from six diverse hospitals. We assessed the distribution of the maximum RR on admission, using heart rate (HR) as a comparison since this is objectively measured. We assessed RR patterns among selected subgroups expected to have greater physiological variation using the coefficient of variation (CV=SD/mean). RESULTS: Among 36 966 hospitalisations, recorded RR was not normally distributed (p<0.001), but right skewed (skewness=3.99) with values clustered at 18 and 20 (kurtosis=23.9). In contrast, HR was relatively normally distributed. Patients with a cardiopulmonary diagnosis or hypoxia only had modestly greater variation (CV increase of 2%-6%). Among 1318 patients transferred from the ward to the intensive care unit (n=1318), RR variation the day preceding transfer was similar to that observed on admission (CV 0.24 vs 0.26), even for those transferred with respiratory failure (CV 0.25). CONCLUSIONS: The observed patterns suggest that RR is inaccurately recorded, even among those with cardiopulmonary compromise, and represents a 'spot' estimate with values of 18 and 20 breaths per minute representing 'normal.' While spot estimates may potentially be adequate to indicate clinical stability, inaccurate RR may alternatively lead to misclassification of disease severity, potentially jeopardising patient safety. Thus, we recommend greater training for hospital personnel to accurately record RR.