Public and Population Health in U.S. Medical Education: A Review of Guidance in Extraordinary Times.

ABSTRACT: Generations of medical educators have recommended including public and population health (PPH) content in the training of U.S. physicians. The COVID-19 pandemic, structural racism, epidemic gun violence, and the existential threats caused by climate change are currently unsubtle reminders of the essential nature of PPH in medical education and practice. To assess the state of PPH content in medical education, the authors reviewed relevant guidance, including policies, standards, and recommendations from national bodies that represent and oversee medical education for physicians with MD degrees.Findings confirm that guidance across the medical education continuum, from premedical education to continuing professional development, increasingly includes PPH elements that vary in specificity and breadth. Graduate medical education policies present the most comprehensive approach in both primary care and subspecialty fields. Behavioral, quantitative, social, and systems sciences are represented, although not uniformly, in guidance for every phase of training. Quantitative PPH skills are frequently presented in the context of research, but not in relation to the development of population health perspectives (e.g., evidence-based medicine, quality improvement, policy development). The interdependence between governmental public health and medical practice, environmental health, and the impact of structural racism and other systems of oppression on health are urgent concerns, yet are not consistently or explicitly included in curricular guidance. To prepare physicians to meet the health needs of patients and communities, educators should identify and address gaps and inconsistencies in PPH curricula and related guidance.Re-examinations of public health and health care systems in the wake of the COVID-19 pandemic support the importance of PPH in physician training and practice, as physicians can help to bridge clinical and public health systems. This review provides an inventory of existing guidance (presented in the appendices) to assist educators in establishing PPH as an essential foundation of physician training and practice.

Improving community participation in clinical and translational research: CTSA Sentinel Network proof of concept study.

BACKGROUND: Research participation by members of racial or ethnic minority groups continues to be less than optimum resulting in difficulties to generalization of research findings. Community-engaged research that relies on a community health worker (CHW) model has been found effective in building trust in the community, thereby motivating people to participate in health research. The Sentinel Network study aimed at testing the feasibility of utilizing the CHW model to link community members to appropriate health research studies at each of the research sites. METHODS: The study was conducted at six Clinical and Translational Science Award institutions (N = 2371) across the country; 733 (30.9%) of the participants were from the University of Florida, 525 (22.0%) were from Washington University in St. Louis, 421 (17.8%) were from the University of California, Davis, 288 (12.1%) were from the University of Michigan, Ann Arbor, 250 (10.5%) were from Rochester, and 154 (6.5%) from Albert Einstein College of Medicine. Trained CHWs from each of these sites conducted regular community outreach where they administered a Health Needs Assessment, provided medical and social referrals, and linked to eligible research studies at each of those sites. A 30-day follow-up assessment was developed to track utilization of services satisfaction with the services and research study participation. RESULTS: A large majority of people, especially African Americans, expressed willingness to participate in research studies. The top two health concerns reported by participants were hypertension and diabetes. CONCLUSION: Findings on the rate of navigation and enrollment in research from this study indicate the effectiveness of a hybrid CHW service and research model of directly engaging community members to encourage people to participate in research.

Teaching Public and Population Health in Medical Education: An Evaluation Framework.

Curriculum models and training activities in medical education have been markedly enhanced to prepare physicians to address the health needs of diverse populations and to advance health equity. While different teaching and experiential learning activities in the public health and population health sciences have been implemented, there is no existing framework to measure the effectiveness of public and population health (PPH) education in medical education programs. In 2015, the Association of American Medical Colleges established the Expert Panel on Public and Population Health in Medical Education, which convened 20 U.S. medical faculty members whose goal was to develop an evaluation framework adapted from the New World Kirkpatrick Model. Institutional leaders can use this framework to assess the effectiveness of PPH curricula for learners, faculty, and community partners. It may also assist institutions with identifying opportunities to improve the integration of PPH content into medical education programs. In this article, the authors present outcomes metrics and practical curricular or institutional illustrations at each Kirkpatrick training evaluation level to assist institutions with the measurement of (1) reaction to the PPH education content, (2) learning accomplished, (3) application of knowledge and skills to practice, and (4) outcomes achieved as a result of PPH education and practice. A fifth level was added to measure the benefit of PPH curricula on the health system and population health. The framework may assist with developing a locally relevant evaluation to further integrate and support PPH education at U.S. medical schools and teaching hospitals.

Mortality trends and disparities among racial/ethnic and sex subgroups in New York City, 1990 to 2000.

New York City census data for 1990 and 2000 for all-cause and disease-specific mortality adjusted by age were examined by race/ethnicity. Primary cause of death was coded as HIV/AIDS, cardiovascular disease, coronary heart disease, acute myocardial infarction, stroke, diabetes, or cancer. For White, Black, Hispanic and Asian groups, relative mortality ratios (RMR) were derived for 2000 relative to 1990. Ratios of RMR's for minority groups were derived relative to Whites. From 1990 to 2000, HIV, cancer, CVD, CHD, AMI, and stroke-related mortality decreased. Decreases in HIV-related mortality were notably less for minority males. Diabetes mortality rates rose dramatically, with Hispanic and Asian males having notably greater increases than White males. Increases in mortality among Asians exceeded those of other groups, and appear to correspond with increased immigration/acculturation. Mortality shifts among different diseases and racial groups should alert public health officials to consider immigration patterns in designing, implementing, and evaluating interventions to prevent disease-related mortality, with a goal to eliminate disparities.