Global Trends in mHealth and Medical Education Research: Bibliometrics and Knowledge Graph Analysis.

Background: Mobile health (mHealth) is an emerging mobile communication and networking technology for health care systems. The integration of mHealth in medical education is growing extremely rapidly, bringing new changes to the field. However, no study has analyzed the publication and research trends occurring in both mHealth and medical education. Objective: The aim of this study was to summarize the current application and development trends of mHealth in medical education by searching and analyzing published articles related to both mHealth and medical education. Methods: The literature related to mHealth and medical education published from 2003 to 2023 was searched in the Web of Science core database, and 790 articles were screened according to the search strategy. The HistCite Pro 2.0 tool was used to analyze bibliometric indicators. VOSviewer, Pajek64, and SCImago Graphica software were used to visualize research trends and identify hot spots in the field. Results: In the past two decades, the number of published papers on mHealth in medical education has gradually increased, from only 3 papers in 2003 to 130 in 2022; this increase became particularly evident in 2007. The global citation score was determined to be 10,600, with an average of 13.42 citations per article. The local citation score was 96. The United States is the country with the most widespread application of mHealth in medical education, and most of the institutions conducting in-depth research in this field are also located in the United States, closely followed by China and the United Kingdom. Based on current trends, global coauthorship and research exchange will likely continue to expand. Among the research journals publishing in this joint field, journals published by JMIR Publications have an absolute advantage. A total of 105 keywords were identified, which were divided into five categories pointing to different research directions. Conclusions: Under the influence of COVID-19, along with the popularization of smartphones and modern communication technology, the field of combining mHealth and medical education has become a more popular research direction. The concept and application of digital health will be promoted in future developments of medical education.

Historical Inequities in Medical Education - Commitment to Opportunity, Diversity, and Equity at the University of Hawai'i School of Medicine.

Medical education in the US has contributed to institutionalized racism through historically exclusionary practices, which has led to health disparities and inequities in health care today. The 1910 Flexner report, which favored schools with greater resources, led to the closure of nearly half of medical schools in the Us, which were mostly small schools located in rural communities that served economically disadvantaged, ethnic minority, and female populations. Closing these schools ultimately limited the availability of physicians willing to serve disadvantaged and minority populations in impoverished and underserved communities. In order to transform medical education to be more equitable, medical schools must be proactive in opportunity, diversity, and equity efforts. This not only includes efforts in admissions and faculty hiring, but also curricula related to social and health disparities, interracial interactions between students and faculty, and service learning activities that engage and work with marginalized communities. The University of Hawai'i John A. Burns School of Medicine has a longstanding commitment to diversity, which is integral to the school's mission. Providing opportunities to underserved populations has been a priority since establishment of the school. As one of the most diverse univeristies in the US, the school of medicine continues to focus on opportunity, diversity, and equity priorities in both its strategic planning and overall mission.

A Brief Review of Anatomy Education in Korea, Encompassing Its Past, Present, and Future Direction.

Anatomy is a foundational subject in medicine and serves as its language. Hippocrates highlighted its importance, while Herophilus pioneered human dissection, earning him the title of the founder of anatomy. Vesalius later established modern anatomy, which has since evolved historically. In Korea, formal anatomy education for medical training began with the introduction of Western medicine during the late Joseon Dynasty. Before and after the Japanese occupation, anatomy education was conducted in the German style, and after liberation, it was maintained and developed by a small number of domestic anatomists. Medicine in Korea has grown alongside the country's rapid economic and social development. Today, 40 medical colleges produce world-class doctors to provide the best medical care service in the country. However, the societal demand for more doctors is growing in order to proactively address to challenges such as public healthcare issues, essential healthcare provision, regional medical service disparities, and an aging population. This study examines the history, current state, and challenges of anatomy education in Korea, emphasizing the availability of medical educators, support staff, and cadavers for gross anatomy instruction. While variations exist between Seoul and provincial medical colleges, each manages to deliver adequate education under challenging conditions. However, the rapid increase in medical student enrollment threatens to strain existing anatomy education resources, potentially compromising educational quality. To address these concerns, we propose strategies for training qualified gross anatomy educators, ensuring a sustainable cadaver supply, and enhancing infrastructure.

The Role of Faculty Development in Advancing Change at the Organizational Level.

ABSTRACT: Although the traditional goal of faculty development (FD) has been to enhance individual growth and development, this goal may no longer suffice to address the compelling challenges faculty members are facing, such as increasing workloads, emotional well-being, and institutional support for education. Addressing these challenges will require change at the organizational level. The purpose of this perspective is to articulate a vision for FD programming that describes ways in which FD leaders, together with other educational leaders, can bring about change at the organizational level to support excellence and innovation in health professions education. To impact the organization at large, the authors propose a model that includes 4 major goals: (1) promoting individual and group development, through educational and leadership development programs, coaching and mentoring, and advanced degrees; (2) advocating for infrastructure and resources, including academies of medical educators, educational scholarship units, educational awards, and intramural funding for educational innovation and scholarship; (3) influencing policies and procedures, by engaging educators on key committees, reviewing appointment and promotion criteria, defining educator roles and portfolios, and valuing diversity, equity, and inclusion; and (4) contributing to organization-wide initiatives, such as addressing "hot button" issues, identifying value factors that support investments in FD and medical education, and enhancing the visibility of educators. In this model, the 4 goals are dynamically interconnected and can impact the culture of the organization. For each goal, the authors offer evidence-informed actions that FD leaders, along with other educational leaders, can adopt to improve the organizational culture and inspire institutionally relevant actions. Because each institution is unique, the options are illustrative and not prescriptive. The intent is to provide examples of how FD leaders and programs can enhance the educational mission through broader engagement with their institutions.

The Critical Need for Disaster Medicine in Modern Medical Education.

Current escalation of natural disasters, pandemics, and humanitarian crises underscores the pressing need for inclusion of disaster medicine in medical education frameworks. Conventional medical training often lacks adequate focus on the complexities and unique challenges inherent in such emergencies. This discourse advocates for the integration of disaster medicine into medical curricula, highlighting the imperative to prepare health-care professionals for an effective response in challenging environments. These competencies encompass understanding mass casualty management, ethical decision-making amidst resource constraints, and adapting health-care practices to varied emergency contexts. Therefore, we posit that equipping medical students with these specialized skills and knowledge is vital for health-care delivery in the face of global health emergencies.

The past, present and future of medical education in Cambodia.

This paper describes the past, present, and future of medical education in Cambodia. Although doctor training began in 1902, the first medical school was not founded until 1946. Since the colonial era, the curriculum and teaching strategies have been strongly influenced by the French system, dominated by didactic lectures and the apprenticeship model. Three chronic issues have plagued medical education in the country following the Khmer Rouge regime: a shortage of doctors, poor-quality training, and lack of relevance to the current and future population needs. An increasing number of medical schools and yearly student enrollment have addressed the first issue. Today, the fundamental challenges have shifted from quantity to ensuring the quality and relevance of medical education. Competency-based medical education (CBME) has been adopted as a new curricular model to tackle the latter two issues. Active collaboration between government institutions, public universities, and development partners drives this curricular reform at the national and institutional levels. This paper further examines the challenges associated with medical education and proposes recommendations.

A Call to Action: Urgently Strengthening the Future Physician-Scientist Workforce in Infectious Diseases.

Infectious diseases (ID) research is vital for global public health, typically led by physician-scientists. This Perspective addresses challenges in the ID workforce and suggests solutions. Physician-scientists have made key discoveries that have significantly impacted human health. The importance of ID research in understanding diseases, leading to treatments and vaccines, is emphasized, along with the need to address persistent and new infections, antimicrobial resistance, and threats like HIV and influenza. The paper analyzes the physician-scientist workforce's struggles, including funding, training, and research-practice integration gaps. We suggest increased funding, better training, and mentorship, more collaborative and interdisciplinary research, and improved recognition systems. The article stresses the urgency of supporting physician-scientists in ID, advocating for proactive prevention and preparedness, and calls for immediate action to enhance ID research and care.

[State of the art: Simulation in US]. / State of the art: Simulation in der Ultraschallausbildung.

Technical simulation of diagnostic and therapeutic procedures is of growing relevance for student education and advanced medical training and has already been introduced in the field of ultrasound. This review gives a broad overview on different levels of simulation for ultrasound diagnostics and highlights the technical background of the methodology. A critical review of the literature reveals recommendations for implementing simulation techniques in medical studies and professional ultrasound training. An analysis of strengths and weaknesses shows the advantages of simulation especially in the context of individual learning situations and COVID-19-related restrictions for personal interaction. However, simulation techniques cannot replace the experiences of complex clinical examinations with direct interaction to real patients. Therefore, future applications may focus on repetition and assessment of achieved competencies by using standardized feedback mechanisms in order to preserve the limited resources for practical medical training.

Guía en redes sociales de radiología. ¿Hacia un nuevo paradigma en educación médica? / Social networks in radiology: Toward a new paradigm in medical education?

El sistema universalmente aceptado para la transmisión del conocimiento científico en medicina se basa desde hace mucho en las publicaciones científicas. Las redes sociales (RRSS) son una alternativa o complemento que puede ser útil. Las RRSS (Twitter, Instagram, Facebook, LinkedIn, YouTube, TikTok) tienen generadores de contenidos educativos que pueden proporcionar formación de calidad, a pesar de su informalidad. Cada una tiene sus puntos fuertes y sus debilidades, que conviene conocer. Son gratuitas y permiten discutir en vivo, incorporar contenidos ágilmente y contactar directamente con expertos o fuentes de conocimiento. Las editoriales son conscientes de su influencia y han incorporado métricas que miden el impacto en ellas de los artículos (Altmetrics). La estrategia formativa de cualquier servicio debe incorporarlas ya. Sin embargo, navegar en ellas es complejo y el sistema de búsqueda, basado en hashtags, es ineficiente, por lo que su uso en educación sigue siendo cosa de excéntricos. El conocimiento generado en las RRSS, a pesar de su informalidad, es una fuente cada vez más importante de conocimiento. Los servicios de radiología deben definir una estrategia de RRSS, no con fines de propaganda, sino educativos, creando grupos focales bien formados que busquen contenidos mediante revisión sistemática y filtros, repositorios digitales y sesiones de revisión y los compartan dentro y fuera del servicio. Igualmente, debe ser implementada una estrategia de comunicación a través de redes.(AU)

The universally accepted system for the transmission of scientific knowledge in the field of medicine has long been grounded in scientific publications. Social networks can be a useful alternative or complementary method of transmitting this knowledge. Social networks (e.g., Twitter, Instagram, Facebook, LinkedIn, YouTube, and TikTok) generate educational contents that enable quality training, despite their informality. Each of these networks has strengths and weaknesses that users should know about. These platforms are free and allow for real-time discussion. They make it easy to incorporate content and to contact experts or access sources of knowledge directly. Aware of their influence, publishers have incorporated metrics to measure the impact of their articles in social networks (Altmetrics). These networks should be incorporated into departmental training programs immediately. Nevertheless, navigating through social networks is complex, and the hashtag-based system of searching is inefficient, limiting their use in education. Despite the informality of the knowledge generated on social networks, the importance of these networks as a source of knowledge is growing. Radiology departments must design a strategy for using social networks for education rather than for propaganda, creating well-organized focal groups that search for contents through systematic, filtered review of information, digital repositories, and review sessions and for sharing this knowledge both inside and outside the department. Departments must also implement a strategy for communicating through these networks.(AU)

The Case for Advocacy Curricula and Opportunities in Medical Education: Past Examples to Inform Future Instruction.

ABSTRACT: With recent advances in understanding racial, socioeconomic, and mental health issues in medicine and their relation to policy and legislation, medical professionals are increasingly involved in local and national advocacy efforts. At the frontlines of these initiatives are medical students who, in addition to completing required coursework and clinical training, devote themselves to serving patients through civic participation. The burgeoning evidence concerning health care disparities and inequity, along with greater awareness of racial and socioeconomic discrimination, have made advocacy an essential aspect of many students' medical training. Every year, thousands of medical students join national medical advocacy organizations, in addition to regional, state, and local groups. Despite the rich history of medical student involvement in advocacy, there remains much speculation and skepticism about the practice as an essential component of the medical profession. From early initiatives pushing for national health insurance after World War II to encouraging antidiscrimination policies and practices, medical students have been collectively working to create change for themselves and their patients. Through efforts such as banning smoking on airplanes, creating safe syringe programs, and protesting against police brutality, many medical students work tirelessly in advocacy despite minimal educational support or guidance about the advocacy process. Given that medical student advocacy continues to grow and has shown measurable successes in the past, the authors believe that these efforts should be rewarded and expanded upon. The authors examine historical examples of medical student advocacy to suggest ways in which advocacy can be integrated into core medical school curricula and activities. They call attention to opportunities to support students' development of knowledge and skills to facilitate legislative change, expansion of interprofessional collaborations and credit, and curricular updates to promote social and health equity.

Embracing the (r)evolution of social media and digital scholarship in pediatric nephrology education.

Free Open-Access Medical Education (FOAMed) has transformed medical education in the past decade by complementing and substituting for traditional medical education when needed. The attractiveness of FOAMed resources is due to their inexpensive nature, wide availability, and user ability to access on demand across a variety of devices, making it easy to create, share, and participate. The subject of nephrology is complex, fascinating, and challenging. Traditional didactic lectures can be passive and ineffective in uncovering these difficult concepts and may need frequent revisions. Active teaching methods like flipped classrooms have shown some benefits, and these benefits can only be multifold with current social media tools. Social media will inspire the involvement of students and allow them to create and share educational content in a "trendy way," encouraging the participation of their peers and thus building an educational environment more conducive to them while promoting revision and retainment. FOAMed also promotes asynchronous learning, spaced learning, microlearning, and multimodal presentation with a meaningful variation. This article discusses the evolution of digital education, social media platforms, tools for creating and developing FOAMed resources, and digital scholarship.

Universidad latinoamericana y el derecho social a la salud / The Latin-American University and the Social Right to Health

Este artículo se presenta en la sección de Conferencias Magistrales por ser el texto de una conferencia dictada en la IV Conferencia Internacional Educación Médica en el Siglo xxi durante la IV Convención Internacional de Salud, La Habana, octubre de 2022. Se ha mantenido su carácter de discurso oral. Se aborda el tema universidad latinoamericana y el derecho social a la salud, al considerar la relevancia de la salud en el desarrollo social y económico de la población y al tomar en cuenta la importancia de formar recursos humanos comprometidos con la salud como un derecho social, un bien público y una responsabilidad del Estado. Esto permite analizar críticamente el espacio de la salud pública y la formación de los recursos humanos en el siglo xx y el inicio del siglo xxi para aportar a la demanda de una nueva dimensión estratégica que responda, de forma comprometida, a las necesidades y prioridades de salud de nuestras poblaciones(AU)

This article is presented in the Keynote Lectures section because it is the text of a lecture given at the IV International Conference on Medical Education in the 21st Century during the IV International Health Convention, Havana, October 2022. It has been kept as an oral text. The topic on the Latin-American university and the social right to health is addressed, considering the relevance of health in the social and economic development of the population, as well as taking into account the importance of training human resources committed to health as a social right, a public good, and a responsibility of the State. This allows to analyze critically the public health space and the training of human resources in the twentieth century and the beginning of the twenty-first century, in order to contribute to the demand for a new strategic dimension that responds, in a committed manner, to the health needs and priorities of our populations(AU)

Chat GPT: origen, evolución, retos e impactos en la educación / Chat GPT: Origen, Evolution, Challenges and Impacts on Education

Introducción: Los avances de unas tecnologías y la obsolescencia de otras marchan a una velocidad inimaginable, especialmente en este siglo xxi. En los últimos meses de 2022 y primeros meses de 2023 muchas incógnitas y controversias en diferentes campos han surgido en torno a los Chat GPS, una innovación que presenta desafíos nunca pensados para la sociedad actual, así como nuevos retos que impactarán de manera directa en la formación y/o desempeño de profesores, estudiantes, profesionales de la salud, juristas, políticos, informáticos, bibliotecarios, científicos y cualquier ciudadano. Objetivo: Identificar algunas características del chat GPT y su posible impacto en el educación. Posicionamiento de los autores: Se leen en las noticias y reportajes valoraciones de especialistas; se han realizado encuentros virtuales y exposiciones; y están disponibles diversos artículos y videos sobre este tema, algunos llegan a ser elaborados con el propio asistente. Por la novedad del tema, la reciente incorporación como herramienta para el desarrollo profesional, así como por el interés mostrado en los últimos días por la comunidad de profesores de las ciencias médicas cubanas, y considerando que esta herramienta es resultado del desarrollo de la inteligencia artificial, cabe preguntarse: ¿en qué consiste? y ¿cuáles son sus perspectivas? Conclusiones: Resulta oportuno acercarse al tema desde las posibilidades y los retos que abre a la educación y el aprendizaje, en particular a la docencia médica(AU)

Introduction: The advances of some technologies and the obsolescence of others are marching at an unimaginable speed, especially in this twenty-first century. In the last months of 2022 and first months of 2023, many questions and controversies in different fields have arisen with respect to Chat GPT, an innovation that presents challenges never thought of before for today's society, as well as new challenges that will have a direct impact on the training and/or performance of professors, students, health professionals, law practitioners, politicians, computer scientists, librarians, scientists and any citizen. Objective: To identify some technological characteristics of Chat GPT. Positioning of the authors: In news and reports, assessments by specialists are read; virtual meetings and presentations have been held; and several articles and videos on this topic are available, some of them even elaborated by the assistant itself. Due to the novelty of the subject, its recent assimilation as a tool for professional development, as well as the interest shown in recent days by the community of professors of Cuban medical sciences and considering that this tool is the result of the development of artificial intelligence, it is worth wondering what it consists in and what its prospects are. Conclusions: It is appropriate to approach the subject with a focus on the possibilities and challenges that it opens to education and learning (AU)

Propuesta de modificaciones a la tecnología para la determinación de problemas y potencialidades / A Proposal of Modifications to the Technology for Determining Problems and Potentialities

Introducción: Para el desarrollo de la investigación científica, la educación médica ha asumido supuestos que conforman la Teoría de la Educación Avanzada, entre los que se encuentran la Tecnología para la determinación de problemas y potencialidades, descrita por reconocidos pedagogos cubanos. Objetivo: Proponer modificaciones a la Tecnología para la determinación de problemas y potencialidades. Métodos: Se utilizaron métodos teóricos: sistematización, histórico-lógico, sistémico estructural, funcional, análisis documental, concreción-abstracción y modelación. Resultados: Los autores realizaron modificaciones a la Tecnología para la determinación de problemas y potencialidades en el primer, quinto, sexto y séptimo pasos, con dos acercamientos al objeto de estudio desde lo genérico y holístico a lo particular, de la aproximación al análisis profundo. Se introdujo en la práctica mediante su utilización en una tesis, defendida en 2021, para optar por el título de Doctor en Ciencias de la Educación Médica. Conclusiones: La Tecnología para la determinación de problemas y potencialidades con modificaciones demuestra la flexibilidad y posibilidad de aplicación de la tecnología inicial en otras ciencias, a partir de modificaciones que pudieran introducirse de acuerdo con sus particularidades y complejidades. Esta innovación tecnológica se propone para el desarrollo de la investigación científica en las ciencias de la educación médica con vista a abordar, con un enfoque holístico, sus objetos de estudio y campos de acción(AU)

Introduction: For the development of scientific research, medical education has taken assumptions that make up the theory of advanced education, among which is the technology for determining problems and potentialities, described by renowned Cuban pedagogues. Objective: To propose modifications to the technology for determining problems and potentialities. Methods: Theoretical methods were used: systematization, historical-logical, structural-systemic, functional, documentary analysis, concretion-abstraction, and modeling. Results: The authors made modifications to the technology for determining problems and potentialities in the first, fifth, sixth and seventh steps, with two approaches to the object of study from the generic and holistic to the particular, from approximation to profound analysis. It was introduced into practice through its use in a thesis, defended in 2021, to opt for the degree of doctor of Medical Education Sciences. Conclusions: The technology for determining problems and potentialities with modifications shows the flexibility and possibility of application of the initial technology into other sciences, from modifications that could be introduced according to their particularities and complexities. This technological innovation is proposed for the development of scientific research in the sciences of medical education, in view of approaching, with a holistic perspective, its objects of study and fields of action(AU)