Sustainable Development and Exploration of continuing medical education in community diabetes Prevention and Control System in the Post Pandemic Era
This study demonstrates that implementing a sustainable, blended continuing medical education system integrating online modules, practical workshops, and inter-hospital collaboration effectively restored and enhanced community general practitioners' diabetes prevention and control capabilities, leading to improved clinical skills and a 179% increase in bidirectional referrals in the post-pandemic era.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer
Diabetes is a condition where the body struggles to manage sugar, a vital source of energy, leading to high levels of glucose in the blood. Over time, this can damage the heart, eyes, nerves, and kidneys. Because the disease is so common and requires daily attention, the first line of defense is usually the local community clinic, where general practitioners see patients regularly. These doctors are the gatekeepers who can spot early warning signs and guide patients through treatment. However, keeping medical knowledge up to date is a constant challenge. Doctors must learn new guidelines, understand new technologies, and refine their skills throughout their careers. This process is called continuing medical education. For years, this learning happened mostly in person, with doctors gathering in classrooms or hospitals to listen to experts and practice on real patients. The global pandemic changed this landscape abruptly, forcing many of these gatherings online and creating a gap in how doctors learned to manage chronic illnesses like diabetes.
In the wake of these disruptions, a team of researchers in Shanghai, China, set out to rebuild and improve how community doctors learn to prevent and control diabetes. They worked with general practitioners from eight different community health centers in the Hongkou District, partnering with specialists from a major university hospital. Their goal was to create a training system that could survive the chaos of a pandemic while still delivering high-quality education. They designed a program that mixed digital learning with hands-on practice. When the pandemic made it impossible to meet in person, the doctors attended live lectures over video conferencing platforms. As restrictions eased, the program brought back offline workshops, hospital ward rounds where doctors could observe complex cases, and small-group sessions where they analyzed real patient stories to sharpen their problem-solving skills. Crucially, the specialists also visited the community clinics once a month to teach directly in the doctors' own workplaces, offering immediate feedback on how they were treating patients.
The results of this four-year effort, spanning from 2021 to 2024, showed a clear pattern of recovery and growth. During the height of the pandemic in 2022, when the program relied almost entirely on online teaching, the doctors' test scores dropped slightly compared to the previous year. This dip suggested that while digital tools kept the learning going, they could not fully replace the depth of understanding gained from face-to-face interaction. However, as soon as the program reintroduced in-person activities like hospital rounds and practical workshops, the scores began to climb. By 2024, the doctors were scoring higher than they had before the pandemic started. The number of training sessions also grew significantly, with the team conducting dozens of online conferences, offline workshops, and hundreds of practical teaching sessions over the four years.
Beyond test scores, the program changed what was actually happening in the clinics. Before the training, none of the community centers were using six specific advanced tools for checking diabetes complications, such as devices that continuously monitor blood sugar or machines that measure nerve sensitivity. By 2024, these tools were being used in all eight centers, and hundreds of patients had been tested with them. The training also strengthened the connection between local clinics and large hospitals. The number of patients referred from the community to the hospital for specialized care jumped from 210 in 2021 to 649 in 2024. This increase shows that the doctors felt more confident in their ability to identify when a patient needed extra help, and the system was working to move patients to the right level of care quickly.
The study suggests that a balanced approach is the most effective way to train doctors in the modern era. Relying only on online videos is not enough to build the deep skills needed for complex diseases, but relying only on in-person meetings is not always possible during emergencies. The most successful system combined the reach of digital education with the irreplaceable value of seeing patients and practicing skills under the guidance of experienced mentors. This hybrid model allowed the community doctors to recover their knowledge quickly after the pandemic and ultimately become better equipped to manage diabetes in their communities. The work demonstrates that when medical education adapts to include both virtual and physical learning, it can strengthen the entire healthcare system, ensuring that patients receive better care regardless of the challenges facing the world around them.
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