The main approaches to medical education reform that have been introduced elsewhere in the world, including the integration of basic and clinical sciences into organ-based model, the establishment of a Center for Faculty Development and problem-based learning (PBL) have been introduced to the College of Medicine, Chung Shan Medical University (CSMU) since the mid 1990s. The process of developing the PBL approach can be divided into the following stages: Observation (1994-2000): In this stage, CSMU observed the practice and effectiveness of PBL programs in other domestic and foreign medical schools. At the same time, we assessed the possibility of introducing PBL to Chung Shan. When the authority decided to introduce PBL, a PBL committee was inaugurated. Preparation (2000-2002): In this stage, tutor training took place, as well as PBL case writing workshops to reach consensus among the faculty. To reduce the total amount of curricula and traditional teaching hours, we combined and simplified related curricula, so that one and half weekdays were reserved for PBL tutorials and students’ self-study. A preliminary course about how to learn well, including the philosophy and methodology of learning as well as evidence-based medicine (EBM), was integrated into premedical curricula. Practice (2002-2004): In light of the number of trained tutors and written cases that have been prepared, and the desire that the PBL would be successful from the start, CSMU chose to introduce PBL to the clinical curricula first in a hybrid curriculum design. This meant that the traditional teaching was retained at the beginning. Evaluation of PBL by the students was done at the end of each semester. Tutor meetings were held twice per semester. Advancement (2004-2006): In this stage, PBL was introduced to the basic medical curricula as well as to the premedical general curricula. Based on our experience and comprehensive evaluation, a PBL guidebook for tutors and students has been published and delivered to both groups. We also developed an on-line evaluation system containing the evaluation forms for students and tutors. Excellence (2006 onwards): In this stage, the PBL website and learning resources will be further developed, and we are designing the system for on-line PBL practice.In conclusion, the introduction to PBL for medical education is reasonable and feasible. It requires b administrative support, a long-standing and high commitment of the PBL committee, consensus among the faculty and an appropriate planning and evaluation mechanism.
Objective To provide scientific evidence for the establishment of medical specialist system in China by analyzing the current situation and problems, putting forward solution thoughts and countermeasures, from the angle of medical education system, residency training program and licensed physician management. Method Principle and method of evidence-based medicine were adopted. Retrospective investigation was conducted to gain information from 1996 to 2002 about enrollment and running form of medical education, current situation of residency and specialist training. Data was then extracted and analyzed for the benefit of corresponding countermeasures. Results By the end of 2001, there were totally 1 640 thousand physicians in China. The enrollment proportion of undergraduate and junior college student steadily increased from 1996 to 2002, while the situation quite the reverse as for medical secondary school. More than 300 thousand have taken part in the licensure exam, among whom less than 15% had university diploma. About 52 000 doctors have already completed the residency training program, and 65 700 are being trained. Standardized system of specialist training and admittance is not available in China. Conclusions It was three main tough problems that mainly account for the poor quality of doctor as a whole in China, which include diversity of educational system, insufficient software and hardware of residency training program, and absence of specialist training system. An allied funded program of "research on medical specialist training and admittance" has been on the way, and research outcomes will be published soon.
The development of the fifth generation mobile networks (5G) technology has brought great breakthroughs and challenges to clinical medicine and medical education. In the context of “5G + medicine”, the development of telemedicine, emergency rescue, intelligent analysis and diagnosis has opened up new horizons for clinical medicine. Facing the constant impact of high technology, the focus of medical education should be on the cultivation of students’ integrated medical view, critical thinking, communication abilities and skills, and creativity. The “5G + education” model will be presented by means of virtual reality, artificial intelligence, cloud computing and other technologies, providing a new direction for the development of medical education. This article summarizes the key points and prospects of medical education under 5G technology in order to provide a reference for the field of medical education to adapt to the changes in the 5G era.
Objectives To train postgraduate medical students the ability of effectively using network resources and independently studying, and to explore new model of clinical liver cancer teaching. Methods The teaching model of problembased learning (PBL) to clinical liver cancer teaching was applied. Results The teaching model of PBL changed graduate student the status of passive acceptance to active participation. The teaching process was full of livingness, and the teaching quality was improved.Conclusion The teaching model of PBL can break through the limitations of passive acceptance of book knowledge in traditional teaching model and improve the ability to handle the comprehensive clinical knowledge of liver cancer, which provides a new model to the teaching of liver cancer to graduate medical students in clinic.
Objective To investigate critical thinking disposition inventory on medical students to offer evidence for building a medical education model with core competency as guide, evidence-based medicine as carrier and lifelong learning as purpose. Methods Chinese Version of Critical Thinking Disposition Inventory was used to investigate the current status of critical thinking of 617 medical undergraduates and graduates of Sichuan University. Results The average total score was more than 280 points. Average total scores of medical students in different educational systems from high to low were 309 points (eight-year-program), 298 points (postgraduates), 287 points (seven-year-program) and 286 points (five-year-program), respectively. The scores of three items including “seek truth”, “systematicity” and “confidence” were lower than 40 points in students both of five-year-program and seven-year program. There was no significant difference in total scores and each item between genders and varied ages. Conclusion The main factors which influence critical thinking in medical students of China include education idea, teaching atmosphere, teaching methods and teaching evaluation system.
The increasing need for healthcare services in rural areas cannot be satisfied because of the lack of healthcare professionals, and poor medical education and training. These result in the low competency of rural healthcare workers. Therefore, the medical education system needs to be reformed in order to improve healthcare human resources in rural areas.
Objective To study the current situation of doctor-patient communication education for medical undergraduates, and meanwhile to analyze the students’ satisfactory degree to communication education and its influencing factors, so as to provide sound suggestions to promote the students’ clinical communication abilities. Methods Using simple sampling, 50% of the students who majored in clinical medicine in grade 2006-2009 in West China Medical School of Sichuan University were selected as respondents. The investigation was conducted by face to face talk with a self-designed questionnaire. The data were input using EpiData 3.0 software and the results were analyzed by SPSS 13.0 software. Results A total of 450 questionnaires were distributed, and 404 were validly retrieved (89.78%). Among the respondents, 74.3% of them were satisfied with the current situation of doctor-patient communication education; 75.7% of them begun to know doctor-patient communication education since the stage of learning basic knowledge; 49.8% of them were trained by means of problem-based-learning (PBL); and 65.5% of them were trained with auxiliary standardized patient (SP). “Grade”, “Gender”, “SP used” and “PBL used” were the main factors affecting the satisfactory degree to current doctor-patient communication education (P=0.029, 0.023, 0.012, and 0.029, respectively). Conclusion The medical undergraduates’ satisfactory degree to current doctor-patient communication education is generally high, but it is also affected by various factors. Although doctor-patient communication education has started early, the training system is still problematic and the teaching resources coverage is limited. So in order to make a further systematic, standardized, overall designed education for students’ cognition and communication skills, the medical colleges should open integrated doctor-patient communication curriculum that combines with both PBL and SP auxiliary teaching methods, and covers all the undergraduate learning stage.
Medical simulation teaching is a bridge course from theoretical knowledge to clinical practice. At present, the medical simulation teaching is facing many problems. The iSIM is a systematic method to optimize medical simulation teaching. It aims to maximize the effect of medical simulation teaching by various teaching methods and assistant technologies. The combination of iSIM and medical simulation teaching can develop the correct clinical thinking, improve the clinical skills and strengthen the communication skills, so as to improve the medical quality in the real clinical environment. Based on experience Center of Experimental Teaching on Clinical Skills of West China Hospital , this paper introduces how to use iSIM to optimize medical simulation teaching.
Non-directly affiliated hospitals are an important supplement to directly affiliated hospitals of medical colleges in China. Considering the problems of teaching consciousness, school running form and teachers construction in non-directly affiliated hospitals, this paper takes the medical personnel training of a non-directly affiliated hospital which is subordinate to Shenzhen Luohu Hospital Group as an example, in order to analyze the related exploration methods of non-directly affiliated hospitals under the development of hospital collectivization, and put forward a trinity training mode of general practitioners, which is “medical college-non-directly affiliated hospital-community health center”. This paper further discusses the challenges and possible solutions faced by non-directly affiliated hospitals in the new era.