scholarly journals 100 years – Faculty of Medicine, University of Ljubljana (1919–2019)

2020 ◽  
Vol 88 (11-12) ◽  
pp. 554-575
Author(s):  
Zvonka Zupanič Slavec ◽  
Zvonka Zupanič Slavec

The early beginnings of Slovenian medical education take root in the Enlightenment-era Academia operosorum (Academy of the Industrious, 1693–1725) and its medical section with the physician Marko Gerbec, although the Jesuit College introduced higher education in Ljubljana already in 1619. In 1782, a Medico-Surgical Academy was established in Ljubljana, the first to provide a secondary level of medical education. Later on, when a part of present Slovenian lands was included in the Illyrian Provinces (1809–1813) as a part of Napoleon’s French Empire, with Ljubljana as capital, the school advanced to the level of a medical faculty (École Centrale). The subsequent restoration of Austrian sovereignty prevented the school from completing even the first class of graduates’ training. In 1848, Medico-Surgical Academy was dissolved and only midwifery schools remained.  It was only after disintegration of the Austro-Hungarian Monarchy, as a consequence of the World War I, that in 1919 the first Slovenian University was established in Ljubljana, and within it a incomplete medical faculty was offering four preclinical semesters. In 1940, fifth and sixth semesters were added to the Faculty. The liberation impetus led in July 1945 to the establishment of a complete medical faculty including five years course divided in ten semesters. In the 1949/1950 academic year, the Faculty of Medicine was separated from the University and trained one generation of physicians as a medical college; in 1954, it was reintegrated into the University. During that period, in autumn 1949, the Faculty of Stomatology was established, which soon joined with the Faculty of Medicine, whereupon two departments were established: one for general medicine and one for stomatology (dental medicine). In the 1968/1969 academic year, the Faculty of Medicine introduced a master’s programme, and in 1995 a uniform doctoral programme; in the academic year 1989/1990 the programmes of medicine and dental medicine were extended to twelve semesters. In 1975, the new Ljubljana Medical Centre building was finished and the Faculty thus obtained the necessary lecture halls, classrooms, and rooms for clinical practice. In the next decade, in 1987, the main preclinical institutes moved to the new building of the Faculty and students finally received state-of-the-art lab classrooms, facilities, and other infrastructure. In 2015, the Faculty also constructed a new building for preclinical institutes for biochemistry and cell biology. Throughout the years the programme has continued to improve and stay up to date, and the Bologna system of education was introduced in the academic year 2009/2010. In its hundred years of existence, the Faculty of Medicine has trained approximately 9,000 physicians and 2,000 dentists, and awarded more than 1,700 doctors of science degrees and more than 1,000 master of science degrees in the postgraduate programme for physicians and dentists; it has also trained many students in graduate clinical training programmes. The Faculty of Medicine is oriented towards the future, a strong connection between theory and practice, interdisciplinary and international cooperation, and especially training new high-quality medical professionals.

Author(s):  
George L. Montgomery

During the two hundred years under review, medical education in Scotland evolved gradually from an apprentice system to become the prerogative of the universities of St Andrews, Aberdeen, Glasgow and Edinburgh, named in the order of their foundation. Of those, the University of Edinburgh was not only the last to be founded, it differed also in that its administration initially was by the Town Council. It was an Act passed by that body on 9 February 1726, that established the Charter of the Medical Faculty of the University. Four Fellows of the Royal College of Physicians, Edinburgh, namely John Rutherford, Andrew Sinclair, Andrew Plummer and John Innes were appointed foundation professors, the first two to chairs of the theory and practice of medicine, Plummer and Innes to chairs of medicine and chemistry. All four had been pupils of Boerhaave.


2013 ◽  
Vol 94 (2) ◽  
pp. 283-284
Author(s):  
A A Akhunzyanov

Vladimir Leonidovich Borman was the first pediatric surgeon of the Imperial Kazan University, participated in the Russo-Japanese War, World War I and the Civil War. In 1900 a novel course of pediatric surgical diseases was started at the university. A new pediatric clinic was launched among other new clinics, and Vladimir Leonidovich Borman, a surgeon and a doctor of medicine, was invited to head one of the departments there. Since then the teaching of pediatric surgical diseases for Imperial Kazan University medical faculty students has been performed at the pediatric ward of the faculty surgery clinic. Then Vladimir Leonidovich participated in surgical service foundation in many parts of the country both at peace and wartime, he became the founder of the Omsk State Medical University department of hospital surgery. The contribution of that amazing, energetic, talented doctor and teacher to Russian medicine can not be overestimated.


Gerundium ◽  
2019 ◽  
Vol 9 (2) ◽  
pp. 173-183
Author(s):  
Ferenc Erdődi ◽  
Klára Matesz

The 30th anniversary of the English Program at the Facult y Of Medicine. The Faculty of Medicine at the University of Debrecen celebrated the 30th anniversary of the English Program in medical education in 2017. The program was initiated in 1986 with a one-year premedical course and this training has been upheld with great successes up to now. In the 1987/88 academic year 52 students from 15 countries started their studies on the General Medicine course and eight of them graduated as medical doctor (MD) at the end of the six year training period in 1992. During the 30 years the number of the admitted and then the graduated students had increased yearly. Thus, 307 students started on the first year and 180 sixth year students received MD diploma in 2017 implying the significant development and a continuous interest in medical education in English in Debrecen. From the very beginning, the curriculum of English language programs is identical with that of the Hungarian one. Students apply for admission directly or via recruiting agents while entrance exams are conducted exclusively by the staff members of the University. The English language medical education in Debrecen has been accredited in many countries including some states in the USA. From 2000 to date other medical and health related programs such as Dentistry, Pharmacy, Physiotherapy, Public Health, Molecular Biology and Complex Rehabilitation have been started and in the last year altogether 264 students graduated in these courses including also General Medicine. Parallel to the extension of the above programs from 2007 the other faculties also started education in English. By 2017 more than 5000 foreign students from 109 countries study at the University of Debrecen. Now the Coordinating Center for International Education organizes the English programs and its duties, among many other responsibilities, include contracting with recruiting agents, organizing entrance examinations, caring for the incoming students with respect to visa, health control and insurance. The income from the tuition fees has increased during the years and now represent a significant portion of the University budget, therefore it allows the renovation and also the establishment of new facilities at the University to the benefit of students. Although the students of the English Programs have different cultural, political and religious background, they establish good relation with each other and with the students studying in Hungarian. In summary, as a result of the high standards in education in English the University of Debrecen became a well-known and important institution on the educational map of the world and our intention is to uphold and further develop this acquired status in the future.


Author(s):  
Gordon Shawanda ◽  
Cynthia Wesley-Esquimaux

This paper evolved, maybe ‘was birthed’ is an even better term given the circumstances, out of an engagement process that brought Gordon Shawanda and several university students together over an academic year. Gordon was invited to attend my Aboriginal Spirituality class at the University of Toronto in September 2009. He liked being there so much that he came each week, sitting through lectures, reading the materials, and participating with unerring grace in the many discussions over the entire year. We were all touched by his presence, his quiet dignity, and his deep interest in our academic learning and sharing experience. Gordon embodies what modern education is trying to get right, the bringing together of theory and practice, and the unveiling of the kind of humanity that can bring Indigenous Knowledge alive for all young people everywhere. Gordon was inspired by their enthusiastic receiving of his words to write down his story. This paper is his first real attempt to express the pain and healing he has experienced over his adulthood. I am honoured and humbled to (gently) edit this work for publication. This is a story that comes directly from the heart and soul of one man, but is the lived experience of many of our people who attended Indian Residential Schools in Canada. It is organized into four parts.


2020 ◽  
Vol 12 (24) ◽  
pp. 10255
Author(s):  
Rosabel Roig-Vila ◽  
Paz Prendes-Espinosa ◽  
Mayra Urrea-Solano

Sustainable education requires the proper usage of technological devices. Among these is the smartphone, which is used by millions of young people around the world in today’s society. The objective of this study was to understand the smartphone usage profile of Spanish and Italian university students. It also aimed to identify possible problematic uses, and the differences in smartphone use (or abuse) between the participating subjects. The study was descriptive and comparative, with the intentional sampling of N = 1412 subjects studying at the education faculties of the University of Alicante (UA) and the Suor Orsola Benincasa University (UNISOB). A previously-validated questionnaire with 27 items was employed during the 2019–20 academic year. The data was analysed using the SPSS 25 programme. Descriptive and inferential analyses were carried out. The results obtained after the analysis of the data indicated that, of the four possible user types—occasional, habitual, at risk, and problematic—more than half of the sample identified themselves as habitual users. It can be concluded that there are significant differences between the universities: the UA students exhibited more problematic use than the UNISOB students. It is therefore necessary to prepare training programmes that are designed to avert problematic behaviours related to smartphone use.


2021 ◽  
Vol 21 (1) ◽  
Author(s):  
Raghav K. Goyal ◽  
Christina A. Dawson ◽  
Samuel B. Epstein ◽  
Richard J. Brach ◽  
Sheridan M. Finnie ◽  
...  

Abstract Background Despite an abundant literature advocating that social determinants of health (SDH) be taught during undergraduate medical education, there are few detailed descriptions of how to design and implement longitudinal core curricula that is delivered to all students and accomplishes this goal. Methods In this paper, we describe the design and implementation of a social medicine curriculum at the University of Vermont’s Larner College of Medicine (UVM Larner). Using Kern’s principles, we designed a longitudinal curriculum that extends through both preclinical and clinical training for all students and focused on integrating SDH material directly into basic science and clinical training. Results We successfully developed and implemented two primary tools, a “Social Medicine Theme of the Week” (SMTW) in preclinical training, and SDH rounds in the clinical setting to deliver SDH content to all learners at UVM Larner. Conclusions Extensive student-faculty partnerships, robust needs assessment, and focusing on longitudinal and integrated SDH content delivery to all students were key features that contributed to successful design and implementation.


2019 ◽  
Vol 61 (6) ◽  
Author(s):  
Robert Mash ◽  
Zelra Malan ◽  
Julia Blitz ◽  
Jill Edwards

Family physicians have a key role to play in strengthening district health services in South Africa. There are a number of barriers to the supply of these specialists in family medicine, one of which is the quality of workplace-based training and low pass rate in the national exit examination. The South African Academy of Family Physicians in collaboration with the Royal College of General Practitioners has adopted a short course to train clinical trainers and a process of formative assessment visits (FAVs) for clinical trainers in the workplace. Training programmes have struggled to implement the FAVs and this article reports on the experience at Stellenbosch University and the issues identified. Clinical trainers who participated in FAVs mostly set developmental goals for themselves that focused on improving the learning environment and consolidating personal skills in training and assessment. The FAVs were beneficial for the family physician trainers, their managers and the academic family physicians at the university. The tools and process for conducting the FAVs may be of value to other programmes.


Author(s):  
William G. Rothstein

Undergraduate medical education has changed markedly in the decades after mid-century. The basic medical sciences have been de-emphasized; clinical training in the specialties has replaced that in general medicine; and both types of training have been compressed to permit much of the fourth year to be used for electives. The patients used for teaching in the major teaching hospitals have become less typical of those found in community practice. Innovations in medical education have been successful only when they have been compatible with other interests of the faculty. As medicine and medical schools have changed, major differences of opinion have developed over the goals of undergraduate medical education. Practicing physicians have continued to believe that the fundamentals of clinical medicine should be emphasized. A survey in the 1970s of 903 physicians found that over 97 percent of them believed that each of the following was “a proper goal of medical school training:” “knowing enough medical facts;” “being skillful in medical diagnosis;” “making good treatment plans;” “understanding the doctor-patient relationship;” “understanding the extent to which emotional factors can affect physical illness;” “being able to keep up with new developments in medicine;” and being able to use and evaluate sources of medical information. Only 52 percent felt that “being able to carry out research” was a proper goal of medical school training. Medical students have also believed that undergraduate medical education should emphasize clinical training. Bloom asked students at one medical school in the early 1960s whether they would prefer to “work at some interesting research problem that does not involve any contact with patients,” or to “work directly with patients, even though tasks are relatively routine.” About 25 percent of the students in all four classes chose research, while 58 percent of the freshmen and 70 percent of the juniors and seniors chose patient care. The same study also asked students their criteria for ranking classmates “as medical students.” Clinical skills were the predominant criteria used by students, with “ability to carry out research” ranking far down on the list. Faculty members, on the other hand, have emphasized the basic and preliminary nature of undergraduate medical education.


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