Under this Tartu-Iceland research exchange program funded by Iceland Liechtenstein Norway grants, medical students from the University of Tartu will travel to the University of Iceland to conduct a 1-month-long miniproject in basic medical science. Medical students from the University of Iceland will travel to the University of Tartu to conduct a 1-month-long miniproject here.
There are several different miniprojects available within each University, so have a look in the link below to see what would interest you.
Eestikeelse lisainformatsiooni saamiseks vajuta siia.
See miniprojects Welcome to Tartu Applying
14th Oct 2023, in Biomedicum (Ravila 19, Tartu)
Our goal was to work with our collaborators, Prof Thór Eysteinsson and his postdoctoral researcher Dr Andrea García-Llorca, of the University of Iceland, to enhance curricula at University of Iceland and University of Tartu. We wanted to offer excellent research projects to our undergraduate medical students, for which they would gain ECTs.
We believe that our program is very important because our emphasis is on basic science. There are very few basic science exchange programs and a special feature of our program was that students graduating from our program had to write reports, and to present their data to peers and they were also involved in public science events.
Our students generated excellent data, as we saw in our meeting held at the end of our project. Our students learned lots of transferable skills too. So students gain a lot by taking part in programs like ours.
We worked really well together and despite all of the challenges with COVID, volcanoes and the ongoing war, our students did great work and we made great friends, making this a very valuable experience.
Students worked in our laboratories for 1 month, and despite this short time, they showed changes in white matter in the brain of models of Parkinson’s disease, changes in brain volume in a model of Wolfram syndrome, they observed changes memory in a model of obesity, they examined visual function and saw degenerative changes in models of age-related macular degeneration. Importantly, our projects were real-world – this was important for us, so that our students also saw how challenging science can be – they worked hard to optimise protocols and prepare samples.
University of Tartu and University of Iceland both expect their graduating medical students to contribute to medical science but internationally, the proportion of physicians who are also involved in research is declining. Standards set by national bodies in other countries also emphasise the importance of science in medicine.
Many studies have shown that students benefit from international exchanges, but the vast majority of exchanges in medicine are aimed at clinical skill development. In our program, we wanted to give medical undergraduates the experience of basic science, to learn new techniques and generate data on their own. By participating in our program, the students also improved transferable skills, such as teamwork and communication, and they were rewarded for their hard work with ECTs. We believe this program was a great way for University of Tartu and University of Iceland to collaborate, to enhance their curricula, and to provide great research opportunities for our students.
The project has been a success for the students, and us, the project leaders. The pandemic meant we had to postpone the exchange program but after two years of working together, united by a common goal, we all met and it was so great to see how the students enjoyed their exchanges and to see what they learned.
We gained ethical approval to ask our students their opinion of our program and they were invited to provide anonymous feedback. We are still collecting data, but thus far, students note improvements in transferable skills, such as teamwork, presentation and time management skills. Critically for us, their science skills and ability to read science publications improved too. We are very happy to see this.
Indeed, we are currently preparing a manuscript on Guidelines to setting up a program like ours, and in the future, we will publish our student feedback.
It is a pity that our program has to come to an end, but all good things do! We view this as the beginning and we look forward to continue working with Prof Eysteinsson.
We are very grateful to all faculty and to our student participants!
University of Tartu faculty
University of Iceland faculty
I wanted to have the experience of working in a laboratory abroad, as the experience I acquired in Tartu was so unique and horizon-broadening. Additionally, the research topics were quite interesting and included methods that were not familiar to me.
In 2022, I joined Prof. Eysteinsson’s lab to study the electrophysiology of vision. A big surprise was to observe the exactly same methods being used in real patients in clinical practise. The demonstration of such transferability of research to clinical setting was something I didn’t know, or expect before.
I have met amazing seniors and colleagues throughout the research program, where discussing our ideas and studies were very fruitful. Additionally, the field of research I took part was very interesting for me that I would like to continue with similar opportunities in future; and hopefully incorprate that into my daily medical practise.
Since the start of my medical school journey, I always believed that the high-quality patient care can only be achieved through advancements in medical research and translation of these findings, with strong collaboration of physicians and scientists. I was always interested how advancements in research affect our clinical work, for example how new lab-markers allow us to diagnose diseases with high sensitivity and specificity, and how new and targeted drugs can effectively control diseases. Therefore, I wanted to take part in a research exchange to observe how medical research is planned and conducted from start to finish. The Tartu-Iceland research exchange program allowed us observe all steps of how a research project is conducted, and I did not want to miss this chance to collaborate with valuable scientists and their research work.
In my project with Prof Thor Eysteinsson, I learned about the different methods of experimentation to reveal the anatomical and physiological function of eyes in a delicate detail. In addition, I was able to put my skills in practise while being supervised by one of the experts in this field in Europe and world.
As young scholars with interest in pursuing medical research beside our clinical careers, this one-of-a-kind exchange program allowed us to gain a valuable experience of the process from laboratory to publishing.
Science communication workshop I
Science communication workshop II
Here are our survey instruments to find out about student understanding of science before participating in a research project (pre-questionnaire), after participating in a research project (post-questionnaire), and whether their participation in a science project stimulated further interest in science (post + 1-year questionnaire).
Eelküsimustik
Järelküsimustik
Järelküsimustik + 1. aasta küsimustik
Spurningalisti í byrjun
Spurningalisti í lok verkefnis
Spurningalisti + 1 ári eftir lok verkefnis
This is an important question. You are a medical undergraduate. Why is it important for medical undergraduates to take part in basic science? Well, basic science is where new drug targets come from, it is where we develop new drugs and techniques, and it can help us better understand disease processes and disease progression.
Graduates of Medicine of the University of Tartu and the University of Iceland are expected to be capable of contributing to science and international guidelines also recommend that physicians take part in research. Basic science is incredibly important. Without it, we cannot move forward into humans!
This program is specifically designed to increase your knowledge of basic medical science by giving you a research project that you will be responsible for, that you will generate data for and that you will present. And you get to travel to beautiful Iceland or Estonia!
What does this mean?
You should be able to create new data that benefits patients.
What would that data be with respect to basic medical science?