We will start a new Blog series of Turku Bioscience with the purpose to promote and discuss timely topics and to present different opinion points relevant for molecular biosciences. We will have both internal bloggers as well as guest writers. At the time of writing, we are living through the pandemic so at least some of the topics will be related to the highly extraordinary situation, but also other topics will be covered.
The Finnish science strategy needs an overhaul
In this Blog, a strong case is being made for improving Finnish science policies and to initiate communations between leading reseachers and ministry representatives
Globally, drug development and health technologies are among the most rapidly growing business fields. Also in Finland, the two biggest pharma companies, Bayer and Orion have been among the biggest tax payers for years and health technologies constitutes the most profitable line of business related to exports of high-end technologies. In order to support the further growth of the field, Finnish government established a growth strategy for health technologies some years ago, but its implementation has been very slow and funding very marginal. However, at the same time the government has made significant investments to the mining, ICT, and technology-related research. In the accompanied video Professor Jukka Westermarck (Turku Bioscience Centre) and Marco Hautalahti (Director of National Biobanks), discuss the questions why government does not see health technologies as profit-making opportunities, and how big a problem is the underfunding of the growth strategy of health technologies? The panel discussion was held as part of “Mediuutiset” (Medical News) webinar Dec, 15, 2020 “How do centers of excellence change healthcare?”
The video to the panel discussion can be found here: https://www.youtube.com/watch?v=ZkpR3Ua5sTI&feature=youtu.be
On the same subject, Prof. Westermarck also published an article Jan 18 in Helsingin Sanomat: https://www.hs.fi/mielipide/art-2000007745841.html
A translation of the article is provided below.
Helsingin Sanomat 18.1.2021 – “Vieraskynä” (Guest writer)
Current higher education policies do not support the pursuit of high-quality science
Resolving the problems and restoring trust would require direct discussions between the ministry and top researchers.
Finland is in great danger of losing the knowledge base on which we would solve future problems and on the basis of which new export products would be developed. The main reason for the breakdown of the knowledge base is the university policy of the Ministry of Education and Culture, in which the preconditions for doing science have been forgotten. None of the reforms carried out by the Ministry over the last ten years has improved the conditions for conducting high-quality science in research groups.
Compared to international competitors, Finnish research groups have clearly weaker conditions to do their work. The brain drain of researchers abroad has been significant in recent years.
The part of the Academy of Finland’s project funding directed to the use of researchers is insufficient for conducting science internationally. Nor does the university funding model reward quality science, and universities therefore have no financial incentive to support research teams with their core funding. The Ministry has not been able to work with universities to solve problems related to the career paths of academic researchers.
Although prioritizing the basic tasks of universities is problematic, it must be understood that the starting point for the tasks is high-quality research. The societal impact of science is also largely based on it. We can assume research groups to make breakthrough observations only if we make sure the conditions are there to make the best possible science. In turn, the findings form the basis for commercially significant innovations. Thus, the operating conditions of research groups also build the foundation of Finland’s economic competitiveness.
In its higher education policy, the Ministry of Education and Culture sees universities mainly as educational institutions that produce degrees. Another direction of higher education policy has been to mix the interests of universities and business, for example with flagship projects. Otherwise, the Ministry has had no interest in improving the conditions for doing science.
One concrete example of this is the recently completed study by the Ministry of Education and Culture and the Academy of Finland, which looked at the problems of the total cost model. The study focused on the perspective of university financial management but did not even attempt to identify solution needs from the perspective of academics.
According to several studies, the current line of the Ministry of Education and Culture does not have the support of scientists responsible for the level of science in Finland. Active researchers have neither had a say in the discussions about questions of the state of science in the recent years. Higher education policy has been guided by actors who do not have up-to-date experience of what it takes to do science at an international level.
The appointment of the Minister of Science raised the promise that in the future the Ministry could also implement science policy in addition to education policy. Focusing on the conditions for researchers to do science would be one of the most important changes a Minister of Science could make. For change to take place, an understanding would be needed that the level of science is not determined by structures such as universities or institutions, but by individual researchers and research teams at universities.
Identifying and resolving the science policy problems of the Ministry of Education and Culture would require open discussions and the restoration of trust between the ministry and the scientific community.
Such discussions on the conditions for conducting science should take place directly between active researchers representing the current state of science in Finland and the Minister of Science. This group of top researchers includes academy professors and academics from different disciplines.
The discussions would be a concrete start for science policy in the 2020s, recognizing that supporting the capacity of research teams to raise the level of science and reinforce the resulting societal implications.
The author is a Professor of Cancer Biology at the University of Turku and a member of the board of the Finnish Academy of Sciences.
Inspirational lectures regarding research infrastructures
Lectures on research infrastructures and core facility career development
Last year Prof. Philip Hockberger, Associate Vice-President for Research (Northwestern Univ., Chicago), visited Turku Bioscience and gave two lectures on how to build sustainable research infrastructures and on the career paths and career possibilities of core facility personnel.
As not everybody could attend these lectures and it has been a while since these lectures were presented, we feature these lectures on our blog pages along with Prof. Hockberger’s comments on these videos to provide an inspirational start of the new year.
With this, we wish you a Happy New Year 2021!
Lecture on a Sustainable Model for Research Infrastructures: https://youtu.be/PmiCw0JGSGo
Comments by Prof. Hockberger
Interest in utilizing new technologies to address long-standing research problems influenced my thesis research (1976-1982), continued during my postdoc years (1982-1987), and created a dilemma during my tenure-track appointment (1987-1993). Tenure decisions require faculty to make original contributions to their scientific discipline measured by high-profile publications, successful grant-writing, and promotion of graduate students and postdocs. Creating and developing new technologies was not a proven strategy for tenure in a medical school. Nevertheless, my school and university took a chance and promoted me with tenure in 1993. Over the next few years, I struggled with how to meet their continuing expectations. I found collaborations to be more enjoyable than an independent research program, and I found the research questions of my colleagues exciting and challenging. It was not difficult for me to see how technologies that I was working on could help their research programs. After several successful collaborations (most notably with Prof’s Kevin Healy and Francis Szele), these collaborations did not bring the type of professional success that comes with an independent research program.
While collaborations like these were funded by grants (the standard financial model at the time), it became clear to me that a fee-based model offered some clear advantages for facilitating collaborations. In fact, it seemed that there were many technologies that could benefits from this model. Thus, in 2009, I agreed to become the first Director of Core Facilities at Northwestern University, and led the effort to convert many of our technology-based laboratories to a fee-for-service model. During the next decade, my team developed performance metrics and sustainable business plans that enabled Northwestern to become one of the leading institutions world-wide for advancing this model of core facilities. I’ve published papers on core-related topics, presented seminars, consulted, and served on several national and international committees to help promote this work. Currently, I serve on the FASEB Shared Research Resources Task Force to assess the current landscape and identify policy recommendations for investigators, institutions, and federal agencies.
The above video provides a model for how to build a sustainable portfolio of research (core) facilities at a Tier 1 university.
Lecture on the importance of Career Development: https://youtu.be/mFtuiGY_JUQ
Comments by Prof. Hockberger:
Another passion of mine is the career development of the people who manage and work in core facilities, especially directors and managers. This career path requires special training, skills, and experiences that are not part of typical graduate and postdoctoral programs. This video describes institutional, regional, and national efforts to fill this gap at a Tier 1 university.
The writer is Research Director and Professor of Cancer Biology Jukka Westermarck
Because of Corona, virtual meetings have become an everyday routine for most of us, which is a great thing. I Personally, I have spent late evenings in pajamas on our living room couch listening and participating in live discussions with some of the greatest minds from the bioscience field. This all without having to leave home, suffering from jetlag, and paying thousands of euros for travel. Moreover, we have invited colleagues from Finland and abroad to join our journal club, or former lab member currently working as a post-doc abroad, to join our group meeting to comment on the ongoing work that is based on her important contributions as a PhD student. We also have learned to use other web-based tools such as Slack to clearly increase interactions and smoothen the share of information inside our own group. These are improvements we could have done years ago, but only now had to do due to the Corona situation.
Is the Biology of Homo Sapiens not Interesting?
The writer is Director of Turku Bioscience John Eriksson.
The ongoing pandemic has given reason to consider the public awareness of bioscience and its general importance. In this respect, it was interesting to check out the mass media and science journals at the turn of the year, as the new decennium, carrying the somewhat prophetic number 2020, spurred an exceptional interest in things to come. There was a cavalcade of interviews, columns, blogs, and debates from experts with presumed crystal balls to portray the future. The predictions included many familiar themes: climate change, consequences thereof and necessary plans for action, digitalization, energy production, new materials, artificial intelligence, different aspects of theoretical physics, astronomy, the future of Earth and the universe, plans for space programs, and also universal themes like politics, traffic, and housing.
Open Access Technology Centres Transform the Way Research Is Conducted — Turku Bioscience Operates at the Frontiers of Science
Among all the branches of life sciences, cell and molecular biology have often relied upon the development of key enabling technologies. Several significant paradigm shifts in biosciences have their origins specifically in novel and innovative technologies and/or methods.
The writer is Director of Turku Bioscience John Eriksson.