幸运飞艇计划

The collaboration was seeded years ago, in 2004-2005, when CCBIO鈥檚 director, Lars A. Akslen, did a sabbatical at Harvard Medical School, the Vascular Biology Program (VBP) at Boston Children鈥檚 Hospital (BCH) under the mentorship of Professor Judah Folkman.聽 Research collaborations between the 幸运飞艇计划 and the VBP were formed in the years to come, and took on yet another dimension in October 2015, when CCBIO received INTPART-support聽for their project 鈥淏ergen-Harvard Cancer Studies: A Partnership for Excellent Education and Research鈥�.聽

The program aimed to promote students鈥� education and exchange between the University of Bergen and the Vascular Biology Program at BCH and Harvard Medical School. Since then, Harvard faculty has contributed at several CCBIO courses and seminars, giving our students the opportunity to be educated by researchers from one of the world's leading universities. Two batches of CCBIO students have also been attending summer school at different labs in the VBP, and have returned with important new knowledge and connections.聽

This summer, the 幸运飞艇计划鈥檚 Medical faculty celebrated the success of the project by rewarding the CCBIO coordinator of the project, Researcher Elisabeth Wik, with the Faculty Internationalization Award.

Focus on interaction

Iceland turned out to be a perfect meeting place more or less halfway between Bergen and Boston. The organizers, Elisabeth Wik and Assistant Professor Michael Rogers at Harvard Medical School/Boston Children鈥檚 Hospital, backed up by the initiators Professor Lars A. Akslen, Professor and CCBIO PI Roger Strand, and Professor Marsha A. Moses, Director of the VBP at Boston Children's Hospital, wanted this meeting to enable cross-fertilization between groups and to generate ideas and action plans for new collaborations. Interaction and ad hoc meetings should be the primary focus. Inspired by the dramatic landscape, Professor Akslen expressed a hope that the 45 participants should be stimulated to scientific eruptions!

Getting an overview of each other鈥檚 research

The first two days consisted in large of introductions, consisting of 5 minutes鈥� project presentations and pitches from the majority of the participants. These were meant to introduce interests, resources, and skills to the group so that they could find areas where individual groups complemented each other. Before their presentations, all were asked not to be comprehensive, but seek to generate interest in collaborative work. The details could then be discussed in ad hoc meetings or over meals during the 4 whole days of the meeting.

Inspirational lectures

Besides short project presentations, the scientific program consisted of lectures and workshops on quite different topics, aimed to give inspiration, provide food for thought, show common grounds and differences, and hopefully provide new ideas.聽.

Professor Bruce Zetter from the VBP set the scene with the saga of the epithelial cell, with strong similarities to the Norwegian vikings setting out to find new land and invading the new territory of Iceland. His very vivid lecture was an exercise in how to give a research presentation to remember, telling the story of your work.聽

Inspirational stories were also provided by among others Robert D鈥橝mato from the VBP, who shared his career story and the results of scientific curiosity, dedication and persistence. The D鈥橝mato lab discovered that thalidomide was a potent inhibitor of angiogenesis, leading to repurposing for blood born cancers and multiple myeloma therapy. VBP鈥檚 Randy Watnick told the story of his research path, including examples of collaborations and new ideas, hard work, obstacles, challenges and motivation, all the way up to incorporating a company. A pioneer in 3D organoid modeling, Amir Aref, from Translational Sciences at XSphera Bioscienses in Boston/Scientist at the Belfer Center for Applied Cancer Science within the Dana-Farber Cancer Institute at Harvard Medical School, explained his discoveries and showed intriguing technology which captures the patient鈥檚 own tumor microenvironment on microfluidic chips as 3D cultures, for the efficient testing of immune-oncology therapeutics.聽From CCBIO, among other PhD Candidate Hanna Dillek氓s provided inspiration, with the history of breast cancer - and how politics have influenced it.

Different and new approaches

Inspiration might also come from other ways of doing things. VBP鈥檚 Mike Rogers gave us an interesting overview of the learning methods used at Harvard Medical School. Traditional auditorium lectures are now only used for core material, as Active Learning has proved a much more productive learning method. This is problem-based learning, which shares benefits with case-based collaborative learning (CBCL). Diane Bielenberg and Roopali Roy, both from the VBP, gave a breakdown of the US mentor system. We do not have an equivalent in Norway, but organized or not, it is all a matter of who you seek advice from. 鈥淏uild your own set of mentors regardless of formal organization, and take responsibility of your own learning,鈥� they urged.

Our American colleagues in the audience also contributed with their practical insight in the patenting process, including the process of grant proposals, when CCBIO鈥檚 Research Adviser Yves Aubert explained current changes in Norwegian research policies and the requirements of patenting. Particularly the aspect of not publishing any results if they are to be patented, not even in a poster at a conference, is not common thinking for all European academics.

Societal considerations

The meeting also included a variety of sessions devoted to ethical and societal aspects of cancer research, organized by the ELSA (Ethical, Legal and Social Aspects) research program of CCBIO. Indeed, almost a third of the meeting participants were affiliated with this program, including economists, social scientists, philosophers, ethicists and theoretically inclined cancer researchers.聽

Leader of the ELSA research program, Professor Roger Strand, is happy with the development in CCBIO. 鈥淎 major accomplishment for CCBIO, which makes it almost unique on a global basis, is that we observed increasing integration and convergence between biomedical, ethical and societal aspects,鈥� he says. 鈥淓LSA sessions are no longer specialist add-ons; they have become an intrinsic part of CCBIO as a research endeavor and now also an intrinsic aspect of the Boston-Bergen collaboration,鈥� he concludes.

Any eruptions yet?

People certainly used the opportunities to get to know each other, and even the sightseeing day proved great for talking 鈥渟hop鈥� along Iceland鈥檚 fantastic sights. Feedback also shows the participants got ample opportunity for ad hoc meetings. The vast majority feel they left Iceland with valuable, new connections, strengthened connections and also new ideas and a broadened horizon.

The INTPART program encourages students鈥� education and exchange in particular, and our younger participants felt they came enriched from the Iceland meeting, as you can read in an interview with some of them in from the meeting.

CCBIO INTPART main coordinator, Assoc. Prof Elisabeth Wik, summarizes the Iceland meeting as important in many aspects. 鈥淚n the meeting activities, we could see consolidations of previously started project collaborations; new partnerships came into play; and students and junior researchers getting to know each other and learning from each other鈥檚 experiences, across research environments. I got the feeling that seeds were presented regarding future international collaborations also among the younger ones. Also the educational sessions added to the meeting鈥檚 excellence; providing lectures on topics not presented elsewhere at our university.鈥澛�

Elisabeth Wik thanks everyone who participated, for their contributions in making the meeting the success it was. In particular, she thanks Dr. Michael Rogers for his strong contributions as the co-organizer.聽

Elisabeth concludes: 鈥淭his was a true CCBIO-VBP collaborative effort, a major part of what we wanted to accomplish through the INTPART Phase-1 project.鈥�