Science
Oncode’s founding is rooted in the knowledge that major breakthroughs in cancer treatment come from curiosity-driven and interdisciplinary basic research. Oncode research is therefore guided by curiosity, about concepts such as the innermost workings of (cancer) cells and tissues and the mechanisms by which cancer cells circumvent tumor-suppressing controls and therapies.
Inherent to fundamental research, the answers to such questions can come from unexpected directions, and it is Oncode’s firm belief that outsmarting cancer requires large, and just as importantly, joint efforts. To facilitate scientific breakthroughs, Oncode’s scientific strategy revolves around the following core concepts:
- a collaborative community of excellent scientists with a broad range of complementary expertise
- ‘freedom to explore’ enabled by substantial base funding, to drive high-risk/high-gain research
- access to world-class technologies and research infrastructures
The key scientific achievements of 2022 are summarized below. Reflecting on Phase 1, Oncode has established an active community of more than 800 outstanding scientists at 12 partner institutes, specialized in the field of basic oncological research and united through a shared mission and strategy. Building on the excellent research ecosystems already present at our partner institutes, which allow Oncode to connect to additional expertise, facilities and networks, eight new research facilities were established involving six institutes. Oncode’s model to drive world-class science is proving effective and delivering results, including over 1600 peer-reviewed publications, prestigious grants and awards for OIs across the community, and recognition in Nature’s 2020 Top 50 NPO/NGO institutes in cancer research.
Oncode key scientic achievements in 2022
61
top research groups with >800 excellent researchers
404
peer-reviewed
publications
72%
success rate Strategic
Funding Support program
€66,7
million subsidies and
awards granted to the
Ols and their teams
3
a technology Access
pilot projects completed
8
operational research
facilities
A team of excellent scientists
Within a single institute, Oncode connects many different world leaders in basic cancer research, covering a broad range of topics across all aspects of cancer research to stimulate outside-the-box thinking and multi-disciplinary interaction. Oncode was established in 2017 with an initial group of 43 founding scientists at eight Dutch research institutes.
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Base Funding
Oncode promotes the innovation potential of its research community by providing its investigators with base funds for fundamental oncology research. Oncode base funds are near-unrestricted and are designed to promote innovative basic and pre-clinical research lines of high quality research.
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Strategic Funding Support
Oncode’s Strategic Funding Support (SFS) program aims to help OIs and Oncode researchers navigate the funding landscape and improve their grant writing skills, thereby boosting grant application success and thus also increasing Oncode research funding. Support is provided through proposal reviews.
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Training & Mentoring
Oncode strives to inspire and enable the next generation of scientists and supports researchers at all career stages. Through its Training & Mentoring Program, Oncode provides trainings, workshops and mentoring support, to equip its OIs and researchers with knowledge, tools and confidence to create breakthrough and impactful innovations.
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Infrastructure & Technology – Facilities & workshops
The Infrastructure & Technologies (I&T) program targets larger pieces of equipment and infrastructure projects that support broad access to key state-of-the-art technologies that are more cost effective when shared. This includes investments for expanding or upgrading equipment, facilities, and infrastructure.
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Technology Access
With the ambition to provide the Oncode community with access to the latest and most innovative emerging technologies, Oncode launched the Technology Access (TA) pilot 2021. The pilot aims to identify and conduct a preliminary assessment of emerging and promising technologies.
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A team of excellent scientists
Scientific team 101: Within a single institute, Oncode connects many different world leaders in basic cancer research, covering a broad range of topics across all aspects of cancer research to stimulate outside-the-box thinking and multi-disciplinary interaction. Oncode was established in 2017 with an initial group of 43 founding scientists at eight Dutch research institutes. In 2019, the group was expanded with 19 new investigators through two rounds of open recruitment. These recruitment rounds were focused on further balancing the OI team with respect to gender, career stage, and expertise. This completed the Phase 1 research team, consisting of 62 OIs (18:44 junior/senior; 17:45 female/male), based at 12 Dutch research institutions, covering topics ranging from technology development in the basic sciences to translational research based on the discovery of new therapeutic opportunities. Due to the retirement of one OI, in 2022 the team consisted of 61 OI groups and more than 800 researchers.
Oncode has set itself the ambitious aim of achieving scientific breakthroughs and translating these into tangible benefits for patients and society. For this, it is essential that its scientific team comprises the most excellent and talented investigators in the Dutch oncology community, each actively contributing to Oncode’s objectives. In 2022, in preparation for Oncode’s Phase 2, an evaluation of the majority of 61 OIs was conducted to assess each individual OI and their group’s scientific excellence and contribution to Oncode’s goals (valorization, collaboration and community activities). All senior OIs, and the Junior OIs that joined Oncode at its launch in 2017, were evaluated by a panel of independent external experts (see Appendix IV for the OI assessment and selection procedure). Positively evaluated junior (Jr) OIs will transition to senior (Sr) OI status. The 12 Jr OIs who started in 2019, entered Phase 2 as Jr until end of 2023 with an evaluation scheduled in 2023, to determine which ones will be invited to continue in Phase 2, and thereby transition to Sr OI status from 2024 onwards. Following review by the independent experts, based on the recommendations of Oncode’s International Review Committee and International Advisory Board, 52 OIs (40 Sr OIs and 12 Jr OIs) were invited to continue in Oncode Phase 2. Funds are reserved for a new recruitment round in 2023, to expand the scientific team of OIs with new talent and experts from January 2024 onwards.
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Base funding
Base funding 101: Oncode promotes the innovation potential of its research community by providing its investigators with base funds for fundamental oncology research. Oncode base funds are near-unrestricted and are designed to promote innovative basic and pre-clinical research lines of high quality (high-risk/high-gain) research, or for OIs to apply their expertise in new research lines. Typically, these research lines are difficult to finance in the standard funding landscape due to a lack of preliminary data or an adequate track record and limited funding availability. Of equal importance, Oncode’s base funds provide OIs with the financial capability and flexibility to accelerate research lines, change the scope of research programs, or quickly terminate non-successful projects. Importantly, Oncode supports widespread access to generated results and knowledge, to enable others across the globe to use and build on these findings. Oncode is committed to Open Science and FAIR Data, through the FAIR data principles and as formalized in its Open Access Publishing policy. As such, all OI and their research groups are committed to open access publishing of all Oncode research. The impact of Oncode’s base funds can be seen on multiple levels, including publications, new funding opportunities, and the ability to venture into new research and collaborations, as highlighted below.
Publication
In 2022, OIs collectively published 404 unique peer-reviewed publications. Of these, 125 were primary publications with an Oncode Investigator listed as last and/or corresponding author. Reflecting the success of the first 5-year phase of Oncode, the Oncode community collectively contributed to a total of 1670 unique publications, of which 623 primary publications had an OI as last and/or corresponding author. Oncode’s base funding is vital for much of the research being conducted and the results established.
Notable examples of key publications in 2022 include:
- Klaasen et al, Nature 607 (2022). Study by Geert Kops, including Susanne Lens and Jop Kind, demonstrating a direct link between nuclear chromosome positions and segregation error frequencies.
- van Toorn et al, Molecular Cell 82 (2022). Study by Jurgen Marteijn and Wim Vermeulen, demonstrating that active DNA damage eviction by HLTF stimulates nucleotide excision repair.
- Lenos et al, Nature Communications 13 (2002). Study by Louis Vermeulen, including J.P. Medema and Geert Kops, on comprehensive molecular characterization of colorectal cancer-related peritoneal metastasis.
- Dekkers et al, Nature Biotechnology 41 (2022). Study by Anne Rios, including Hans Clevers, employing advanced 3D imaging and organoid technology to uncover the mode of action of engineered T cells for cellular immunotherapies.
- Linder et al, Cancer Discovery 12 (2022). Study by Wilbert Zwart, including Lodewyk Wessels and Rene Medema, on drug-induced epigenomic plasticity affecting circadian rhythm regulation to drive prostate cancer towards androgen independence.
- Zingg et al, Nature 608 (2022). Study by Jos Jonkers, including Lodewyk Wessels and Edwin Cuppen, identifying truncated FGFR2 as a clinically actionable oncogene in several cancers.
Marvin Tanenbaum (Hubrecht Institute )
”The Oncode base fund has allowed me to explore a completely new direction in my lab. We established the first ever system to visualize viral infection in living cells with single-molecule sensitivity. This research was published in Cell and featured on the 8 o’clock news (NOS Journaal).”
Hans Clevers (Hubrecht)
“Without the 'unrestricted' base funds of Oncode, these expensive but very successful studies would not be possible. Moreover, we utilized these funds for 'far out' projects that would have never been funded by granting agencies yet have yielded great new insights.”
Sylvie Noordermeer (LUMC)
“As a starting group leader, the freedom to explore novel research lines with Oncode’s base funding is indispensable as it enables me to gain preliminary data to obtain additional funding and expand my research lines.”
New funding opportunities
Oncode’s base funds enable OIs to initiate new research lines and gather preliminary data on promising new findings. Since the establishment of Oncode in 2017, it has become increasingly evident that research lines that are enabled through Oncode’s base funds can truly drive successful national and international grant applications. In 2022, OIs and their teams were granted a total of €66,7M subsidy in grants and awards for their research.
Several notable successful grant application outcomes in 2022, where Oncode base funds provided an essential contribution, include:
- NWO Vidi Grant - Miao-Ping Chien (Erasmus MC), Rebekka Schneider (Erasmus MC), Jarno Drost (Princess Máxima Center) and Monique Mulder (Ovaa lab; LUMC)
- ERC Consolidator Grant - Louis Vermeulen (AUMC-AMC) and Marvin Tanenbaum (Hubrecht)
- ERC Advanced Grant - Daniel Peeper (NKI) and Alexander van Oudenaarden (Hubrecht)
- NWO Vici Grant - Jacco van Rheenen (NKI) and Louis Vermeulen (AUMC-AMC)
Ruben van Boxtel (Princess Máxima Center)
“I joined Oncode in 2019, just 1.5 years after I set up my independent research group at the Princess Máxima Center. The base funds were essential for the fast growth and successes my group experienced in the last years. We used these funds to obtain pilot data for grant applications, (…) I obtained an ERC consolidator grant in 2019 and received the NYSCF Robertson Stem Cell Investigator Award in 2022.”
Miao-Ping-Chien (Erasmus MC)
“With Oncode’s base fund and TechDev fund, I was able to provide sufficient preliminary results to secure the KWF TKI grant.”
Daniel Peeper (NKI)
“Furthermore, Oncode base funding can be used to leverage and obtain funding from other sources, using Oncode funding-based preliminary projects. (…) I received an ERC Advanced grant to further explore our T cell dysfunction models (one manuscript in revision and one in preparation). Second, I obtained an NWO XL grant, in collaboration with Karin de Visser (NKI, Oncode) and Maarten Altelaar (UU).“
Jarno Drost (Princess Máxima Center)
“Oncode base funds and single-cell-(epi)genome sequencing facility were essential to generate preliminary data that served as the basis for my successful NWO-Vidi application.”
Recognition: awards and memberships
In addition to high-quality publications and successful grant applications, OIs have received (inter)national recognition through awards and invitations for membership of select scientific communities. These awards and memberships reflect the quality and relevance of the recipient scientist’s research achievements.
Also in 2022 several OIs received (inter)national recognition, including the following highlights:
- New York Stem Cell Foundation Award - Ruben van Boxtel (Princess Máxima Center)
- Josefien Nefkens Award - Roland Kanaar (Erasmus MC)
- Ammodo Science Award - Ruben van Boxtel (Princess Máxima Center) and Hans Clevers (Hubrecht)
- EMBO Young Investigator Program - Tineke Lenstra (NKI)
- EMBO membership - Marvin Tanenbaum (Hubrecht) and Michiel Vermeulen (Radboud Uni)
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Strategic Funding Support
Strategic Funding Support 101: Oncode’s Strategic Funding Support (SFS) program aims to help OIs and Oncode researchers navigate the funding landscape and improve their grant writing skills, thereby boosting grant application success and thus also increasing Oncode research funding. Support is provided through proposal reviews, and Oncode can also provide support in identifying suitable (industry) partners or coordinating a grant application. In addition, the program has provided tailored funding strategies for OIs and Oncode spin-off companies and offers grant writing training and ‘tips & tricks’.
In previous years, Oncode Business Developers (BD) of the Valorization Team proactively engaged with OIs to provide funding support, a strategy that was revised in 2021 towards more balanced utilization of resources. By increasing focus on grant reviews and limited advertisement of SFS program offerings, the need for grant writing support to the community could be addressed, while optimizing use of capacity and maintaining high quality. In Phase 2, Oncode will continue its efforts to provide the Oncode community with strategic funding support, with increasing focus on participation in and coordination of strategic consortium initiatives for large-value international funding opportunities.
In 2022, the program achieved a success rate of 72%, and helped secure total funding of €16.7M, of which €4.8M was allocated to OI labs, Oncode Institute and Oncode spin-offs. Reflecting on Phase 1, the SFS program supported 95 grant applications, with an average success rate of 48% (7 evaluation results pending). A total of €46M was secured, of which €22.1M was allocated to Oncode Investigator labs, Oncode Institute and Oncode spin-offs. Of these projects, 32% were public-private partnerships.
Notable successful grant applications supported through the SFS program that were granted in 2022 include:
- NWO Vidi (€800k) - Miao-Ping Chien (Erasmus MC)
- NWO-XL (€2M) - Jop Kind (Hubrecht), Michiel Vermeulen (Radboud Uni) and collaborators
- KWF (€474k ) - Anne Rios (Prinses Máxima Center and collaborators)
- KWF (€573k); Linde Meyaard (UMC Utrecht)
- EIC Pathfinder (€3.6M) - Linde Meyaard and collaborators
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Training & Mentoring
Training & Mentoring 101: Oncode strives to inspire and enable the next generation of scientists and supports researchers at all career stages. Through its Training & Mentoring Program, Oncode provides trainings, workshops and mentoring support, to equip its OIs and researchers with knowledge, tools and confidence to create breakthrough and impactful innovations.
Training
In 2022 Oncode organized an advanced workshop and three technical masterclasses; interactive small-scale meetings that combine lectures and hands-on training from invited experts. All these trainings were well-attended, with a total of 297 attendees and an average satisfaction score of 8,6 out of 10. Oncode will continue and further develop its training program, offering events generally open to te broad scientific community, in a combination of masterclasses, courses and seminars customized to the needs of PhD students, postdocs and OIs. Moving forward, the program will focus on scientific and technical training as well as awareness and education on valorization-related topics.
Mentoring
Oncode’s mentoring program supports the next generation of leaders, helping them drive innovation across complex, dynamic organizational settings. Over the course of Oncode Phase 1, the program supported a large pool of Jr OIs and the Cancer Genomics Center (CGC.nl) junior investigators. Four sessions were organized in 2022, and the mentoring programme was officially concluded in November that year.
Tineke Lenstra (NKI)
“The Oncode mentoring sessions have contributed to my growth as a leader. Sharing of experiences and struggles among peers has been motivating and has helped me to supervise and mentor my team using values that I find important, such as open communication. Inspired by this, I have setup a similar junior PI network in Europe to promote interactions with junior PIs working in gene regulation.”
Sylvie Noordermeer (LUMC)
“Oncode’s mentoring program for junior group leaders has been very instrumental for me to deal with all non-science related topics of running a research group. (…) As a group leader who just started my own group, this was very helpful to be better equipped for my new role and prevent avoidable mistakes.”
Elzo de Wit (NKI)
“The Oncode mentoring program remains a source of inspiration for the way I manage my group. The ability to spar with a peer group is very useful when encountering challenges on the work floor. Hearing about other people’s challenges helps to pre-empt them in my own group.”
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Infrastructure & Technology – Facilities & workshops
Infrastructure & Technology 101: The Infrastructure & Technologies (I&T) program targets larger pieces of equipment and infrastructure projects that support broad access to key state-of-the-art technologies that are more cost effective when shared. This includes investments for expanding or upgrading equipment, facilities, and infrastructure. The program’s collaborative set-up means new technologies are made available to the entire Oncode community and extended scientific community at our partner institutes.
Over the course of Phase 1, Oncode has invested close to €10M in research infrastructure, enabling access to state-of-the-art technologies, infrastructures, facilities and technical training. Through the I&T program Oncode has funded 10 infrastructure projects and supported the establishment of eight new state-of-the-art research facilities. To ensure optimal exposure and use of its facilities, as well as creating general awareness of innovative technologies to drive excellent science, Oncode frequently organizes technical masterclasses and workshops, and actively communicates about them through various media channels.
Oncode facilities
In 2022, the I&T program focused on continued support of and sustained access to the Oncode facilities. All facilities are broadly accessible, with their collective users currently including members of the Oncode community and academic researchers across the Dutch research community as well as private organizations on a fee-for-service basis. To further increase awareness, Oncode improved visibility of the facilities on its website and intensified communication on the supported equipment and facilities as well as results and experiences of successful projects.
After conclusion of Oncode’s first phase, all Oncode facilities are being evaluated by Oncode’s Research Management Committee, to assess if the technologies and services provided add the desired value for the oncology community, and determine if Oncode should continue its financial support or if activities can be maintained through alternative means (e.g. spinning-out activities into a venture or inclusion in the partner institute’s core facility programs). In Phase 2, Oncode will work with its partner institutions to secure (inter)national infrastructure subsidies to support current and establish new research facilities.
The eight current Oncode facilities are:
- Oncode Drug Repurposing facility (LUMC and NKI)
- Oncode Therapeutic Antibody accelerator (UMC Utrecht)
- Proteins4Oncode (NKI)
- Oncode platform for clinical colorectal cancer samples (online, Amsterdam UMC)
- Oncode GPU infrastructure (NKI)
- Proteomics for Oncode (UMC Utrecht and Radboud University)
- Oncode Single-cell (epi)genome sequencing facility (Hubrecht)
- UFO Biosciences Functional single cell isolation and profiling facility (Erasmus MC – no I&T financial support, supported through Oncode valorization efforts)
Boudewijn Burgering (UMC Utrecht)
“We are extremely happy that Oncode decided to invest in a new technology (single cell proteomics) that at the time of requesting funding was far from established and still under development. As can be read elsewhere we are now in the position as the only facility in the Netherlands to offer single cell proteomics to the research community.”
Ruud Delwel (Erasmus MC) on the Drug Repurposing facility
“We had a very pleasant and professional collaboration with the team of Roderick Beijersbergen.” – ”The Drug Repurposing Program has been successful and may provide novel treatment for a currently incurable subtype of AML.
Roland Kanaar (Erasmus MC) on the Drug Repurposing facility
“We are extremely satisfied with all help and assistance provided by the Center of Expertise. We were personally guided through the entire procedure, with well-prepared meetings, reports and help with experimental as well as data-related aspects.”
Anastassis Perrakis (NKI)
“Oncode facilities were key for all my research. The cryo-EM (OI Titia Sixma), as well as the Proteins4Oncode and the Oncode-GPU facilities that I initiated, are not only of direct use to other OI researchers, but also crucial and necessary tools for my own research.”
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Technology Access
Technology Access 101: With the ambition to provide the Oncode community with access to the latest and most innovative emerging technologies, Oncode launched the Technology Access (TA) pilot 2021. The pilot aims to identify and conduct a preliminary assessment of emerging and promising technologies. Specifically, it enables initial validation by OIs and their teams, to better determine the potential value of the technology for the Oncode community. For those technologies considered sufficiently impactful, Oncode aims to support early access for the Oncode community by offering such technologies through its I&T program or securing additional external funds.
The TA pilot aimed to explore the potential of a full technology access program that could be integrated into Oncode’s overall strategy. In 2021, a Technology Access Board (TAB) consisting of nine OIs evaluated emerging technologies of potential interest that were suggested by members of the Oncode community, including selected OI Technology Specialists and the TAB. In 2022, Oncode initiated the testing and validation of three selected technologies by Oncode research groups that applied for participation through an open call. For each technology, the pilot was coordinated with the support of a lead OI and conducted in close collaboration with the companies offering the technologies. The pilot included meetings with the researchers and the companies offering the technologies, to discuss experimental setup, results, and data analysis. The outcome of the program scheduled for evaluation early 2023. If positively evaluated, Oncode will seek additional funds to enable the launch of a full program.
Technologies selected for validation in the TA pilot were:
- Spatial Trancriptomics - Nanostring / 10X genomics (lead OI: Jarno Drost, Princess Máxima Center)
- Phenocycler / CODEX – Akoya Biosciences (lead OI: Anne Rios, Princess Máxima Center)
- CITE-seq –Single Cell Discoveries (lead OI: Jop Kind, Hubrecht)