Latest project updates
Oncode Institute aims to outsmart cancer and impact lives. To achieve this, Oncode focuses on three pillars: excellent research, intensive collaboration and powerful valorization. The research strategy is focused on understanding the basic mechanisms of cancer to realize the ultimate goal: safer and more effective medical solutions as well as personalized precision diagnostics. Oncode brings together excellent cancer researchers in The Netherlands: 61 research groups from 12 different Dutch research institutes collaborate on 6 interdisciplinary research themes. To speed up the translation of scientific discoveries into clinical applications, Oncode has a dedicated team of specialists to support scientists in the valorization process.
12 partner institutions
61 Principal Investigators
€ 120 million
funding for 5 years
About Oncode Institute
Over the past decades, the scientific and medical community has made tremendous progress in understanding and treating cancer. However, the disease still has a large burden on society as cancer has become the primary cause of death in The Netherlands. In an effort to address this unmet clinical need, Dutch cancer researchers have joined forces within Oncode Institute. To come up with new avenues for treatment and diagnosis, Oncode focuses on better understanding the fundamental mechanisms of cancer biology. With the ultimate goal to improve long-term survival and the quality of life of patients.Oncode serves as a platform for excellent cancer researchers in The Netherlands to collaborate, share knowledge, expertise and technology. As a virtual Institute it stimulates scientific freedom and offers dedicated support to optimize the translation of fundamental insights into clinical applications. Outsmarting cancer, impacting lives. Visit the Oncode website for more information about the project.
Over 800+ Oncode researchers working under a single strategy that focuses on six different research themes:
- Development of novel technologies
- Understanding the critical drivers of tumour growth and the causes of resistance
- Analysis of network perturbations in tumours and tumour-host interactions
- Causes and consequences of genetic instability
- Identification of critical drug combinations and biomarkers for personalized cancer treatments
- Mobilising immune defence
Oncode invests heavily in the transfer of results from fundamental research into clinical applications. A team of dedicated specialists will help Oncode researchers with valorization of their findings. Furthermore, Oncode offers tailored training programs for affiliated researchers and actively invests in diversity through its Young Female Investigator program.
Accelerating innovation by partnership management
Based on its broad experience with partnership management and communication, Lygature has become a partner of Oncode. Lygature supports Oncode Institute with the following services:
- Program management
- Communication & external affairs
- Finance & IT-infrastructure
- Patient engagement
Lygature together with
Project updates
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Fundamental Science: an uncertain endeavour into uncharted territory
The majority of high impact medicines originate from curiosity driven research, American scientists found recently. Ton Rijnders and Madelon Maurice shed light on the importance of fundamental research, it's potential to reach into unchartered territory and yield surprising results, and the role Oncode hopes to play in the process
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Open call for Oncode Investigator applications
Oncode Institute has opened a call for applications for our Oncode Recruitment Programme. Up to eleven scientists will be awarded base-funding for the remaining duration of the first phase of Oncode, ending in September 2022. Read more
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On hair balls, ink pads, and folds: spatial organization of DNA and cancer
Neatly rolled up in a cell nucleus of only a hundredth of a millimetre in size, our genome consists of approximately two metres of DNA spread over 46 chromosomes. Three Oncode Investigators explain why they are fascinated by the spatial organization of this tiny ball of thread. Read more