Oncode Recruitment ProgramStories
Oncode Institute is at full strength with 19 new cancer researchers
We are pleased to announce that 19 excellent scientists and their research groups join Oncode Institute per 2019. Oncode grows to 62 research groups, spread over 12 academic institutions throughout The Netherlands. With this expansion, Oncode welcomes a total of 4 new institutes: Amsterdam UMC - location VUMC, Leiden University, UMC Groningen and Sanquin.
The 19 new Oncode Investigators have been selected during two open recruitment calls. Both calls were very competitive, with over 160 applications in total. In the last call, 4 junior researchers and 7 senior researchers were appointed. Earlier in December, 7 Junior Investigators were announced to be part of the Oncode team. The 8th Junior Investigator of that call was appointed in early January. With these 19 new researchers on board, Oncode is at full capacity with over 800 fundamental cancer researchers in total.
The new researchers were selected on the basis of a careful and public selection procedure. The selection committee consisted of 8 Oncode researchers, complemented by 5 national and international experts and with input from the Oncode International Advisory Board. Prof. dr. Robert Benezra (Memorial Sloan Kettering Cancer Center, USA) who was involved in the selection process as an external expert, said: "We were impressed by the high quality of all candidates. With the final selection of researchers, Oncode strengthens its position as a leading fundamental oncology research institute in The Netherlands."
Prof. Geert Kops, Scientific Director of Oncode Institute, says: "We are proud that the team is now complete. With the team at full capacity, we can bring fundamental knowledge about molecular cancer biology a step further. We have added specific expertise in the field of tumor immunology and medicinal chemistry. Moreover, we now have four clinician-scientists on board, with which we will strengthen the link to the clinic."
Overview selected candidates- Oncode Institute
Regulation of the T-cell response against cancer
Prof. Jannie Borst - Department of Immunohematology and Blood Transfusion, Leiden University Medical Center
In recent years it has become apparent that our immune system presents us with a chance to combat cancer. Specifically, cytotoxic T lymphocytes (CTLs) are our weapons against infection and cancer. Prof. Jannie Borst aims to identify the molecular mechanisms underlying the anti-tumour effect of CTLs. Furthermore, she focuses on the differences in signaling pathways between conventional and regulatory T-cells. The selection committee highly valued the proven valorization capabilities of Borst, as she has brought a new cancer immunotherapy drug to the clinic, starting from initial target discovery.
Key driver genes of heritable cancer
Prof. Lude Franke - Department of Genetics, University Medical Center Groningen
In his career, prof. Lude Franke has developed several computational methodologies to identify the downstream molecular consequences of genetic risk factors. By joining Oncode Institute, he now has the opportunity to systematically apply these tools to many different types of cancer. His approach opens up new avenues for other Oncode Investigators: “I believe my data-driven approach might yield new hypotheses that could be tested by other Oncode researchers and, vice-versa, I will be able to complement ongoing Oncode research with functional genomics datasets, expertise and analyses”, according to Franke.
Integrative Structural Biology for drug discovery
Prof. Anastassis Perrakis - Department of Biochemistry, Netherlands Cancer Institute
Deep insights into (macro-)molecular structures is vital for understanding biological function and translating basic molecular research towards novel therapeutics. Prof. Anastassis Perrakis has an extensive track record in integrative structural biology: “The unique skill-set of my research team in Integrative Structural Biology, allows us to do forefront methodological research while engaging in exciting collaborations that address important biological questions.” He has experience in collaborating with the private sector and brings important technological expertise into Oncode Institute to speed up the process from hit to lead in drug development.
Medicinal Chemistry to Discover Anti-Cancer Drugs
Prof. Mario van der Stelt - Molecular Physiology, Leiden Institute of Chemistry, Leiden University
Trained as a medical chemist, prof. Mario van der Stelt gained experience in a large pharmaceutical company and now heads his own research group at the Leiden Institute of Chemistry. His lab is recognized internationally for the design, synthesis and application of small molecules as chemical tools to control and visualize protein activity. This can be employed to design and synthesize novel anti-cancer drugs against Acute Myeloid Leukemia or breast cancer, but also allows identification of novel drug targets and to biochemically characterize existing drugs.
Experimental Cancer Immunology and Therapy
Prof. Sjoerd van der Burg – Department of Medical Oncology, Leiden University Medical Center
Currently, immunotherapy is regarded as the most innovative cancer therapy. The goal of prof. Sjoerd van der Burg is to improve immunotherapeutic strategies against solid tumours. Within Oncode, he will focus on expanding the molecular targets for immune therapy and investigate the role of myeloid cells, with follow up in clinical studies. Other topics his lab addresses are the mechanisms behind relapse of immune sensitive tumours and the effects of chemotherapeutic strategies on the immune system. He adds: “I expect that Oncode can take away the lag-time between inventions in one Dutch institute and testing or using those in another
Delivering precision medicine by integrating multidimensional information
Prof. Emile Voest, MD-PhD - Molecular Oncology & Immunology, Netherlands Cancer Institute
How are tumour cells recognized by the immune system? And, perhaps even more important, how do they evade the immune system? Prof. Emile Voest will try to answer these questions to boost the field of precision medicine in oncology. In his approach he will use autologous tumour organoid and T-cell pairs of patients with epithelial tumours and whole genome sequencing data of tumours treated with immunotherapy. Voest will add yet another strong link to the clinic: “I am a medical oncologist performing not only clinical or translational research but also basic research.”
How post-transcriptional regulation drives T-cell function
Dr. Monika Wolkers – Department of Hematopoiesis, Sanquin Research
Dr. Monika Wolkers brings her longstanding expertise in T-cell biology into Oncode institute. Specifically, she focuses on post-transcriptional gene regulation in T-cells and how this affects anti-tumour effects of the immune system. “Mouse models allow us to study the fundamental aspects of T-cell responses, while our study on tumour-reactive human T-cells allows translation to clinically relevant models like non-small-cell lung cancer derived T-cells”, Wolkers explains. In her experience, cross-talk between disciplines - as stimulated in the Oncode Institute - yields to highly innovative research.
Data science in cancer research
Dr. Jeroen de Ridder - Center for Molecular Medicine, University Medical Center Utrecht
Through his training at the NKI and the Delft University of Technology, dr. Jeroen De Ridder has developed into a bioinformatics scientist with a solid background in computational data science. His primary aim within Oncode Institute is to better predict cancer phenotypes. He will do this by analyzing cell free circulating tumour DNA isolated from easy accessible liquid biopsies. “To achieve this, we need to develop extremely accurate measurement technologies, on a genome wide scale, and robust machine learning methods that can deal with sparse randomly sampled data”, according to De Ridder.
Rhabdoid tumours: molecular dissection and therapy development
Dr. Jarno Drost – Princess Máxima Center for Pediatric Oncology
Childhood cancer is still the leading cause of death by disease in the developed world among children. So far, research has been hampered by a lack of cell lines and animal models truly representing pediatric renal and rhabdoid tumours. Dr. Jarno Drost aims to develop those by means of organoid models for these tumours, eventually allowing him to study personalized treatment and characterize the development of normal and malignant kidneys. About joining Oncode Institute he says: “For a young PI, Oncode represents a unique environment to do state-of-the-art science with the right guidance, funding support and collaborations.”
Hematopoietic stem cells in myeloid malignancies
Dr. Rebekka Schneider, MD-PhD – Department of Hematology, Erasmus Medical Center
Dr. Rebekka Schneider is a physician-scientist with a focus on myeloid malignancies. With her team she aims to dissect the interaction between (pre-)malignant hematopoietic stem cells and the microenvironment in myeloid malignancies and how this interaction contributes to disease initiation, progression and fibrosis in the bone marrow. She is looking forward to joining Oncode: “It is my ultimate goal to quickly translate findings regarding novel treatments and diagnostic procedures to the clinic. Oncode Institute helps to guide us regarding topics like technology transfer, intellectual property law and creation of spin-offs.”
Mechanisms underlying childhood cancers
Dr. Ruben van Boxtel - Princess Máxima Center for Pediatric Oncology
The overall aim of the research of dr. Ruben van Boxtel is to determine why children can develop cancer. Although aging is the biggest risk factor, the incidence of some cancers peaks early in life and decreases before rising again with age. With his group he aims to clarify this paradox and by doing so obtain novel insights into the mechanisms and rate-limiting steps underlying cancer initiation in children. Next to that, he will explore how cancer treatment causes second malignancies in childhood cancer survivors.
Bridging the gap in gastrointestinal malignancies
Prof. Louis Vermeulen, MD-PhD - Center for Experimental Molecular Medicine, Amsterdam UMC
By joining Oncode Institute, prof. Louis Vermeulen, a medical oncologist in training, wants to further expand his impact in the field of gastrointestinal malignancies. With his research, ranging from fundamental biology to clinical applications, he aims to understand molecular cancer subtypes and their specific interaction with the immune system. Next to that, his group uses CRISPR based technologies to follow tumour growth dynamics, responses to therapy and the influence of the microenvironment on tumour growth. Vermeulen adds: “Valorization support by Oncode and the experience of the other Oncode Investigators will be invaluable to drive clinical implementation of our discoveries.”
Please find an overview of the previously recruited junior Oncode Investigators and their research focus here.