Research
Principal Investigators affiliated with the CTO program:
| Dept | 
 | Principal Investigator | 
 | Research Area | 
| Surgery | 
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 | The responses in the human body to surgery that stimulate tumor growth or the formation of metastases. | |
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 | Malignant diseases of the upper gastrointestinal tract. | |
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 | Laparoscopic gastro-intestinal and oncological surgery (including robotsurgery). | |
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 | Metastatic colon cancer. | |
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 | Pancreas and liver surgery. | |
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 | Clinical aspects of operations on esophagus and stomach. | |
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 | M.E.N.-syndrome, pituitary gland disorders, Addison’s disease and endocrine autoimmune diseases. | |
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 | Multiple endocrine neoplasia (MEN), thyroid cancer and pancreatic cancer. | |
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 | Hyperthermic intraperitoneal chemotherapy in peritoneal surface malignancy. | |
| Head and Neck Surgical Oncology | Van Es, R.J.J. | Individualized treatment and personalized Head Neck cancer care based on Image-guided and Molecular-guided treatment. | ||
| Pathology | 
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 | How do the granzymes normally kill tumor cells and how can tumor cells escape from the cytotoxic immune response. | |
| The genetics of cystic preneoplastic pancreatic tumors (IPMN) and the transition to pancreatic carcinoma. | ||||
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 | How does loss of cell-cell adhesion lead to tumour progression, with an emphasis on breast cancer. | |
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 | Unraveling the origin of breast cancer optimalization of the diagnostics and treatment of breast cancer. | |
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 | Identification of behavior in early invasive colorectal cancer. | |
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 | Leng de, W.W.J. | 
 | Polyposis and tumorigenesis in Peutz-Jeghers Syndrome. | 
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 | 1) Understanding the molecular mechanisms underlying differential anti-cancer drug sensitivity in breast and ovarian cancer patients in order to develop tests that may guide treatment decisions in the clinic and ultimately improve survival. 
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 | Unraveling the genesis of breast cancer and to optimize the diagnostics and treatment of this disease. | |
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 | Unraveling the molecular and genetic mutations that cause cancer in the digestive tract. | |
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 | Molecular Pathology of head and neck carcinoma. | |
| MDL | 
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 | Loco-regional treatment of liver malignancies. | |
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 | Linde ter, Jose | 
 | Chemoprevention, early detection, and correct diagnosis of colorectal adenomas and cancer. | 
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 | Detection and endoscopic treatment of early colorectal cancer. | |
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 | Understanding Crohn’s disease and colitis ulcerosa to offer patients better treatment and a better quality of life. | |
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 | Clinical trials studying new therapeutic endoscopic procedures (i.e. endo-ultrasound pain blockade and transmural drainages, endoscopic (sub)mucosal resections of early gastro-intestinal cancers in the digestive tract and palliative stent placements). | |
| Gynaecology | 
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 | Ovarian function. | |
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 | Ovarian cancer, (micro)-metastases in cervical cancer and minimal invasive surgery within gynaecological oncology. | |
| Radio-therapy | 
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 | Translational imaging in breast oncology: decision support systems for patient tailored therapy selection. | |
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 | Thermal modelling for hyperthermia. | |
| Radiology | 
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 | Individualized treatment in nuclear oncology and personalized cancer care based on image-guided treatment. | |
| Veterinary Medicine | 
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 | Unraveling the mystery of polyploidy in the liver and to discover the mechanism of tumor suppression by atypical E2Fs. | |
| Medical Oncology | 
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 | Phase 1 and 2 studies in cancer patients with solid tumors to explore the safety and tolerance, and sometimes preliminary efficacy of a new medicine. | |
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 | Colorectal cancer: Phase 3 CAIRO studies of the Dutch Colorectal Cancer Group (DCCG) and observational cohort studies (PICNIC). Websites: | |
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 | Primary brain tumors. | |
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 | Elucidating cellular and angiogenetic pathways that result in breast cancer (development). | |
| Julius Center | 
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 | Epidemiological studies of breast cancer. | |
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 | The additional value of MRI for women with extremely dense breasts in the population-based breast cancer screening program in the Netherlands. | |
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 | Molecular end genetic epidemiology of breast- and ovarian cancer. | |
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 | Risk assessment and prevention of cancer with a focus on nutrition, lifestyle, biomarkers and genes. Websites: | |
| Neuro-Oncology | 
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 | Brain tumors with the focus on extracellular vesicles. | |
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 | Resistance mechanisms that are activated in tumor cells as a reaction to therapy. | |
| Clinical Chemistry & Haematology | 
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 | Synthetic and natural nanoparticles (~100 nm) for therapy and diagnosis. | |
| Translational Immunology | 
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 | Immunomonitoring and immunotherapy. Websites: Movies: | |
| Molecular Cancer Research | 
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 | Unraveling the molecular principles that ensure faithful chromosome segregation during cell division, to understand how and why the fidelity of this segregation process is disturbed in cancer cells. | 
 
      