Our website uses cookies. We use cookies to remember settings and to help provide you with the best experience we can. We also use cookies to continuously improve our website by compiling visitor statistics. Read more about cookies

Clinical Research Program – Solid Tumors

The department of pediatric solid tumors is specialized in cure and care for children with malignant tumors of organs (blastomas), soft tissue saromas and bone tumors. The diagnosis and treatment for these children requires a multidisciplinary team of pediatric oncologists, surgical specialists, radiologists, nuclear medicine, radiotherapists, pathologists, specialty nurses, clinical nurses, psycho-social team and physiotherapists. They enthousiastically work with the children and families for state-of-the-art care.
Clinical program director: Prof. dr. Max van Noesel

Departmental research and clinical trials program

  1. Bone tumors lead to drastic changes in the future of children through amputations, prostheses and thus changes in their own body image and physical limitations. In addition, the chances of recovery are insufficient and have not improved (internationally) for many years. Our department has a focus on children with bone tumors The aim is 5-fold: a) molecular analysis of bone tumors, b) Development of novel targets for treatment , c) 3D-imaging-based and fluorescence-guided surgery, d)Development of cellular immunotherapy (e.g. CAR-T) and e) Development of liquid biopsy/blood based diagnostics.
  2. In neuroblastoma and rhabdomyosarcoma, we focus on the implementation of early diagnostic blood diagnostics ('liquid biopsies') and early detection of minimal disease in the blood or relapsed disease.
  3. Understand drug sensitivity of tumors by screening the child's own tumor in the laboratory for drug sensitivity ('Drug Screening').
  4. Development and implementation of immunotherapies. For neuoblastoma in particular, we implemented anti-GD2 antibody therapy in several clinical trials. The next steps in immunotherapy are the development and clinical application of cellular immunotherapy with the patient's own genetically engineered T-immune cells (so called CAR-T cells) targeted against their tumor cells.
“The program has a broad focus on improved diagnostics, development of targeted treatment, reducing treatment related toxicity and improvement of quality of life." Prof. dr. Max van Noesel - Clinical program director

Personal focus 

In addition, Max van Noesel's personal focus is on two projects:

  1. Theranostics - In collaboration with prof. Marnix Lam, Dr Braat, Dr de Keizer, Dr Tolboom, Dr Poot, UMC Utrecht
    Tracer development and clinical studies: Development of [211At]- MABG treatment for neuroblastoma , LUDO-N study, a phase 1 [177Lu]Dotatate treatment in children with relapsed neuroblastoma; [68Ga]-SATO -PET study, imaging study in pediatric neural crest tumors with the SSTR-antagonist SATO; [18F]-MFBG imaging study for diagnosis and staging of neuroblastoma tumors; [89Zr]-anti-GD2 PET study for imaging of the GD2 biomarker in neuroblastoma, osteosarcoma and Ewing sarcoma (expected to open within 2 yrs).
  2. Development of clinical studies - In collaboration with the Molenaar-lab.
    - Collaboration in trans-Atlantic NANT consortium for early clinical trials in neuroblastoma. In 2025 and 2026 two trials are expected to open: MIGHTY, a platform trial for molecular and immunological data on children in relapsed disease trials and TACTIC, a clinical trial with the combination of chemotherapy and immunotherapy (anti-GD2 plus anti-PDL-1 plus anti-TIGIT).
    - International MYKIDS study, a platform trial for molecular diagnosis and development of liquid biopsies and organoids for Non-Rhabdo Soft Tissue Sarcoma (NRSTS) in children.

Clinical research program - Solid tumors