We have established a comprehensive xenograft glioma program. Samples are obtained from patient surgeries and are used to develop engrafted tumors in the brains of immunocompromised mice. They are also used for the establishment of primary cultures. The availability of PDX models will provide a state-of-the-art tool for the evaluation of novel therapies and discoveries. We anticipate that the varied use of these models by clinicians and scientists at MSK will pave the way for better understanding and important advances in evaluation, stratification, prognosis, and therapies.
We have established a primary cell line program.
We will maintain several genetically engineered mouse models that develop glioblastoma spontaneously. These will allow investigations into the origin and early phases of tumor development that cannot ideally be studied in patients or PDX models, as well as comparative evaluation in preclinical studies.
Establishing a brain tumor tissue and biospecimen bank paired with a fully annotated, customized clinical database is the backbone of much of our current and future work. This dataset is invaluable for driving translational research and laying the groundwork for personalized, targeted therapy of brain tumors stratified by subtypes.