Diffuse intrinsic pontine glioma (DIPG) is the leading cause of pediatric brain tumor related death. Due to their anatomical location and infiltrative nature, surgery is not feasible, and the current standard care is palliative radiation therapy (RT) alone. This treatment can aid in symptom control and prolong survival; however, it is not curative. DIPG is nearly universally fatal with a median survival of less than one year, and majority of patients succumbing to the disease within two years after diagnosis. Curative therapies with children with DIPG is a critically unmet need in pediatric oncology.

Project Area #1: Investigating redox modulating drugs to improve treatment of DIPG.

By testing novel redox-modulating drugs we aim to increase the effectiveness of radiation therapy. Through this, we hope to create translatable treatment options for this devastating disease. 

Project Area #2: Exploring potential neuroprotective agents for radiotherapy in brain tumor patients.

Along with physical decline, many patients have their neurocognitive function decrease due to the effect of radiation therapy on the surrounding normal tissue. Our lab wants to create therapies to protect this intact region of the brain so that patients can have a greater quality of life post-treatment.