With your support, we have been able to fund outstanding research, leading toward cures and improved quality of life for children with cancer. Browse through our nearly 1,000 funded projects below.
Use the search tool to refine your results. You can also click on a heading to sort by project title, institution name, or year the grant was awarded. Click on the project title to read more information.
ALSF Funded Research Projects
|Project Title||Institution / Principal Investigator(s)||Grant Type||Year||State|
|Kidney Disease after CD19-Targeted Chimeric Antigen Receptor T Cell Therapy for Pediatric Acute Lymphoblastic Leukemia||Children's Hospital of Philadelphia / Regina Myers, MD||Young Investigator Grants||2019||Pennsylvania|
|Identification of Synthetically Immunogenic Compounds to Synergize with Immunotherapy In Neuroblastoma||Children's Hospital of Philadelphia / Adam Wolpaw, MD/PhD||Young Investigator Grants||2019||Pennsylvania|
|Therapeutic Targets and Molecular Mechanisms in Childhood Brainstem Tumors||University Health Network - Toronto Western Research Institute / Jerome Fortin, PhD||Young Investigator Grants||2019||Ontario|
|Platform development for target identification in high risk pediatric leukemias||Columbia University / Adolfo A Ferrando, MD/PhD, Charles Mullighan, MD/PhD||Crazy 8 Initiative||2019||New York|
|Targeting Valine-Specific Amino Acid Dependency -in T-Cell Acute Lymphoblastic Leukemia||New York University Medical Center / Palaniraja Thandapani, PhD||Young Investigator Grants||2019||New York|
|The Role of Germline Variants in Infant Leukemogenesis||Washington University / Margaret Ferris, MD/PhD||Young Investigator Grants||2019||Missouri|
|Defining the Molecular Mechanisms Underlying Pediatric Brain Tumor Penetrance||Washington University / Nicole Brossier, MD/PhD||Young Investigator Grants||2019||Missouri|
|Enhancing the therapeutic efficacy of chimeric antigen receptor T cells for acute myeloid leukemia||Washington University / Miriam Kim, MD||Young Investigator Grants||2019||Missouri|
|Practical, Reproducible, and Statistically-Rigorous Workflows for Single-Nucleus Analysis of Childhood Cancer Data||Johns Hopkins Bloomberg School of Public Health / Stephanie C. Hicks, PhD||Crazy 8 Initiative||2019||Maryland|
|Targeting Fusion-driven Sarcomas||National Institutes of Health / Javed Khan, MD||Crazy 8 Initiative||2019||Maryland|