New findings help increase understanding of molecular mechanisms for common forms of amyotrophic lateral sclerosis (ALS) and frontotemporal dementia (FTD).
Incorporating topotecan into front-line therapy of advanced localized retinoblastoma cures patients and improves survival of eyes with useful vision.
Researchers identify the molecular events that activate inflammasomes to initiate the innate immune response against bacterial invaders.
Newly identified type of lung macrophage protects chemotherapy-treated mice from lethal bacterial pneumonia despite absence of neutrophils.
National Institutes of Health funding will help physicians and researchers improve hydroxyurea treatment management for sickle cell patients in Memphis.
St. Jude and Methodist Healthcare sign agreement to advance center for adult sickle cell disease in Memphis
The newly expanded Methodist Comprehensive Sickle Cell Center will strengthen research into sickle cell disease and serve the growing needs of patients in the Memphis area.
Proteinpaint database collaboration will make it easier for any scientist to explore cancer genome data.
St. Jude researchers provide experimental evidence to demonstrate how stem cells contribute to cancer risk.
A new gene editing approach eases the effects of sickle cell disease in blood cells isolated from patients.
Molecular "master assassin" identified that recognizes flu-infected cells and triggers cell death, raises hope for drugs to prevent flu complications.
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Browse all scientific publications by St. Jude investigators in 2015.