Novel boat-shaped membrane protein provides an architectural solution for PlsC and likely thousands of other enzymes that work within the cell membrane.
Landmark study of the most common pediatric brain tumor reveals new cancer genes and lays the foundation to expand precision medicine.
Researchers offer clues on how mutations in the histone H3 cripple DNA replication and genomic instability, which contribute to development of high-grade glioma.
Researchers have identified a possible genetic marker of influenza severity and evidence it affects the supply of killer T cells that help fight the infection.
Progress reported in identifying childhood cancer patients who are most likely to benefit from fertility preservation measures.
Landmark study of T-lineage acute lymphoblastic leukemia (T-ALL) reveals new mutations and drug development targets.
The brain chemical adenosine may one day help adults learn language or music more easily.
Enhanced immunotherapies against cancer and viral infections may be on the horizon thanks to a new strategy to combat T cell exhaustion.
Researchers have cracked the code for understanding how T cells recognize antigens that signal particular threats – and put it all in a useful algorithm
Discovery of new molecular control switches for cellular machinery offers invaluable new research pathways for understanding and treating diseases.
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Browse all scientific publications by St. Jude investigators in 2016.