This study provided the first detailed genomic and epigenomic map of the IGH-DUX4 rearrangement and suggested the principle a model for the IGH-DUX4 contribution to B-ALL.
T cell exhaustion has proven to be an obstacle for immunotherapy, and investigators hope their basic findings will result in techniques to prevent exhaustion.
The research shows that MAGE genes evolved to protect inherited DNA in men from stress, focusing on a subtype of MAGE genes called MAGE-A.
St. Jude Cloud to accelerate scientific discoveries through access to real-time clinical genome sequencing data
The platform is the first to release prospective, comprehensive clinical whole-genome sequencing data directly from the clinic to the cloud.
Cell Host & Microbe study reveal the nearly 70 proteins the bacteria need to spread and set up shop (colonize) on someone new.
Scheduling delivery of the drug asparaginase with a discontinuous schedule of dexamethasone helps reduce bone damage when the two drugs were given together.
St. Jude chosen to lead an international effort to define how flu infections early in life shape the immune response to virus.
Researchers report for the first time that flu sticks to the surface of common respiratory bacteria.
St. Jude experts present pediatric oncology and survivorship research at the annual meeting of the American Society of Clinical Oncology.
The Giants of Cancer Care recognition program honors those who advance the field of oncology through research or clinical care.
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