Molecular profiling identifies new high-risk subtype of pediatric liver cancer
The findings support a diagnostic algorithm to identify the cancer subtype and guide specialized treatment.
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The findings support a diagnostic algorithm to identify the cancer subtype and guide specialized treatment.
Read MoreResearchers connected altered IGF-1 levels to infantile spasm in patients and animal models.
Read MoreDr. Rosenberg brings a wealth of scientific expertise to the AAAS governing body.
Read MoreRestoring the normal activity of a particular overactive brain circuit improved anorexia in an animal model of the condition.
Read MoreThe Zhou lab reveals a new player in the elimination of dying cells and identifies a mechanism for the process.
Read MoreMultiplex immunofluorescence reveals the immune landscape of cancer-associated tertiary lymphoid structures.
Read MoreResearchers provide new insights into how human NANOG reshapes the genomic landscape to activate a pluripotent state.
Read MoreResearchers identified a combination therapy for triple-negative breast cancer that results in durable tumor regression in an animal model.
Read MorePatients with some gene variants affecting a zinc finger region of EBF3 suffer from a more severe form of the condition.
Read MoreDr. Bjoern Burckhardt will use mass spectrometric imaging to identify potential new biomarkers and promising drug targets for human diseases.
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