Scientists have assembled a library of immune receptors that direct T cells to target cells with mutations in p53, the most commonly mutated gene in human cancers.
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Scientists have assembled a library of immune receptors that direct T cells to target cells with mutations in p53, the most commonly mutated gene in human cancers.
Laboratory analysis reveals which mutations within a key segment of the BRCA1 gene are likely to increase cancer risk.
Machine learning model predicts T cells’ tumor response.
When researchers figure out how to adjust a trait at its genetic source, lessons from one plant can help them improve another.
Early-life hormonal surges help shape the developing brain, establishing circuitry that will influence behavior for a lifetime.
Evaluating T-cell resilience can help researchers predict—and possibly improve—the outcomes of cancer immunotherapy.
Natural language processing models capture rich knowledge of words’ meanings through statistics.
Brain damage from stroke can worsen when sticky webs known as neutrophil extracellular traps clog blood vessels.
Postnatal drug exposure might put developing dopamine circuits at risk.