Patient-derived cancer models expand dependency maps but expose new limits
Hundreds of patient-derived cancer models expanded dependency mapping and revealed vulnerabilities linked to mutations, cellular states and treatment history, while ...
Hundreds of patient-derived cancer models expanded dependency mapping and revealed vulnerabilities linked to mutations, cellular states and treatment history, while ...
A 2026 review summarizes recurrent molecular alterations, immune suppression, multimodal imaging and current treatment strategies for primary cardiac angiosarcoma, a ...
A whole-genome analysis of 2,157 tumors across 17 cancer types identified distinct deletion patterns associated with two backup DNA-repair pathways, ...
A pan-cancer single-cell framework identifies 667 cell-specific long noncoding RNAs and thousands of functional pairs linked to tumor heterogeneity and ...
A UK study shows rapid whole genome sequencing cuts pediatric cancer diagnosis time from six weeks to three days while ...
A whole-genome analysis of 961 primary prostate tumours reveals recurrent driver alterations, enhancer hijacking at solute carrier genes, and four ...
A new computational pipeline called HiFIseek systematically links damaging non-coding mutations to cancer genes, revealing that regulatory regions of drivers ...
In a groundbreaking study, Tamaki et al. have unveiled a novel method utilizing cell-free DNA (cfDNA) to explore the activities ...
In a groundbreaking study published in the prestigious Proceedings of the National Academy of Sciences, researchers from Cornell University have ...
In a groundbreaking development that challenges established conventions in neuro-oncology, researchers at St. Jude Children’s Research Hospital have unveiled compelling ...
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