Lab-Grown Tumor Organoids Illuminate How Cancers Evade, Tolerate, and Resist Treatment
A new review in Molecular Cancer positions patient-derived organoids as living systems for mapping how cancers tolerate, persist through, and ...
A new review in Molecular Cancer positions patient-derived organoids as living systems for mapping how cancers tolerate, persist through, and ...
A new review in the Journal of Translational Medicine maps how radiomics, pathomics and multi-omics integration can decode the tumor ...
Patient-derived ovarian cancer organoids show that brief chemotherapy exposure reshapes sensitivity to second-line drugs such as cediranib and topotecan without ...
A new transcriptomic study of 179 canine mammary tumors shows that synchronous tumors within the same dog are molecularly heterogeneous ...
A single-cell atlas of 341 multiple myeloma patients identifies five malignant transcriptional archetypes and an orthogonal proliferative program, enabling improved ...
Researchers at Brown University have developed SCIGMA, a deep learning framework that integrates up to five spatial omics modalities across ...
Researchers constructed a fourteen-gene triaptosis-related prognostic model for lung adenocarcinoma using transcriptomic analysis, machine learning, single-cell sequencing, and experimental validation.
A new gallium-68 tracer targeting Nectin-4 detected more lesions and predicted survival better than FDG PET/CT in patients with recurrent ...
A Nature Reviews Cancer review explains how genotype-aware single-cell multi-omics and phylogenetic reconstruction are revealing how mutant clones in healthy ...
Triple-negative breast cancer is sending researchers back to a difficult question: what happens when an aggressive tumor returns after receiving ...
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© 2025 Scienmag - Science Magazine