Tiny Vesicles, Big Problem: How Exosomes Drive Cancer Immunotherapy Resistance
A new review in Molecular Cancer explains how tumor-derived exosomes act as mobile signaling hubs that spread immune suppression, drive ...
A new review in Molecular Cancer explains how tumor-derived exosomes act as mobile signaling hubs that spread immune suppression, drive ...
A large national registry analysis and an institutional cohort suggest that breast cancer metastasizing exclusively to the brain constitutes a ...
The Journal of Experimental & Clinical Cancer Research has retracted a 2019 study claiming that NR1B2 suppresses kidney renal clear ...
A sweeping new review maps how the epithelial guardian protein MUC1, and especially its MUC1-C signaling subunit, is hijacked by ...
Researchers have developed a multiscale imaging technique showing that starved amoebae surge toward incoming cAMP waves, ride them in a ...
A new review in Science reveals that X and Y chromosomes independently shape disease risk and aging, offering a new ...
A new dual-branch deep learning framework called CrossBranch improves the estimation of cell-type composition from bulk, proteomic, and spatial omics ...
A new review in Molecular Cancer provides a rigorous framework for how liquid–liquid phase separation drives cancer biology and evaluates ...
New research shows that the little-studied protein EVA1B drives non-small cell lung cancer growth and metastasis through a functional association ...
An exploratory laboratory study finds that commonly used anaesthetic drugs such as ketamine, propofol and lidocaine can inhibit the growth, ...
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© 2025 Scienmag - Science Magazine