Macrophages Turned Into Living Transducers Could Decode Cancer’s Hidden Signals
Japanese researchers have built a microfluidic chip that uses human macrophages as living biological transducers, converting unknown cancer-cell-derived signals into ...
Japanese researchers have built a microfluidic chip that uses human macrophages as living biological transducers, converting unknown cancer-cell-derived signals into ...
A 34-year bibliometric analysis of 1,847 publications reveals booming research on Chinese patent medicines in breast cancer care, alongside a ...
A new review in Molecular Cancer maps how approved drugs from outside oncology could be repurposed, under a strict mechanism-first ...
An international research team reports that the sphingosine-1-phosphate signaling long thought to operate inside colorectal cancer cells instead builds an ...
A new review argues that triple-negative breast cancer's heterogeneity and therapy resistance emerge from spatially organized paracrine signaling networks between ...
A new study shows that activating the lipid sensor PPARδ in immune cells rather than cancer cells flips the metabolic ...
Researchers have developed SpatialZoomer, a spectral graph-based tool that automatically identifies the biologically meaningful scales in spatial transcriptomics data, revealing ...
Researchers have created a zinc-crosslinked rhein and pectin hydrogel that gels inside tumors, arresting melanoma cells in the G2/M phase ...
Cold Spring Harbor Laboratory researchers found that activating the transcription factor PPARD in immune cells, including CAR T cells, boosts ...
A retrospective study found that combining a thymoma with a three-millimeter rim of surrounding tissue on CT scans improved machine ...
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© 2026 Scienmag - Science Magazine