Medicina

Tumore al pancreas, un composto frena il 90% delle cellule in fuga

Il farmaco non spegne il tumore al pancreas, lo spinge a correre più forte finché si autodistrugge.

Gianluca Riccio

A microscopic scientific scene set inside a research laboratory at a small university, showing pancreatic cancer cells under dramatic fluorescence microscopy lighting. The image depicts glowing, irregular tumor cell clusters on a dark background, some cells appearing to halt mid-migration, frozen in place, while others show signs of cellular collapse and apoptosis with vivid red and orange radiant bursts indicating oxidative stress and programmed cell death. In the background, softly out of focus, petri dishes, pipettes, and lab equipment suggest a modest but dedicated research environment. The visual mood is tense yet hopeful — the color palette contrasts deep blue-black backgrounds with bright amber, crimson, and electric green fluorescent highlights from the dying cancer cells. The style is photorealistic scientific editorial photography blended with high-magnification microscopy aesthetics, dramatic and precise.

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