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The ability to measure 1°C gradients inside cancer cells opens new frontiers for precision medicine and drug development. For crypto, this aligns with the rise of DeSci projects that fund research via DAOs and token incentives. While not a catalyst for major assets like BTC/ETH, it could accelerate capital flows into health-focused blockchain protocols and data marketplaces that handle sensitive biomedical data.

Researchers used quantum nanosensors to measure temperature variations of up to 1°C inside living cancer cells.