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Demonstrates effective pancreatic cancer detection using liquid biopsy in patients, highlighting diagnostic value.
Pancreatic Cancer Detection Tumors release extracellular vesicle nanoparticles into circulation which carry important cancer-specific biomarkers. These nanoparticles are readily recovered from undiluted plasma by a microfluidic chip with an array of circular microelectrodes at the bottom that generate dielectrophoretic forces, represented by the curved vertical and horizontal lines. These forces enable on-chip nanoparticle recovery, purification, and biomarker quantification which has diagnostic value and can accurately detect patients with pancreatic cancer. More in the Research Article (e02532), Stuart D. Ibsen and co-workers.
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Malakian et al. (2026) studied this question.
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