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Multi-IF develops a novel method for cancer diagnostics by using advanced nanotechnology and fluorescence microscopy. It aims to enable simultaneous analysis of multiple biomarkers on a single tissue biopsy slice, enhancing efficiency and accuracy in cancer pathology.
Multi-IF proposes a fully innovative approach combining nanoscience, fluorescence microscopy and cancer histopathology to achieve optically multiplexed immunofluorescence for cancer diagnostic.
At present, when examining cancer tissue, biomarker analyses are sequential and require several biopsy slices implying a lot of (not always available) biological material.
Testing several biomarkers on a single tissue biopsy slice in an efficient, quantitative and reproducible way, would be crucial but no…
INSTITUT D'OPTIQUE THEORIQUE ET APPLIQUEE IOTA - SUPOPTIQUE
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