CORDIS Project
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This project develops innovative tools to study the mechanical properties of individual cells and sub-cellular structures, focusing on cancer cells. By combining optical interferometry and advanced nanomechanical systems, it aims to create mechanical assays that can provide biomarkers for disease diagnosis and assess d…
The fact that biophysical and biomechanical properties of cells and subcellular structure influence and are influenced by onset and progression of human diseases is now attracting the physiologists attention.
This opens up new routes for disease diagnosis and treatment.
The first traditional way to discover a tumor was by palpation, such as sweetness in urine was indicative of diabetes.
Nowadays, the biochemical search for diagnosis markers has experienced amazing advancements, while the physica…
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