Resonant therapy is explored as a potential cancer treatment, aiming to selectively destroy cancer cells using mechanical vibrations while leaving healthy cells unharmed.
Based on the principle of resonance, where objects vibrate at specific frequencies, researchers hypothesize that cancer cells can be broken apart by targeting their unique mechanical properties. Atomic Force Microscopy (AFM) will be used to measure the elasticity and stiffness of cancer cells, identifying their resonant frequencies. A database will be created to map these frequencies across different cancer types and stages.
If successful, this approach could lead to non-invasive cancer treatments using sound waves or vibrations, reducing reliance on chemotherapy and radiation. Even if direct cell destruction is not achieved, the study will provide valuable insights into cancer cell behavior, potentially improving diagnostics and complementary therapies.