Method for selectively intervening cancer cells based on nuclear resonance

The invention provides a method for selectively intervening cancer cells based on cell nucleus resonance, which comprises the following steps of: acquiring mechanical property parameters of normal cells and cancer cells, obtaining inherent frequencies of the normal cells and the cancer cells, transmitting ultrasonic waves with the inherent frequencies of the cancer cells to the cancer cells by applying low-intensity pulse type ultrasonic waves, and enabling the cancer cells to resonate, under the action of violent vibration with relatively large amplitude, the internal structure is damaged to inhibit normal growth, so that low-side-effect selective intervention or inhibition on cancer cells is realized. According to the present invention, the difference between the inherent frequencies of the normal cells and the cancerated cells is utilized, and the low-intensity pulse-type ultrasonic wave with the specific frequency is adopted to destroy the cancer cell structure so as to achieve the selective intervention