Advantages: The dead tumor tissue in situ after cryosurgical ablation can act as an antigen to promote anti-tumor immune response in the body; frozen cancer cells are more sensitive to chemotherapy or radiotherapy, which can enhance the effect of treatment. More details

Advantages: It commonly uses 125 iodine seeds which have a half-life period of 59 days and release a short-course of gamma ray. The seeds implanted into cancerous masses radiate to destroy targeted cells, preventing unnecessary exposure of the whole body to radiation. More details

Advantages: Various chemotherapy drugs are mixed into nano-sized or micron-sized particles by a special process, and then injected into the tumor blood-supplying artery by an interventional method, which can not only increase drug concentration in targeted area, but also reduce drug dose and side effects. More details

Advantages:  Organic combination of various immunotherapies can significantly prolong the survival period of patients with progressive or metastatic cancer and prevent or reduce recurrence. The recurrence rate after surgery is reduced by 50% and half of patients with advanced tumors survived 10 to 15 years or even longer after treatment. More details

Advantages: Irreversible electroporation is also called nano-knife ablation. It can accurately induce tumor cell apoptosis and completely ablate the tumor without irreversible damage to other important tissues in the ablation zone, such as blood vessels, bile ducts, nerves, etc., so that it can reduce complications caused by other traditional ablation methods. More details

Advantages: PDT is a non-thermal light chemical reaction and requires oxygen, photosensitive substance (photo-sensitizer) and laser simultaneously. The photo-sensitizer is absorbed by neoplasm tissue and accumulates in the cells for a long time. The photo-sensitizer is activated with the appropriate wavelength of light. This leads to apoptosis of cancer. PDT is more accurate and effective with fewer side effects. More details