Reasons for recurrence of tumors after uterine cancer removal

Currently, hysterectomy is the preferred treatment for cervical cancer. Many cervical cancer patients believe that they are completely cured after a hysterectomy. Once cervical cancer recurs, patients are often caught off guard and have to start radiotherapy and chemotherapy at the same time. Cervical cancer patients have to suffer from the side effects of radiotherapy and chemotherapy. So what is the reason for the recurrence of tumors after hysterectomy?

First of all, we need to understand why recurrence occurs after hysterectomy. Experts believe that there are two conditions for tumor recurrence: the first is that the patient's body immunity is low, and residual cancer cells roam arbitrarily in the blood, forming new lesions. The second condition is that the new lesions have a rich supply of nutrients, which makes the tumor cells proliferate. Authoritative medical monographs believe that the systemic metastasis of malignant tumors and the serious failure or even exhaustion of the immune system are important reasons for the high mortality rate of tumor patients. Because malignant tumors are fierce, the growth of their cells is exponential. It will proliferate, metastasize and spread more than 200 times faster than natural growth; tumor metastasis and recurrence turn local diseases into multi-focal diseases throughout the body, making surgery impossible; metastatic tumor cells are prone to drug resistance, so radiotherapy and chemotherapy are not effective.

Chemotherapy is also a commonly used treatment method for patients with cervical cancer who have undergone hysterectomy and have relapsed. Chemotherapy drugs were originally used to eliminate residual cancer cells in the body and prevent tumor metastasis. However, the huge damage to the body's immune system creates conditions for the metastasis of cancer cells. The powerful immune focusing effect of Grifola frondosa D block not only repairs the immune damage to the body caused by chemotherapy drugs and cancer cells, but also activates the body's macrophages and NK cells that specialize in killing cancer cells, which can effectively kill the remaining cancer cells in the body. At the same time, studies have found that Grifola frondosa D block can also inhibit the formation of new blood vessels in cancer cells, block the supply of nutrients to new cancer foci, starve cancer cells to death, and prevent the proliferation of metastatic foci.