Hybrid EventIn-person & Virtual
March 18–20, 2027|Singapore · Village Hotel Changi

11th Edition of Global Congress on

Plant Biology and Biotechnology

March 18–20, 2027 Singapore Hybrid Event

Talk Details · GPB 2025

Study related to the active ingredients of tongguang vine injection in the treatment of ovarian cancer

Poster · Virtual · Day 3

Abstract

About this talk

Ovarian cancer is one of the three most common cancers of the female reproductive system, with the mortality rate ranking first among gynecological malignancies. Due to its special anatomical location, 75% of patients are already in advanced stage at the time of diagnosis, and the 5-year survival rate is only 29%. Tong Guan Vine is the dried vine stem of Tong Guan Vine in the genus Milkvetch, family Romeraceae, containing a variety of steroidal bitter ester glycosides, polysaccharides, alkaloids, resins and other active ingredients, with the efficacy of relieving cough and asthma, expectorant, purging heat and detoxification, and its preparation Tong Guan Vine Injection has been widely used in clinical antitumor, but the specific antiovarian cancer active substances and the mechanism of molecular action is not yet fully clarified. In this paper, we analyzed the chemical composition of Tongguan vine injection, combined with in vivo cellular experiments and in vitro transplantation tumor experiments in nude mice, to evaluate the antitumor effect of Tongguan vine injection on ovarian cancer, to explore the pharmacodynamic mechanism of its antitumor effect, and to find out the active ingredients of Tongguan vine injection in the treatment of ovarian cancer. The results showed that Tongguan vine injection and its active ingredients could effectively inhibit the value-added of tumor cells, migrate and promote the apoptosis of tumor cells in cell experiments. In nude mice tumor formation experiment, Tongguan vine injection and its active ingredients can effectively inhibit tumor growth, regulate tumor-related pathways, and exert anti-tumor effects. And the molecular biology experiment verified the mechanism of anti-ovarian cancer, providing theoretical support for clinical research.

Speaker

About the speaker

Wu Changlan

Wu Changlan

South Central Minzu University, China

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