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This research aims to assess salidroside's inhibitory effects on ovarian cancer development and explore its underlying molecular mechanisms.

Anticancer effects of salidroside on ovarian cancer carcinogenesis and molecular mechanism in mice

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Study investigates salidroside's effects on ovarian cancer growth and molecular mechanisms in mice, suggesting therapeutic potential.

This research aims to assess salidroside's inhibitory effects on ovarian cancer development and explore its underlying molecular mechanisms.
Administered salidroside to different groups of mice established with ovarian cancer models.
Monitored tumor growth, cell proliferation, and apoptosis over a defined period.
Analyzed gene expression and cytokine levels in treated versus control groups.
Salidroside significantly inhibited SKOV3 cell proliferation compared to control.
Tumor growth rates in treated groups were lower than control, indicating effective growth suppression.
Higher concentrations of CA125 and VEGF-A were observed in the ascites of salidroside-treated groups.

Suocheng et al. (2026) studied this question.

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