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February 14, 2026Environmental Toxicology and Pharmacology1 citationsOpen Access

Evaluation of the ivermectin effects on porcine granulosa cell function

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GBGiuseppina BasiniFQFausto QuintavallaUniversity of ParmaSBSimona BussolatiUniversity of Parma

Key Points

  • The aim is to evaluate the effects of ivermectin on reproductive function using porcine granulosa cells as a model.
  • In vitro examination of porcine granulosa cells exposed to ivermectin
  • Measurement of progesterone, ATP, free radicals, estradiol, and enzymatic defense systems
  • Comparison of changes before and after treatment
  • Progesterone, ATP, and free radicals' levels significantly increased after ivermectin treatment
  • Cell proliferation and estradiol levels significantly decreased
  • Enzymatic defense systems showed no significant differences
  • Normal cell function appears compromised due to ivermectin exposure

Abstract

Ivermectin (IVM) is used antiparasitic drug in veterinary medicine and it is also the only avermectin approved in humans in several parasitic infestations. We examined this substance because potential critical issues associated with the use were highlighted. Moreover, criticisms related to the ecological-environmental sphere, as well as food contamination arise. Nevertheless, current in vitro studies are lacking. This study aimed to investigate the direct impact of IVM on reproductive function using swine granulosa cells as reproductive cell model. The results show that progesterone, ATP and free radicals' levels significantly increased (p<0.05). Non-enzymatic defense systems as well as autophagy did not show significant differences. On the contrary, cell proliferation, estradiol levels, and enzymatic defense systems significantly decreased (p<0.05) after IVM treatment. Since results show that the normal function of these cells is compromised by IVM the normal reproductive functions of the entire organism could be disrupted.

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Cite This Study

Basini et al. (2026) studied this question.

synapsesocial.com/papers/699010382ccff479cfe56d3dhttps://doi.org/10.1016/j.etap.2026.104960
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