Adipose tissue of female Wistar rats respond to Ilex paraguariensis treatment after ovariectomy surgery

10.1016/j.jtcme.2020.07.002

Débora Santos Rocha；Jorge Felipe Argenta Model；Maiza Von Dentz；Jéssica Maschio；Renata Ohlweiler；Matheus Vieira Lima；Samir Khal de Souza；Elaine Sarapio；Éverton Lopes Vogt；Mairique Waszczuk；Simony Martiny；Valquíria Linck Bassani；Luiz Carlos Kucharski

Adipose tissue ； Female ； Ilex paraguariensis ； Lipid metabolism ； Ovariectomy ； Carbohydrate metabolism disorder ； Disorder of lipid metabolism ； Fat distribution syndrome ； Animal model of metabolism ； Gender difference in metabolism

Journal of Traditional and Complementary Medicine

11卷3期（2021 / 05 / 01）

238 - 248

英文

Background and aim: Metabolic disturbances are known for their increasing epidemiological importance. Ilex paraguariensis presents a potential option for mitigating lipid metabolism imbalance. However, most of the literature to date has not considered sex bias. This study aimed to evaluate the effect of Ilex paraguariensis on the metabolism of different adipose tissue depots in males and females. Experimental procedure: After ovariectomy, female Wistar rats received daily treatment with the extract (1 g/kg) for forty-five days. Biochemical serum parameters and tissue metabolism were evaluated. Oxidation, lipogenesis and lipolysis were evaluated in brown, white visceral, retroperitoneal and gonadal adipose tissues. Results and conclusion: The results showed that treatment with the extract led to a reduced weight gain in ovariectomised females in comparison to control. The triglyceride concentration was decreased in males. Glucose oxidation and lipid synthesis in visceral and retroperitoneal adipose tissues were restored in ovariectomised females after treatment. The response to epinephrine decreased in visceral adipose tissue of control males; however, lipolysis in females did not respond to ovariectomy or treatment. These findings highlight the enormous potential effects of I. paraguariensis on lipid metabolism, modulating lipogenic pathways in females and lipolytic pathways in males. Furthermore, the sex approach applied in this study contributes to more effective screening of the effects of I. paraguariensis bioactive substances.

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