Therapeutic Effect and Immune Changes after Treatment of Hymenolepis nana-Infected BALB/c Mice with Compounds Isolated from Leucaena leucocephala
2022
Yi-Hsuan Ma | Chung-Yi Chen | Li-Yu Chung | Chuan-Min Yen | Yung-Shun Juan | Rong-Jyh Lin
Background/Purpose: Hymenolepis nana is globally distributed. Leucaena leucocephala has been studied as a treatment, including the nematodes and protozoa, but no research results are related to cestodes. Therefore, the aim of this study was to target H. nana. Methods: The natural components of L. leucocephala were isolated and added to H. nana, which was cultured in vitro, to observe changes in the mortality, motility, and morphology. BALB/c male mice infected with H. nana were treated with effective components of L. leucocephala for 10 days, and the changes were recorded. After the mice were sacrificed, the spleen weight was measured, and a primary culture was performed for the subsequent cytokine and chemokine testing. Results: The experiment found that 132-hydroxy-(132-S)-pheophytin a and aristophyll-C have clear cestocidal effects in vitro. 132-hydroxy-(132-S)-pheophytin a has been shown to be effective at reducing parasite populations and eliciting host immune responses in vivo. IL-2, IL-4, IL-5, IL-6, IL-10, IL-13, IL-17, MCP-1, IFN-&gamma:, TNF-&alpha:, MIP-1&alpha:, and GM-CSF in 132-hydroxy-(132-S)-pheophytin a were significantly increased after stimulation, while IL-1&alpha:, IL-1&beta:, IL-3, IL-12p70, and RANTES were unchanged. Conclusions: The investigation shows that components of L. leucocephala have actual cestocidal activity against H. nana.
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