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蜣螂相关线虫的生存环境及基本特征

Living Environment and Basic Features of the Nematodes Associated with Dung Beetle .

作者信息

Ikeda Yuya, Kanzaki Natsumi, Shinya Ryoji

机构信息

School of Agriculture, Meiji University, Kawasaki, Kanagawa, Japan.

Kansai Research Center, Forestry and Forest Products Research Institute, Fushimi, Kyoto, Japan.

出版信息

J Nematol. 2025 Aug 31;57(1):20250035. doi: 10.2478/jofnem-2025-0035. eCollection 2025 Feb.

Abstract

Viviparity is a very rare reproductive mode in nematodes, having been documented in only six species. Five of these species have been isolated among the dung beetles , suggesting that studying the environments associated with dung beetles may help shed light on why viviparity evolved in these particular species. is often closely associated with the viviparous nematode , as well as some other oviparous nematodes. Hence, the system involving and dung beetles could provide valuable insights into the adaptive significance of viviparity in nematodes. To explore this idea, it is essential to first gain a better understanding of the natural habitats of , which remain poorly understood. Therefore, we investigated the nematode communities associated with and identified potential habitats for in environments used by dung beetles. Nematodes associated with and those inhabiting its rearing cases were isolated from samples. Two species were isolated from the rearing cases of , suggesting that they inhabit environments used by . Regarding other oviparous nematodes, some appeared to have relatively strong associations with dung beetles, but more detailed studies are needed to confirm their specific habitats. Although further investigations are necessary, the fact that nematodes, including viviparous species, were isolated from environments used by dung beetles provides important information about the potential competitors or predators of in such environments.

摘要

胎生在 nematodes 中是一种非常罕见的生殖方式,仅在六个物种中有记录。其中五个物种是在蜣螂中分离出来的,这表明研究与蜣螂相关的环境可能有助于揭示为什么这些特定物种进化出了胎生现象。 通常与胎生 nematode 以及其他一些卵生 nematodes 密切相关。因此,涉及 和蜣螂的系统可以为 nematodes 胎生的适应性意义提供有价值的见解。为了探索这个想法,首先必须更好地了解 的自然栖息地,而目前对其了解甚少。因此,我们调查了与 相关的线虫群落,并确定了蜣螂使用的环境中 的潜在栖息地。从样本中分离出与 和栖息在其饲养箱中的线虫。从 的饲养箱中分离出两种 物种,这表明它们栖息在 所使用的环境中。关于其他卵生线虫,一些似乎与蜣螂有相对较强的关联,但需要更详细的研究来确认它们的具体栖息地。尽管有必要进一步调查,但从蜣螂使用的环境中分离出线虫(包括胎生物种)这一事实提供了关于此类环境中 的潜在竞争者或捕食者的重要信息。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/4314/12399279/776ebc25150d/j_jofnem-2025-0035_fig_001.jpg

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