产囊枝 ascophore
孢囊枝 [植] stichidium
泡囊丛枝菌根 vesicular-arbuscular mycorrhiza ; mikoryza wezikularno-arbuskularna
囊丛枝菌根 VAM ; vesicular - arbuscular mycorrhiza
形成泡囊一丛枝状菌 VAM ; Vesicular-Arbuscular Mycorrhizae
泡囊-丛枝状菌 Vesicular-Arbuscular Mycorrhizae
小囊树枝状细胞 FDCS
荔枝胶囊 lychee capsules
刺番荔枝胶囊 soursop capsules
制造药用胶囊用树枝状聚合物 dendrimers for the manufacture of pharmaceutical capsules
低栽培密度有利于形成泡囊和丛枝结构。
Low cultivated density is propitious to form vesicle and arbuscule.
温度升高和CO_2浓度倍增的交互作用降低了泡囊侵染率、丛枝侵染率和侵染率；
Temperature rising and CO_2 concentration doubling enhances colonization intensity of AMF, but its interact decreases colonization of vesicle and arbuscule.
方法 ：将摩西球囊霉接种于半夏无菌组培苗，于不同时间取样，通过染色镜检法观察丛枝菌根形成过程。
Method : The tissue culture plantlets of P. ternata were inoculated with G. mosseae, the formation of AM were sampled and observed with microscopy by staining.
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