寄生植物

Other popular holiday plants include holly, mistletoe, red amaryllis, and Christmas cactus.

其他流行的圣诞装饰植物还包括冬青树、懈寄生（拜痞子蔡所赐相信大家都知道了那个著名的关于亲吻的故事）、红色宫人草和蟹爪兰。

Other popular holiday plantsinclude holly, mistletoe, red amaryllis, and Christmas cactus. Along with a Christmas tree, the interior

流行的圣诞装饰植物还包括冬青树、懈寄生(拜痞子蔡所赐相信大家都知道了那个著名的关于亲吻的故事)、红色宫人草和蟹爪兰。

Other popular holiday plantsinclude holly, mistletoe, red amaryllis, and Christmas cactus. A long with a Christmas tree, the interior

其他流行的圣诞装饰植物还包括冬青树、懈寄生(拜痞子蔡所赐相信大家都知道了那个著名的关于亲吻的故事)、红色宫人草和蟹爪兰。

A tiny cushionlike or blisterlike structure produced by certain fungi on a plant host and consisting of a mass of hyphae-bearing asexually produced spores.

分生孢子层很小的垫状或疱状结构，由植物上寄生的真菌产生，包括由菌丝无性生成的孢子

A tiny cushionlike or blisterlike structure produced by certain fungi on a plant host and consisting of a mass of hyphae - bearing asexually produced spores.

分生孢子层很小的垫状或□状结构，由植物上寄生的真菌产生，包括由菌丝无性生成的孢子

The regulatory elements of the tetracycline resistance operon of Eschenchia coli, Tet repressor and Tet operator, have served as the basis for the establishment of heterologous repression-based inducible system in many eukaryotes including yeast, plants, insects, mammals and parasitic protozoa, such as Trypanosomes, Entamoeba, Giardia, Toxoplasma, Leishmania and Trichomonas.

基于四环素抑制子(Tetracycline Repressor，TetR)和四环素操纵子(Tet Operator，TetO)相互作用的四环素可诱导转基因表达系统，已经广泛的应用于很多真核生物，包括酵母、植物、昆虫、哺乳类细胞和诸如锥虫、阿米巴、贾第虫、弓形虫、利什曼和毛滴虫的寄生原虫。

A few are semiparasitic on the roots of angiosperms, especially grasses, such as eyebright and lousewort.

玄参科内少数种类半寄生于被子植物的根部，特别是在禾本科植物上，如小米草和马先蒿。

In vascular plants, the sporophyte is the dominant generation, while in bryophytes it is parasitic on the gametophyte.

维管植物以孢子体世代为主，而在苔藓植物的孢子体寄生在配子体上。

Groundsel -- senecio vulgaris (can have laxative affects, often contaminated with a whitish or reddish fungus on the underside of the leaves, rendering the plant unsuitable for food).

野滥楼花---欧洲千里光（可以有通便的作用，往往在叶片背面会被白色或红色的菌类寄生，补偿了这种植物作为食物的不足）。

This suggested the important function of plant volatiles in host searching of natural enemies of the phytophagous.

再次证明，植物挥发性次生化合物在害虫及其寄生天敌搜寻寄主的过程中起到重要的作用。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。