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Host development overwhelms environmental dispersal in governing the ecological succession of zebrafish gut microbiota

机译:主持人发展压倒性环境分散治疗斑马鱼肠道微生物的生态继承

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摘要

Zebrafish were manipulated under three different environments (A, B, and C). First, zebrafish embryos belong to a single sibship were hatched in three independent circular plates with water from environments A, B, and C, respectively. Second, zebrafish hatched from different environments (indicated by green, red, and blue, respectively) were transferred from plates to tanks at 12 days post-hatching (dph) and raised in small net cages (dotted box). Gut samples were collected from different cages across zebrafish development from 12 to 98 dph. The colored lines, fish and letters in green, red, and blue corresponding to environments A, B, and C, respectively. Cages 1, 5, 9 represented zebrafish kept in original environments, and the other cages represented zebrafish subjected to switched environments.
机译:在三种不同的环境(A,B和C)下操纵斑马鱼。首先,斑马鱼胚胎属于单一Sibship,分别用来自环境A,B和C的水的三个独立圆形板孵化。其次,从不同环境(分别用绿色,红色和蓝色表示的斑马鱼(指示)从孵化后12天从平板转移到坦克(DPH),并在小净封箱(虚线盒)中升起。从斑马鱼发育的不同笼子中收集肠样品,从12至98分。绿色,红色和蓝色的彩色线条,鱼和字母分别对应于环境A,B和C的蓝色。笼子1,5,9代表斑马鱼在原始环境中保持,另一个笼子代表斑马鱼经受切换环境。

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