结果正常小鼠体重增加，无菌小鼠依然保持体重不变。
The normal mice gained weight; the germ - free mice stayed lean.
研究中使用了通过特殊饲养技术获得的无菌小鼠。这种小鼠可以接受人类的肠道菌类在其肠道中繁殖。
Researchers started with mice that were specially bred to be germ-free - with no gut microbiota of their own - and to be able to nurture human gut microbiota instead.
也可以吧这些微生物与其他微生物群落结合，早无菌小鼠身上建立模型，从而可产生一些简单的人类肠道菌群。
Then, these microbes can be reunited with other members of a microbial community in germ-free mice to create more simplified models of human gut communities.
无菌取小鼠脾脏，不锈钢网制备脾细胞溶液，尼龙棉柱法分离T淋巴细胞；
The splenical cells of mice were prepared through a stainless steel mesh and T lymphocytes were purified through a nylon wool column.
无菌取小鼠脾脏，不锈钢网制备脾细胞溶液，尼龙棉柱法分离T淋巴细胞；
The splenical cells of mice were prepared through a stainless steel mesh and T lymphocytes were purified through a nylon wool column.
应用推荐