这些在老鼠身上开展的研究与我们已然知晓的触觉在神经生长中的作用相符合。
These rat studies square with what we already know about the role of touch in neurological development.
由于老鼠的一些神经系统与我们人类相同，对老鼠的研究可能会对人类有所启发，尽管在人类的紧张比老鼠更复杂，研究人员说。
Since rats do have some of the same neural systems we do, the rat research could have implications for humans, though stress in humans is more complicated than in rodents, the researchers say.
“这项研究已经在模拟人类某些老年痴呆症症状的老鼠身上完成，而我们不知道在人类身上是否也能看到类似的效果。”她说。
This research has been carried out in mice that mimic some of the symptoms of Alzheimer’s in people, so we don’t know if any similar effects will be seen in humans, " she said.
在老鼠中，我们研究发现miR - 34 c靶向作用Nanos2 +调节精原干细胞的分化。
We found that a conserved microRNA-34c through its target-Nanos2, regulating SSCs' differentiation in mouse.
在老鼠中，我们研究发现miR - 34 c靶向作用Nanos2 +调节精原干细胞的分化。
We found that a conserved microRNA-34c through its target-Nanos2, regulating SSCs' differentiation in mouse.
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