脑it产生的分子和细胞机制尚未完全阐明。
However, the molecular and cellular mechanisms underlying IT of brain remain incompletely understood.
要做到这一点,研究小组不得不重新设计了制造蛋白质的三个细胞机制。
To achieve this, the team had to redesign three pieces of the cellular machinery that make proteins.
这些结果有力地提示,慢性痛具有有别于伤害性痛和急性痛的分子和细胞机制。
These results strongly suggest that chronic pains may have molecular and cellular mechanisms which are different from nociceptive pain and acute pain.
And again, there'll be key elements that run in cycles and understanding those can be extremely important in understanding how cellular function works.
同样地,在循环中也会有,一些关键的要素,研究这些对于理解细胞的,运作机制是极其重要的。
I want to look at a slightly higher level of magnification now and think about different kinds of cellular communication.
我现在想讲一些较高水平的放大机制,并思考不同种类的细胞通讯
What's a physical mechanism that could lead to differences between these two cells at this very early stage of development?
什么样的生理机制导致细胞,在发育伊始就产生这些差异
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