The researchers created two molecular compounds that inhibit the function of the protein clathrin.

研究人员创造了两个分子化合物，抑制蛋白质网格蛋白的功能。

The compounds the researchers developed inhibit the function of clathrin, preventing the body from taking in the molecules.

该化合物的研究人员开发出抑制网格蛋白的功能，防止人体从分子到。

Clathrin mediated endocytosis plays a key role in synaptic vesicle reformation. Recent studies have revealed some new aspects of this process and identified new molecules that participate in.

近年来进行的研究发现网格蛋白介导的内吞是囊泡蛋白回收的主要途径。

Clathrin is responsible for the body taking in signalling molecules, which stimulate cell growth and division and spread infections.

网格蛋白是负责信号分子的身体，刺激细胞生长和分裂和传播的感染。

And one of the proteins that's crucial to this is this protein clathrin.

这是至关重要的蛋白质，这种蛋白质是网格蛋白。

The experimental conclusions from CKLFSF8 mutants verified that clathrin and the three YXXΦ motifs of CKLFSF8 are necessary for CKLFSF8 endocytosis.

CKLFSF8突变体共聚焦结果证明CKLFSF8的内化与笼形蛋白有关，并需要它的三个YXXΦ基序的参与。

Synaptic vesicles are recycled with remarkable speed and precision in nerve terminals. Clathrin mediated endocytosis plays a key role in synaptic vesicle reformation.

突触囊泡在神经末梢进行着精确而快速地胞吐、内吞循环。