synaptogenesis怎么记

Insulin receptors are dispersed throughout the brain, with the highest density located in the cerebral cortex and hippocampus where insulin signaling contributes to neuronal survival, synaptogenesis and asynaptic remodeling, dendritic spine formation and excitatory synapse development in hippocampal neurons.

胰岛素受体在脑组织中分布广泛，而在大脑皮层和海马区域分布密度较高。在海马区域胰岛素信号通路参与神经元存活、突触的形成及突触可塑性、树突棘的形成和兴奋性突触的发育。

Conclusion: The larger curved contact surfaces of perforated synapses and projectin to pre synaptic area, as well as the thicker postsynaptic densities with subsynaptic dense bodies were consider as the morphological feature of synaptogenesis and its plasticity.

结论：穿孔突触接触面曲度较大，并凸向突触前区域，突触后致密物质较厚，可见突触下致密小体，均可作突触发育和可塑性突触的形态特征。

The neural growth – associated protein GAP-43 has properties of a general intrinsic determinant of anatomical plasticity. Its expression in neurons correlates closely with axonal elongation, synaptogenesis, and nerve sprouting during development and in the adult.

GAP-43在神经元中的表达与发育和成年期间轴突的延伸、突触发生和神经的大量生长紧密相关，是可塑性有关的因子。