Regulation mechanism of bone metabolism via satellite glial cells in trigeminal ganglion

当身体受到损伤时，我们会感受到受伤的神经元产生的各种分子的疼痛。此时，各种效应不仅影响到受损细胞，也影响到完整细胞。本研究表明拔牙后损伤神经元与幼稚神经元之间的相互作用是通过神经元周围的卫星神经胶质细胞实现的。在这个过程中，我们发现了VNUT释放的ATP参与了这一通讯的可能性。

When the body is injured, we feel the pain by injured neurons to produce a variety of molecule. At this time, various effects reach not only injured cells, but also intact cells. In this study, we indicated that the interaction between injured neurons and naive neurons through the satellite glial cells surrounding neurons after tooth extraction. In this process, we found the possibility that ATP which is released by VNUT is involved in the communication.