背景：机械压迫可造成神经细胞死亡，直接的机械性损伤和复杂的病理生理学机制都可导致轴突和神经元胞体的病变。
BACKGROUND: mechanic pressure could cause neurocyte death. Both direct mechanic injury and complex pathophysiological mechanism can induce the pathological changes of axon and neuronal soma.
我们利用蒙特卡洛电脑仿真的方法，结合现实的三维几何构形，来研究亚细胞结构以及神经元和突触的生理学。
We are using Monte Carlo computer simulations that incorporate realistic 3-D geometries to explore the subcellular architecture and physiology of neurons and synapses.
“这种蛋白有可能成为一个突破性的治疗疼痛的物质，以前也没有研究感受疼痛的神经元”研究作者，博士，UNC细胞和分子生理学助理教授Mark J。
"This protein has the potential to be a groundbreaking treatment for pain and has previously not been studied in pain-sensing neurons, " said lead study author Mark J.
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