Stress-surveillance and signal network originated from dendrite of various cells

“树突”表达于中枢神经系统和外周神经元、免疫系统树突细胞、皮肤朗格汉斯细胞、骨组织骨细胞等多种细胞上，接受多种应力，作为应力监测传感器发挥作用。具有树突的细胞接受应激刺激后，通过核转录将其转化为多种胞内信号，并将这些信号传递给人体中枢神经、免疫、皮肤、代谢等系统中的各种防御细胞功能。因此，我们推测树突作为一个中枢感受器，通过启动多种应激刺激在自我防御系统中起着关键作用。

"Dendrite" is expressed on various cells including neuron in CNS and periphery, dendritic cells in immune system, Langerhans cells in skin, osteocyte in bone and so on. The dendrite receives multiple stresses and functions as stress-surveillance sensors. The cells possessing the dendrite receive stress-stimulation, transform it to multiple intracellular signals through nucleic transcription and transduce the signals to various defensive cellular functions in central nerve, immune, skin, metabolic systems in human body. Thus, we postulate that the dendrite plays a pivotal role in the self-defense system through initiating multiple stress-stimulation as a central sensor.