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GRAVITY SENSING IN THE CENTRAL NERVOUS SYTEM

机译:中枢神经系统的重力感应

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摘要

For human based space research it is of high importance to understand the influence of gravity on the properties of the central nervous system (CNS). Untill now it is not much known about how neuronal tissue can sense gravity. The aim of this study was to find out weather and how the CNS, as a complex system, can percept and react to changes in gravity. Neuronal tissue and especially the CNS fulfils all the requirements for excitable media. Consequently, self-organisation, pattern formation and propagating excitation waves as typical events of excitable media have been observed in such tissue. The Spreading Depression (SD), an excitation depression wave is the most obvious and best described of these phenomena in the CNS. In our experiments we showed that the properties of the SD and therefore the CNS in its properties as an excitable medium reacts very sensitive to changes in gravity.
机译:对于基于人类的太空研究,了解重力对中枢神经系统(CNS)属性的影响非常重要。直到现在,关于神经元组织如何感知重力的了解还很少。这项研究的目的是找出天气以及作为复杂系统的CNS如何感知重力变化并对其做出反应。神经元组织,尤其是中枢神经系统,满足了对可激发介质的所有要求。因此,在这样的组织中已经观察到自组织,模式形成和传播的激发波作为可激发介质的典型事件。在中枢神经系统中,这些现象中最明显,最能描述的是激发凹陷波,即扩散凹陷(SD)。在我们的实验中,我们显示了SD的特性,因此CNS作为可激发介质的特性对重力的变化非常敏感。

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