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essay代写:浦肯野细胞

一个人的眼睛会不断地有意识地或无意识地移动。这些持续的眼部运动被称为眼动。在saccades中,一个人不打算移动眼睛的焦点,但大脑却在不断地反射性地将眼睛从一个焦点移到另一个。这些囊状突实际上是由小脑的浦肯野神经元运动引起的。这项研究是由冲绳理工学院的一些研究人员进行的。这些研究人员以猴子为研究对象。猴子大脑中的浦肯野细胞被发现能发出电脉冲作为信号。他们研究了这些尖峰,它们的频率,停顿和可能的磁场。尖峰和停顿不是随机的,而是基于视觉。在看到新的运动/元素后,会有停顿的信号,而连续的峰值则反映了运动的速度。

essay代写:浦肯野细胞

浦肯野发射的脉冲可以同时发送两个信号,因此它们可以多路传输信息。这些信息在许多技术方面都很有用(OIST, 2016)。没有部分。这篇文章以科学故事或新闻的形式出现。最后参考主要的研究文章以及从中提取的新闻故事。这篇媒体文章的结论是,骶骨运动依赖于浦肯野细胞的活动。浦肯野细胞的活性以棘突的形式被观察到。这些尖刺在它们之间有一些停顿。这篇文章告诉我们,观察这些峰值与浦肯野细胞附近的本地场势,揭示了重要的信息。研究证明,定时和平均发射率在信息提取中很重要(OIST, 2016)。

essay代写:浦肯野细胞

The eyes of a person tend to move constantly consciously or unconsciously. These constant eye movements are known as saccades. In saccades, a person do not intend to move eye focus, but the brain is continually moving eyes reflexively from one focal point to another. These saccades are actually caused by movement of Purkinje neurons in cerebellum. This research has been carried out by some researchers from Okinawa institute of Science & Technology. These researchers took monkeys as the subject. Purkinje cells in monkey’s brain were found to emit electric spikes as signals. They studied these spikes, their frequency, pauses and potential field. The spikes and pauses were not random, rather they were based on sight. Spikes that are followed by pauses signals for beginning of new movement/ element in sight, while continual spikes reflect the velocity of movement.

essay代写:浦肯野细胞
The spikes emitted by Purkinje can deliver two signals at a time hence they are able to multiplex information. This information is useful in many technological aspects (OIST, 2016).There are no sections. The article is in the form of science story or news. Refer to the main research article as well as the story from which this news has been extracted are given at the end.The media article concludes that the saccadic movement is dependent on Purkinje cell activity. The activity of Purkinje cell is observed in the form of spikes. These spikes were fired with some pauses between them. The article tells that observing these spikes in relation with local field potential that is neighborhood of Purkinje cell, reveals important information. The researches have proved that the timing and average firing rating are important in extraction of information (OIST, 2016).