商业文章代写：浦肯野细胞研究
研究表明，浦肯野细胞发射的尖刺通过将单个浦肯野细胞的活性与LFPs进行区分，获得多种行为信息，从而提供了多重信息。特别是尖峰之间的停顿与LFP有很强的关系。另一方面，常规的长脉冲序列与LFP不同步，检测长脉冲读数与LFP之间的差异，以确定眼球运动的速度。这项研究还表明，与简单的尖刺和停顿相比，复杂的尖刺的影响最小。Purkinje活动可以用于时间和速率编码方案(Hong, 2016)。这两篇文章的结论不同之处在于研究文章给出了科学的结论，而媒体文章引用了研究者给出的结果。
商业文章代写：浦肯野细胞研究
本文从细枝末节入手，对研究内容进行了深入的剖析。在媒体文章中，数据根本不受批评。它只是说数据是从三只猴子那里收集来的。在研究文章中，数据被批判性地表述。有人解释说，这些数据来自恒河猴。观察单个浦肯野细胞，记录每只猴子的数据。此外，还记录了局部场电位(LFP)低于42hz频率的慢速分量和扫视时的眼位。简单的峰值主要集中在获得结果上。
商业文章代写：浦肯野细胞研究
The research articles conclude that the spikes fired by Purkinje cells provide multiplexed information by differentiating single Purkinje cell activity with LFPs to get multiple behavior information. Especially, the pauses between the spikes have strong relation with the LFP. On the other hand, the regular spike train is not synchronized with the LFP, where the difference between spike reading and LFP is examined to determine the velocity of the movement of eyes. This research also shows that the complex spikes have minimal effect as compared to the simple spikes and pauses. Purkinje activities can be used in both time and rate coding schemes (Hong, 2016). The difference between the conclusions of the two articles is only that the research article gives scientific proves of concluded result while media article quotes the result as given by researchers.
商业文章代写：浦肯野细胞研究
The research article tells minor details and deep insight into the content.In media article data is not criticized at all. It just told that data was collected from three monkeys.In research article, data has been critically stated. It has been explained that data obtained from rhesus monkeys. Single Purkinje cell was observed for recording data from each monkey. Moreover, the slow components from Local Field Potential (LFP) which were below 42 HZ frequency and eye positions during saccades were also recorded. Simple spikes were mainly focused on getting the results.