Electrophysiological recording equipment for the study of neural networks during memory formation

我要的设备是一台电生理记录仪。我们进行的电生理记录是来自脑细胞的电记录，用于测量细胞的活动水平，通过特定膜离子通道的电流，以及测量神经网络中不同脑细胞之间的通信。我们正在进行的研究旨在确定维生素A代谢物维甲酸在记忆形成中的作用。从软体动物到人类，阻断维甲酸信号通路会阻碍记忆的形成。然而，人们对维甲酸如何影响大脑网络中的突触连接知之甚少。我所要求的设备是升级电生理记录仪所需的基本记录设备，以允许我继续我的nserc资助的研究。我的NSERC研究的一个重要组成部分是调查维甲酸如何促进记忆的形成，特别是在行为改变期间神经网络中发生的变化。

The equipment I am requesting is for an electrophysiological recording rig. The electrophysiological recordings we perform are electrical recordings from brain cells, which are used to measure the activity levels of cells, the flow of electrical current through specific membrane ion channels, and to measure the communication between different brain cells in a neural network. The research we are conducting aims to determine the role of the Vitamin A metabolite, retinoic acid, on memory formation. Blocking retinoic acid signaling pathways impedes memory formation in species from molluscs to humans. However, very little is known about how retinoic acid affects synaptic connections within networks of the brain. The equipment I have requested is essential recording equipment required to upgrade an electrophysiological recording rig to allow me to continue with my NSERC-funded research. A large component of my NSERC research is to investigate how retinoic acid contributes to memory formation, and specifically the changes that occur during the neural networks during behavioural changes.