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The firing of individual neurons in sensory neural networks during repetitive stimuli typically exhibits a great deal of inter-trial variability and stability to ensure efficient and reliable transmission of information
Recently, The Team of Gu Yu of Fudan University published a research paper entitled "Binocular visual experience drives the maturation of response variability and reliability in the visual cortex" in iScience, an interdisciplinary journal under Cell Press.
▲Long press the picture to identify the two-dimensional code to read the original text
Using in vivo multichannel electrophysiological recordings, the study revealed that binocular neurons in the primary visual cortex of mice are based on sublinear binocular integration when receiving binocular input, resulting in higher stability and lower variability (compared to monocular input).
Hao Xiangwen, a 2020 doctoral student at the Institute of Brain Sciences of Fudan University, Liu Qiong, a doctoral student at West Lake University, and Jiang Ping, a 2018 doctoral student of the Institute of Brain Sciences of Fudan University, are the co-first authors of the article, and Professor Gu Yu of the Institute of Brain Sciences of Fudan University and Professor Shi Xuefeng of Tianjin Medical University are the corresponding authors
Information about related papers
The original paper was published in iScience, a journal owned by CellPress Cell Press.
