The Statistical Analysis of the Varying Brain

O. Y. Chén, Duy Thanh Vu, Gilbert Greub, H. Cao, Xingru He, Yannick Muller, Constantinos Petrovas, H. Shou, Viet-Dung Nguyen, Bangdong Zhi, Laurent Perez, J. Raisaro, G. Nagels, M. Vos, Wei He, R. Gottardo, Palie Smart, M. Munafo, Giuseppe Pantaleo
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Abstract

We present here a systematical approach to studying the varying brain. We first distinguish different types of brain variability and provide examples for them. Next, we show classical analysis of covariance (ANCOVA) as well as advanced residual analysis via statistical- and deep-learning aim to decompose the total variance of the brain or behaviour data into explainable variance components. Additionally, we discuss innate and acquired brain variability. For varying big brain data, we define the neural law of large numbers and discuss methods for extracting representations from large-scale, potentially high-dimensional brain data. Finally, we examine the gut-brain axis, an often lurking, yet important, source of brain variability.
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大脑变化的统计分析
我们在这里提出了一种系统的方法来研究大脑的变化。我们首先区分不同类型的大脑变异性,并为它们提供例子。接下来,我们展示了经典协方差分析(ANCOVA)以及通过统计和深度学习进行的高级残差分析,旨在将大脑或行为数据的总方差分解为可解释的方差成分。此外,我们还讨论了先天和后天的大脑变异。对于不同的大脑大数据,我们定义了大数的神经规律,并讨论了从大规模、潜在的高维大脑数据中提取表征的方法。最后,我们检查肠脑轴,这是一个经常潜伏的,但重要的,大脑变异性的来源。
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