Resting state brain CAPs have distinct between and within-subject variance of temporal characteristics and test-retest reliability, as revealed by the 3-axes representation of neural trait variance space.

(A) Analysis overview. In each split-half data from each permutation per day, FO, within-subject mean of dwell time (Mean DT) and within-subject standard deviation of dwell time (Var DT) are estimated for each CAP state. (B) Stability of individual mean...

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Bibliographic Details
Main Author:	Kangjoo Lee (11648345) (author)
Other Authors:	Jie Lisa Ji (15185101) (author), Clara Fonteneau (15185104) (author), Lucie Berkovitch (12465474) (author), Masih Rahmati (11058274) (author), Lining Pan (15185110) (author), Grega Repovš (8731717) (author), John H. Krystal (9699559) (author), John D. Murray (10292226) (author), Alan Anticevic (3540146) (author)
Published:	2024
Subjects:	Medicine Neuroscience Biotechnology Evolutionary Biology Developmental Biology Mental Health Plant Biology highlighting cognitive function healthy young adults trait neural variation trait neural variations general neural features activation patterns derived behavior vary within activation patterns principal variations behavioral features activation pattern well understood traits ). substance use subject level quantify moment moment changes joint analysis exhibit day emotion regulation day variability combined analysis behavioral phenotypes
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Resting state brain CAPs have distinct between and within-subject variance of temporal characteristics and test-retest reliability, as revealed by the 3-axes representation of neural trait variance space.

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