… acquisition of resting state functional magnetic … as functional networks, functional connectivity
gradients, and time-varying activity patterns that provide insight into the intrinsic functional …

… The advent of neuroimaging techniques has allowed us to move beyond animal models
to examine the structure and function of networks within the human brain. However, brain …

… analyses of resting-state physiologic fluctuations reveal many more functional connections
than those … maps underestimate the size and number of functionally connected areas and that …

… The common marmoset (Callithrix jacchus) is becoming increasingly popular as a preclinical
animal model. Despite having a similar body size to a rat, marmosets as primates have a …

… that mouse resting-state functional connectivity converges across … The use of RS-FC in
animal models has rapidly increased … RS-FC data, a few principles have been proposed. Recent …

… the physiological basis of resting-state functional magnetic resonance imaging using this …
animal physiology. Both evoked BOLD response and resting-state functional connectivity …

… using resting-state fMRI. In this chapter, we review the neurophysiological basis of resting-state
functional connectivity and give a synopsis of the most established resting-state analysis …

… Resting-state networks are the most commonly reported features for both humans and … If,
however, an animal model of the disorder presents the same alteration in functional connectivity…

… For instance, in animal models, the amplitudes of regional … Characterizing these apparent
network structures with a … meaningful functional connectivity-based measures of brain function, …

… whether we can use resting state fMRI to create a map of inter-areal organization of the
macaque parietal–frontal system using resting state functional connectivity. We use a data-driven …