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• W2949763225 abstract "Background: Analysis of the human connectome using functional magnetic resonance imaging (fMRI) started in the mid-1990s and attracted increasing attention in attempts to discover the neural underpinnings of human cognition and neurological disorders. In general, brain connectivity patterns from fMRI data are classified as statistical dependencies (functional connectivity) or causal interactions (effective connectivity) among various neural units. Computational methods, especially graph theory-based methods, have recently played a significant role in understanding brain connectivity architecture. Objectives: Thanks to the emergence of graph theoretical analysis, the main purpose of the current paper is to systematically review how brain properties can emerge through the interactions of distinct neuronal units in various cognitive and neurological applications using fMRI. Moreover, this article provides an overview of the existing functional and effective connectivity methods used to construct the brain network, along with their advantages and pitfalls. Methods: In this systematic review, the databases Science Direct, Scopus, arXiv, Google Scholar, IEEE Xplore, PsycINFO, PubMed, and SpringerLink are employed for exploring the evolution of computational methods in human brain connectivity from 1990 to the present, focusing on graph theory. The Cochrane Collaboration's tool was used to assess the risk of bias in individual studies. Results: Our results show that graph theory and its implications in cognitive neuroscience have attracted the attention of researchers since 2009 (as the Human Connectome Project launched), because of their prominent capability in characterizing the behavior of complex brain systems. Although graph theoretical approach can be generally applied to either functional or effective connectivity patterns during rest or task performance, to date, most articles have focused on the resting-state functional connectivity. Conclusions: This review provides an insight into how to utilize graph theoretical measures to make neurobiological inferences regarding the mechanisms underlying human cognition and behavior as well as different brain disorders." @default.
• W2949763225 created "2019-06-27" @default.
• W2949763225 creator A5003153228 @default.
• W2949763225 creator A5043183113 @default.
• W2949763225 creator A5068942141 @default.
• W2949763225 date "2019-06-06" @default.
• W2949763225 modified "2023-10-16" @default.
• W2949763225 title "Application of Graph Theory for Identifying Connectivity Patterns in Human Brain Networks: A Systematic Review" @default.
• W2949763225 cites W1003962816 @default.
• W2949763225 cites W104356160 @default.
• W2949763225 cites W1495993332 @default.
• W2949763225 cites W1542618002 @default.
• W2949763225 cites W1560723556 @default.
• W2949763225 cites W1564320353 @default.
• W2949763225 cites W1568625389 @default.
• W2949763225 cites W1581324593 @default.
• W2949763225 cites W1589873300 @default.
• W2949763225 cites W1714729838 @default.
• W2949763225 cites W1721214611 @default.
• W2949763225 cites W1817561967 @default.
• W2949763225 cites W1860157308 @default.
• W2949763225 cites W1863311060 @default.
• W2949763225 cites W1907418661 @default.
• W2949763225 cites W1907562274 @default.
• W2949763225 cites W1940423692 @default.
• W2949763225 cites W1943131318 @default.
• W2949763225 cites W1953640196 @default.
• W2949763225 cites W1964855913 @default.
• W2949763225 cites W1965886953 @default.
• W2949763225 cites W1967931162 @default.
• W2949763225 cites W1968592137 @default.
• W2949763225 cites W1970695058 @default.
• W2949763225 cites W1970754582 @default.
• W2949763225 cites W1972412818 @default.
• W2949763225 cites W1974338285 @default.
• W2949763225 cites W1977888981 @default.
• W2949763225 cites W1978675410 @default.
• W2949763225 cites W1979426401 @default.
• W2949763225 cites W1979773754 @default.
• W2949763225 cites W1980639831 @default.
• W2949763225 cites W1983485726 @default.
• W2949763225 cites W1984331840 @default.
• W2949763225 cites W1985002549 @default.
• W2949763225 cites W1985327120 @default.
• W2949763225 cites W1987924998 @default.
• W2949763225 cites W1989355184 @default.
• W2949763225 cites W1991933335 @default.
• W2949763225 cites W1994341528 @default.
• W2949763225 cites W1994801733 @default.
• W2949763225 cites W1995708743 @default.
• W2949763225 cites W1996872488 @default.
• W2949763225 cites W1996954170 @default.
• W2949763225 cites W1998877105 @default.
• W2949763225 cites W1999174202 @default.
• W2949763225 cites W1999653836 @default.
• W2949763225 cites W2000363330 @default.
• W2949763225 cites W2002367251 @default.
• W2949763225 cites W2003120749 @default.
• W2949763225 cites W2003837387 @default.
• W2949763225 cites W2005321445 @default.
• W2949763225 cites W2005476331 @default.
• W2949763225 cites W2006186936 @default.
• W2949763225 cites W2007872832 @default.
• W2949763225 cites W2007979658 @default.
• W2949763225 cites W2008088150 @default.
• W2949763225 cites W2008620264 @default.
• W2949763225 cites W2008781224 @default.
• W2949763225 cites W2008843013 @default.
• W2949763225 cites W2009281907 @default.
• W2949763225 cites W2010432070 @default.
• W2949763225 cites W2011541551 @default.
• W2949763225 cites W2012274058 @default.
• W2949763225 cites W2013393341 @default.
• W2949763225 cites W2014022174 @default.
• W2949763225 cites W2015290739 @default.
• W2949763225 cites W2015456912 @default.
• W2949763225 cites W2017532337 @default.
• W2949763225 cites W2018305040 @default.
• W2949763225 cites W2018593373 @default.
• W2949763225 cites W2019815988 @default.
• W2949763225 cites W2020245429 @default.
• W2949763225 cites W2020519533 @default.
• W2949763225 cites W2020698869 @default.
• W2949763225 cites W2021061055 @default.
• W2949763225 cites W2021077818 @default.
• W2949763225 cites W2021466515 @default.
• W2949763225 cites W2021655476 @default.
• W2949763225 cites W2021927793 @default.
• W2949763225 cites W2021947606 @default.
• W2949763225 cites W2025283285 @default.
• W2949763225 cites W2026622593 @default.
• W2949763225 cites W2027715153 @default.
• W2949763225 cites W2028645759 @default.
• W2949763225 cites W2031134471 @default.
• W2949763225 cites W2031364936 @default.
• W2949763225 cites W2033105539 @default.
• W2949763225 cites W2034159821 @default.
• W2949763225 cites W2037716995 @default.
• W2949763225 cites W2038818850 @default.
• W2949763225 cites W2039112885 @default.

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