135 Publications (Page 1 of 6)
2024
Increased Segregation in Functional Connectivity Networks When Watching Unpleasant Arousing Videos: A gPPI analysis.Ni, Yuqian⋅Zheng, Xia⋅Betzel, Richard and James, Thomas WBrain connectivity, January 24, 2024.
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Modular subgraphs in large-scale connectomes underpin spontaneous co-fluctuation events in mouse and human brainsRagone, Elisabeth⋅Tanner, Jacob⋅Jo, Youngheun⋅Zamani Esfahlani, Farnaz⋅Faskowitz, Joshua⋅Pope, Maria⋅Coletta, Ludovico⋅Gozzi, Alessandro and Betzel, RichardCommunications Biology, vol. 7, (no. 1), pp. 126, 2024.
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2023
Parameter estimation for connectome generative models: Accuracy, reliability, and a fast parameter fitting method.Liu, Yuanzhe⋅Seguin, Caio⋅Mansour, Sina⋅Oldham, Stuart⋅Betzel, Richard⋅Biase, Maria Di and Zalesky, AndrewNeuroImage, pp. 119962, February 21, 2023.
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2022
Cortico-subcortical interactions in overlapping communities of edge functional connectivity.Chumin, Evgeny J⋅Faskowitz, Joshua⋅Esfahlani, Farnaz Zamani⋅Jo, Youngheun⋅Merritt, Haily⋅Tanner, Jacob⋅Cutts, Sarah A⋅Pope, Maria⋅Betzel, Richard and Sporns, OlafNeuroImage, vol. 250, pp. 118971, February 4, 2022.
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2021
Allocentric representation in the human amygdala and ventral visual stream.Evensmoen, Hallvard Røe⋅Rimol, Lars M⋅Winkler, Anderson M⋅Betzel, Richard⋅Hansen, Tor Ivar⋅Nili, Hamed and Håberg, AstaCell reports, vol. 34, (no. 3), pp. 108658, January 19, 2021.
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Modularity maximization as a flexible and generic framework for brain network exploratory analysisMerritt, Haily⋅Tanner, Jacob C⋅Greenwell, Sarah⋅Patel, Riya⋅Faskowitz, Joshua and Betzel, Richard FNeuroImage, vol. 244, Dec 1, 2021.
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2020
Community structure of the creative brain at restKenett, Yoed N⋅Betzel, Richard F and Beaty, Roger ENeuroImage, vol. 210, pp. 116578, 2020-04-15.
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Development of structure-function coupling in human brain networks during youthBaum, Graham L⋅Baum, Graham L⋅Cui, Zaixu⋅Cui, Zaixu⋅Roalf, David R⋅Roalf, David R⋅Ciric, Rastko⋅Ciric, Rastko⋅Betzel, Richard F⋅Betzel, Richard F⋅Larsen, Bart⋅Larsen, Bart⋅Cieslak, Matthew⋅Cieslak, Matthew⋅Cook, Philip A⋅Cook, Philip A⋅Xia, Cedric H⋅Xia, Cedric H⋅Moore, Tyler M⋅Moore, Tyler M⋅Ruparel, Kosha⋅Ruparel, Kosha⋅Oathes, Desmond J⋅Oathes, Desmond J⋅Alexander-Bloch, Aaron F⋅Alexander-Bloch, Aaron F⋅Shinohara, Russell T⋅Shinohara, Russell T⋅Raznahan, Armin⋅Raznahan, Armin⋅Gur, Raquel E⋅Gur, Raquel E⋅Gur, Ruben C⋅Gur, Ruben C⋅Bassett, Danielle S⋅Bassett, Danielle S⋅Satterthwaite, Theodore D and Satterthwaite, Theodore DProceedings of the National Academy of Sciences of the United States of America, vol. 117, (no. 1), pp. 778, 2020-01-07.
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Linking Structure and Function in Macroscale Brain NetworksSuárez, Laura E⋅Suárez, Laura E⋅Markello, Ross D⋅Markello, Ross D⋅Betzel, Richard F⋅Betzel, Richard F⋅Misic, Bratislav and Misic, BratislavTrends in Cognitive Sciences, vol. 24, (no. 4), pp. 315, April 2020.
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Optimization of energy state transition trajectory supports the development of executive function during youthCui, Zaixu⋅Cui, Zaixu⋅Cui, Zaixu⋅Stiso, Jennifer⋅Stiso, Jennifer⋅Stiso, Jennifer⋅Baum, Graham L⋅Baum, Graham L⋅Baum, Graham L⋅Kim, Jason Z⋅Kim, Jason Z⋅Kim, Jason Z⋅Roalf, David R⋅Roalf, David R⋅Roalf, David R⋅Betzel, Richard F⋅Betzel, Richard F⋅Betzel, Richard F⋅Gu, Shi⋅Gu, Shi⋅Gu, Shi⋅Lu, Zhixin⋅Lu, Zhixin⋅Lu, Zhixin⋅Xia, Cedric H⋅Xia, Cedric H⋅Xia, Cedric H⋅He, Xiaosong⋅He, Xiaosong⋅He, Xiaosong⋅Ciric, Rastko⋅Ciric, Rastko⋅Ciric, Rastko⋅Oathes, Desmond J⋅Oathes, Desmond J⋅Oathes, Desmond J⋅Moore, Tyler M⋅Moore, Tyler M⋅Moore, Tyler M⋅Shinohara, Russell T⋅Shinohara, Russell T⋅Shinohara, Russell T⋅Ruparel, Kosha⋅Ruparel, Kosha⋅Ruparel, Kosha⋅Davatzikos, Christos⋅Davatzikos, Christos⋅Davatzikos, Christos⋅Pasqualetti, Fabio⋅Pasqualetti, Fabio⋅Pasqualetti, Fabio⋅Gur, Raquel E⋅Gur, Raquel E⋅Gur, Raquel E⋅Gur, Ruben C⋅Gur, Ruben C⋅Gur, Ruben C⋅Bassett, Danielle S⋅Bassett, Danielle S⋅Bassett, Danielle S⋅Satterthwaite, Theodore D⋅Satterthwaite, Theodore D and Satterthwaite, Theodore DeLife, vol. 9, 2020-Mar-27.
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Organizing principles of whole-brain functional connectivity in zebrafish larvaeBetzel, Richard FNetwork neuroscience (Cambridge, Mass.), vol. 4, (no. 1), pp. 256, 2020-00-00.
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Questions and controversies in the study of time-varying functional connectivity in resting fMRILurie, Daniel J.⋅Lurie, Daniel J⋅Lurie, Daniel J⋅Kessler, Daniel⋅Kessler, Daniel⋅Kessler, Daniel⋅Bassett, Danielle S⋅Bassett, Danielle S.⋅Bassett, Danielle S⋅Betzel, Richard F.⋅Betzel, Richard F⋅Betzel, Richard F⋅Breakspear, Michael⋅Breakspear, Michael⋅Breakspear, Michael⋅Kheilholz, Shella⋅Kheilholz, Shella⋅Kheilholz, Shella⋅Kucyi, Aaron⋅Kucyi, Aaron⋅Kucyi, Aaron⋅Liégeois, Raphaël⋅Liégeois, Raphaël⋅Liégeois, Raphaël⋅Lindquist, Martin A⋅Lindquist, Martin A⋅Lindquist, Martin A.⋅McIntosh, Anthony Randal⋅McIntosh, Anthony Randal⋅McIntosh, Anthony Randal⋅Poldrack, Russell A⋅Poldrack, Russell A.⋅Poldrack, Russell A⋅Shine, James M⋅Shine, James M⋅Shine, James M.⋅Thompson, William Hedley⋅Thompson, William Hedley⋅Thompson, William Hedley⋅Bielczyk, Natalia Z⋅Bielczyk, Natalia Z.⋅Bielczyk, Natalia Z⋅Douw, Linda⋅Douw, Linda⋅Douw, Linda⋅Kraft, Dominik⋅Kraft, Dominik⋅Kraft, Dominik⋅Miller, Robyn L⋅Miller, Robyn L⋅Miller, Robyn L.⋅Muthuraman, Muthuraman⋅Muthuraman, Muthuraman⋅Muthuraman, Muthuraman⋅Pasquini, Lorenzo⋅Pasquini, Lorenzo⋅Pasquini, Lorenzo⋅Razi, Adeel⋅Razi, Adeel⋅Razi, Adeel⋅Vidaurre, Diego⋅Vidaurre, Diego⋅Vidaurre, Diego⋅Xie, Hua⋅Xie, Hua⋅Xie, Hua⋅Calhoun, Vince D⋅Calhoun, Vince D. and Calhoun, Vince DNetwork neuroscience (Cambridge, Mass.), vol. 4, (no. 1), pp. 69, 2020-00-00.
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Space-independent community and hub structure of functional brain networksZamani Esfahlani, Farnaz⋅Bertolero, Maxwell A⋅Bassett, Danielle S and Betzel, Richard FNeuroImage, vol. 211, pp. 116612, 2020-05-01.
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Temporal fluctuations in the brain’s modular architecture during movie-watchingBetzel, Richard F⋅Byrge, Lisa⋅Esfahlani, Farnaz Zamani and Kennedy, Daniel PNeuroImage, vol. 213, pp. 116687, June 2020.
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The modular organization of brain cortical connectivity across the human lifespanPuxeddu, Maria G⋅Faskowitz, Joshua⋅Betzel, Richard F⋅Petti, Manuela⋅Astolfi, Laura and Sporns, OlafNeuroImage, vol. 218, Sep 2020.
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Transitions to Default Mode and Frontoparietal Network Activation States are Associated With Age and Working Memory PerformanceCornblath, Eli⋅Ashourvan, Arian⋅Kim, Jason Z⋅Betzel, Richard F⋅Ciric, Rastko⋅Adebimpe, Azeez⋅Baum, Graham L⋅He, Xiaosong⋅Ruparel, Kosha⋅Moore, Tyler M⋅Gur, Ruben C⋅Gur, Raquel⋅Shinohara, Russell⋅Roalf, David⋅Satterthwaite, Theodore D and Bassett, DanielleBiological Psychiatry, vol. 87, (no. 9), pp. S458, 2020-05-00.
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2019
Brain state stability during working memory is explained by network control theory, modulated by dopamine D1/D2 receptor function, and diminished in schizophreniaBraun, Urs⋅Harneit, Anais⋅Pergola, Giulio⋅Menara, Tommaso⋅Schaefer, Axel⋅Betzel, Richard F⋅Zang, Zhenxiang⋅Schweiger, Janina I⋅Schwarz, Kristina⋅Chen, Junfang⋅Blasi, Giuseppe⋅Bertolino, Alessandro⋅Durstewitz, Daniel⋅Pasqualetti, Fabio⋅Schwarz, Emanuel⋅Meyer-Lindenberg, Andreas⋅Bassett, Danielle S and Tost, Heike2019-06-21.
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Brain state stability during working memory is explained by network control theory, modulated by dopamine D1/D2 receptor function, and diminished in schizophreniaBraun, Urs⋅Harneit, Anais⋅Pergola, Giulio⋅Menara, Tommaso⋅Schaefer, Axel⋅Betzel, Richard F⋅Zang, Zhenxiang⋅Schweiger, Janina I⋅Schwarz, Kristina⋅Chen, Junfang and others
Co-existence of Network Architectures Supporting the Human Gut MicrobiomeHall, Caitlin V⋅Hall, C.V.⋅Hall, Caitlin V⋅Lord, A.⋅Lord, Anton⋅Lord, Anton⋅Betzel, R.⋅Betzel, Richard⋅Betzel, Richard⋅Zakrzewski, Martha⋅Zakrzewski, Martha⋅Zakrzewski, M.⋅Simms, Lisa A⋅Simms, Lisa A⋅Simms, L.A.⋅Zalesky, Andrew⋅Zalesky, A.⋅Zalesky, Andrew⋅Radford-Smith, Graham⋅Radford-Smith, Graham⋅Radford-Smith, G.⋅Cocchi, Luca⋅Cocchi, L. and Cocchi, LucaiScience, vol. 22, pp. 391, 2019-12-20.
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Development of structure-function coupling in human brain networks during youthBaum, Graham L⋅Cui, Zaixu⋅Roalf, David R⋅Ciric, Rastko⋅Betzel, Richard F⋅Larsen, Bart⋅Cieslak, Matthew⋅Cook, Philip A⋅Xia, Cedric H⋅Moore, Tyler M and others(pp. 729004). Cold Spring Harbor Laboratory
Distance-dependent consensus thresholds for generating group-representative structural brain networksBetzel, Richard F⋅Griffa, Alessandra⋅Hagmann, Patric and Mišić, BratislavNetwork neuroscience (Cambridge, Mass.), vol. 3, (no. 2), pp. 496, 2019-00-00.
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Distance-dependent consensus thresholds for generating group-representative structural brain networksBetzel, Richard F⋅Griffa, Alessandra⋅Hagmann, Patric and Mišić, Bratislav(pp. 475–496). MIT Press One Rogers Street, Cambridge, MA 02142-1209 USA journals-info@ mit …
Edge-centric functional network representations of human cerebral cortex reveal overlapping system-level architectureFaskowitz, Joshua⋅Esfahlani, Farnaz Zamani⋅Jo, Youngheun⋅Sporns, Olaf and Betzel, Richard F(pp. 799924). Cold Spring Harbor Laboratory
Generative network models identify biological mechanisms of altered structural brain connectivity in schizophreniaZhang, Xiaolong⋅Braun, Urs⋅Harneit, Anais⋅Zang, Zhenxiang⋅Geiger, Lena⋅Betzel, Richard⋅Chen, Junfang⋅Schweiger, Janina⋅Schwarz, Kristina⋅Reinwald, Jonathan Rochus and others(pp. 604322). Cold Spring Harbor Laboratory
High-amplitude co-fluctuations in cortical activity drive resting-state functional connectivityBetzel, Richard F⋅Faskowitz, Joshua and Sporns, Olaf(pp. 800045). Cold Spring Harbor Laboratory
