L
Leo P. Sugrue
Researcher at University of California, San Francisco
Publications - 61
Citations - 4933
Leo P. Sugrue is an academic researcher from University of California, San Francisco. The author has contributed to research in topics: Medicine & Genome-wide association study. The author has an hindex of 18, co-authored 44 publications receiving 3719 citations. Previous affiliations of Leo P. Sugrue include Stanford University & Howard Hughes Medical Institute.
Papers
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Journal ArticleDOI
Stimulus onset quenches neural variability: a widespread cortical phenomenon
Mark M. Churchland,Byron M. Yu,Byron M. Yu,John P. Cunningham,Leo P. Sugrue,Leo P. Sugrue,Marlene R. Cohen,Marlene R. Cohen,Greg S. Corrado,Greg S. Corrado,William T. Newsome,William T. Newsome,Andrew M. Clark,Paymon Hosseini,Benjamin B. Scott,David C. Bradley,Matthew A. Smith,Adam Kohn,Adam Kohn,J. Anthony Movshon,Katherine M. Armstrong,Tirin Moore,Steve W. C. Chang,Lawrence H. Snyder,Stephen G. Lisberger,Nicholas J. Priebe,Ian M. Finn,David Ferster,Stephen I. Ryu,Gopal Santhanam,Maneesh Sahani,Krishna V. Shenoy +31 more
TL;DR: In this article, the authors measured neural variability in 13 extracellularly recorded datasets and one intra-cellularly recorded dataset from seven areas spanning the four cortical lobes in monkeys and cats and found that stimulus onset caused a decline in neural variability.
Journal ArticleDOI
Matching behavior and the representation of value in the parietal cortex.
TL;DR: It is found that a simple model based on reward history can duplicate this behavior and that neurons in the parietal cortex represent the relative value of competing actions predicted by this model.
Journal ArticleDOI
Choosing the greater of two goods: neural currencies for valuation and decision making
TL;DR: A series of recent neurophysiological studies in monkeys has begun to address the challenge of understanding the brain mechanisms that mediate decision making under conditions of uncertainty using novel methods to manipulate and measure an animal's internal valuation of competing alternatives.
Journal ArticleDOI
Image processing and analysis methods for the Adolescent Brain Cognitive Development Study.
Donald J. Hagler,Sean N. Hatton,M. Daniela Cornejo,Carolina Makowski,Damien A. Fair,Anthony Steven Dick,Matthew T. Sutherland,B. J. Casey,M Deanna,Michael P. Harms,Richard Watts,James M. Bjork,Hugh Garavan,Laura Hilmer,Christopher J. Pung,Chelsea S. Sicat,Joshua M. Kuperman,Hauke Bartsch,Feng Xue,Mary M. Heitzeg,Angela R. Laird,Thanh T. Trinh,Raul Gonzalez,Susan F. Tapert,Michael C. Riedel,Lindsay M. Squeglia,Luke W. Hyde,Monica D. Rosenberg,Eric Earl,Katia D. Howlett,Fiona C. Baker,Mary E. Soules,Jazmin Diaz,Octavio Ruiz de Leon,Wesley K. Thompson,Michael C. Neale,Megan M. Herting,Elizabeth R. Sowell,Ruben P. Alvarez,Samuel W. Hawes,Mariana Sanchez,Jerzy Bodurka,Florence J. Breslin,Amanda Sheffield Morris,Martin P. Paulus,W. Kyle Simmons,Jonathan R. Polimeni,Andre van der Kouwe,Andrew S. Nencka,Kevin M. Gray,Carlo Pierpaoli,John A. Matochik,Antonio Noronha,Will M. Aklin,Kevin P. Conway,Meyer D. Glantz,Elizabeth Hoffman,Roger Little,Marsha F. Lopez,Vani Pariyadath,Susan R.B. Weiss,Dana L. Wolff-Hughes,Rebecca DelCarmen-Wiggins,Sarah W. Feldstein Ewing,Oscar Miranda-Dominguez,Bonnie J. Nagel,Anders Perrone,Darrick Sturgeon,Aimee Goldstone,Adolf Pfefferbaum,Kilian M. Pohl,Devin Prouty,Kristina A. Uban,Susan Y. Bookheimer,Mirella Dapretto,Adriana Galván,Kara Bagot,Jay N. Giedd,M. Alejandra Infante,Joanna Jacobus,Kevin Patrick,Paul D. Shilling,Rahul S. Desikan,Yi Li,Leo P. Sugrue,Marie T. Banich,Naomi P. Friedman,John K. Hewitt,Christian J. Hopfer,Joseph T. Sakai,Jody Tanabe,Linda B. Cottler,Sara Jo Nixon,Linda Chang,Christine C. Cloak,Thomas Ernst,Gloria Reeves,David N. Kennedy,Steve Heeringa,Scott Peltier,John E. Schulenberg,Chandra Sripada,Robert A. Zucker,William G. Iacono,Monica Luciana,Finnegan J. Calabro,Duncan B. Clark,David A. Lewis,Beatriz Luna,Claudiu Schirda,Tufikameni Brima,John J. Foxe,Edward G. Freedman,Daniel W. Mruzek,Michael J. Mason,Rebekah S. Huber,Erin McGlade,Andrew P. Prescot,Perry F. Renshaw,Deborah A. Yurgelun-Todd,Nicholas Allgaier,Julie A. Dumas,Masha Y. Ivanova,Alexandra Potter,Paul Florsheim,Christine L. Larson,Krista M. Lisdahl,Michael E. Charness,Michael E. Charness,Michael E. Charness,Bernard F. Fuemmeler,John M. Hettema,Hermine H. Maes,Joel L. Steinberg,Andrey P. Anokhin,Paul E.A. Glaser,Andrew C. Heath,Pamela A. F. Madden,Arielle R. Baskin-Sommers,R. Todd Constable,Steven Grant,Gayathri J. Dowling,Sandra A. Brown,Terry L. Jernigan,Anders M. Dale +144 more
TL;DR: The baseline neuroimaging processing and subject-level analysis methods used by the Adolescent Brain Cognitive Development Study are described to be a resource of unprecedented scale and depth for studying typical and atypical development.
Posted ContentDOI
Image processing and analysis methods for the Adolescent Brain Cognitive Development Study
Donald J. Hagler,Sean N. Hatton,Carolina Makowski,M. Daniela Cornejo,Damien A. Fair,Anthony Steven Dick,Matthew T. Sutherland,B. J. Casey,M Deanna,Michael P. Harms,Richard Watts,James M. Bjork,Hugh Garavan,Laura Hilmer,Christopher J. Pung,Chelsea S. Sicat,Joshua M. Kuperman,Hauke Bartsch,Feng Xue,Mary M. Heitzeg,Angela R. Laird,Thanh T. Trinh,Raul Gonzalez,Susan F. Tapert,Michael C. Riedel,Lindsay M. Squeglia,Luke W. Hyde,Monica D. Rosenberg,Eric Earl,Katia D. Howlett,Fiona C. Baker,Mary E. Soules,Jazmin Diaz,Octavio Ruiz de Leon,Wesley K. Thompson,Michael C. Neale,Megan M. Herting,Elizabeth R. Sowell,Ruben P. Alvarez,Samuel W. Hawes,Mariana Sanchez,Jerzy Bodurka,Florence J. Breslin,Amanda Sheffield Morris,Martin P. Paulus,W. Kyle Simmons,Jonathan R. Polimeni,Andre van der Kouwe,Andrew S. Nencka,Kevin M. Gray,Carlo Pierpaoli,John A. Matochik,Antonio Noronha,Will M. Aklin,Kevin P. Conway,Meyer D. Glantz,Elizabeth Hoffman,Roger Little,Marsha F. Lopez,Vani Pariyadath,Susan R.B. Weiss,Dana L. Wolff-Hughes,Rebecca DelCarmen-Wiggins,Sarah W. Feldstein Ewing,Oscar Miranda-Dominguez,Bonnie J. Nagel,Anders Perrone,Darrick Sturgeon,Aimee Goldstone,Adolf Pfefferbaum,Kilian M. Pohl,Devin Prouty,Kristina A. Uban,Susan Y. Bookheimer,Mirella Dapretto,Adriana Galván,Kara Bagot,Jay N. Giedd,M. Alejandra Infante,Joanna Jacobus,Kevin Patrick,Paul D. Shilling,Rahul S. Desikan,Yi Li,Leo P. Sugrue,Marie T. Banich,Naomi P. Friedman,John K. Hewitt,Christian J. Hopfer,Joseph T. Sakai,Jody Tanabe,Linda B. Cottler,Sara Jo Nixon,Linda Chang,Christine C. Cloak,Thomas Ernst,Gloria Reeves,David N. Kennedy,Steve Heeringa,Scott Peltier,John E. Schulenberg,Chandra Sripada,Robert A. Zucker,William G. Iacono,Monica Luciana,Finnegan J. Calabro,Duncan B. Clark,David A. Lewis,Beatriz Luna,Claudiu Schirda,Tufikameni Brima,John J. Foxe,Edward G. Freedman,Daniel W. Mruzek,Michael J. Mason,Rebekah S. Huber,Erin McGlade,Andrew P. Prescot,Perry F. Renshaw,Deborah A. Yurgelun-Todd,Nicholas Allgaier,Julie A. Dumas,Masha Y. Ivanova,Alexandra Potter,Paul Florsheim,Christine L. Larson,Krista M. Lisdahl,Michael E. Charness,Bernard F. Fuemmeler,John M. Hettema,Joel L. Steinberg,Andrey P. Anokhin,Paul E.A. Glaser,Andrew C. Heath,Pamela A. F. Madden,Arielle R. Baskin-Sommers,R. Todd Constable,Steven Grant,Gayathri J. Dowling,Sandra A. Brown,Terry L. Jernigan,Anders M. Dale +141 more
TL;DR: The baseline neuroimaging processing and subject-level analysis methods used by the ABCD DAIC in the centralized processing and extraction of neuroanatomical and functional imaging phenotypes are described.