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Base-item ID 7979
ID
Language English
PubMedID 22784032
Title Functional alteration in frontolimbic systems relevant to moral judgment in cocaine-dependent subjects.
Free Keywords Adolescent, Adult, Brain Mapping, methods, Case-Control Studies, Cerebral Cortex, physiopathology, Cocaine-Related Disorders, physiopathology, psychology, Data Interpretation, Statistical, Female, Humans, Judgment, physiology, Limbic System, physiopathology, Magnetic Resonance Imaging, methods, Male, Middle Aged, Morals, Neural Pathways, physiopathology, Periaqueductal Gray, physiopathology, Photic Stimulation, methods, Prefrontal Cortex, physiopathology, Young Adult
Description
Last Modified Date Mar 2, 2019 16:00:00
Created Date Mar 2, 2019 16:00:00
Contributor Taiki Nishioka (Tnishioka)
Item Type Paper
Change Log(History)
Author
Verdejo-Garcia A
Contreras-Rodríguez O
Fonseca F
Cuenca A
Soriano-Mas C
Rodriguez J
Pardo-Lozano R
Blanco-Hinojo L
de Sola Llopis S
Farré M
Torrens M
Pujol J
de la Torre R
Journal Addiction biology
Publication Year 2014
Volume 19
Number 2
Page 272-81
Last Modified Date of Brain-Coordinates item Mar 2, 2019 16:00:00
Created Date of Brain-Coordinates item Mar 2, 2019 16:00:00
Contributor of Brain-Coordinates item Taiki Nishioka (Tnishioka)
Cognitive Functions decision-making,frontolimbic system
Brain Areas ACC,Insula,brain stem,thalamus
Reference
Coordinate Type MNI
Brain Coordinates -54,-62,50: -46,28,-18: -44,-58,36: -32,-34,-4: -30,26,-2: -20,-32,-10: -14,14,10: -8,54,36: -6,-52,40: -6,-6,-18: -6,38,0: 0,42,-2: 4,-56,-2: 4,52,-8: 6,-56,34: 6,62,38: 12,-26,0: 32,-38,-4: 42,-2,-2: 56,-62,36: 56,-62,44
Index
/ Public / Imaging Method / MRI
/ Public / Brain Function / Executive function / Decision making
/ Public / Task / Decision (e.g. Discrimination, Matching)
/ Public / Brain Area / Limbic system / Cingulate gyrus (BA33, 24, 31, 23)
/ Public / Brain Area / Limbic system / Insula (BA13, 14, 15, 16)
/ Public / Brain Area / Thalamus
/ Public / Brain Area / Brain stem (Midbrain, Pons, Medula, Spinal cord)
/ Public / Subject / Patients
/ Public / Brain Function / Resting State Network