The full query is: ('Striatum dorsal region') AND categories:connectivity AND twoBrains:yes
Processed 1000 out of 48342 sentences and identified 697 articles. Next Page --- >

1. Adult neurological function following neonatal hypoxia-ischemia in a mouse model of the term neonate: water maze performance is dependent on separable cognitive and motor components., Brain research (2006) 1118, 1, 208-21 Sentences: 1/1.

S53: PT The dorsal [hippocampus] is the most vulnerable region <followed> by [striatum] and cortex and ventral [hippocampus] . S53: The dorsal [hippocampus] is the most vulnerable region <followed> by [striatum] and cortex and ventral [hippocampus] .

2. Patterns of cell and fiber vulnerability in the mesostriatal system of the mutant mouse weaver. I. Gradients and compartments., The Journal of neuroscience : the official journal of the Society for Neuroscience (1990) 10, 3, 720-33 Sentences: 2/2.

S13: PT Thus , as in the [dorsal striatum] , the defect in the TH positive innervation of the [ventral striatum] closely <follows> the local architecture of this striatal region . S13: Thus , as in the [dorsal striatum] , the defect in the TH positive innervation of the [ventral striatum] closely <follows> the local architecture of this striatal region .

S185: PT Compartmental <patterns> of TH immunoreactive neuropil in the [caudoputamen] of [weaver] mutants For the [dorsal striatum] , the most remarkable finding was the patchy <pattern> of TH immunostaining in the weavers [caudoputamen] . S185: Compartmental <patterns> of TH immunoreactive neuropil in the [caudoputamen] of [weaver] mutants For the [dorsal striatum] , the most remarkable finding was the patchy <pattern> of TH immunostaining in the weavers [caudoputamen] .

3. Striatal projections from the rat lateral posterior thalamic nucleus., Brain research (2008) 1204, , 24-39 Sentences: 3/3.

S4: PT We found that the mediorostral part of [LP] ( LPMR ) <projects> strongly to [DCS] as well as to the dorsal peripheral region of the [striatum] . S4: We found that the mediorostral part of [LP] ( LPMR ) <projects> strongly to [DCS] as well as to the dorsal peripheral region of the [striatum] .

S98: PT Rostrally , there was relatively faint striatal labeling around the dorsal border of the [striatum] abutting the [corpus callosum] but no <terminal> labeling was observed in the [DCS] . S98: Rostrally , there was relatively faint striatal labeling around the dorsal border of the [striatum] abutting the [corpus callosum] but no <terminal> labeling was observed in the [DCS] .

S82: PT There were also cases where track labeling involved the [hippocampus] ; however , this was not our concern because the [dorsal striatum] of the rat does not <receive> <inputs> from the [hippocampus] based on our previous <retrograde> <tracing> study ( Cheatwood et [al] , 2003 ) and those of others ( McGeorge and Faull , 1987 ) . S82: There were also cases where track labeling involved the [hippocampus] ; however , this was not our concern because the [dorsal striatum] of the rat does not <receive> <inputs> from the [hippocampus] based on our previous <retrograde> <tracing> study ( Cheatwood et [al] , 2003 ) and those of others ( McGeorge and Faull , 1987 ) .

4. Reward-related cortical inputs define a large striatal region in primates that interface with associative cortical connections, providing a substrate for incentive-based learning., The Journal of neuroscience : the official journal of the Society for Neuroscience (2006) 26, 32, 8368-76 Sentences: 5/5.

S163: PT Furthermore , the reward related [striatum] is not limited to the [ventral striatum] but <extends> into a large medial and central region of the [dorsal striatum] and occupies much of the rostral pole before tapering off caudally . S163: Furthermore , the reward related [striatum] is not limited to the [ventral striatum] but <extends> into a large medial and central region of the [dorsal striatum] and occupies much of the rostral pole before tapering off caudally .

S0: PT 8368 The Journal of Neuroscience , August 9 , 2006 26 ( 32 ) : 8368 8376 Behavioral/Systems/Cognitive Reward Related Cortical <Inputs> Define a [Large] Striatal Region in Primates That Interface with Associative Cortical <Connections> , Providing a Substrate for Incentive Based Learning Suzanne N Haber , 1 [Ki] Sok Kim , 2 Philippe Mailly , 3 and Roberta Calzavara1 1Department of Pharmacology and Physiology , University of Rochester School of Medicine , Rochester , New York 14642 , 2Department of Public Health , Keimyung University , Taegue 704 701 , Korea , and 3Neurobiologie des Signaux Intercellulaires , Centre National [de] [la] Recherche Scientifique , Universite Pierre et Marie Curie , 75252 Paris , France The anterior cingulate and orbital cortices and the [ventral striatum] process different aspects of reward evaluation , whereas the dorsolateral [prefrontal cortex] and the [dorsal striatum] are involved in cognitive function . S0: 8368 The Journal of Neuroscience , August 9 , 2006 26 ( 32 ) : 8368 8376 Behavioral/Systems/Cognitive Reward Related Cortical <Inputs> Define a [Large] Striatal Region in Primates That Interface with Associative Cortical <Connections> , Providing a Substrate for Incentive Based Learning Suzanne N Haber , 1 [Ki] Sok Kim , 2 Philippe Mailly , 3 and Roberta Calzavara1 1Department of Pharmacology and Physiology , University of Rochester School of Medicine , Rochester , New York 14642 , 2Department of Public Health , Keimyung University , Taegue 704 701 , Korea , and 3Neurobiologie des Signaux Intercellulaires , Centre National [de] [la] Recherche Scientifique , Universite Pierre et Marie Curie , 75252 Paris , France The anterior cingulate and orbital cortices and the [ventral striatum] process different aspects of reward evaluation , whereas the dorsolateral [prefrontal cortex] and the [dorsal striatum] are involved in cognitive function .

S187: PT After a small [PHA L] injection into [area 24a] , single <fibers> are found in the [dorsal striatum] ( a ) , in the area that <receives> its focal <input> from area 9m ( b ) . S187: After a small [PHA L] injection into [area 24a] , single <fibers> are found in the [dorsal striatum] ( a ) , in the area that <receives> its focal <input> from area 9m ( b ) .

S216: PT This complex <network> of [PFC] , [amygdala] , and hippocampal <inputs> processing salient stimuli impacts directly on a subset of medial dopamine neurons , which , through a series of <connections> , influences the [dorsal striatum] ( Haber et [al] , 2000 ) . S216: This complex <network> of [PFC] , [amygdala] , and hippocampal <inputs> processing salient stimuli impacts directly on a subset of medial dopamine neurons , which , through a series of <connections> , influences the [dorsal striatum] ( Haber et [al] , 2000 ) .

S157: PT Unlike the concentration of <terminal> fields of the vmPFC , dACC , and [OFC] located anterior to the [anterior commissure] , those from the DLPFC occupied a longitudinal dorsal and central strip from the rostral pole of the [striatum] , <extending> caudally . S157: Unlike the concentration of <terminal> fields of the vmPFC , dACC , and [OFC] located anterior to the [anterior commissure] , those from the DLPFC occupied a longitudinal dorsal and central strip from the rostral pole of the [striatum] , <extending> caudally .

5. Role of the substantia nigra pars reticulata in sensorimotor gating, measured by prepulse inhibition of startle in rats., Behavioural brain research (2000) 117, 1-2, 153-62 Sentences: 3/3.

S205: PT Second , infusion of dopamine into the <terminal> region of the [SNC] dopaminergic <afferents> in the [dorsal striatum] did not affect PPI , indicating that the nigrostriatal system is not involved in the regulation of PPI [ 40 ] . S205: Second , infusion of dopamine into the <terminal> region of the [SNC] dopaminergic <afferents> in the [dorsal striatum] did not affect PPI , indicating that the nigrostriatal system is not involved in the regulation of PPI [ 40 ] .

S1: PT It <connects> the dorsal and [ventral striatum] with the [thalamus] , [superior colliculus] and pontomedullary [brainstem] . S1: It <connects> the dorsal and [ventral striatum] with the [thalamus] , [superior colliculus] and pontomedullary [brainstem] .

S21: PT various direct and indirect <afferents> from parts of the dorsal and [ventral striatum] and , in turn , <projects> to thalamic nuclei , to the [superior colliculus] and to the pontomedullary [brainstem] [ 9 ] . S21: various direct and indirect <afferents> from parts of the dorsal and [ventral striatum] and , in turn , <projects> to thalamic nuclei , to the [superior colliculus] and to the pontomedullary [brainstem] [ 9 ] .