Ventral Tegmental Area

Empathic concern drives costly altruism

Personality / Individuality / Magnetic Resonance Imaging / Altruism / Empathy / Brain Mapping / Humans / Caudate Nucleus / Female / Neuroimage / Male / Young Adult / Adult / Morals / Ventral Tegmental Area / Choice Behavior / Brain Mapping / Humans / Caudate Nucleus / Female / Neuroimage / Male / Young Adult / Adult / Morals / Ventral Tegmental Area / Choice Behavior

Substantia nigra activity level predicts trial-to-trial adjustments in cognitive control

Psychology / Cognitive Science / Reinforcement Learning / Cognitive Control / Cognition / Functional MRI / Cognitive Neuroscience / Cognitive / Subthalamic Nucleus / Learning / Brain Mapping / Humans / Female / Male / Reaction Time / Young Adult / Substantia nigra / Oxygen / Adult / Control Region / Ventral Tegmental Area / Neurosciences / Predictive value of tests / Functional MRI / Cognitive Neuroscience / Cognitive / Subthalamic Nucleus / Learning / Brain Mapping / Humans / Female / Male / Reaction Time / Young Adult / Substantia nigra / Oxygen / Adult / Control Region / Ventral Tegmental Area / Neurosciences / Predictive value of tests

Differential behavioral effects of partial bilateral lesions of ventral tegmental area or substantia nigra pars compacta in rats

Neuroscience / Psychology / Animal Behavior / Motor Control / Locomotion / Dopamine / HPLC / ANOVA / Animals / Animal Model / Substantia nigra / Th / Feeding Behavior / Rats / Liquid Chromatography / Cognitive Function / Motor Function / Operant Conditioning / Wistar Rats / Ventral Tegmental Area / Exploratory Behavior / Maze Learning / Neurosciences / Motor Behavior / Substantia nigra pars compacta (SNpc) / Motor Skills / Dopamine / HPLC / ANOVA / Animals / Animal Model / Substantia nigra / Th / Feeding Behavior / Rats / Liquid Chromatography / Cognitive Function / Motor Function / Operant Conditioning / Wistar Rats / Ventral Tegmental Area / Exploratory Behavior / Maze Learning / Neurosciences / Motor Behavior / Substantia nigra pars compacta (SNpc) / Motor Skills

Differential behavioral effects of partial bilateral lesions of ventral tegmental area or substantia nigra pars compacta in rats

Neuroscience / Psychology / Animal Behavior / Motor Control / Locomotion / Dopamine / HPLC / ANOVA / Animals / Animal Model / Substantia nigra / Th / Feeding Behavior / Rats / Liquid Chromatography / Cognitive Function / Motor Function / Operant Conditioning / Wistar Rats / Ventral Tegmental Area / Exploratory Behavior / Maze Learning / Neurosciences / Motor Behavior / Substantia nigra pars compacta (SNpc) / Motor Skills / Dopamine / HPLC / ANOVA / Animals / Animal Model / Substantia nigra / Th / Feeding Behavior / Rats / Liquid Chromatography / Cognitive Function / Motor Function / Operant Conditioning / Wistar Rats / Ventral Tegmental Area / Exploratory Behavior / Maze Learning / Neurosciences / Motor Behavior / Substantia nigra pars compacta (SNpc) / Motor Skills

Substantia nigra activity level predicts trial-to-trial adjustments in cognitive control

Psychology / Cognitive Science / Reinforcement Learning / Cognitive Control / Cognition / Functional MRI / Cognitive Neuroscience / Cognitive / Subthalamic Nucleus / Learning / Brain Mapping / Humans / Female / Male / Reaction Time / Young Adult / Substantia nigra / Oxygen / Adult / Control Region / Ventral Tegmental Area / Neurosciences / Predictive value of tests / Functional MRI / Cognitive Neuroscience / Cognitive / Subthalamic Nucleus / Learning / Brain Mapping / Humans / Female / Male / Reaction Time / Young Adult / Substantia nigra / Oxygen / Adult / Control Region / Ventral Tegmental Area / Neurosciences / Predictive value of tests

Empathic concern drives costly altruism

Personality / Individuality / Magnetic Resonance Imaging / Altruism / Empathy / Brain Mapping / Humans / Caudate Nucleus / Female / Neuroimage / Male / Young Adult / Adult / Morals / Ventral Tegmental Area / Choice Behavior / Brain Mapping / Humans / Caudate Nucleus / Female / Neuroimage / Male / Young Adult / Adult / Morals / Ventral Tegmental Area / Choice Behavior

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