Reticular Formation

A Neural Model of Multimodal Adaptive Saccadic Eye Movement Control by Superior Colliculus

Attention / Cats / Learning / Memory / Computer Simulation / Animals / Saccades / Parietal Cortex / Substantia nigra / The / Periodicity / Superior Colliculus / Parietal Lobe / Reticular Formation / Animals / Saccades / Parietal Cortex / Substantia nigra / The / Periodicity / Superior Colliculus / Parietal Lobe / Reticular Formation

Reticulospinal neurones activate excitatory amino acid receptors

Cognitive Science / Brain / Animals / Spinal Cord / Neuronal Activity / Reticular Formation / Neurosciences / Reticular Formation / Neurosciences

A neural model of multimodal adaptive saccadic eye movement control by superior colliculus

Attention / Cats / Learning / Memory / Computer Simulation / Animals / Saccades / Parietal Cortex / Substantia nigra / The / Periodicity / Superior Colliculus / Parietal Lobe / Reticular Formation / Animals / Saccades / Parietal Cortex / Substantia nigra / The / Periodicity / Superior Colliculus / Parietal Lobe / Reticular Formation

A Neural Model of Multimodal Adaptive Saccadic Eye Movement Control by Superior Colliculus

Attention / Cats / Learning / Memory / Computer Simulation / Animals / Saccades / Substantia nigra / The / Periodicity / Parietal Lobe / Reticular Formation / Animals / Saccades / Substantia nigra / The / Periodicity / Parietal Lobe / Reticular Formation

Reticulo- and trigemino-hypoglossal connections: A quantitative comparison of ultrastructural substrates

Cognitive Science / Electron Microscopy / Animals / Male / Rats / Reticular Formation / Hypoglossal Nerve / Neurosciences / Nerve Endings / Reticular Formation / Hypoglossal Nerve / Neurosciences / Nerve Endings

Noradrenaline excites non-cholinergic laterodorsal tegmental neurons via two distinct mechanisms

Neuroscience / Psychology / Electrophysiology / Animal Behavior / Patch-clamp and imaging techniques / Female / Animals / Male / Acetylcholine / Rat Brain / Neurons / Lateral Geniculate Nucleus / Norepinephrine / Rats / Reticular Formation / Wistar Rats / Tetrodotoxin / Resting Membrane Potential / Neurosciences / Whole cell Patch-Clamp / Functional Properties / Excitatory Postsynaptic Potentials / Female / Animals / Male / Acetylcholine / Rat Brain / Neurons / Lateral Geniculate Nucleus / Norepinephrine / Rats / Reticular Formation / Wistar Rats / Tetrodotoxin / Resting Membrane Potential / Neurosciences / Whole cell Patch-Clamp / Functional Properties / Excitatory Postsynaptic Potentials

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