Developmental neuroscience

Pathophysiological Response to Experimental Diffuse Brain Trauma Differs as a Function of Developmental Age

Cognitive Science / Traumatic Brain Injury / Developmental neuroscience / Magnetic Resonance Spectroscopy / Energy Metabolism / Phosphorus / Brain / MR spectroscopy / Blood brain barrier / Animals / Male / Young Adult / Cognitive Performance / Head injury / Rats / Critical Period / Age Factors / Rat Model / Diffusion Weighted MRI / Neurosciences / Brain Edema / Age Groups / Experimental Model / Brain injuries / Phosphorus / Brain / MR spectroscopy / Blood brain barrier / Animals / Male / Young Adult / Cognitive Performance / Head injury / Rats / Critical Period / Age Factors / Rat Model / Diffusion Weighted MRI / Neurosciences / Brain Edema / Age Groups / Experimental Model / Brain injuries

Ontogenetic profile of ecto-5′-nucleotidase in rat brain synaptic plasma membranes

Cognitive Science / Kinetics / Developmental neuroscience / Brain development / Brain / Female / Animals / Rat Brain / Enzyme / Rats / Age Factors / Wistar Rats / Enzyme activity / Relative Abundance / Purinergic Signaling / Kinetic Parameter / Neurosciences / Plasma Membrane / Female / Animals / Rat Brain / Enzyme / Rats / Age Factors / Wistar Rats / Enzyme activity / Relative Abundance / Purinergic Signaling / Kinetic Parameter / Neurosciences / Plasma Membrane

Pathophysiological Response to Experimental Diffuse Brain Trauma Differs as a Function of Developmental Age

Zoology / Cognitive Science / Traumatic Brain Injury / Developmental neuroscience / Magnetic Resonance Spectroscopy / Energy Metabolism / Phosphorus / Brain / MR spectroscopy / Blood brain barrier / Animals / Male / Young Adult / Cognitive Performance / Head injury / Rats / Critical Period / Age Factors / Rat Model / Diffusion Weighted MRI / Neurosciences / Brain Edema / Age Groups / Experimental Model / Energy Metabolism / Phosphorus / Brain / MR spectroscopy / Blood brain barrier / Animals / Male / Young Adult / Cognitive Performance / Head injury / Rats / Critical Period / Age Factors / Rat Model / Diffusion Weighted MRI / Neurosciences / Brain Edema / Age Groups / Experimental Model

Voltage sensitive calcium channels mark a critical period in mouse neurodevelopment

Cognitive Science / Electrophysiology / Membranes / Developmental neuroscience / Calcium / Electroencephalography / Filtration / Mice / Animals / Calcium channels / Calcium Channel / Cyclic peptides / Dendrites / Critical Period / SYNAPTOSOMES / Nervous System / Neurosciences / NIMODIPINE / Calcium Channel Blockers / Electroencephalography / Filtration / Mice / Animals / Calcium channels / Calcium Channel / Cyclic peptides / Dendrites / Critical Period / SYNAPTOSOMES / Nervous System / Neurosciences / NIMODIPINE / Calcium Channel Blockers

Vasopressin: a necessary factor for normal brain development?

Cognitive Science / Developmental neuroscience / Neurosciences

Neural Stem and Progenitor Cells in Cortical Development

Cognitive Science / Stem Cells / Developmental neuroscience / Cell Differentiation / Humans / Cerebral Cortex / Animals / Neurons / Neurosciences / Cerebral Cortex / Animals / Neurons / Neurosciences

Pathophysiological Response to Experimental Diffuse Brain Trauma Differs as a Function of Developmental Age

Cognitive Science / Traumatic Brain Injury / Developmental neuroscience / Magnetic Resonance Spectroscopy / Energy Metabolism / Phosphorus / Brain / MR spectroscopy / Blood brain barrier / Animals / Male / Young Adult / Cognitive Performance / Head injury / Rats / Critical Period / Age Factors / Rat Model / Diffusion Weighted MRI / Neurosciences / Brain Edema / Age Groups / Experimental Model / Brain injuries / Dry Weight / Phosphorus / Brain / MR spectroscopy / Blood brain barrier / Animals / Male / Young Adult / Cognitive Performance / Head injury / Rats / Critical Period / Age Factors / Rat Model / Diffusion Weighted MRI / Neurosciences / Brain Edema / Age Groups / Experimental Model / Brain injuries / Dry Weight

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