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Developmental maturation of activity-induced K
+
and pH transients and the associated extracellular space dynamics in the rat hippocampus
Brian Roland Larsen, Anca Stoica,
Nanna MacAulay
*
*
Corresponding author for this work
Molecular Neuroscience
Neuronal Signalling
Department of Neuroscience
8
Citations (Scopus)
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Dive into the research topics of 'Developmental maturation of activity-induced K
+
and pH transients and the associated extracellular space dynamics in the rat hippocampus'. Together they form a unique fingerprint.
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Keyphrases
Extracellular Space
100%
Space Dynamics
100%
Rat Hippocampus
100%
Neuronal Activity
46%
Field Potential
15%
Swift
15%
Homeostatic Control
15%
Tight
15%
Potential Amplitude
7%
Age Groups
7%
Stimulation Paradigms
7%
Central Nervous System
7%
Post-stimulus
7%
Membrane Potential
7%
Temporal Patterns
7%
Astrocytes
7%
Electrically Stimulated
7%
Young Animals
7%
Postnatal Day
7%
Rat Hippocampal Slices
7%
K+-ATPase
7%
Protein Function
7%
Developmental Stages
7%
Ion-selective Microelectrode
7%
Synaptic Transmission
7%
Synaptic
7%
Neuronal Function
7%
Na +
7%
Regulatory Control
7%
Neurotransmitter Levels
7%
Neuroscience
Hippocampus
100%
Neuronal Activity
100%
Membrane Potential
16%
Protein Function
16%
Astrocyte
16%
Central Nervous System
16%
Adenosine Triphosphatase (Potassium Sodium)
16%
Neurotransmitter
16%
Synaptic Transmission
16%