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Hypothalamic neuropeptides and memory
Tj.B. van Wimersma Greidanus
*
, J. Jolles
, D. De Wied
*
Corresponding author for this work
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Keyphrases
Vasopressin
100%
Hypothalamic Neuropeptides
100%
Oxytocin
33%
Neurotransmitter Systems
16%
Memory Processes
16%
Behavioral Effects
16%
Dentate Gyrus
16%
Site of Action
16%
Male Rats
16%
Clinical Data
8%
Dopamine
8%
Storage Methods
8%
Alzheimer
8%
Approach Behavior
8%
Discrimination Task
8%
Serotonin
8%
Amygdala
8%
Amnesia
8%
Limbic System
8%
Physiological Role
8%
Memory Function
8%
Noradrenaline
8%
Long-range Inhibition
8%
Conditioned Avoidance Response
8%
Conflicting Results
8%
Multiple Injections
8%
Brain Processes
8%
T-maze
8%
Puromycin
8%
Dorsal Hippocampus
8%
CO2 Inhalation
8%
Memory Consolidation
8%
Neuropeptides
8%
Animal Experiment
8%
Korsakoff
8%
Choice Behavior
8%
System Structure
8%
Dorsal Raphe
8%
Passive Avoidance
8%
Retrieval Methods
8%
Hippocampal Complex
8%
Anatomical Substrates
8%
Electroconvulsive Shock
8%
Copulatory Behavior
8%
Ducklings
8%
Pentylenetetrazole
8%
Direct Action
8%
Process Memory
8%
Neuroscience
Neuropeptide
100%
Vasopressin
100%
Behavior (Neuroscience)
41%
Oxytocin
33%
Behavioral Effect
16%
Neurotransmitter
16%
Dentate Gyrus
16%
T-Maze
8%
Amygdala
8%
Serotonin
8%
Memory Consolidation
8%
Hippocampus
8%
Norepinephrine
8%
Limbic System
8%
Puromycin
8%
Pentylenetetrazol
8%
INIS
vasopressin
100%
oxytocin
33%
rats
16%
males
16%
brain
16%
avoidance
16%
psychological behavior
16%
diseases
8%
data
8%
patients
8%
injection
8%
dopamine
8%
pathology
8%
animals
8%
inhibition
8%
stimuli
8%
retention
8%
substrates
8%
maintenance
8%
hippocampus
8%
serotonin
8%
inhalation
8%
carbon dioxide
8%
storage
8%
noradrenaline
8%
puromycin
8%