Keyphrases
Two-way Active Avoidance
78%
Parafascicular nucleus
67%
Electrical Stimulation
52%
Parafascicular
50%
Prelimbic Cortex
42%
D-cycloserine
33%
Nucleus Basalis Magnocellularis
33%
Long-term Retention
29%
Scopolamine
28%
Caloric Restriction
27%
Facilitative Effects
27%
Aged Rats
27%
Intracranial Self-stimulation
24%
Shuttle Box
23%
Active Avoidance
23%
Food Preferences
23%
N-methyl-D-aspartate Receptor (NMDAR)
21%
Muscarinic Receptors
21%
Platform Method
19%
Social Transmission of Food Preference
19%
Active Avoidance Conditioning
18%
Hippocampus
18%
Training Session
18%
Receptor Blockade
18%
Paradoxical Sleep Deprivation
18%
Basolateral Amygdala
17%
Wistar Rats
17%
Odor Discrimination
16%
Aging
13%
Reward Task
12%
Intracranial Electrical Stimulation
12%
Excitotoxic Damage
12%
Age-dependent
11%
Olfactory Memory
11%
Differential Effects
11%
Fos Expression
11%
Monoaminergic System
11%
Retention Test
11%
Memory Deficits
10%
Learning Task
10%
Relational Memory
10%
Deep Brain Stimulation
9%
Conditioned Stimulus
9%
Cognitive Processes
8%
Brain Regions
8%
Intralaminar nuclei of the Thalamus
8%
Muscarinic Cholinergic Receptor
8%
Large Platform
8%
Medial Prefrontal Cortex (mPFC)
8%
Peripheral Hormones
7%
Neuroscience
Active Avoidance
100%
Electrotherapy
61%
Cycloserine
33%
Scopolamine
29%
Hippocampus
26%
Muscarinic Acetylcholine Receptor
25%
Behavior (Neuroscience)
22%
Thalamus
22%
Rapid Eye Movement Sleep
22%
Prefrontal Cortex
19%
Basolateral Amygdala
18%
Cognitive Process
18%
NMDA Receptor
16%
Amnesia
15%
Striatum
12%
Olfactory Memory
11%
Electrical Brain Stimulation
11%
Spatial Memory
11%
C-Fos
11%
Neurobiology
11%
Cognitive Disorders
10%
Dextro Aspartic Acid
10%
Leptin
9%
Synaptic Transmission
9%
Basal Ganglia
8%
Gene Expression
7%
AMPA Receptor
7%
Neurodegenerative Disorder
7%
Amygdala
7%
Brain Monoamine
6%
Frontal Lobe
6%
Memory Consolidation
6%
Blood Plasma
6%
Brain Areas
5%
Tuberomammillary Nucleus
5%
State-Dependent Learning
5%
Receptor Modulator
5%
Recognition Memory
5%
Ibotenic Acid
5%
Individual Differences
5%
Lateral Hypothalamus
5%
In Vivo
5%
Behavioral Effect
5%
Learning Disabilities
5%
Red Nucleus
5%
Cholinergic Receptor Blocking
5%
Stress Hormone
5%
Long-Term Potentiation
5%
Mental Deterioration
5%
Fimbria-Fornix
5%