Keyphrases
125I
12%
2-Deoxy-d-glucose (2-DG)
9%
Acetylcholine
12%
Acetylcholine Release
12%
Adenosine
13%
Arousal
17%
Arousal Effect
8%
Arousal Systems
6%
Basal Forebrain
21%
Basal Level
10%
Behavioral State
9%
Body Temperature
8%
Caloric Stimulation
8%
Cataplexy
31%
Cerebral Cortex
7%
CGS21680
7%
Cholinergic System
9%
Circadian Clock
11%
Circadian Control
8%
Circadian Rhythm
15%
Clobenpropit
13%
Decarboxylase Activity
11%
Disturbed Sleep
7%
Dose Effect
9%
Electrical Stimulation
11%
Evoked Release
7%
Freely Moving Rats
11%
GABA Release
7%
Gene Expression
7%
Gene Knockout Mice
7%
Glutamate
12%
Glutamatergic
9%
H1 Receptor
7%
H3 Antagonist
7%
H3 Receptor
8%
H3 Receptor Antagonist
8%
Hippocampus
7%
Histamine
59%
Histamine H1 Receptor
7%
Histamine H3 Receptor
26%
Histamine Level
17%
Histamine Release
73%
Histaminergic
19%
Histaminergic Neurons
12%
Histaminergic System
23%
Histidine Decarboxylase
15%
Hypocretin
20%
Hypothalamus
44%
Immepip
8%
In Vivo Release
11%
Induced Sleep
7%
Insomnia
7%
Knock-in Mouse Model
31%
Lateral Hypothalamus
12%
Leptomeninges
14%
Lipopolysaccharide
7%
Locomotor Activity
10%
Mast Cells
32%
Microdialysis
52%
Mouse Brain
9%
Mouse Model
8%
Narcolepsy
25%
Neuron System
8%
Neuronal Histamine
16%
Neurotransmitters
6%
Normal Sleep
9%
Orexin
69%
Orexin Knockout Mice
26%
Orexin Neuron
25%
Orexin Receptors
13%
Perfusion
9%
PHLPP2
9%
Plasma Histamine
14%
Positive Emotions
7%
Prostaglandin D2 (PGD2)
17%
Prostaglandin E2
15%
Rapid Eye Movement Sleep
47%
Rat Brain
15%
Receptor Antagonist
7%
REM Sleep
42%
Septohippocampal System
7%
Sleep Induction
7%
Sleep Patterns
16%
Sleep-wake Cycle
15%
Sleepiness
13%
State Instability
7%
State Transition
7%
Stress-induced
13%
Subarachnoid Space
9%
Suprachiasmatic nucleus
38%
Suprachiasmatic nucleus Neurons
7%
Thioperamide
16%
Tuberomammillary
7%
Tuberomammillary nucleus
22%
Ventrolateral Preoptic Area
8%
Vestibular
7%
Vestibular Stimulation
13%
Wakefulness
51%
Wild Mice
21%
Wistar Rats
7%
Neuroscience
2-Deoxy-D-Glucose
9%
Acetylcholine
10%
Acetylcholine Release
12%
Action Potential
5%
Adenosine
17%
Adenosine Deaminase
6%
Agonist
13%
Amygdala
6%
Arachnoid Mater
7%
Aspartic Acid
5%
Basal Forebrain
22%
Behavior (Neuroscience)
28%
Behavioral Despair
6%
Biogenic Amine
6%
Blood Plasma
5%
Calcium Calmodulin Dependent Protein Kinase II
6%
Calcium Channel
6%
Carboxy-Lyases
10%
Cataplexy
32%
Cerebral Cortex
14%
CGS-21680
9%
Cholecystokinin
6%
Cholinergic
14%
Circadian Rhythm
35%
Cyclooxygenase 2
6%
Dual Orexin Receptor Antagonist
6%
Electroencephalography
6%
Electrotherapy
9%
EP4 Receptor
6%
Gamma-Aminobutyric Acid
13%
Gene Expression
8%
Gene Knockout
7%
Glutamic Acid
11%
H3 Receptor Antagonist
17%
Halothane
6%
Hippocampus
17%
Histamine
85%
Histamine H1 Receptor
9%
Histamine H3 Receptor
13%
Histamine N-Methyltransferase
6%
Histidine Decarboxylase
15%
Hypothalamus
65%
In Vivo
53%
Interleukin 1
6%
Iodine-125
6%
Lemborexant
6%
Leptin
6%
Leptomeninx
14%
Lipocalin
6%
Lipopolysaccharide
7%
Locomotor Activity
14%
Mast Cell
6%
Median Preoptic Nucleus
6%
Microdialysis
35%
Mitogen-Activated Protein Kinase
7%
Narcolepsy
21%
Neurotransmitter
7%
Non-Rapid Eye Movement Sleep
33%
nonREM Sleep
10%
Orexin
100%
Orexin 2 Receptor
6%
Orexin Receptor
7%
Orexin-A
10%
Prefrontal Cortex
6%
Preoptic Area
13%
Prostaglandin D
6%
Prostaglandin D Synthase
6%
Prostaglandin D2
10%
Prostaglandin E Receptor 3
6%
Prostaglandin E2
15%
Rapid Eye Movement Sleep
24%
Receptor
16%
Receptor Agonists
8%
Receptor Antagonist
8%
Satiety
6%
Sleep Disorder
7%
Sleep Induction
7%
Sleep Waking Cycle
16%
Somnolence
15%
Spreading Cortical Depression
6%
Subarachnoid Space
7%
Suprachiasmatic Nucleus
44%
Synthetase
5%
Thioperamide
9%
Tuberomammillary Nucleus
25%
Vasoactive Intestinal Peptide
11%
Wakefulness
52%