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Physiological roles of CNS muscarinic receptors gained from knockout mice
Morgane Thomsen
*
, Gunnar Sørensen, Ditte Dencker
*
Corresponding author for this work
Molecular Neuroscience
Department of Neuroscience
21
Citations (Scopus)
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Keyphrases
Muscarinic Receptors
100%
Physiological Role
100%
Knock-in Mouse Model
100%
Receptor Subtypes
50%
Muscarinic Acetylcholine Receptor
50%
New Drugs
25%
Brain Physiology
25%
Type-specific
25%
Cognitive Processes
25%
Overlapping Distribution
25%
Alzheimer's Disease
25%
Opioid Analgesics
25%
Schizophrenia
25%
Brain Regions
25%
CNS Tissue
25%
Circuit Level
25%
Genetic Engineering
25%
Motor Function
25%
Neural Plasticity
25%
Behavioral Level
25%
Addiction
25%
Parkinson's Disease
25%
Neurotransmitter Release
25%
Physiological Function
25%
Gene Targeting
25%
Neuropharmacology
25%
Pathophysiology
25%
Neuronal Activity
25%
Neuronal Circuits
25%
Sensory Function
25%
Valuable Insight
25%
Receptor Function
25%
Pharmacology, Toxicology and Pharmaceutical Science
Muscarinic Receptor
100%
Knockout Mouse
100%
Receptor Subtype
33%
Narcotic Analgesic Agent
16%
Pathophysiology
16%
Neurotransmitter
16%
Receptor
16%
Neuropharmacology
16%
Alzheimer's Disease
16%
Parkinson's Disease
16%
Gene Delivery
16%
Neuroscience
Muscarinic Acetylcholine Receptor
100%
Receptor Subtype
33%
Alzheimer's Disease
16%
Analgesic
16%
Neuronal Plasticity
16%
Neuronal Activity
16%
Neuropharmacology
16%
Receptor
16%
Cognitive Process
16%
Gene Delivery
16%
Neurotransmitter Release
16%
Parkinson's Disease
16%