Keyphrases
Non-selective Cation Channel
100%
Potential Interaction
100%
SUR1
100%
TRPM4
100%
Kir6.2
25%
KATP Channel
18%
Sulfonylurea
12%
TRPM4 Channel
12%
Ca2+
12%
Spinal Cord Injury
6%
K+ Current
6%
Metabolism
6%
K ATP
6%
Neurovascular Unit
6%
Mechanistic Hypotheses
6%
Fluorophore
6%
Desensitization
6%
Functional Association
6%
Tolbutamide
6%
Post-traumatic
6%
Voltage Dependence
6%
Non-selective
6%
Conductance
6%
FRET Efficiency
6%
Co-transfection
6%
Injury Levels
6%
Transient Receptor Potential Family
6%
Channel Activity
6%
Physical Coupling
6%
Glibenclamide
6%
Multiple Cell Types
6%
Na +
6%
Kir6.1
6%
Excitability
6%
Structural Association
6%
Neuroscience
Sulfonylurea Receptor
100%
Transient Receptor Potential Channel M4
100%
TRPM4
100%
Adenosine Triphosphate
55%
Kir6.2
44%
Sulfonylurea
22%
Metabolic Pathway
11%
Cation Channel
11%
Tolbutamide
11%
Excitability
11%
Receptor Potential
11%
Potassium Current
11%
Glibenclamide
11%
Spinal Cord Injury
11%
Cerebrovascular Accident
11%
Pharmacology, Toxicology and Pharmaceutical Science
Transient Receptor Potential Channel M4
100%
Adenosine Triphosphate
100%
Sulfonylurea Receptor
100%
Sulfonylurea
40%
Receptor
20%
Potassium Ion
20%
Cation Channel
20%
Tolbutamide
20%
Desensitization
20%
Spinal Cord Injury
20%
Glibenclamide
20%
Sodium Ion
20%
Cerebrovascular Accident
20%
Biochemistry, Genetics and Molecular Biology
Sulfonylurea Receptor
100%
TRPM4
100%
Non-Selective Cation Channel
100%
Adenosine Triphosphate
41%
Kir6.2
33%
Fluorescence Resonance Energy Transfer
25%
Sulfonylurea
16%
Upregulation
8%
Metabolic Pathway
8%
Potassium Current
8%
Electric Potential
8%
Glibenclamide
8%
Tolbutamide
8%
Conductance
8%
Excitability
8%
Receptor Potential
8%