Skip to main navigation
Skip to search
Skip to main content
Sort by
Keyphrases
Farnesoid X Receptor
100%
Hypertonic Stress
100%
Collecting Duct Cells
100%
Hypertonicity
27%
Tonicity
27%
Enhancer-binding Protein
27%
Cell Viability
18%
Protein Expression
18%
Cell Apoptosis
18%
Nuclear Translocation
18%
Osmotic Condition
18%
Molecular Mechanism
9%
Gene Expression
9%
Wild Mice
9%
Knock-in Mouse Model
9%
Gene-deficient Mice
9%
Kidney
9%
Nuclear Receptor
9%
Receptor Knockout
9%
Apoptosis
9%
Overexpression
9%
In Vitro Study
9%
Transcription Factor
9%
Cell Survival
9%
Bile Acids
9%
Collecting Duct
9%
Receptor Gene
9%
Cell Injury
9%
Renal Medulla
9%
Urine Concentration
9%
Aquaporin-2 (AQP2)
9%
Osmolarity
9%
Water Restriction
9%
Urine Concentration Ability
9%
IMCD3 Cells
9%
Water Deprivation
9%
Concentrated Urine
9%
Dehydration Conditions
9%
Antidiuresis
9%
Medicine and Dentistry
Collecting Duct
100%
Hyperosmotic Stress
100%
Farnesoid X Receptor
100%
Programmed Cell Death
27%
Protein Binding
27%
Enhancer Region
27%
Hypertonic Solution
27%
Hypertonicity
27%
Cell Viability
18%
Protein Expression
18%
Water Deprivation
18%
Kidney Concentrating Capacity
18%
Cell Line
9%
In Vitro
9%
Cell Nucleus Receptor
9%
Gene Expression
9%
Transcription Factor
9%
Cell Damage
9%
Cell Survival
9%
Receptor Gene
9%
Medulla
9%
Bile Acid
9%
Aquaporin 2
9%
Renal Medullary Cell
9%
Antidiuresis
9%
Knockout Mouse
9%
Neuroscience
Hyperosmotic Stress
100%
Farnesoid X Receptor
100%
Programmed Cell Death
27%
Protein Binding
27%
Enhancer Region
27%
Tonicity
27%
Cell Viability
18%
Protein Expression
18%
Cell Line
9%
In Vitro
9%
Nuclear Receptor
9%
Receptor Gene
9%
Gene Expression
9%
Bile Acid
9%
Cell Damage
9%
Transcription Factor
9%
Medulla
9%
Cell Survival
9%
Aquaporin 2
9%
Pharmacology, Toxicology and Pharmaceutical Science
Farnesoid X Receptor
100%
Binding Protein
27%
Hypertonic Solution
27%
Cell Viability
18%
Knockout Mouse
9%
Wild Type Mouse
9%
Transcription Factor
9%
Bile Acid
9%
Cell Nucleus Receptor
9%
Aquaporin 2
9%