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Keyphrases
Cardiovascular Disease
75%
Postmenopausal Women
75%
Obesity
67%
Aldosterone
42%
Leptin
41%
Salt Sensitivity
35%
Progesterone
21%
Mineralocorticoid Receptor
21%
Salt Intake
19%
Excess Salt
19%
Blood Pressure
19%
Hypertension
14%
High-level Expression
14%
Pharmacological Approaches
12%
Potential Contribution
12%
Menopause
12%
Cardioprotection
12%
Genetically Engineered Animal Model
12%
Sex Hormones
12%
Human Samples
12%
Vascular Disease
12%
Cell-based
12%
Balb C Mice
7%
Female Mice
7%
Disability
7%
Salt-resistant
7%
Sex Differences
7%
Overactivation
7%
High Salt
7%
Female Sex Hormones
7%
Epithelial Sodium Channel (ENaC)
7%
Cardiovascular Mortality
7%
Sex-specific
7%
Mouse Model
7%
Strain Differences
7%
Human Tissue
7%
Endothelial Dysfunction
7%
Protective Effect
7%
Progesterone Receptor
7%
Dietary Risk Assessment
7%
Receptor Activation
7%
Cardiovascular Consequences
7%
Racial Differences
7%
Steroid Hormones
7%
Endothelium
7%
Reproductive Age
7%
Major Contributor
7%
Leptin Receptor
7%
Adipokines
7%
Leading Risk Factor
7%
Mineralocorticoid Receptor Activation
7%
Human Phenotype
7%
Mortality Risk Factors
7%
Male Animals
7%
Potential Contributor
7%
Medicine and Dentistry
Cardiovascular Disease
75%
Premenopause
75%
Aldosterone
64%
Leptin
42%
Mineralocorticoid Receptor
42%
Progesterone
32%
Hypertension
21%
Cardiovascular System
21%
Leptin Receptor
14%
Reproductive Age
14%
Race Difference
10%
Female Sex Hormone
10%
Progesterone Receptor
10%
Epithelial Sodium Channel
10%
Blood Pressure
10%
Strain Difference
10%
Endothelial Dysfunction
10%
Adipocytokine
10%
Human Tissue
10%
Endothelium
10%
Nutrition
10%
Sex Differences
10%
Steroid Hormone
10%
Pharmacology, Toxicology and Pharmaceutical Science
Cardiovascular Disease
100%
Aldosterone
64%
Leptin
55%
Mineralocorticoid Receptor
42%
Progesterone
32%
Sex Hormone
23%
Hypertension
21%
Leptin Receptor
14%
Transgenic Animal
12%
Vascular Disease
12%
Epithelial Sodium Channel
10%
Adipocytokine
10%
Mouse Model
10%
Endothelial Dysfunction
10%
Progesterone Receptor
10%
Steroid Hormone
10%