Keyphrases
Arterial Function
22%
BaCl2
33%
Blood Pressure
50%
Depot
100%
Diet-induced
66%
Dilatation
38%
Drinking Water
22%
Endothelial Function
33%
Fructose
61%
Functional Change
33%
High Fructose
61%
High-fat Diet
54%
Hypertension
55%
IK Channel
50%
Induced Hypertension
50%
Insulin
50%
Insulin Absorption
55%
Insulin Aspart
24%
Insulin Pharmacokinetics
22%
Insulin Preparations
25%
K+ Channels
27%
K+ Transporters
44%
K-ATPase
22%
Kir Channels
33%
Kir2.1 Channel
50%
Long-term Feeding
66%
Low-fat Diet
21%
Mesenteric Artery
22%
MRNA Expression
27%
N-15
33%
Na-K
33%
Obesity
66%
Ouabain
33%
Pathophysiological Mechanisms
33%
Phenylephrine
50%
Reduced Expression
50%
Reduced Function
50%
Resistance Arteries
22%
Small Arteries
100%
Sprague-Dawley Rats
27%
Subcutaneous Administration
57%
Subcutaneous Depot
50%
Subcutaneous Tissue
21%
Systolic Blood Pressure
61%
Transporter Expression
55%
Transporter Function
55%
Vasomotion
33%
Voltage-gated Ca2+ Channels
22%
Wire Myography
33%
XE991
50%
Medicine and Dentistry
Adenosine Triphosphatase (Potassium Sodium)
18%
Artery Tone
18%
Blood Pressure
60%
Body Weight
28%
Calcium Channel
18%
Calcium Conductance
20%
Elevated Blood Pressure
20%
Endothelial Function
16%
Fructose
90%
Ingestion
50%
Intermediate Conductance Calcium Activated Potassium Channel
16%
Inwardly Rectifying Potassium Channel Subunit Kir2.1
50%
Mesenteric Artery
18%
Messenger RNA
28%
Myography
43%
Ouabain
16%
Phenylephrine
25%
Potassium Channel
38%
Potassium Ion
100%
Systolic Blood Pressure
45%
Vasomotion
16%
