Keyphrases
Abdominal Adipose Tissue
31%
Active Commuting
48%
Active Leisure
40%
Adipose Tissue
37%
Bed Rest
74%
Between-group
22%
Body Composition
27%
Cardiovascular Risk
26%
Commute Time
49%
During Exercise
35%
Endothelial Function
26%
Endurance Exercise
43%
Endurance Training
54%
Exercise Effect
32%
Exercise Group
29%
Exercise Training
58%
Fat Oxidation
28%
Healthy Young
34%
High-intensity Training
37%
Insulin
29%
Insulin Action
22%
Insulin Resistance
44%
Insulin Secretion
24%
Insulin Sensitivity
40%
Leisure-time Exercise
40%
Low Birth Weight
38%
Low-grade Inflammation
24%
Maximal Fat Oxidation
34%
Menopause
26%
Metabolic Health
28%
Obese Men
31%
Obese Subjects
31%
Obesity
59%
Overweight Men
95%
Per Se
26%
Physical Activity
25%
Physical Exercise
28%
Physical Inactivity
47%
Physical Training
25%
Postmenopausal Women
61%
Randomized Controlled Trial
91%
Skeletal muscle
75%
Subcutaneous Adipose Tissue
22%
Training Loss
23%
Type 2 Diabetes Mellitus (T2DM)
37%
Type 2 Diabetic Patients
25%
Vigorous Intensity
26%
VO2peak
26%
Weight Loss
73%
Young Men
36%
Medicine and Dentistry
Acetylcholine
21%
Adenosine
18%
Adipose Tissue
48%
Bed Rest
27%
Body Weight
15%
Caloric Intake
15%
Cardiovascular Disease
19%
Clinical Trial
17%
Endothelial Function
35%
Endurance Training
63%
Exercise
72%
Forearm Blood Flow
24%
Glucose Uptake
35%
Infusion
17%
Insulin Sensitivity
32%
Lactic Acid
16%
Leisure Activity
27%
Low Birth Weight
28%
Maturity Onset Diabetes of the Young
39%
Muscle Metabolism
18%
Obesity
100%
Physical Inactivity
17%
Pig Study
18%
Postmenopause
42%
Premenopause
23%
Randomized Controlled Trial
49%
Skeletal Muscle
70%
Subcutaneous Injection
21%
Vasodilatation
22%
