INIS
insulin
100%
humans
66%
glucose
66%
metabolism
60%
fats
60%
obesity
58%
fatty acids
56%
adipose tissue
53%
muscles
50%
diet
41%
men
39%
weight
38%
sensitivity
38%
interventions
37%
plasma
35%
oxidation
32%
genes
31%
concentration
28%
proteins
26%
lipids
25%
comparative evaluations
23%
substrates
22%
risks
22%
losses
21%
control
20%
tolerance
20%
fasting
19%
inflammation
18%
liver
17%
tissues
16%
levels
16%
women
16%
energy
15%
energy consumption
14%
carbohydrates
14%
chains
14%
receptors
14%
exercise
13%
stimulation
13%
adults
13%
interactions
13%
diseases
12%
adrenergics
12%
phenotype
12%
data
12%
diabetes mellitus
11%
patients
10%
reviews
10%
glycerol
10%
homeostasis
9%
Keyphrases
Insulin Resistance
51%
Obesity
42%
Insulin Sensitivity
42%
Adipose Tissue
35%
Skeletal muscle
32%
Type 2 Diabetes Mellitus (T2DM)
28%
Metabolic Syndrome
27%
Obese Men
26%
Lipolysis
24%
Weight Loss
17%
Fat Oxidation
17%
Obese Subjects
14%
Dietary Intervention
14%
Subcutaneous Adipose Tissue
14%
Impaired Glucose Tolerance
14%
Maastricht
13%
Lifestyle Intervention
12%
Dietary Fat
11%
Abdominal Adipose Tissue
11%
High-fat Diet
10%
Intramuscular Fatty Acids
10%
Fatty Acids
10%
Gut Microbiota
10%
Lipid Metabolism
9%
Metabolic Health
9%
Insulin
9%
Impaired Glucose Metabolism
9%
Triacylglycerol
9%
Gene Expression
9%
Whole-body
9%
Glucose Metabolism
8%
Short-chain Fatty Acids
8%
β-adrenergic Stimulation
8%
Isoprenaline
8%
LIPGENE
8%
Fatty Acid Metabolism
8%
Low Fat
7%
Abdominal
7%
Acetate
7%
Energy Expenditure
7%
Tissue-specific Insulin Resistance
7%
Glucose Homeostasis
7%
Placebo
7%
Adipocyte
7%
Type 2 Diabetic
7%
Diabetes
7%
Netherlands
6%
Inflammation
6%
Body Composition
6%
Body Mass Index
6%