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INIS
inflammation
100%
control
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diet
60%
risks
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proteins
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genes
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glucose
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receptors
40%
lipids
20%
concentration
20%
tolerance
20%
weight
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interventions
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macrophages
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metabolism
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polyphenols
20%
blood
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monocytes
20%
dose equivalents
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Keyphrases
Bilberry
100%
Metabolic Syndrome
100%
Low-grade Inflammation
100%
Inflammation
30%
Cardiometabolic Risk
20%
Transcriptome Analysis
10%
Polyphenols
10%
Signaling Pathway
10%
Vaccinium Myrtillus
10%
Glucose Metabolism
10%
Control Diet
10%
B Cells
10%
C-reactive Protein
10%
Anti-inflammatory Properties
10%
Lipid Metabolism
10%
Controlled Dietary Intervention
10%
Habitual Diet
10%
PCR Analysis
10%
Ribosomal Protein
10%
Gene Expression Profile
10%
Associated Genes
10%
Peripheral Blood Mononuclear Cells
10%
CCR2
10%
Oral Glucose Tolerance Test
10%
Receptor Signaling
10%
Interleukin-12 (IL-12)
10%
Decreased Expression
10%
Macrophage Function
10%
Monocyte Function
10%
Toll Pathway
10%
Equivalent Dose
10%
Inflammation Scores
10%
Medicine and Dentistry
Metabolic Syndrome
100%
Bilberry
100%
Cardiometabolic Risk
18%
Gene Expression
9%
Receptor
9%
Diet Therapy
9%
Polyphenol
9%
C Reactive Protein
9%
Body Weight
9%
Supplementation
9%
Glucose Metabolism
9%
Gene Expression Profiling
9%
Macrophage Function
9%
Oral Glucose Tolerance Test
9%
Ribosome Protein
9%
Cell Signaling Pathway
9%
Peripheral Blood Mononuclear Cell
9%
Vaccinium myrtillus
9%
Lipid Metabolism
9%
Food Science
Polyphenol
100%
Transcriptomics
100%
Gene Expression
100%
Immunology and Microbiology
Bilberry
100%
Gene Expression
9%
Body Weight
9%
Glucose Metabolism
9%
CCR2
9%
Macrophage Function
9%
Lipid Metabolism
9%
C-Reactive Protein
9%
Gene Expression Assay
9%
Peripheral Blood Mononuclear Cell
9%