Keyphrases
Glucose Homeostasis
100%
Genetic Background
100%
Dietary Iron
100%
High Iron
80%
Metabolic Risk Factors
60%
Hamp
60%
Metabolic Health
40%
Adiposity
40%
Hepatic Iron Content
40%
White Adipose Tissue
20%
Glucose Tolerance
20%
RNA Sequencing (RNA-seq)
20%
Liver Injury
20%
Adipose Tissue
20%
Ferritin
20%
Genetic Variation
20%
Inbred Strains
20%
Metabolic Function
20%
Glucose Intolerance
20%
Metabolic Disease
20%
Adipose Function
20%
Metabolic Homeostasis
20%
Diet Effect
20%
Metabolic Markers
20%
Leptin
20%
Iron Overload
20%
Iron Metabolism
20%
Differentially Expressed
20%
Liver Tissue
20%
Gene Differential Expression
20%
Colorimetric Assay
20%
Genic Regions
20%
Iron Homeostasis
20%
Hepcidin
20%
Hepcidin Levels
20%
Elevated Fasting Glucose
20%
Nucleotide Variants
20%
Background Functions
20%
Medicine and Dentistry
Glucose Homeostasis
100%
Iron
100%
Genetic Background
100%
Iron Intake
100%
Water-Electrolyte Imbalance
57%
Adipose Tissue
28%
Obesity
28%
Hepcidin
28%
White Adipose Tissue
14%
RNA Sequence
14%
Homeostasis
14%
Liver Injury
14%
Glucose Tolerance
14%
Glucose Intolerance
14%
Leptin
14%
Iron Metabolism
14%
Genetic Variation
14%
Ferritin
14%
Colorimetry
14%
Iron Homeostasis
14%
Biochemistry, Genetics and Molecular Biology
Glucose Homeostasis
100%
Genetic Background
100%
Metabolic Disorder
100%
Hepcidin
50%
RNA Sequence
25%
Genetic Divergence
25%
Homeostasis
25%
Inbred Mouse Strain
25%
Genetic Variation
25%
Iron Homeostasis
25%
Iron Metabolism
25%
Leptin
25%
Ferritin
25%
Food Science
Iron Intake
100%
Iron
100%
Leptin
11%
Ferritin
11%
RNA Sequencing
11%
Pharmacology, Toxicology and Pharmaceutical Science
Iron
100%
Metabolic Disorder
28%
Obesity
14%
Hepcidin
14%
Liver Injury
7%
Leptin
7%
Inbred Mouse Strain
7%
Glucose Intolerance
7%
RNA-Sequencing
7%
Ferritin
7%