Keyphrases
Skeletal muscle
100%
Insulin Sensitizers
100%
Single-bout
100%
Insulin Action
100%
Whole-body
28%
Insulin
21%
Fiber Type-specific
14%
Regular Exercise Training
14%
Muscle Mass
14%
Training Status
14%
Glucose Disposal
7%
Exhaustive Exercise
7%
Exercise Training
7%
Glucose Oxidation
7%
Rodents
7%
Glucose Homeostasis
7%
Specific Difference
7%
Systemic Change
7%
Glycemic Control
7%
Human muscle Fibres
7%
Glucose Transport
7%
TBC1D4
7%
Proteomic Approach
7%
Muscle Groups
7%
Fiber Composition
7%
Glycogen
7%
Human Body
7%
Glucose Uptake
7%
Active muscle
7%
Response to Training
7%
Exercise Benefits
7%
Adaptation
7%
During Exercise
7%
Fiber Type
7%
Overall Health
7%
Insulin Resistance
7%
Impaired Insulin Secretion
7%
Glucose Phosphorylation
7%
Induced Mechanism
7%
Local Contraction
7%
Signaling Axis
7%
Muscle Metabolism
7%
Glucose-stimulated Insulin Secretion
7%
Low Activation
7%
Inactive muscle
7%
Human Skeletal muscle
7%
Molecular Mechanism
7%
Adaptive Training
7%
Endurance Training
7%
Biochemistry, Genetics and Molecular Biology
Skeletal Muscle
100%
Exercise
75%
Glucose Transport
75%
AMP-activated Protein Kinase
25%
TBC1D4
25%
Proteomics
25%
Glucose Homeostasis
25%
Muscle Metabolism
25%
Endurance Training
25%
Glycemic Control
25%
Immunology and Microbiology
Insulin
100%
Skeletal Muscle
100%
Muscle
62%
Exercise
12%
Glucose Transport
12%
Glycemic Control
4%
Muscle Metabolism
4%
Proteomics
4%
Endurance Training
4%
Glucose Homeostasis
4%