Keyphrases
Skeletal muscle
100%
Mitochondrial Adaptation
88%
Metabolic Demand
88%
Prostacyclin
88%
Atrial Fibrillation
88%
Metabolic Defects
88%
Zebrafish
88%
Functional Sympatholysis
88%
Vasodilation
88%
Endothelium
88%
Young Female
88%
Flow-mediated Dilation
88%
Ventricular Arrhythmia
88%
Vasodilator
88%
Blood Flow
88%
Sarcomere
88%
Young Males
88%
Potassium
88%
Nitric Oxide
88%
Conducted Vasodilation
88%
Sympathetic Activity
88%
Skeletal muscle Blood Flow
88%
Exercise Hyperemia
88%
High-intensity Interval Training
88%
During Exercise
88%
Mitochondrial Respiratory Function
55%
4q25
35%
Power Output
22%
Mitochondrial Content
22%
O2max
22%
Adult Cardiac
17%
Adult Heart
17%
Substantial Similarity
17%
Juvenile Fish
17%
Genetic Variants
17%
Linked Loci
17%
Most Common Form
17%
Functional Defects
17%
Genome-wide Association Study
17%
Cardiac Phenotype
17%
Early Developmental Stages
17%
Atrial Conduction Time
17%
Gene Function
17%
Metabolic Gene Expression
17%
Gain-of-function
17%
Pathophysiology
17%
Larval Stages
17%
Cardiac Metabolism
17%
Transcription Factor Genes
17%
Long-range Interactions
17%
Biochemistry, Genetics and Molecular Biology
High Intensity Interval Training
88%
Cardiac Dysrhythmia
88%
Muscle Blood Flow
88%
Zebra fish
88%
Vasodilatation
88%
Atrial Fibrillation
74%
Skeletal Muscle
55%
Blood Flow
44%
Nitric Oxide
44%
Prostacyclin
44%
Medicine and Dentistry
Muscle Blood Flow
88%
High Intensity Interval Training
88%
Vasodilatation
88%
Skeletal Muscle
55%
Nitric Oxide
44%
Hyperaemia
44%
Prostacyclin
44%
Blood Flow
44%
