Keyphrases
Skeletal muscle
100%
Connexin
100%
Muscle Atrophy
100%
Pannexin 1 (Panx1)
100%
Hemichannel
57%
Myofiber
42%
Membrane Channels
28%
Atrophy
14%
Cell Surface
14%
Inflammatory Cytokines
14%
Regeneration
14%
Membrane Potential
14%
Connexin Hemichannels
14%
Extracellular Milieu
14%
Gap Junction Hemichannels
14%
Gap Junction Channel
14%
Developmental Events
14%
Physiologic
14%
Drastic Change
14%
Intracellular Ca2+
14%
Ca2+ Release
14%
Electrochemical Gradient
14%
Re-expression
14%
ATP Release
14%
Human Disease
14%
Undifferentiated Cells
14%
Healing Process
14%
Nicotinamide Adenine Dinucleotide (NAD+)
14%
Metabolic
14%
Denervated
14%
Ca2+ Concentration
14%
Low Resistance
14%
Small Molecules
14%
Ion-molecule
14%
Skeletal muscle Differentiation
14%
Potentiation
14%
Resistance Pathways
14%
Precursor Cells
14%
Channel Gap
14%
Medicine and Dentistry
Muscle Atrophy
100%
Skeletal Muscle
100%
Gap Junction Protein
100%
Adenosine Triphosphate
25%
Membrane Channel
25%
Precursor
12%
Cytokine
12%
Disease
12%
Membrane Potential
12%
Gap Junction
12%
Calcium Ion
12%
Cell Surface
12%
Human Genetics
12%
Muscle Development
12%
Denervation
12%
Metabolite
12%
Electrochemical Gradient
12%
Neuroscience
Skeletal Muscle
100%
Pannexin
100%
Gap Junction Protein
100%
Muscle Atrophy
100%
Adenosine Triphosphate
25%
Membrane Channel
25%
In Vivo
12%
Proinflammatory Cytokine
12%
Gap Junction
12%
Membrane Potential
12%
Biochemistry, Genetics and Molecular Biology
Skeletal Muscle
100%
Pannexin
100%
Connexin
100%
Adenosine Triphosphate
25%
Membrane Channel
25%
Surface Property
12%
Proinflammatory Cytokine
12%
Myogenesis
12%
Metabolite
12%
Membrane Potential
12%
Precursor
12%
Electrochemical Gradient
12%
Human Genetics
12%
Small Molecule
12%