Keyphrases
Type 2 Diabetes Mellitus (T2DM)
85%
Muscle Stem Cell (MuSC)
62%
Brown Adipocytes
60%
Myogenesis
49%
Myotubes
44%
Brown Adipose Tissue
44%
Insulin Resistance
42%
Autophagy
40%
Stem Cell Differentiation
40%
Gene Expression
37%
Dysregulated
37%
Myoblast
35%
Obesity
32%
Adipocyte
31%
Adipose Tissue
30%
Dysregulation
25%
DNA Methylation (DNAm)
22%
Human muscle
22%
Epigenetics
22%
Lipolysis
22%
VPS39
20%
Human Skeletal muscle Myoblast
20%
Tissue-resident Cells
20%
Myokines
20%
Transcriptional Reprogramming
20%
Interleukin-32 (IL-32)
20%
Adipogenic
20%
Lifelong Physical Activity
20%
Thermogenesis
20%
Epigenetic Modification
20%
AMP-activated Protein Kinase
20%
Muscle Satellite Cells
20%
Hyperglycemia
20%
MicroRNA
20%
Gender Influence
20%
Transporter Expression
20%
Human muscle Stem Cells
20%
Human Myocytes
20%
MiR-23a
20%
Adipose Depots
20%
Basigin
20%
Hepatic Steatosis
20%
Middle-aged
20%
Beige Adipocytes
20%
Glucose Transporter 1 (GLUT1)
20%
Glucagon-like peptide-1 (GLP-1)
20%
Muscle Cells
20%
Human Skeletal muscle
20%
Obese Subjects
20%
White Adipose Tissue
20%
Biochemistry, Genetics and Molecular Biology
Adipocyte
100%
Myogenesis
77%
Skeletal Muscle
73%
Stem Cell
62%
Insulin Resistance
48%
Epigenetics
42%
Autophagy
40%
Cellular Differentiation
40%
DNA Methylation
38%
Gene Expression
30%
Precursor
30%
Glucose Transport
26%
Reprogramming
26%
Mouse
23%
P53
22%
Norepinephrine
22%
Lipolysis
22%
Metabolic Pathway
20%
MicroRNA
20%
Myokine
20%
Epigenetics
20%
Epigenomics
20%
Gene Signature
20%
Thermogenesis
20%
AMP-activated Protein Kinase
20%
GLUT4
20%
Physical Activity
20%
Basigin
20%
Glucose Transporter
20%
Metabolic Network
20%
Sex Hormone-Binding Globulin
20%
Metabolite
12%
Transcription
12%
Enzyme
10%
Genome-Wide Association Study
10%
Developmental Gene
10%
Gene Activity
10%
Cell Fate
10%
Histone Methylation
10%
Progenitor Cell
10%
Upregulation
10%
Gene Expression Profiling
10%
Human
10%
Epigenetic Mechanism
10%
RNA Sequencing
10%
Muscle Function
10%
Sphingolipid Metabolism
10%
Methylation
8%
Transgenic Mouse
8%
Small Interfering RNA
8%
