Integrated multi-omic analyses uncover the effects of aging on cell-type regulation in glucose-responsive tissues

Biochemistry, Genetics and Molecular Biology

• Metabolomics 100%
• Blood Plasma 100%
• Tamsulosin 100%
• Methylation 50%
• Metabolic Pathway 50%
• Metabolite 50%
• RNA Sequence 50%
• Immunocompetent Cell 50%
• Lysosome 50%
• Adipocyte 50%
• Gene Expression 50%
• Transcriptomics 50%
• Amino Acids 50%
• Gene Activity 50%
• Amino Acid Metabolism 50%
• Oxidative Phosphorylation 50%
• Transfer RNA 50%

Keyphrases

• Aging 100%
• Aging Effect 100%
• Multi-omics Analysis 100%
• Glucose-responsive 100%
• Adipose Tissue 25%
• Muscle Tissue 25%
• Branched-chain Amino Acid Metabolism 25%
• Immune Cells 12%
• Metabolic Processes 12%
• Gene Expression 12%
• Lysosome 12%
• Cell Behavior 12%
• Co-expression Network Analysis 12%
• Associated Network 12%
• Methylome 12%
• Metabolic Profiling 12%
• Gene Activity 12%
• Glycolysis 12%
• Cell Ratio 12%
• Metabolic Function 12%
• Degradation Pathway 12%
• Transcriptomics 12%
• Plasma Metabolites 12%
• Methylation Profile 12%
• Cellular Metabolism 12%
• Single-cell RNA Sequencing Data 12%
• Comprehensive Evaluation 12%
• Plasma Biomarkers 12%
• Oxidative Phosphorylation (OXPHOS) 12%
• Network Modules 12%
• Metabolomics Data 12%
• Single-cell Expression 12%
• Tissue Age 12%
• RNA Modification 12%
• Adipocyte Cell 12%
• Fast-twitch 12%
• Type II muscle Fibers 12%
• Sex Hormone Signaling 12%

Immunology and Microbiology

• Adipose Tissue 100%
• Multi-Omics 100%
• Blood Plasma 66%
• Muscle Tissue 66%
• Immunocompetent Cell 33%
• Metabolite 33%
• RNA Sequence 33%
• Gene Expression 33%
• Methylation 33%
• Lysosome 33%
• Transcriptomics 33%
• Gene Activity 33%
• Adipocyte 33%
• Oxidative Phosphorylation 33%
• Amino Acid Metabolism 33%
• Amino Acid 33%
• Muscle 33%
• Transfer RNA 33%