Improved health by combining dietary restriction and promoting muscle growth in DNA repair-deficient progeroid mice

Keyphrases

• Activin Receptor 10%
• Activin Signaling 10%
• Aging 20%
• Anti-aging 10%
• Attenuation 10%
• Balance Problem 10%
• Behavioral Effects 10%
• Caloric Restriction 10%
• Damage Accumulation 10%
• Dietary Restriction 100%
• DNA Damage 20%
• DNA Repair 100%
• ERCC1 30%
• Foot Process Effacement 10%
• Gene-deficient Mice 10%
• Global Effect 10%
• Health Benefits 10%
• Improved Health 100%
• Intervention Group 20%
• Kidney 40%
• Kidney Function 10%
• Local Effects 10%
• Long-term Intervention 10%
• Motor Coordination 10%
• Muscle Damage 10%
• Muscle Fiber Size 10%
• Muscle Function 10%
• Muscle Growth 100%
• Muscle Mass 20%
• Muscle Morphology 10%
• Muscle Wasting 10%
• Myostatin 10%
• Neuromuscular Junction 10%
• Progeroid 100%
• Single Intervention 20%
• Single Treatment 10%
• Synergistic Effect 10%
• Systemic Health 10%
• Tetanic Force 10%
• Tissue Weight 10%
• Transcriptome Analysis 10%
• Transcriptomic Changes 10%
• Translation to Humans 10%
• Treatment Restriction 10%
• Ultrastructural Changes 10%

Biochemistry, Genetics and Molecular Biology

• Activin 25%
• Activin Receptor 25%
• Body Weight 50%
• DNA Damage 50%
• DNA Repair 100%
• Gene Expression Profiling 25%
• Lifespan 100%
• Morbidity 25%
• Motor Coordination 25%
• Muscle Growth 100%
• Myostatin 25%
• Transcriptomics 25%

Medicine and Dentistry

• Activin 10%
• Activin Receptor 10%
• Body Weight 20%
• Caloric Restriction 10%
• Diet Restriction 100%
• DNA Damage 20%
• DNA Repair 100%
• Gene Expression Profiling 10%
• Lifespan 40%
• Morbidity 10%
• Motor Coordination 10%
• Muscle Atrophy 10%
• Muscle Growth 100%
• Muscle Injury 10%
• Myostatin 10%
• Neuromuscular Junction 10%
• Transcriptomics 10%