Muscle mitochondria and oxidative metabolism as targets against cancer cachexia

Keyphrases

• Cancer Patients 100%
• Oxidative Metabolism 100%
• Cancer Cachexia 100%
• Skeletal muscle Mitochondria 100%
• Mitochondria Metabolism 100%
• In Cancer 66%
• Exercise Training 66%
• Muscle Metabolism 66%
• Muscle Wasting 66%
• Tumor Growth 33%
• Reduced Survival 33%
• Mitochondrial Function 33%
• Inflammation 33%
• Beneficial Effects 33%
• Therapeutic Approaches 33%
• Chemotherapy Toxicity 33%
• Mitochondrial Alterations 33%
• Energy Metabolism 33%
• Exercise-induced 33%
• Muscle Mass 33%
• Mini 33%
• Muscle Physiology 33%
• Non-pharmacological Methods 33%
• Chemotherapy Administration 33%
• Tumor Chemotherapy 33%
• Protein Metabolism 33%
• Physical Training 33%
• Dysmetabolism 33%
• Hypercatabolism 33%
• Negative Prognostic Factors 33%

Medicine and Dentistry

• Malignant Neoplasm 100%
• Mitochondrial Respiration 100%
• Cachexia 100%
• Aerobic Metabolism 100%
• Muscle Mitochondrion 100%
• Exercise 50%
• Energy Metabolism 50%
• Muscle Atrophy 50%
• Tumor Progression 25%
• Body Weight 25%
• Prognostic Factor 25%
• Chemotherapy 25%
• Cancer Chemotherapy 25%
• Muscle Metabolism 25%
• Inflammation 25%
• Physiology 25%

Biochemistry, Genetics and Molecular Biology

• Energy Metabolism 100%
• Mitochondrial Respiration 100%
• Exercise 100%
• Aerobic Metabolism 100%
• Tumor Progression 50%
• Body Weight 50%
• Muscle Metabolism 50%