“…45,46 Mitochondria are the main site of oxidative phosphorylation in skeletal muscle, and functional impairment of mitochondria is often found in skeletal muscle atrophy due to cancer cachexia. [47][48][49] Repairing mitochondrial dysfunction can help enhance the efficiency of energy production and slow down glycolysis in skeletal muscle. 2,50,51 The skeletal muscle of GF mice exhibited…”
Astaxanthin supplementation altered the amino acid metabolism in tumor-bearing mice by modulating intestinal flora, thereby reducing the rate of skeletal muscle atrophy in tumor-bearing mice undergoing treatment.
“…45,46 Mitochondria are the main site of oxidative phosphorylation in skeletal muscle, and functional impairment of mitochondria is often found in skeletal muscle atrophy due to cancer cachexia. [47][48][49] Repairing mitochondrial dysfunction can help enhance the efficiency of energy production and slow down glycolysis in skeletal muscle. 2,50,51 The skeletal muscle of GF mice exhibited…”
Astaxanthin supplementation altered the amino acid metabolism in tumor-bearing mice by modulating intestinal flora, thereby reducing the rate of skeletal muscle atrophy in tumor-bearing mice undergoing treatment.
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