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These are known as "ketone bodies" and the process as "ketogenesis", and they are readily transported to extrahepatic tissues and converted back to acetyl-CoA, which then enters the citric acid cycle and is oxidized in mitochondria for energy (ATP production)
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Mitochondrial Dysfunction Mitochondria are the energy-producing powerhouses of cells
Antioxidant & Inflammation-Related Research Because GHK-Cu interacts with copper-related antioxidant pathways, it is commonly researched for its interaction with: Oxidative-stress regulation Antioxidant-defense mechanisms Superoxide dismutase (SOD)-related pathways Cellular-resilience signaling Inflammation-related research pathways Physiological-maintenance mechanisms Research commonly investigates how GHK-Cu may interact with oxidative-stress and physiological-maintenance pathways associated with: Healthy-aging research Skin-integrity investigations Recovery-focused regenerative signaling Cellular-protection and resilience pathways Its interaction with antioxidant-support and regenerative signaling pathways has contributed to broader research interest in GHK-Cu within dermal-maintenance, tissue-support, and healthy-aging research models
[248] Further, the study participants had persistent chronic low back pain, lasting a minimum of 90 days of conservative medical management that included at least medication and physical therapy, and they were not considered candidates for spine surgery
