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Metabolic Pathways in Glycogen and Energy Production

This analysis explores key metabolic pathways involving glycogen metabolism and energy production in cells. It highlights the significance of primary metabolites like glucose-6-phosphate (G6P),pyruvate (PYR), and intermediates such as oxaloacetate (OAA) and malate (MAL) in the mitochondria and cytosol. The interconnections between glycolysis, the tricarboxylic acid (TCA) cycle, and pentose phosphate pathway (PPP) underline their roles in cellular respiration and anabolic processes. A deeper understanding of these pathways is essential for comprehending energy balance and metabolic disorders.

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Metabolic Pathways in Glycogen and Energy Production

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  1. GLC (E) x1 x6 x8 RU5P x31 x7 G6P Glycogen XU5P R5P x2 x11 GOL (E) x22 x3 F6P E4P x3 ARA (E) x26 x10 x9 x21 x5 GOL GAP DHAP S7P x4 PYR (E) ETH (E) x27 x20 x17 x18 OAA ACD PYR x19 ACCOA x12 x24 x23 ACCOA Mitochondria Cytosol x13 OAA x28 CIT CIT (E) x16 x14 x25 MAL AKG AKG x15

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