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The lactate produced utilise through diffusion from the tissues to bloodstream and then to aerobic tissues, such as liver and heart. In these aerobic tissues lactate can be catabolized further or can be converted back through gluconeogenesis.
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Glycolysis
on for animal cells and lactic acid bacteria. In animals the anaerobic glycolysis take place in many tissues. Red blood cells take most of the energy from anaerobic metabolism. Skeletal muscle take energy from glycolysis and from respiration. <span>The lactate produced utilise through diffusion from the tissues to bloodstream and then to aerobic tissues, such as liver and heart. In these aerobic tissues lactate can be catabolized further or can be converted back through gluconeogenesis.One step conversion of Pyruvate to Lactate catalysed by Lactate dehydrogenase.╬┤Go = -25.1 kJ/molAlcoholic fermentation. This two-step pathway is common for yeast.Pyruvate -> Acetaldeh


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