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II ENERGY TRANSFORMATION IN MUSCLE
ENERGY METABOLISM AND OXYGEN DEBT
OXYGEN AND CARBON DIOXIDE TRANSPORT
adenosine adenosine triphosphate alactic alkaline alveoli amount of oxygen body Calories capillaries carbon dioxide produced carbon dioxide tension carbon dioxide transport carbonic acid chemical chloride concentration converted cozymase creatine curve diffusion dissociation efficiency electric energy release energy transfer enzyme exercise F-actin factors friction ft-lbs function gases glycogen heat production hemoglobin hydrogen increase initial heat ions lactate lactic acid liters of oxygen liters per minute measured mechanism metabolism metabolites molecules motor movement muscle contraction myosin negative nitrogen normal oxidation oxygen consumption oxygen debt oxygen income oxygen intake oxygen requirement oxygen tension oxygen transport partial pressures percent phase phosphate bond phosphocreatine Physiol physiological plasma potential energy proportion protein pulley pyruvic acid reactions recovery red cell represents respiratory quotient result resynthesis shortening sodium bicarbonate sodium chloride solution spirometer strong acid temperature tissues venous volume weak acid weight