Titlebook: Response and Adaptation to Hypoxia; Organ to Organelle Sukhamay Lahiri,Neil S. Cherniack,Robert S. Fitzge Book 1991 American Physiological

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Hypoxia and Erythropoietin Productionre released during hypoxia, which activate adenylate cyclase, and increase the generation of the second messenger cyclic AMP, which is involved in the regulation of erythropoietin (Ep) production (14, 20). Some of the factors that are known to be released during hypoxia and seem to be involved in th

津貼

Regulating Mechanisms Involved in the Expression of the Erythropoietin Genehe rate of red blood cell production. Early clues to how adjustments in erythropoiesis are made were provided by observations in high altitude dwellers (6). The work of Jourdanet (15) and Viault (24) in the nineteenth century and, among many, Hurtado et al. (11) in this century, led to the conclusio

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Oxygen Biology of Peripheral Chemoreceptorscess of oxygen-related free radicals (13). Prolonged normobaric hyperoxia would allow the organism to develop responses and adaptation that may not be expressed during acute hyperbaric hyperoxia. This chapter deals with two aspects of chemoreceptive functions. First, the hypothesis that aortic chemo

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Longitude

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aesthetic

Geometrical Relationship Between Capillaries and Muscle Fibers in Chronic Hypoxiaimal diffusion distances within the muscle fiber. Transmembrane flux depends on the amount of capillary and fiber surfaces. From the Fick law of diffusion, the increased capillary surface area found after endurance training indicates a reduction of the pressure drop necessary for a given O. flux (23