Titlebook: Vertebrate Gas Exchange; From Environment to Robert G. Boutilier Book 1990 Springer-Verlag Berlin Heidelberg 1990 Beatmung.Gasaustausch.H?

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Respiratory Gas Tensions in the Environment,te the less than optimal gas composition of certain secluded habitats are often freed from risks of predation. Whereas some animals choose to live in confined, sometimes hypoxic areas (e.g. fossorial mammals), others are subject to periodic extremes of the medium in which they live (e.g. overwintering fish).

Panther

Kinetics of Oxygen and Carbon Dioxide Exchange,Surprisingly there has been little attention paid to non-mammalian vertebrates, despite considerable interest otherwise in their blood-gas equilibrium chemistry and cardiorespiratory structure-function relationships.

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resilience

Ataxia

Modeling of Gas Exchange in Lungs, Gills and Skin,th steady state gas exchange, the models are those previously reviewed by Piiper (1982a) and Piiper and Scheid (1977, 1982, 1989). The Section 3, which addresses gas exchange in unsteady state, is inspired by the seminal studies on pulmonary gas exchange and CO. stores by Farhi and Rahn (1955a), and

縮影

富饒

Morphometric Analysis of Tissue Capillary Supply,oval in working muscle, delivery of substrates and removal of products in endocrine tissue, and facilitating pathologically rapid growth in tumours. However, when one looks in greater detail at the regulation and interrelationship of tissue phenotype and the microvasculature, it quickly becomes evid

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Hemoglobin Physiology in Vertebrate Animals: a Cautionary Approach to Adaptationist Thinking,d environment has led us into a particular way of thinking about the role of hemoglobin in oxygen transport, in which the near omnipotence of natural selection is acknowledged in the design of the protein for function under particular circumstances (e.g., Powers 1980; Perutz 1983). The neo-Darwinian

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漂亮才會豪華

Control and Co-Ordination of Gas Exchange in Water Breathers,tion is only 10 to 30% of oxygen uptake. This is, of course, a reflection of the metabolic utilization and production of these compounds by fish. The carbon dioxide/oxygen exchange ratio is usually between 0.7 and 1, whereas the ammonia/carbon dioxide exchange ratio is around 0.1 to 0.3. Variations