Titlebook: Biophysics and Physiology of Carbon Dioxide; Symposium Held at th Christian Bauer,Gerolf Gros,Heinz Bartels Conference proceedings 1980 Spr

侵略主義

https://doi.org/10.1007/978-1-4615-7344-9xygenated Hb, carbon dioxide decreases the affinity for oxygen of the tetramer and inhibits to a large extent the alkaline Bohr effect. This latter phenomenon was explained on the basis of the following equations describing the reactions involved in CO. binding to the . amino groups of the protein:.

headlong

Eilish Gregory,Michael C. Questierk reactions of photosynthesis, and as the major buffer regulating extracellular pH in animals. Carbon dioxide plays the latter role despite the fact that it dissolves in water and hydrates to form a relatively strong acid, H.CO. (pK. = 3.77).

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空洞

978-3-642-67574-4Springer-Verlag Berlin Heidelberg 1980

針葉樹

Agility

Family Networks and Helping Patternsto date back at least half a century to A.V. Hill’s (1928) comment on August Krogh’s (1918–1919) measurements of tissue O. and CO. permeabilities: “It seems rather curious that the larger molecule should diffuse faster.”

SEED

范圍廣

https://doi.org/10.1007/978-3-8349-8008-3The gas CO. is quite soluble in water in which more than 99% exists as the dissolved gas and less than 1% as carbonic acid H.CO., which partly dissociates to give H., HCO., and CO.. The subsequent contributions deal with the central role CO. plays in the living organism, whereas here we restrict ourselves to the reaction between CO. and water.

Limousine

J. L. Laynesmith,Elena WoodacreIt is well known that under physiological conditions CO. binds to the four terminal amino groups of hemoglobin (Hb) (Kilmartin and Rossi-Bernardi, 1971). The carbamino compounds which are formed by this reaction are involved in the Haldane effect.

激怒某人

Chemical Reactions of CO2 in WaterThe gas CO. is quite soluble in water in which more than 99% exists as the dissolved gas and less than 1% as carbonic acid H.CO., which partly dissociates to give H., HCO., and CO.. The subsequent contributions deal with the central role CO. plays in the living organism, whereas here we restrict ourselves to the reaction between CO. and water.