[Hemoglobin oxygen transport capacity in surgical endotoxicosis ].
G. V. Poryadin, А П Власов, В. А. Трофимов, Т. И. Власова, O. V. Kamkina, A G Grigoryev, П А Власов
Abstract
G. V. Poryadin, А П Власов, В. А. Трофимов, Т. И. Власова, O. V. Kamkina, A G Grigoryev, П А Власов
Abstract
In surgical endointoxication hemoglobin oxygen transport capacity of red blood cells (hemoglobin affinity ligands: the ability to bind and release ligands) is reduced and is associated with the severity of endogenous intoxication. Violation of oxygen transport function of hemoglobin at endogenous intoxication is associated with conformational changes of a biomolecule, and its possible influence on reactive oxygen species, which confirmed in experiments in vitro: under the influence of oxygen-iron ascorbate ability of hemoglobin deteriorates. Largely similar structural and functional changes in hemoglobin occur in patients with surgical endotoxicosis.
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In surgical endointoxication hemoglobin oxygen transport capacity of red blood cells (hemoglobin affinity ligands: the ability to bind and release ligands) is reduced and is associated with the severity of endogenous intoxication. Violation of oxygen transport function of hemoglobin at endogenous intoxication is associated with conformational changes of a biomolecule, and its possible influence on reactive oxygen species, which confirmed in experiments in vitro: under the influence of oxygen-iron ascorbate ability of hemoglobin deteriorates. Largely similar structural and functional changes in hemoglobin occur in patients with surgical endotoxicosis.
Key concepts: Hemoglobin, Oxygen transport, Oxygen, Endogeny, Chemistry, Reactive oxygen species, Biochemistry, Biomolecule