Erythrocytes Transformation Under Various Conditions in Rats and Hamsters
Effects of hypometabolism, cryostimulation, cold acclimation, hypo- and hyperthermia, cord blood and desynchronosis
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Dynamic of the erythrocytes transformation under various experimental conditions was studied. The changes determined by the species (outbred albino rats Rattus norvegicus or golden hamsters Mesocricetus auratus) and age of the animal, the type and intensity of temperature exposure (general, craniocerebral and immersion hypothermia, whole body cryostimulation, hypometabolism, cold acclimation and hyperthermia), the level of changes in body temperature, kind of others experimental conditions (injection of cryopreserved cord blood nucleated cells and circadian desynchronosis (shift of light-dark ...
Dynamic of the erythrocytes transformation under various experimental conditions was studied. The changes determined by the species (outbred albino rats Rattus norvegicus or golden hamsters Mesocricetus auratus) and age of the animal, the type and intensity of temperature exposure (general, craniocerebral and immersion hypothermia, whole body cryostimulation, hypometabolism, cold acclimation and hyperthermia), the level of changes in body temperature, kind of others experimental conditions (injection of cryopreserved cord blood nucleated cells and circadian desynchronosis (shift of light-dark cycle) and was characterized by two scenarios. There was either a rapid elimination of defective and low-resistant forms of the erythrocytes from the blood and an increase in the proportion of normal and flattened (highly resistant) discocytes (strategy 1) or an increase in the number of reversibly (stomatocytes) and irreversibly (spherocytes) of altered forms of erythrocytes (strategy 2). During physiological aging, the transformation of erythrocytes occurs along the stomacytic pathway.
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