[Comparative characteristics of the effectiveness of oxygen delivery to the tissues by human erythrocytes preserved with glugicir and citroglucophosphate].

The main parameters of hemodynamics and oxygen regimen were investigated in isolated rat heart (130 tests) during its perfusion with red blood cells preserved in glugicir (GGC) and citroglucophosphate (CGP). Short-term storage red blood cells did not show disorders in O2 transport to tissues. Long-term storage red blood cells (both in GGC and CGP) showed disorders in hemodynamics that were associated with appearance of free hemoglobin in the perfusion medium due to disruption of some red blood cells by the perfusion apparatus.

[The oxygen supply of the isolated rat heart during perfusion with a suspension of human erythrocytes prepared on the blood preservative citroglucophosphate].

The isolated rat heart with the functioning left ventricle was used to measure the main parameters of hemodynamics and oxygen supply (60 experiments). Perfusion of the coronary vessels of the heart was performed with washed human red blood cells preserved for varying times (for 1, 7, 10, 14 and 21 days), stabilized on citroglucophosphate. The authors succeeded for the first time in demonstrating under artificially made conditions where the sole variable responsible for oxygen supply of the isolated organ was hemoglobin affinity for oxygen that there was no difference in the function of the isolated heart perfused with human red blood cells preserved for 7, 10 and 14 days as compared with freshly obtained ones.