BACKGROUND: Xenon is an inert gas promising for the preservation of biomaterials, which forms clathrate hydrates above 0°C. OBJECTIVE: This study addresses the effect of hyperbaric xenon (P = 303 kPa) and water-xenon clathrates (P ≥ 608 kPa) on 30
days preservation of red blood cells (RBCs) at +4°C. MATERIALS AND METHODS: RBCs from healthy human donors were preserved under four different conditions: without preservatives (negative control), in CPDA-1, hyperbaric xenon, and xenon clathrate hydrates. RESULTS: The qualitative
(mean RBC volume, anisocytosis degree and mean osmotic fragility) and quantitative characteristics (RBC count and hemolysis degree) of preserved RBCs were measured. CONCLUSION: The positive role of hyperbaric xenon in the preservation of erythrocytes is attributed to the equilibrium
extraction and displacement of O2 and CO2 by xenon. The effect is presumably due to a lowering of oxygen concentration and a decrease in the production of reactive oxygen species.
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Document Type: Research Article
Publication date: November 1, 2018
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CryoLetters is a bimonthly international journal for low temperature sciences, including cryobiology, cryopreservation or vitrification of cells and tissues, chemical and physical aspects of freezing and drying, and studies involving ecology of cold environments, and cold adaptation
The journal publishes original research reports, authoritative reviews, technical developments and commissioned book reviews of studies of the effects produced by low temperatures on a wide variety of scientific and technical processes, or those involving low temperature techniques in the investigation of physical, chemical, biological and ecological problems.