Transfusion · 1966 · 15 citations · 7 references
Life SciencesBiochemistryCell BiologyBioenergeticsCarbohydrate BiochemistryCellular MetabolismBlood PreservationCarbohydrate MetabolismCell StorageCellular RespirationChemical PreservationStorage StabilityBiochemical PreservationBlood Sample PreservationHemolysis MechanismsMetabolic PreservationRed Cell Mass PreservationSugar Preservation
The effectiveness of fructose, mannose, galactose, mannitol and sorbitol as substrates for ATP preservation in red cells stored in citrate media at 4 C. has been investigated. Studies were made with simple acid‐citrate preservatives analogous to acid‐citrate‐dextrose solution, with adenine‐containing solutions and with adenine and phosphate‐containing solutions. Fructose and mannose were at least as effective, and in some instances superior to glucose as substrates for ATP preservation. Galactose, sorbitol, and mannitol were found to be markedly inferior to glucose as preservative solutions. Ethanol, in relatively high concentrations, was found to improve slightly the effectiveness of glucose as preservative of ATP and to produce a marked decrease in in vitro hemolysis. Further trials of fructose and mannose as substrates in red cell preservation would seem to be warranted.
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A Direct Relationship between Adenosine Triphosphate-level and in vivo Viability of Erythrocytes
Kiku Nakao, Takehisa Wada, T Kamiyama et al. · Nature · 1962 · 184 citations
Erythrocyte Preservation: A Topic in Molecular Biochemistry
Beverly W. Gabrio, Clement A. Finch, F.M. Huennekens · Blood · 1956 · 128 citations · Full text
Effect of <i>p</i>H on Preservation of Red Cell ATP*
Ernest Beutler, Olga Duron · Transfusion · 1965 · 59 citations