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DNA base pairs: the effect of the aromatic ring on the strength of the Watson-Crick hydrogen bonding.

open access: yesOrg Biomol Chem
Nieuwland C   +7 more
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Adenine Consumption in Stored Citrate-Phosphate- Dextrose-Adenine Blood

Vox Sanguinis, 1980
Abstract. Plasma adenine concentration was measured in five units of citrate‐phosphate‐dextrose‐adenine (0.25 mmol/1 adenine) whole blood during storage at +4°C. The adenine levels decreased to 50% in 9–10 days and to approximately 15% in 3 weeks. In spite of this rapid consumption of adenine, the adenosine triphosphate levels were well maintained ...
A, Kreuger, O, Akerblom
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Adenine and Blood Storage

Vox Sanguinis, 1966
SummaryThe beneficial effect of adenine on red cells of blood stored in A.C.D. at 4°C, has been confirmed by post‐transfusion survival studies in rabbits and by biochemical studies of human and rabbit blood. Nevertheless probably this effect of adenine is too unreliable for routine use in the storage of blood for transfusion.In human red cells adenine ...
B A, Hurn, D N, Whitmore, S P, Lock
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Purine metabolism of erythrocytes preserved in adenine, adenine‐ inosine, and adenine‐guanosine supplemented media

Transfusion, 1981
Four different media for erythrocyte preservation have been compared by studying 16 variables mainly describing the purine metabolism and glycolysis of the erythrocyte. The concentrations of the additives in the erythrocyte suspensions were as follows: adenine, 0.25 mmol/l; adenine, 0.75 mmol/l; adenine, 0.25 and inosine, 0.50 mmol/l; and adenine, 0.25
C H, de Verdier   +4 more
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Studies of the binding of adenine to adenine phosphoribosyltransferase

Canadian Journal of Biochemistry, 1970
The groups on adenine phosphoribosyltransferase and on adenine which are involved in the binding of this substrate were investigated by comparing the inhibition constant of adenine with those obtained for analogues of adenine, by determining the effect of pH on the Michaelis constant of adenine, and by protection by adenine against enzyme inactivation
R E, Gadd, J F, Henderson
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