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K. Ishii (1960)
STUDIES ON THE PRESERVATION OF HUMAN BLOODJournal of the Japan Society of Blood Transfusion, 7
A modified method for the measurement of plasma hemoglobin
GE Box, WG Hunter, J. Hunter (1978)
Statistics for ExperimentersJ Lab Clin Med
(1975)
Biomedical Computer Programs (BMDPZV)
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Statistics for Experimenters 190
AS. Keitt (1966)
Pyruvate kinase deficiency and related disorders of red cell glycolysis.J Appl Physiol, 41
T. Zuck, T. Bensinger, C. Peck, R. Chillar, E. Beutler, L. Button, P. McCurdy, A. Josephson, T. Greenwalt (1977)
The in Vivo Survival of Red Blood Cells Stored in Modified CPD with Adenine: Report of a Multi‐Institutional Cooperative EffortTransfusion, 17
G. Moore, M. Ledford, D. Brooks (1978)
The Distribution and Utilization of Adenine in Red Blood Cells During 42 Days of 4 C StorageTransfusion, 18
J. Neville (1974)
Hemoglobin oxygen affinity measurement using biotonometry.Journal of applied physiology, 37 6
A. Keitt (1966)
Pyruvate kinase deficiency and related disorders of red cell glycolysis.The American journal of medicine, 41 5
G. Moore, M. Ledford (1975)
A modified fluorometric assay for adenine in plasma and urine.Biochemical medicine, 14 2
(1980)
In virro evaluation of platelets stored in C P D adenine formulations
A. Keitt (1971)
Reduced nicotinamide adenine dinucleotide-linked analysis of 2,3-diphosphoglyceric acid: spectrophotometric and fluorometric procedures.The Journal of laboratory and clinical medicine, 77 3
(1956)
A modification of the bcnzidine method for measurement of hemoglobin in plasma and urine
Experience with new preservatives : summary of the experience in Sweden
RJ Dern, GJ Brewer, JJ. Wiorkowski (1967)
Studies on the preservation of human blood. II. The relationship of erythrocyte ATP levels and other in vitro measures to red cell storageability.J Lab Clin Med, 69
H. Bergmeyer (1974)
Methods of Enzymatic AnalysisTransfusion
CF Hogman, O. Akerblom, G. Arturson, CH Verdier, A. Kreuger, M. Westman (1974)
The Human Red Cell in VitroTransfusion
T. Bensinger, T. Zuck (2003)
Additional Studies Concerning the Metabolism of Packed Erythrocytes in CPD AdenineTransfusion, 16
Erythrocytes stored in the new CPD‐adenine anticoagulant (CPDA‐1) barely met the 70 per cent 24‐hour postinfusion 51Cr recoveries on day 35 when stored at hematocrit ≥ 75 per cent. CPDA‐1 differs from CPD in that it has 1.25 times the glucose concentration plus 17.3 mg adenine/63 ml. In an effort to improve the survivability (or viability) of red blood cells following extended storage (35+ days), two new CPD‐adenine anticoagulants have been tested in vitro. CPDA‐2 and CPDA‐3 (both of which contain 34.6 mg/63 ml of anticoagulant or 0.50 mM adenine [final Mood concentration], and either 1.75 times or 2.0 times respectively the amount of glucose used in CPD) have been tested for whole blood or red blood cell storage to 42 days. Red blood cell ATP concentrations were better maintained throughout 42 days of storage in both of these formulations than in CPDA‐1 at hematocrits that ranged from 40 to 85. Other biochemical parameters (2,3‐DPG, pH, plasma hemoglobin) were similar to those of blood stored in CPD or CPDA‐1.
Transfusion – Wiley
Published: Jan 8, 1980
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