Lun A, Stigge V, Seefeld B, Strauss D, Raderecht H J
Folia Haematol Int Mag Klin Morphol Blutforsch. 1975;102(3):325-34.
The present paper deals with the behaviour of the oxygen transport function as well as the 2.3 DPG and ATP levels of erythrocytes during the storage in an ACD-AG solution. In the ACD-AG blood in P 50 fell from 20mm of Hg to values of 12 mm of Hg within 4 weeks of storage. The 2.3 DPG content had already fallen to values below 10% within a fortnight. Additions of xylitol (10 mM in the blood) and pyruvate (0.3 mM in the blood) will delay the decrease of P 50 and the 2.3 DPG content. Concerning the ATP behaviour there was no significant difference between ACD-AG blood and that with additions of xylitol and pyruvate. Up to a storage of a fortnight stored blood in the ACD-AG solution of xylitol and pyruvate will be equal to ACD-AG fresh blood as far as the parameter of oxygen transport function is concerned.
本文探讨了红细胞在ACD-AG溶液中储存期间氧运输功能的变化以及2,3-二磷酸甘油酸(2,3-DPG)和三磷酸腺苷(ATP)水平。在ACD-AG血液中,储存4周内P50从20mmHg降至12mmHg。2,3-DPG含量在两周内已降至10%以下。添加木糖醇(血液中10mM)和丙酮酸(血液中0.3mM)可延缓P50和2,3-DPG含量的下降。关于ATP的变化,ACD-AG血液与添加木糖醇和丙酮酸的血液之间无显著差异。就氧运输功能参数而言,在ACD-AG溶液中储存两周的血液,木糖醇和丙酮酸添加组与ACD-AG新鲜血液相当。