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[血液ACD-AG保护液的进一步改进。II. 保存血液在ACD-AG培养基以及添加丙酮酸和木糖醇并提高pH值的保护液中的氧亲和力表现]

[Further improvement of the ACD-AG protective solution for blood. II. Behavior of the oxygen affinity of preserved blood in ACD-AG medium and in a protective solution with addition of pyruvate and xylitol and elevated Ph values].

作者信息

Lun A, Stigge V, Seefeld B, Strauss D, Raderecht H J

出版信息

Folia Haematol Int Mag Klin Morphol Blutforsch. 1975;102(3):325-34.

PMID:52579
Abstract

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.

摘要

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。

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