[Examination of the differential hematocrit and the plasma viscosity under the influence of ionizing radiation].

J Thiel, H R Böhme, R Melzer, W Prager
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Abstract

Systematic investigations into the impact of haemorheological parameters through ionizing rays are not available in literature. The main factors influencing the flow capacity of the blood were determined in vitro by using a set of special methods. Even by using high dosages of irradiation (600 R) only those changes in the flow capacity of the blood could be identified which lay in or near the dispersion area of the methods. These investigations carried out in vitro only take into account the immediate effect of the blood and not rheological changes caused by the intact organism after irradiation.

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[电离辐射影响下红细胞压积差和血浆粘度的检查]。
通过电离射线对血液流变学参数影响的系统研究在文献中是不可用的。采用一套特殊的方法在体外测定了影响血液流动能力的主要因素。即使使用高剂量的辐照(600r),也只能在方法的分散区域内或附近发现血液流动能力的变化。这些在体外进行的研究只考虑了血液的直接影响,而没有考虑照射后完整生物体引起的流变学变化。
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Bone marrow and spleen morphology following haemolytic anaemia in adult laboratory rats of various age groups. Oxidative stress of red blood cells stored for transfusion use. Beta-glucuronidase activity in neutrophils of patients with malignancies. Effect of recombinant human alpha interferon (INF) on chronic granulocytic leukaemia (CGL) clonogenic growth of bone marrow haematopoietic progenitors. Effect of recombinant human alpha interferon (INF) and antilymphocyte globulin (ALG) on normal and aplastic anaemia haematopoietic progenitor cell growth.
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