当发生血管内溶血性贫血，更多红细胞在血液循环(血红蛋白血症)被破坏以至于超出肝球蛋白质的结合能力。
In intravascular hemolytic anemia, more RBC are destroyed in the circulation (hemoglobinemia) than can be bound to haptoglobin.
恶性疟原虫裂殖子表面主要蛋白- 1，又称P 195，与人红细胞膜具有结合作用，这种结合是裂殖子识别红细胞的基础。
Major merozoite surface antigen-1, P195, is found to have ability to bind to human erythrocyte. The binding is the base of recognition of merozoite to erythrocyte.
红细胞中充满了血红蛋白，而每个血红蛋白分子需要四个结合氧铁原子。
Red blood cells are packed with hemoglobin and each hemoglobin molecule requires four oxygen-binding iron atoms.
M6所对应的区域可能就是P 195蛋白的红细胞结合区域。
红细胞三个平均值低，红细胞分布宽度（RDW）增高，血清铁和铁蛋白降低，总铁结合力增高。
Three mean values evaluating red blood cells decreased, the red cell distribution width (RDW) increased, serum iron and ferritin were lower, total iron binding capacity was higher.
结论毕赤酵母系统重组表达的膜联蛋白V具有较高的结合外露PS红细胞的能力。
Conclusion The annexin V expressed recombinantly in pichia pastoris show higher affinity to PS exposed erythrocytes.
红细胞含有一种化学物质，叫血红蛋白，它与氧气结合，将氧气从肺部输送到全身各部分。
There are different types of white cells such as neutrophils, lymphocytes, eosinophils, monocytes, basophils. They are a part of the immune system and are mainly involved in combating infection.
红细胞含有一种化学物质，叫血红蛋白，它与氧气结合，将氧气从肺部输送到全身各部分。
There are different types of white cells such as neutrophils, lymphocytes, eosinophils, monocytes, basophils. They are a part of the immune system and are mainly involved in combating infection.
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