处于红内期的疟原虫为摄取营养，在红细胞产生新的转运通路。
In order to get more nutrition from outside the erythrocyte, new channels were induced by malaria parasite.
通过建立偶极非谐振子模型对绿色激光激励红细胞产生荧光光谱的物理机理进行了研究。
The physical mechanism of green laser inducing erythrocyte fluorescence spectra in vitro is analyzed by a model of non syntonic dipole in this paper.
当更多的红细胞产生以输送氧气，以及脱水过程使更多的水分被抽离身体，血液变得更稠。
The blood also becomes thicker as more red blood cells are produced to transport oxygen and as water is pulled out by dehydration.
葡萄糖通过胰岛素依赖机制进入红细胞，大多数经代谢产生AT P，和还原型烟酰胺腺嘌呤二核苷酸(NADH)。
Glucose enters the RBC by an insulin-independent mechanism, and most is metabolized to produce ATP and reduced nicotinamide adenine dinucleotide (NADH).
例如免疫介导的溶血性贫血，产生了对抗自身红细胞的抗体。
For example, in immune-mediated hemolytic anemia, antibodies are produced against the host's own RBC.
血红蛋白的合成和释放、红细胞的产生和生存、或代谢机制受到干扰则会导致疾病。
Interference with synthesis or release of Hgb, production or survival of RBC, or metabolism causes disease.
大多数物种中，肾脏既是促红细胞生成素的感受器官又是产生的主要场所，所以慢性肾功能衰竭会导致贫血。
In most species, the kidney is both the sensor organ and the major site of erythropoietin production, so chronic renal failure is associated with anemia.
健康血红细胞的平均寿命是120天，当他们衰亡以后，血红蛋白中的铁被重新利用来产生新的血红细胞。
Healthy red blood cells have an average lifespan of 120 days, so when they die, the iron from the hemoglobin is recycled to make new red blood cells.
红细胞数量降低(贫血)可能是由于失血，溶血，或产生数量减少。
A decreased RBC mass (anemia) may be caused by blood loss, hemolysis, or decreased production.
成熟红细胞的寿命是有限的，它们的产生和凋亡必须保持精确平衡，否则会发生疾病。
Mature RBC have a finite life span; their production and destruction must be carefully balanced, or disease ensues.
难题在于血红蛋白转变在红细胞内及人体亦有多项关键作用，消灭这些因素只会产生新的问题。
The problem is that many of the factors driving the hemoglobin switch also have other crucial roles in red blood cells and in other parts of the body; knocking them out creates severe new problems.
通过这个方式产生的能量中约25%是属于大脑的，其他的则被肌肉组织和红细胞所利用。
Around 25% of energy generated this way is used for your brain alone, while the rest goes to muscle tissues and red blood cells.
发热反应最常见的起因是，患者对混杂在红细胞中的少量白细胞产生了抗体。
A fever reaction is most commonly caused by antibodies to the small number of white cells mixed with the red cells.
对于其他的捐献者，有时候会故意输入血型不兼容的血液以产生抗红细胞抗原的抗体。
In other donors, an intentionally incompatible unit of blood is transfused to produce antibodies to the antigens on the red cells.
在慢粒中，起始的白血病细胞产生功能正常的血细胞(红细胞、白细胞、血小板)。
In chronic myelogenous leukemia (CML), the leukemia cell that starts the disease makes blood cells (red cells, white cells and platelets) that function almost like normal cells.
电离辐射对牛红细胞超氧化物歧化酶的铜锌重组产生重大影响。
Ionizing radiations exerted profound effects on the reconstitution of Cu and Znin bovine erythrocyte superoxide dismutase.
肾性贫血主要是由于肾脏产生红细胞生成素(EPO)不足而引起，这类贫血主要靠补充外源性EPO进行治疗。
Renal anemia is mostly caused by insufficient EPO produced by kidney, which mainly required to be treated with external EPO.
当血红蛋白被血红细胞排出时，产生了两个主要的问题。
Two main problems arise when hemoglobin is removed from the red blood cells.
红骨髓是产生红细胞和粒性白细胞的造血组织。
Red marrow is a hematopoietic tissue and is the site of production of erythrocytes and granular leukocytes.
图示：肺泡内巨噬细胞含铁血黄素沉着（呈褐色粗糙颗粒）。是红细胞血红蛋白降解后所产生和释放的。
The brown coarsely granular material in macrophages in this alveolus is hemosiderin that has accumulated as a result of the breakdown of RBC's and release of the iron in heme.
所有的这些药都是促红细胞生成素或者EPO的合成形式，这是一种由肾脏产生的蛋白质，能够刺激身体产生更多的载氧血红细胞。
All the drugs are synthetic forms of erythropoietin, or Epo, a protein made by the kidneys that stimulates the body to produce more oxygen-carrying red blood cells.
由于输血抗体产生的个人红细胞逐步溶血能被观察到，但是溶血作用的过程在临床中不明显，也没有出现伤害患者的情况。
Gradual hemolysis of native red cells by transfused antibodies was observed, but the hemolytic process was not evident clinically and did not appear to harm the patient.
它和铁元素一起参与红细胞的产生，实际上，它是一种让铁溶进血红蛋白的营养物质，是具有携氧能力的红细胞的组成部分。
Thiss goes along with iron when it comes to regulating red blood cell production, and it's actually the nutrient that allows iron to be incorporated into hemoglobin;
骨髓产生的不同类型的细胞包括红细胞、血小板、淋巴细胞和其他的白细胞。
The different types of cells made in the marrow are red cells, platelets, lymphocytes and several other types of white cells.
骨髓产生的不同类型的细胞包括红细胞、血小板、淋巴细胞和其他的白细胞。
The different types of cells made in the marrow are red cells, platelets, lymphocytes and several other types of white cells.
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