红血球数量不足是铁元素缺乏造成的。
后来还看到一个血红血红的人。
这是通常是因过度的分项红血细胞。
This is usually caused by excessive breakdown of red blood cells.
红骨髓制造红血球和白血球。
Red bone marrows produce red blood cells and white blood cells.
不夸张地说，它将氧气从红血球中驱赶出去。
铁，帮助制造红血球。
一氧化碳能减低红血球将氧输送到全身的能力。
Carbon monoxide would reduce the ability of red blood cells carry oxygen around the body.
还记得你刚刚看到的形状统一的红血球图片吗？
Remember that picture of the nice, uniform shapes of red blood cells you just looked at?
疟原虫在肝脏和随后在被感染者的红血球中迅速繁殖。
Malaria parasites multiply rapidly in the liver and then in red blood cells of the infected person.
红血球膜的糖蛋白在建立类脂镶嵌模型中是一个重要因素。
Erythrocyte membrane glycoproteins have been important factors in development of the Mosaic model.
他说，额外的氧化一氮恢复了红血球促进血液流动的功能。
He says the extra nitric oxide repaired the ability of red blood cells to expand blood passages.
一个濒死的红血机枪兵拥有和满血的机枪兵相同的攻击输出。
A near-dead Marine with only one red health bar inflicts the same amount of damage as a Marine with full health.
它可为细胞提供身分，例如红血球表面的抗原使血液有血型。
It provides identity to the cell. eg. antigens on red blood cell in relation to blood group.
溶血介绍了分手的红血细胞，导致在释放血红蛋白进入血浆。
Haemolysis describes the breaking up of red blood cells, resulting in the release of haemoglobin into the plasma.
例如，一个血红蛋白基因细胞转换并集中，将成为一个红血细胞。
A cell with its haemoglobin genes switched on to overdrive, for example, will become a red blood cell.
贫血就是说，你的血液中没有足够的血红蛋白，这是在红血细胞。
Anemia means that your blood doesn't have enough hemoglobin, which is in red blood cells.
当红血球里没有足够的血红蛋白时，氧气则无法到达身体各个部位。
When there is not enough haemoglobin in the red blood cells, oxygen cannot get to all parts of the body.
红血细胞和特殊免疫细胞(粉红色部分)在肝窦隙中周而复始地循环。
Red blood cells and specialist immune cells are seen in the sinusoids, pink structures running through the tissue for circulation.
更严重的副作用可能出现的是一个随着时间的推移降低生产的红血细胞。
A more serious side effect that may occur over time is a decreased production of red blood cells.
红血球含有大量的血红素，这种蛋白质能和氧气结合并是血液呈现出红色。
Red blood cells contains large amounts of haemoglobin – the protein that gives blood both its colour and its oxygen-binding capacity.
在一种特殊的遗传疾病镰形细胞贫血症中，红血球不是圆盘状而是镰刀状。
In one particular inherited disease, sickle cell anaemia, the red blood cells, instead of being flat discs, are sickle shaped.
这一状况导致红血球存活期缩短，继而发生贫血，通常称之为镰状细胞贫血。
This condition leads to shortened red blood cell survival, and subsequent anaemia, often called sickle-cell anaemia.
贫血症发于那些红血球中含有一种特殊的血红蛋白，其蛋白质中含有氧气的人。
The anaemia develops in those whose red blood cells contain a particular type of haemoglobin, the protein that carries oxygen.
阳光中的紫外线还可以刺激骨髓制造红血球，提高造血功能，从而防止贫血。
The sun's ultraviolet rays can also stimulate the bone marrow produce red blood cells, improve blood function, in order to prevent anemia.
镰状细胞（贫血）病又称镰状细胞血症，是一种可以使红血球变形的遗传症状。
Sickle cell disease, also called sickle cell anemia, is a genetic condition that deforms red blood cells.
在第一个项目中，剑桥大学的研究者们首次发现：红血细胞拥有24小时循环规律。
In the first study, Cambridge scientists found for the first time that red blood cells have a 24-hour rhythm.
当你患贫血症的时候你的身体没有足够的红血球，或你的红血球不含足够的血红蛋白。
When you have anemia, your body doesn't have enough red blood cells, or your red blood cells don't contain enough hemoglobin.
镰状细胞病的特征是红血球形状发生突变，由平滑的圆圈形状改变为新月形或半月形。
Sickle-cell disease is characterized by a modification in the shape of the red blood cell from a smooth, donut-shape into a crescent or half moon shape.
镰状细胞病的特征是红血球形状发生突变，由平滑的圆圈形状改变为新月形或半月形。
Sickle-cell disease is characterized by a modification in the shape of the red blood cell from a smooth, donut-shape into a crescent or half moon shape.
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