Its blood red color inspired the Romans to name it after their god of war.

它血红的颜色启发罗马人以他们的战神命名这颗星球。

Now, in the blood, each red blood cell has millions of hemoglobin proteins.

在血液中，每个血红细胞都有数百万的血红蛋白。

This means they have fewer haemoglobin molecules to help move and hold oxygen.

这意味着它们有较少的血红蛋白分子来帮助运输和保存氧气。

The carbon monoxide permanently binds to haemoglobin in your blood, blocking oxygen from binding.

一氧化碳会永久地与你血液中的血红蛋白结合，阻止氧气的结合。

They are made in the bone marrow and contain a special ion-containing protein called hemoglobin.

它们是在骨髓中形成的，有一种叫做血红蛋白的特殊离子蛋白质。

Now your hemoglobin is known as oxyhemoglobin, or HbO2.

现在你的血红蛋白被称为氧合血红蛋白，或 HbO2。

Rage filled Schmidt's red face, turning it even redder.

施密特血红的面颊充斥着愤怒，脸显得更红了。

The only splash of colour is the blood red of that cape.

唯一亮丽的色彩是血红色的披肩。

Mars, its blood red color inspired the Romans to name it after their god of war.

火星，它的血红色让罗马人以战神的名字来命名它。

So, they cannot make enough haemoglobin.

因此，他们不能制造足够的血红蛋白。

The body needs a particular amount of haemoglobin to work correctly.

人体需要一定数量的血红蛋白才能正常工作。

They also have a special type of hemoglobin, the molecule in the blood that transports oxygen.

他们同时有着一种特殊的血红蛋白，这种分子在血液中负责运输氧气。

Paired with your high heart rate, this new hemoglobin-rich blood efficiently distributes oxygen throughout your body.

再加上高心率，这种新的高血红蛋白血液高效地将氧气运送到人体各处。

Carbon monoxide and oxygen compete to bite hemoglobin in your blood, which stresses the circulatory system.

一氧化碳和氧气争先恐后地与血液中的血红蛋白结合，这给血液循环系统带来了压力。

Some were large and near, glowing scarlet-red from the shade, like wounds in a black hide.

有的就在附近，火烧得很大，在苍茫昏暗中闪发出一片血红的火光，像是黑色兽皮上的伤口。

Torrents of sparks shot to the sky and descended slowly, lazily, through blood-colored clouds of smoke.

火星汇成一股股激流蹿天空，然后缓缓地、懒懒地穿过血红的烟云降落下来。

Her roots went deep into the blood-colored soil and sucked up life, as did the cotton.

她的根扎在这血红的土壤里吸取生机，就像棉花一样。

Snape poured out three glasses of bloodred wine and handed two of them to the sisters.

斯内普倒出三杯血红色的葡萄酒，递了两杯给姐妹俩。

These four globin chains combine in different ways to give rise to different kinds of hemoglobin.

这四种珠蛋白链以不同的方式结合，形成不同类型的血红蛋白。

Hemoglobin electrophoresis can be done to see which hemoglobin types are present.

血红蛋白电泳可用来鉴别血红蛋白的类型。