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HCO3-

HCO3-

HCO3-

HCO3-

1

The HCO3- molecule thus consumed and lost from the body must be replaced in order to maintain acid-base balance .

这样被消耗和损失的 HCO3-就必须重新补充以维持酸碱平衡。

2

Thus , when a non-volatile acid is produced , HCO3- is consumed and CO2 is produced and exhaled by the lungs .

这样当非挥发性酸产生时，就要消耗 HCO3-，产生 CO2 并由肺脏排出体外。

3

HCO3- is generated by the tubular cells of the kidney via two mechanisms .

肾小管细胞通过两种机制产生 HCO3-。

4

The results of dynamics affected by different concentration of HCO3- showed that corrosion rate was line with concentration of HCO3-.

不同 HCO3-浓度对动力学的影响研究表明，腐蚀速率与 HCO3-浓度呈线性变化规律；

5

The kidneys maintain acid-base balance by generating new HCO3-.

肾脏通过重新生成新的 HCO3-保持酸碱平衡。

6

Many species of marine phytoplankton use HCO3-1 for photosynthesis .

许多海洋浮游植物使用碳酸氢盐离子进行光合作用。

7

It is more accurate to obtain and use a venous total [HCO3-]measured on a chemistry panel drawn at the same time as the ABG .

故更精确的方法是在检测 ABG 的同时，用另外一种化学仪器检测静脉血中总 [HCO3-]。

8

However , most CO2 (and H2O) produced in the tissues is converted into HCO3- and H+ by a carbonic anhydrase-dependent process within RBCs.

然而，在组织中产生的大部分的 CO2 （和 H2O ）是在红细胞中通过一种碳酸酐酶依赖性的反应过程生成 HCO3-和 H+。

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