Father doctored me for ordinary stomachache.

I know. But my stomachache has made me lose my appetite.

我知道, 但是我的胃痛让我失去胃口.

Do you have a stomachache?

肚子痛 吗 ?

It has fang shu thirst-quenching, Xiaoshi stomachic, lower blood lipids, soften blood vessels anti-aging health function.

它有防暑解渴 、 消食健胃 、 降低血脂 、 软化血管,延缓衰老的保健功能.

Xiaoshi its stomachic , cough Runzao Liqiyi pi, Mingmu Xingnaojing such as the role of health care.

其具有消食健胃 、 止咳润燥 、 理气益脾、明目醒脑等医疗保健作用.

When should be stomachic tonic being taken?

健胃药应该在什么时候服?

Res ults 113 patients ( 70.6 % ) nursed the stomas themselves.

结果113例占70.6%造口病人基本能自理造口.

The function of stomata in plants is controlling gas exchange and modulating water balance.

气孔是植物控制气体交换和调节水分散失的门户.

Then enters stomata is a little more drilling, mounted on debugging, troubleshooting.

于是不兵不不正不退气孔稍微钻不小些, 装上调试, 障碍摈斥.

The difference in stomata characters between tissue-cultured jujube tree andin field is reported in this paper.

报道了组培枣树大田苗与原种枣树大田苗在气孔性状上的差别.

Oxygen and carbon dioxide also pass through the stomata.

氧气和二氧化碳也会经由气孔出入.

Therefore stomata are not required in water plant.

(不是因有气孔就会使植物窒息而死).

Water exits plants through their stomata. Stomata are located on the undersides of plant leaves.

水分透过位于植物叶子下侧的气孔散发出去.

That moves out from the stomata is oxygen and water vapour.

而走出气孔的气体是氧气和水蒸气.

When relative soil water is below 75 %, the cause of rate drop is non-stomatal limitation.

当土壤相对含水量低于75%, 光合非气孔限制因素开始出现.

The stoma and guard cells are collectively called the stomatal apparatus.

临近保卫细胞处常存在变形了的表皮细胞,被称为副卫细胞.

Stomatal movement is important for plants to exchange gas with environment.

气孔运动调节植物与环境之间气体和水分的交换.

Stomatal density may become lower while water-use efficiency ( WUE ) increases with ( CO 2 ) increasing.

表现在 光合速率 提高,呼吸作用受抑制,气孔密度减小,水分利用效率增加.

However, there are few studies on the regulation of water transport in stomatal movement.

然而有关水分运输调节气孔运动的研究相对较少.

In a scanning microscope also shows that, stomatal particle size distribution is not uniform corrosion.

在扫描显微镜还表明, 气孔颗粒分布很不均匀的阴极.

When relative soil water is below 75 % , the cause of photosynthesis rate drop is non-stomatal limitation.

为试验材料,研究了不同土壤水分下叶片的生理特性以及引起光合下降的 非 气孔限制因子动态特征.