Serum calcium will be elevated, as hypervitaminosis A features hypercalcemia.

钙高也VA的标志。

This excess fungal yeast irritates the scalp, causing overproduction of skin cells.

这的真菌酵母刺激皮肤产生了多的皮肤细胞。

Aerogen Micro Organizations Algae microorganisms in the water also populate overpopulate because of the surplus Nitrogennitrogen.

水中的藻类微生物于密集式由于的氮肥。

This medicine is poisonous if taken in large quantities.

这种药若服用是有害的。

Rupture disks relieve overpressure in cylinders that may result from an external fire or from overfilling.

破裂盘释放钢瓶内可能源于外部着火灌装的多的压力。

Many diseases such as hypertension,diabetes mellitus,hypercholesteraemia can generate a lot of reactive oxygen species(ROS) which can cause oxidative stress.

许多疾病状态如高压、糖尿病、高胆固醇症可产生的活性氧(ROS),引起氧化应激。

Taken in excess, aluminum-containing antacids cause hypophosphatemia, which may lead to metabolic bone disease.

如果摄入，含铝的可以导致低磷症，而低磷症可以导致代谢性骨病。

He is suffering from insomnia. Hence, he usually takes overdose of methaqualone, and that is all the worse for his health.

他患失眠症，因而时常服用的安眠酮，但这对他的健康，反而更加不利。

The article summarize that Angiogenin of classification,physiologic function and gene structural excessively expresses in microbe and applies in physic field.

本文对其分类及生理学作用,基因结构,及在微生物中的表达和医学领域的应用作一综述。

But overdose fluorine can cause skeletal damage, which lesion fairly complicated.There are only osteosclerosis, ossifying around the bone, but osteomalacia, osteoporosis.

但氟会引起骨骼的损伤,其病变较复杂,既有骨硬化、骨周化骨,又有骨软化、骨质疏松。

Fluoride is a widely distributed nephrotoxin with exposure potentially resulting from environmental fluorine excess.Kidney is the main excretory organ of fluorine.

肾脏是氟的主要排泄器官，当机体摄入氟超肾的排泄能力时，肾组织细胞就会因处于高氟环境而受到损害。

Ethyl cellulose was synthesized successfully in one step based on reaction of cellulose with excess chloroethane and sodium hydroxide in toluene as diluent.

采用纤维素与的氯乙烷及氢氧化钠反应,以甲苯为稀释,用一步法成功地合成了乙基纤维素。

The results indicated that compared with potassium bromate, GOD has a strong effect on denaturing the wheat flour protein and in addition, excessive GOD might result in overoxidation.

结果表明，葡萄糖氧化酶对小麦粉中蛋白质的改性作用较溴钾速度快且作用强烈，同时，的葡萄糖氧化酶可能会造成氧化度。