Aim: To know the effect of cysteamine on the pancreatic secretion and enzyme activity in geese.
目的：研究半胱胺对鹅胰液分泌及胰酶活性的影响。
It demonstrated that cysteamine and engineer vaccine might serve as a potentiator to prevent fowl infection.
证明半胱胺可作为免疫促进剂预防家禽传染病。
The experiment was conducted to examine the effects of cysteamine (CS) on body weight gain and feed conversion rate in sheep.
本试验研究了半胱胺(CS)对绵羊增重、饲料转化效率的影响。
The experiment was conducted to determine the effects of cysteamine hydrochloride on growth performance and nonspecific immunity of Chinese soft-shelled turtle.
试验研究了半胱胺对中华鳖生长性能和非特异性免疫功能的影响，并对其机理进行了初步探讨。
Part two: Effects of supplementating different levels of cysteamine on nutrient digestion and metabolism were investigated by total feces and urine collection method.
第二部分采用全收粪收尿的方法研究连续添加不同剂量半胱胺对营养物质消化代谢的影响。
The purpose of this study was to observe the effect of cysteamine used as depletor of endogenous somatostatin on the adaptive cytoprotection of gastric mucosa in rats.
本文观察了半胱胺作为生长抑素的阻断对对大鼠胃粘膜适应性细胞保护作用的影响。
LDH was successfully immobilized on Au colloid associated with a cysteamine monolayer on a gold electrode surface to construct a nanometer-sized bionic function interface.
将乳酸脱氢酶(L DH)成功地固定在纳米金胶-半胱胺修饰的金电极表面构建一种新型的纳米仿生功能界面。
Three experiments were conducted to investigate the effects of cysteamine on the performance and carcass characteristic in broiler chickens under different growth patterns.
本研究通过三个试验探讨了半胱胺对不同生长模式下肉仔鸡生长发育和屠体性状的影响。
For the fabrication of HRP electrode, cysteamine was first self-assembled onto the surface of the gold electrode, and then HRP was immobilized onto the electrode through glutaraldehyde.
酶电极制作中，先在金电极表面自组装一层半胱胺单层膜，再用戊二醛交联hrp。
Cysteamine had many biological functions, such as, exhauting somatostatin, modulating metabolism of carbohydrate, protein and fat, anti-oxidation and oxidation and improving immunofunction.
半胱胺具有多种生物学功能，如耗竭生长抑素，影响糖、蛋白质和脂肪的代谢，抗氧化和氧化作用，提高免疫功能。
Cysteamine promoted endogenous growth hormone production by depleting somatostatin in the hypothalamus and gut, thereafter accelerating ruminal metabolism and microbial protein synthesis apparently.
半胱胺可耗竭下丘脑和肠道的生长抑素，从而提高生长激素等水平，使瘤胃内代谢及蛋白质合成显著加强。
It turns out that pantetheinase is needed for the synthesis of a small molecule called cysteamine and, by treating pantetheinase-deficient mice with cysteamine, Dr Gros claims to cure them of malaria.
原来在合成一个叫做半胱胺的小分子时，这种pantetheinase是必需要的。Gros博士声称通过应用半胱胺给有pantetheinase缺陷的小鼠可以治愈他们所患的疟疾。
It turns out that pantetheinase is needed for the synthesis of a small molecule called cysteamine and, by treating pantetheinase-deficient mice with cysteamine, Dr Gros claims to cure them of malaria.
原来在合成一个叫做半胱胺的小分子时，这种pantetheinase是必需要的。Gros博士声称通过应用半胱胺给有pantetheinase缺陷的小鼠可以治愈他们所患的疟疾。
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