产生糖的

The coloring matter contained in turmeric is virtually identical to the glycoside that gives saffron, a basic Indian spice, its yellow hue.

包含在郁金香里的染料素材，实际上与产生番红花的配糖是相同的，它的黄色颜色。

DF-10 with capability of generating biosurfactants was screened out from sludge and Lamella-Analysis results showed that glycolipid was the main ingredient for the biosurfactants.

对筛选出的一株能产生表面活性剂的芽胞杆菌DF-10的发酵液进行薄板层析，表明所产表面活性剂的主要成分为糖脂。

This articles reviews many hypothesis about pathogenesis of diabetic retinopathy,such as the increation of polyalcohol pathway,overdose of end product of glycosylated protein,activation of protein kinase C,increased production of active oxygen of mitochondria,factors of immune inflammation,heredity factors,any other factors and so on.

文章对多元醇通路的增加、糖基化终末产物的过量生成、蛋白激酶C的激活、线粒体活性氧产生增多、免疫炎症因素、遗传因素及其他因素等糖尿病视网膜病变发病机制的多种假说加以综述。

The 1:1 mixtures of chaconine and solanine or solamargine and solasonine, produced markedly synergistic effects while the mixtures of unpaired glycoalkaloids from different plants did not have this effects.

卡茄碱与茄碱，澳洲茄边碱与澳洲茄碱的1：1的混合物产生了明显的协同作用，而来自于不同植物的不成对的糖苷生物碱则没有这种协同作用。

Therefore, the metabolic pathway from soybean oil to erythromycin was presumed as follows: soybean oil is metabolized into TCA pathway to generate much α ketoglutaric acid and then generate succinyl CoA by strengthening TCA pathway, and the methylmalonyl CoA is formed from succinyl CoA by isomerization. Finally, methylmalonyl CoA can be used as the precursor for the biosynthesis of erythromycin.

推测豆油经过红色糖多孢菌代谢后进入红霉素合成的一条可能途径：豆油经过代谢后进入TCA循环，并强化了TCA循环的通量，产生了大量α酮戊二酸，再生成琥珀酰CoA，琥珀酰CoA在甲基丙二酰CoA异构酶的作用下生成甲基丙二酰CoA作为红霉素合成的前体。

It is a quick and simple way to cook white fish, and a little light flouring of the surface results in a temptingly crisp-coated final result, crispness of texture being a virtually universal taste in cooked food, from Chinese sweet-and-sour dishes to the tacos of Mexico.

它简单易做，在白色的鱼上裹上薄薄的一层面粉，炸后产生的酥脆的口感，与中国餐的糖醋鸡，古老肉，墨西哥的玉米面豆卷一样能被举世接受。

Trehalose has various functions in response to the different environmental stresses. Therefore its related mechanisms was not same.

渗压剂是是生物体在受到环境胁迫所产生的，海藻糖在面对不同的环境胁迫时行使不同的功能，因此相关的机制是不同的。

The results showed that:The reductions in the shoot and root dry weights, leaf area,stern diameter of grafted plants were lower than those of ungrafted plants under the same NaCl stress.Na~+,MDA,H_2O_2 contents,O_2~- producing rate,Na~+/K~+ ratio, Na~+/Ca~(2+) ratio were lower,whereas K~+,solube sugar,shoot water content,SOD,POD, CAT,APX activity,the stability of AsA/DHA,Photosynthetic rate,transpiration rate and stomatal conductance in the leaf of grafted plants were higher than those of ungrafted plants at the same NaCl stress.Intercellular CO_2 concentration of grafted plants decreased whereas that of ungrafted plants increased significantly under salt stress.

结果表明，盐胁迫下，嫁接苗地上部和根干重、叶面积、茎粗受抑制的程度显著低于自根苗；嫁接苗叶片中Na~+、MDA、H_2O_2含量、超氧阴离子产生速率、Na~+/K~+和Na~+/Ca~(2+)比值显著低于自根苗，而叶片中K~+含量、可溶性糖含量、地上部含水量、SOD、POD、CAT、APX活性、AsA/DHA的稳定性、光合速率、蒸腾速率、气孔导度显著高于自根苗；嫁接苗的胞间CO_2浓度显著下降，自根苗的则显著上升。

After we eat into the protein, the fat and the sugar three big kind of nutrients must be able to have and to release the chemical energy through the oxidized function, and the production chemical energy full transformation is ATP---Three adenylic acid glucoside (human body interior transmission energy carrier plants high energy chemical combination stored energy material), the energy storage, the human body can form the normal metabolism.

我们食入蛋白质、脂肪和糖三大类营养物质后需通过氧化的作用才能产生和释放出化学能，并把生成的化学能充分转化为ATP---三磷酸腺苷（人体内部传输能量的载体种高能化合的储能物质），把能量存储起来，人体才能形成正常的新陈代谢。

Propionic acid from ruminal microbes fermentation is a vital glyconeogenesis substrate for prevention of negative energy balance.

奶牛围产期能量代谢的特点是能量负平衡，瘤胃发酵产生的丙酸是奶牛糖异生供能的主要底物，对预防奶牛能量负平衡具有重要的意义。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。