英语释义

• a small molecule (not a protein but sometimes a vitamin) essential for the activity of some enzymes

片语

coenzyme b辅酶b

complex coenzyme复合辅酶

coenzyme complex复合辅酶

cobamide coenzyme钴胺酰胺辅酶

coenzyme B12腺苷钴胺

coenzyme Q辅酶Q

Coenzyme Q10辅酶q10

bacterial coenzyme[生化]

deaminase coenzyme脱氨基辅酶

coenzyme a辅酶A

coenzyme q辅酶Q

英汉例句

• treatment is supportive care although there is a questionable benefit to using coenzyme q and vitamin supplements.

  治疗通常是支持疗法，即使使用辅酶q和维生素是否有效尚有争议。

• objective to observe the efficacy of coenzyme complex in treating hepatic encephalopathy.

  目的观察复合辅酶治疗肝性脑病的临床疗效。

• coenzyme q10 is a vitamin-like compound also called ubiquinone.

  辅酶q10是维生素类化合物也被称为辅酶。

• coenzyme q10 plays an important role in preventing the photic injury of retina and optic cell apoptosis.

  结论辅酶q10对光损伤引起的视网膜损害及视细胞凋亡有较好的防护作用。

• deva nutrition's 100% vegan coenzyme q10 is in a convenient sublingual form; absorption is increased through the thin skin and rich blood supply of the mucous membranes in the mouth.

  deva的100％素食辅酶q10具有一个方便在舌下含服的形状，透过皮肤和口腔中的粘膜中丰富的血液供应来增加对本产品的吸收。

• conclusion coenzyme q10 plays an important role in preventing the photic injury of retina and optic cell apoptosis.

  结论辅酶q10对光损伤引起的视网膜损害及视细胞凋亡有较好的防护作用。

• coenzyme q10 is a vital human nutrient substance with extensive uses. it has very important physiological and pharmacological activities.

  辅酶q10是一种具有重要生理和药理作用的生命活性物质，用途十分广泛。

• coenzyme b vitamins do not require the usual conversion by the liver but are directly transported to their action sties.

  辅酶维生素b通常不需要由肝脏转化，直接运送到他们的需要的地方。

• two antioxidants—molecules that prevent free radicals from harming cells—stood out: alpha lipoic acid (found in organ meats) and coenzyme q10 (abundant in meat, fish and poultry).

  幸运的是，他们发现了两种抗氧化剂——即保护细胞免受自由基损伤的分子：a-硫辛酸（见于脏器）和辅酶q10（富集于牛肉、鱼和家禽中）。

• a coenzyme present in all living cells that functions as an acyl group carrier and is necessary for fatty acid synthesis and oxidation, pyruvate oxidation, and other acetylation reactions.

  所有活细胞中的辅酶，起酰群载体作用，肪脂酸的合成和氧化、丙酮酸酯的氧化和其他工酰基反应中不可缺少。

• the article focuses on the effects of coenzyme q10 as a medicine and its functions of keeping arteries healthy, improving the effects of vitamin e, enhancing performance, retarding senility, etc.

  本文就辅酶q10作为治疗药物的用途和保持动脉健康、增强维生素e效果、提高运动能力、抗衰老等方面的作用作了详细的介绍。

• this protective effect of glucose may result from its ability to clear accumulated intracellular acetyl coenzyme a and to promote the production of intracellular energy substances.

  葡萄糖的这种保护作用可能是由于它能清除细胞内积聚的乙酰辅酶a并能促进细胞内能量物质产生的缘故。

• methods this method was established, based on the principle of the substrate cycling, dehydrogenase coenzyme system.

  方法基于用脱氢酶辅酶体系循环底物的原理，建立了本法。

• nadh is an important coenzyme that plays a vital role in biological redox reactions.

  nadh是在生物体内的氧化还原反应中起着重要作用的辅酶。

• conclusion compound coenzyme as shown to improve liver function in patients received tpn.

  结论复合辅酶对静脉高营养中的肝脏有保护作用。

• coenzyme q10 is a powerful antioxidant and free radical scavenger which is present in every cell in the body, particularly in muscular tissue such as the heart.

  辅酶q10是一种强大的抗氧化剂和自由基清除剂是存在于每一个细胞在体内，特别是在肌肉组织，如心脏。

• this enables the body to use these coenzyme b vitamins more efficiently, thus lower potencies are needed for energy production.

  这使身体使用这些辅酶维生素b有很高的效率，从而降低效价为生产所需的能源。

• objective: to make the measures of the content of coenzyme q10 capsules under control.

  前言：目的：使辅酶q10胶囊含量测定的测量受控；

• many require the presence of a coenzyme which is often involved as a hydrogen acceptor .

  许多脱氢酶要在辅酶存在的条件下才能起作用，作为氢的受体。

• oral forms of coenzyme q10, such as chewables, tablets, capsules, and liquids must first pass by stomach acid and breakdown of the supplement prior to reaching its intended target.

  吞服形式的辅酶q10如咀嚼片，片剂，胶囊剂和液体，必须先通过胃酸优先将其分解才能达到其预定目标。

• the main reasons for cell deactivation were cell - toxicity of products and lost of coenzyme nadh.

  细胞失活的主要原因是环氧化产物的细胞毒性和反应体系中辅酶nadh损耗。

• various production methods and application prospects for coenzyme q_10 were introduced and reviewed in this paper.

  本文介绍并综述了目前辅酶q_（10）生产的各种方法及其应用前景。