酵母细胞 英语是什么意思 - 英语翻译

• yeast cells
• yeast cell

在 中文 中使用 酵母细胞 的示例及其翻译为 英语

首先，酵母细胞生长迅速，大约每90分钟分裂一次。
First, yeast cells grow quickly and divide approximately every 90 minutes.

乙醇和其他醇可破坏酵母细胞膜，最终杀死细胞。
Ethanol and other alcohols can disrupt yeast cell membranes, eventually killing the cells..

像人类发现的一样，酵母细胞是活的和天然的。
Like human cells, yeast cells are alive and natural.

后来也因此得知发酵其实是发生在酵母细胞内。
It was later shown that fermentation occurs inside the yeast cells.

在酵母细胞中，ROS响应于氧化应激而累积，这导致线粒体功能受损和“小”表型。
In yeast cells, ROS accumulates in response to oxidative stress, which results in impaired mitochondrial function and a“petite” phenotype.

这些特性使得Ohly酵母细胞壁（衍生）产品非常适合于动物营养应用。
These properties make Ohly's yeast cell wall(-derived) products ideally suited for animal nutrition applications.

研究人员希望，工程酵母细胞将释放出更有效和更灵活的方式来制造大量产品，从生物燃料到药物。
Researchers hope that engineered yeast cells will unleash more-efficient and-flexible ways to manufacture a host of products, from biofuels to medicines.

新的合成调节剂，称为XYL，使酵母细胞能够更快地生长并达到更高的细胞密度。
The new synthetic regulon, dubbed XYL, enabled the yeast cells to grow more rapidly and to higher cell densities.

含有天然植物提取物，酵母细胞壁和天然粘土矿物质的组合成分，支持动物的健康和生产力。
It contains a combination of natural plant extracts, yeast cell walls, and natural clay minerals that support the health and productivity of the animals.

使用酵母细胞，她的实验室确定了一类在调节SG形成中发挥积极作用的酶。
Using yeast cells, her lab has identified a class of enzymes that play an active role in regulating SG formation.

当裂殖酵母细胞分裂为两个时，每个细胞具有相同的遗传物质。
When a fission yeast cell divides into two, each cell has identical genetic material.

硫化多糖是大型藻类特有的（在陆地植物、淡水微藻或酵母细胞壁中均未发现）。
Sulphated polysaccharides are characteristic of macroalgae(they are not found in terrestrial plants, nor fresh water microalgae or yeast cell walls).

然后将罪魁祸首基因插入酵母细胞，它们被诱导产生大量这种蛋白质。
The culprit gene is then inserted into yeast cells, which are coaxed to produce large amounts of that protein.

为了通过细胞分裂成功繁殖，裂殖酵母细胞需要复制它们的DNA然后分裂中间以产生两个新细胞。
To successfully reproduce through cell division, fission yeast cells need to copy their DNA and then split down the middle to create two new cells..

酵母细胞比较容易研究，因此它们经常被用来作为人类细胞的模型。
Yeast cells are relatively easy to study and consequently they are often used as a model for human cells..

酵母细胞相对更容易进行研究，因而常被用作人类细胞的模型。
Yeast cells are relatively easy to study and consequently they are often used as a model for human cells..

酵母细胞在生产过程中被杀死，在最终产品中不存活。
The yeast cells are killed during manufacturing and not alive in the final product.

该研究小组使用酵母细胞-用于葡萄酒和啤酒生产的酵母细胞-来检测鳄梨油的特性。
The research team used yeast cells- the same ones used in wine and beer production- to examine avocado oil's properties.

生物学家利用酵母细胞对生物系统进行研究，因为它们比较简单，且易于研究。
Biologists use the yeast cells to investigate biological systems because they are simple and easy to study.

然而，小型酵母细胞表现出比野生型细胞更长的寿命，并且表明VDAC1在例如衰老类似情况下的保护功能。
However, petite yeast cells exhibit a longer lifespan than wild-type cells and indicate a protective function by VDAC1 in similar circumstances, such as aging.

酵母细胞的存在也可以用革兰氏染色来检测，而寄生滴虫不受ESTA方法检测。
The presence of yeast cells can also be detected with a Gram stain, while the parasite Trichomonas is not detected by this method.

虽然热处理可以有效地减少水分减少，减少和延迟结晶，并完全破坏酵母细胞，但也会导致产品变质。
Although, heat-treatment can effectively reduce moisture reduction, reduce and delay crystallization, and destroy yeast cells completely, it does also result in product deterioration.

美国基因与细胞治疗学会（ASGCT）的基因编辑编年史从30年前开始，第一次基因编辑是在酵母细胞实验中完成。
The American Society of Gene& Cell Therapy(ASGCT) timeline for gene editing begins 30 years ago with the first experiments in yeast cells.

另一方面，香槟增加了复杂性，部分原因是在二次发酵过程中花费了与死酵母细胞接触的额外时间。
Champagne, on the other hand, has added complexity, due in part to additional time spent in contact with dead yeast cells during secondary fermentation.

更重要的是，该团队还开发了一种制造工艺，使用大豆种子或酵母细胞来生产这些抗体。
What is more, the team also developed a manufacturing process that uses either soybean seeds or yeast cells to produce these antibodies.

他们将这些酵母菌置于抗菌药物中演化、生长超过4个星期，然后研究酵母细胞的敏感性和耐药性。
They evolved these to grow in antimicrobial drugs over 4 weeks and then studied the sensitive and resistant yeast cells.

基于基因技术，PerfectDay将特定的DNA基因片段植入酵母细胞，重组后的酵母细胞就可以产生牛奶中的相关蛋白质。
Based on gene technology, Perfect Day implants specific DNA gene fragments into yeast cells, and the reconstituted yeast cells produce related proteins in milk.

它只含有酵母细胞生长时自然产生的维生素和矿物质。
It only contains the vitamins and minerals that are naturally produced by the yeast cells as they grow.

然后，他们将这两种药物引入酵母细胞，以抑制高尔基体中含有特定蛋白质的囊泡的转运。
They then introduced the two drugs into yeast cells to inhibit the transport of specific protein-containing vesicles from the Golgi.

他写道“酒精发酵与酵母细胞的生命与组织有关，而不是与细胞的死亡或腐败相关。
Alcoholic fermentation is an act correlated with the life and organization of the yeast cells, not with the death or putrefaction of the cells.”.