What is the translation of " 在果蝇 " in English?

• in fruit flies

Examples of using 在果蝇 in Chinese and their translations into English

研究人员在果蝇身上进行了成功的实验。
The researchers have performed successful experiments in fruit flies.

Sei通道在果蝇神经系统中广泛表达。
The sei channel is broadly expressed in the fruit fly nervous system.

在果蝇中，rDNA基因的链在X和Y染色体上发现。
In fruit flies, chains of rDNA genes are found on the X and Y chromosomes.

类似的过程也发生在果蝇身上，它们利用所谓的“罗盘神经元”来跟踪头部和身体的方位。
A similar process occurs in fruit flies, which use so-called compass neurons to keep track of the orientation of their heads and body.

这是不仅实际情形在果蝇和汇率，而且在人力患者脑细胞。
This was not only the case in fruit flies and rats but also in the brain cells of human patients.

在果蝇中，rDNA基因的链在X和Y染色体上。
In fruit flies, chains of rDNA genes are found on the X and Y chromosomes.

该技术近年来在果蝇、蚊子和其他生物体中，开发使用了CRISPR基因编辑。
The technology has been developed in recent years in fruit flies, mosquitoes and other organisms, using CRISPR gene editing.

目前研究者发现这种媒介到处都是，埃伦赖希说道――在果蝇、病毒、原子、电子、光子中。
Researchers are now finding this same agency everywhere, Ehrenreich reports- in fruit flies; in viruses; in atoms, electrons, and photons.

有趣的是，几年前，贝伦实验室在果蝇模型中发现ANKLE2基因与神经发育障碍有关。
Interestingly, a few years back the Bellen lab had discovered in the fruit fly model that ANKLE2 gene was associated with neurodevelopmental disorders.

继Nusslein-Volhard在果蝇上的建模工作之后，斑马鱼的筛选是用于鉴别胚胎发育所需要的基因。
Modeled after Nusslein-Volhard's work in Drosophila, this zebrafish screen was designed to identify genes required for embryonic development.

我们在果蝇中研究这一分子信号通路，是因为它们相对复杂但又比哺乳动物衰老得快。
We studied this molecular pathway in flies because they are reasonably complex and yet age more quickly than mammals.

在果蝇中，同源（异型）框能确定特定基因在发育过程中何时表达。
In the fruit fly, a homeobox appears to determine when particular groups of genes are expressed during development.

许多非常有成就的研究人员在果蝇等生物体中进行了多年研究，取得了很大的进展。
Many very accomplished researchers have been doing this for years in organisms like fruit flies, making great progress.

接下来，我们将概括在果蝇研究领域的重大发现和杰出科学家，如托马斯·亨特·摩尔根。
Then, key discoveries and important Drosophila researchers, such as Thomas Hunt Morgan are profiled.

几个月后，何川见到了一位在果蝇中发现了6mA的中国研究者。
A couple of months later, He met a researcher in China who had found 6mA in the fruit fly Drosophila.

这项研究是在果蝇中进行的，研究了学习和遗忘期间发生的神经元突触的变化。
The research, which was done in fruit flies, looked at the synaptic changes that occur during learning and forgetting.

如今，有关人类发育、行为、衰老和演化的研究都建立在果蝇研究的基础上。
Current thinking on how we develop, our behaviour, ageing and evolution are all built on the foundation of fruit fly research.

最初的工作是在人类和动物细胞上完成的，研究结果随后在果蝇模型的膜组织上确证。
Initial work was done with human and animal cells and findings were subsequently confirmed in a fruit fly model on membrane organization.

绝缘子的作用是有方向性的，这是在果蝇实验中发现的。
The role of insulators is directional, which was found in the fruit fly experiment.

使用强大的遗传学方法，儿童国家研究人员能够模拟APOL1在果蝇肾细胞病理。
Employing powerful genetic approaches, Children's National researchers were able to mimic APOL1 renal cell pathology in the fruit fly Drosophila melanogaster.

事实上,从某种意义上说,这个已经完成,我们将处理它在果蝇的故事。
In fact, in one sense, this has already been done- we will deal with it in the Fruit Fly's Tale.

尽管哺乳动物和果蝇的Arc都从同一类型的逆转录转座子进化而来，但是这件事情发生在果蝇身上晚了1.5亿年。
Even though mammalian and fly Arc evolved from the same class of retrotransposons, the event in flies occurred about 150 million years later.

布朗大学的生物学家，用实验方法在果蝇中抑制三种这样的因素，他们发现，与这些因素本身相比，寿命更多地是取决于它们之间的相互作用。
Biologists who experimentally throttled three such factors in fruit flies found that lifespan depended more on interactions among the factors than on the factors themselves.

在这项新的研究中，研究人员报告说，他们在果蝇身上发现了这个过程中以前从未见过的一个方面。
In this new effort, the researchers report that they found an aspect of this process in the fruit fly that had not been seen before.

如今，一项新的研究证实第七种视紫红质，即Rh7，在果蝇大脑中表达，在那里，它调节着果蝇的昼夜活动周期。
New research shows that a seventh rhodopsin, Rh7, is expressed in the brain of fruit flies where it regulates the fly's day-night activity cycles.

近日宾夕法尼亚大学（UniversityofPennsylvania）的户田平福（音，HirofumiToda）发现了另一种致眠物质--Nemuri基因，能在果蝇中能引发睡眠。
Now Hirofumi Toda from the University of Pennsylvania has discovered another- a gene called nemuri that triggers sleep, at least in fruit flies.

在进一步的研究中，Banerjee和他的研究小组正在致力寻找在果蝇中有可能参与调控了造血干细胞的其他系统信号分子。
Going forward, Banerjee and his team are seeking other system signaling molecules that may be controlling blood stem cells in the fruit fly.

研究人员指出，这些结果表明，对光作出的反应是累积的，因为随着年龄的增长，这种损伤在果蝇身上会表现得更加明显。
The researchers noted the results suggested a cumulative response to the light as the damage was more apparent in the flies as they aged.

最初在果蝇中发现。
It was first discovered in fruit flies.