「“circadian”」的含义 (adj)
词性(英语单词的分类):adj
生物学
专门
它用来表示[用于描述动物和植物在24小时内自然发生的过程]。
中文翻译:【昼夜节律】
参考:「circadian」示例短语列表
“circadian”的同义词列表。 让我们按顺序来记住吧!。
通过记住反义词和反义词列表来掌握“circadian”这个词!。
“circadian”是一个英语单词,有几个不同的含义。 让我们用例句来解释每个的含义和用法!
| 英语 | 含义(中文翻译) | 详细解释! |
| circadian | 24小时循环,昼夜节律 | (生物学:每 24 小时重复一次 ) |
circadian是一个英语单词,有几个不同的含义。 让我们用例句来解释每个的含义和用法!
Instead, it is controlled by the melatonin that regulates the
circadian
rhythms.
相反,它被证实是由褪黑激素调节的,褪黑激素是一种调节
昼夜
节律的激素。
It is known that during human adolescence,
circadian
rhythms and therefore sleep patterns typically undergo marked changes.
众所周知,人类青春期通常涉及
昼夜
节律的显着变化,以及相应的睡眠模式的显着变化。
It is a composition for suppressing abnormal
circadian
increase in plasma glucose level containing D-psicose as an active ingredient.
一种用于抑制
白天
血浆葡萄糖浓度异常升高的组合物,其含有D-阿洛酮糖作为活性成分。
He has also written four popular science books on sleep and
circadian
rhythms.
他出版的四本关于睡眠和
昼夜
节律的书都是非常受欢迎的科普书籍。
We are also interested in the regulation of metabolism by the
circadian
clock.
我们还对
生物钟
对新陈代谢的调节感兴趣。
Therefore, understanding the
circadian
clock system has strong impact on human health.
因此,了解
生物钟
系统对于促进人类健康具有重要意义。
Our group has discovered that this process shows
circadian
rhythms in vivo and is controlled by the core clock protein CRY.
我们的研究小组发现,这个过程在生物体中表现出
昼夜
节律,并受到时钟蛋白 CRY 的调节。
A
circadian
clock, therefore, can be an excellent model for studying biological functions generated from the interaction among information bio-molecules.
因此,
生物钟
是研究通过信息分子相互作用产生生物功能的理想学科。
But you want to minimize disruption of
circadian
rhythms and the curtailment of sleep as much as possible.
但您希望尽可能减少对
昼夜
节律的干扰和睡眠不足。
Regarding plants,
circadian
clocks have been intensively studied in plants such as rice and arabidopsis.
在植物中,人们对拟南芥和水稻等所谓的高等植物
的生物钟
进行了广泛的分析。
The discovery of small molecules to control the
circadian
clock of mammals is one of the main research focuses of ITbM.
寻找调节
昼夜
节律的小分子化合物是 ITbM 的主要研究主题之一。
She has proposed a novel concept for the molecular mechanism of the
circadian
clock regulating the behavioral rhythms of animals and achieved breakthrough research results.
平野博士提出了关于控制动物行为节律的
生物钟
分子机制的全新概念,并取得了突破性的研究成果。
The
circadian
clock has a significant role in the sleep-wake rhythm along with daily control in the secretion of hormones and metabolic activity.
生物钟
在调节睡眠/觉醒节律以及激素分泌和代谢活动方面发挥着重要作用。
These results suggest that the
circadian
clock helps organisms adapt to oxidative stress and aging.
这些结果表明
生物钟
有助于生物体适应氧化应激和衰老。
By using these compounds as tools, we revealed important regulatory mechanisms of the
circadian
clock.
这些化合物的功能分析揭示了
生物钟
的重要控制机制。
Next, we studied how the PDDA effect contributes to the resilient (stable)
circadian
oscillation of KaiC phosphostatus.
接下来,我们研究了PDDA效应如何影响KaiC磷酸化
昼夜
节律振荡的稳定性。
ITbM aims to discover “transformative bio-molecules” that will make pronounced advances in
circadian
clock research and improve the health of people.
此外,通过结合 ITbM 的尖端技术,我们的目标是
彻底改变生物钟
的研究,并最终发现有助于改善人类健康的变革性生物分子。
In more recent years, Rosbash has been working on the brain-neuronal aspects of
circadian
rhythms.
此外,近年来Rosbash一直从大脑和神经元的角度研究
昼夜
节律。
That’s because of
circadian
rhythms, the internal timekeepers that tick away inside many living things.
这要归功于
昼夜
节律,它是许多生物体内的生物钟。
It will be possible to understand the evolution of
circadian
clocks as changes of the network structures of clock genes and clock proteins, through studying the clock mechanism of P. patens and comparing genomic information from various organisms.
通过比较和分析 P. patens 的结果、高等植物和其他物种的发现及其丰富的基因组信息,我们
将生物钟的进化理解为蚀刻在基因组中的基因/蛋白质网络的变化。
听“ circadian ”地道发音(发音)!
读法是【sɜːˈkeɪ.di.ən】。 听下面的视频并大声发音【sɜːˈkeɪ.di.ən】。

