基本释义:

生物钟

网络释义

1)Biological clock,生物钟

2)circadian clock,生物钟

3)clock,生物钟

4)Biological clocks,生物钟

5)Biochronometer,生物钟

6)paleontological clock,古生物钟

用法和例句

Molecular noise induced circadian oscillation and coherence resonance in the gene network of biological clock;

生物钟基因网络中分子噪声诱导的日夜节律振荡及相干共振

Study on function and mechanism of biological clock was one of time_biology frontiers.

光感应型昆虫生物钟 ,光信号由眼、脑—眼两种感知类型 ,驱动部位也有视叶边缘腹侧部分的细胞体和脑两类 ;遗传控制基因是per,不同突变体perDNA之间仅有 1个碱基的差异。

Summarizing of sports performance,circadian clock and molecularbiology;

运动能力与生物钟及分子生物学研究进展

Blue light can bring many retinopathies,such as age-related macular degeneration(AMD),and greatly affect circadian clock of human.

近来人类开始重视光污染给健康带来的危害,在可见光谱中蓝光与眼视网膜光损伤关系密切,引起诸如年龄相关性黄斑变性等多种视网膜疾病,同时蓝光对人体生物钟影响最大,本文主要阐述一下蓝光引起视网膜光损伤的可能机制、损伤阈值、防治方法,及视网膜生物钟蓝光感受器。

Light and food are two major Zeitgebers to synchronize circadian clocks.

由生物体内源性生物钟所产生的昼夜节律是近年来生命科学的研究热点之一。

The function of biorhythms is controlled by the clock genes in either a single cell or the whole body.

昼夜节律生物钟(circa dianclock)就是设定并调控机体出现这种昼夜周期的系统,是一种以近似24h为周期的振荡器(oscilla tor);是机体为了更好地适应环境,在进化过程中自然选择作用下获得的[1]。

This signal cascade includes the input pathway of the clock,the central oscillator and the output pathway of the clock.

这种信号传导系统包括光信号输入途径,生物钟振荡器系统和信号输出系统三部分。

In winter of 2001, researchers reported in Science of the discovery of a brand-new class of light-responsive cells in retinal ganglion cells(RGCs) in the eyes of rats that connect directly to brain s clock center (the suprachiasmatic nucleus), and a pigment called melanopsin that mediate non-visual photoreception was found in these cells.

调节哺乳动物生物钟的光感受器是目前生物学研究的热点之一。

And the common molecular mechanism of biological clocks between fly and human will be .

同时讨论果蝇和人类生物钟调节的共同分子机制 。

This paper elaborates on the primary importance of space-time biology on the bases of the fact that " A unique and superior space-time condition guarantees and promotes the existence and development of the lives on the earth",and gives a deeper analysis of the function of the ecological factors and the biochronometer in life study.

本文从“独特而优越的时空条件导致地球生命生存和发展”的事实出发,阐明了时空生物学在生命研究中处于先决地位,并进一步论述了空间生态因子和生物钟在生命研究中的作用。