What is the translation of " 细胞的命运 " in English?

• cell's fate
• the cellular fate

Examples of using 细胞的命运 in Chinese and their translations into English

也就是说，在这个阶段细胞的命运还是没有决定。
That means that this cell's fate is not set yet.

两者的平衡决定这细胞的命运。
The balance between these two pathways determines the cell's fate.

两者的平衡决定这细胞的命运。
The balance of these proteins decides the fate of each cell.

基本上就决定了细胞的命运。
It determines the fate of the cells.

人类胚胎干细胞的一个殖民地，用计算机设计的蛋白质打扮来改变干细胞的命运。
A colony of human embryonic stem cells, dressed up with computer-designed proteins to alter a stem cell's fate.

通过直接控制RNA来调节这些信息对于影响细胞的命运有重要意义。
Being able to modulate those messages by directly controlling the RNA has important implications for influencing a cell's fate.”.

这个领域之前的研究也试图找出最佳的时间进行介入以便改变细胞的命运。
Past studies in this area also sought to pinpoint the best time to intervene in order to change a cell's fate.

这种遗传物质决定着细胞的命运，而且如果它处于不合适的位置或者遭受损伤的话，那么它能够导致疾病。
This genetic material determines the fate of the cells and, if out of place or damaged, can lead to disease.

之后，科学家们找到了lncRNA在许多细胞过程中起作用的证据，包括在胚胎发育过程中影响细胞的命运。
Studies have shown that lncRNAs are involved in a number of cellular processes including guiding cell fate during embryonic development.

也就是说，在这个阶段细胞的命运还是没有决定。
In any case, our data do not show that the cell fate is determined in this stage.

年，康拉德沃丁顿出版了一本书，题为"战略的基因"，他试图解释细胞的命运如何决定的。
In 1957, Conrad Waddington published a book entitled"The Strategy of the Genes" in which he tried to explain how cell fate is decided.

此外，这些不同的通路相互影响，错综复杂地控制T细胞的命运。
Furthermore, these different pathways influence each other to intricately control T cell fate.

他们发现的数据表明，“视黄醛对感光细胞和非感光细胞都表现出了光敏感性，并拦截了关键的信号事件，改变细胞的命运。
They found data which suggested“retinal exerts light sensitivity to both photoreceptor and non-photoreceptor cells, and intercepts crucial signaling events, altering the cellular fate.”.

他们发现的数据表明，“视黄醛对感光细胞和非感光细胞都表现出了光敏感性，并拦截了关键的信号事件，改变细胞的命运。
These findings suggest that retinal exerts light sensitivity to both photoreceptor and non-photoreceptor cells, and intercepts crucial signaling events, altering the cellular fate.”.

免疫细胞的命运会在细胞初始分裂时被确定。
The fates of immune cells can be decided at the initial division of a cell..

过去，人们一直以为它们不能影响细胞的命运或活动。
They were long thought to not influence a cell's fate or actions.

蛋白质浓度的时间波动可以决定干细胞的命运.
Temporal fluctuations in protein concentrations can determine fate of stem cells.

确定哪些转录因子正在影响细胞的命运、疾病或反应.
Identify which transcription factors are driving cell fate, disease, or response.

迟洪波说，消除自噬也会影响这些调节性T细胞的命运。
Chi said that eliminating autophagy also affected the fate of such regulatory T cells.

随着时间的推移，我们还必须跟踪数千个单个细胞的命运。
We also had to track the fate of thousands of individual cells over time.”.

这些随机的波动，被称作噪声（noise），能够决定着细胞的命运和功能。
These random fluctuations, called noise, can determine the fate and function of the cell.

如果p53蛋白被激活，它可以启动该决定细胞的命运两个不同的信号路径。
If p53 is activated, it can initiate two different signal paths that decide the fate of the cells.

他们揭示出肠道细胞的命运并不是事先确定的，而是由这些细胞的周围环境决定的。
The study reveals that the destiny of intestinal cells is not predetermined, but instead determined by the cells' surroundings.

这些研究人员利用单细胞测序技术追踪了胚胎生命的最初24小时内单个细胞的命运。
Using single-cell sequencing technology, the research teams traced the fates of individual cells over the first 24 hours of the life of an embryo.

约十年，研究人员已经能够通过调整其微环境的刚度，来指导干细胞的命运。
For about a decade, researchers have been able to direct the fate of stem cells by tuning the stiffness of its microenvironment.

仅仅因为几个信号分子的浓度，就决定了早期生物体发育过程中单个细胞的命运。
It is the concentration of a few signaling molecules that determines the fate of individual cells during the early development of organisms.

摘要：完全实现基于干细胞的神经退行性疾病治疗需要精确控制和表征干细胞的命运。
The full realization of stem cell-based treatments for neurodegenerative diseases requires precise control and characterization of stem cell fate.

在一系列的实验中，研究人员演示了在不对称细胞分裂后通过改变c-Myc的生成如何操控这一系统可以影响T细胞的命运。
In a series of experiments, researchers showed how manipulating that system could affect T cell fate following asymmetric cell division by modifying production of c-Myc.

控制通过化学的命运：小分子的细胞命运的监管机构。
Controlling destiny through chemistry: small-molecule regulators of cell fate.

IL-15是一种免疫检查点细胞因子，能够控制炎症和多种免疫细胞的命运。
IL-15 is an immune checkpoint cytokine that controls inflammation as well as the fate of multiple immune cells.