What is the translation of " 细胞行为 " in English?

• cell behavior
• cellular behavior

Examples of using 细胞行为 in Chinese and their translations into English

微软研究人员为控制干细胞行为的基因网络建模。
Microsoft researchers model the network of genes that control stem cell behavior.

Nf2/梅林调节造血干细胞行为通过改变微环境的体系结构。
Nf2/merlin regulates hematopoietic stem cell behavior by altering microenvironmental architecture.

随后，研究小组分离出这些亚群，并研究它们的细胞行为。
The research team then isolated these subpopulations and studied their cellular behavior.

这种“可调性”在调节细胞行为方面提供了重要的控制。
That“tunability” offers important control in regulating cell behavior.

通常，MIR506在调节细胞行为中起重要作用;
Normally, MIR506 plays an important role in regulating cell behavior;

通常情况下，MIR506在调节细胞行为上起重要作用;
Normally, MIR506 plays an important role in regulating cell behavior;

人工智能工具预测疾病和治疗过程中的细胞行为.
AI-powered tool predicts cell behaviors during disease and treatment.

基因表达的这些变化进一步改变了细胞行为。
These changes in gene expression further alter the behavior of the cell.

在培养的乳腺癌细胞中，研究人员也发现了其中三个基因可以通过扰乱正常细胞行为来促进肿瘤生长。
In breast cancer cells grown in culture, the researchers also demonstrated how three genes promoted tumor growth by disrupting normal cell behavior.

其目标是：更好地了解细胞行为如何自然地被控制，细胞如何能被重新编制程序。
The goal: better understanding how cellular behavior is naturally controlled- and how it might be reprogrammed.

当添加高剂量的维生素C时，DNA去甲基化被改变，细胞行为恢复正常。
When high doses of vitamin C were added, DNA demethylation was switched back on, and cell behavior returned to normal.

该研究的结果有助于证实先前某些关于细胞行为的猜想。
The results of the study help to confirm some previously held beliefs about cellular behavior.

他们接着发现某种功能丧失突变会降低控制TFH细胞行为的Prkd2W807R酶的产生。
They next found that that a certain loss-of-function mutation reduced production of Prkd2W807R enzymes that controlled TFH cell behavior.

PHLPP1通过从其他蛋白质中去除磷酸盐（小化学标签）来控制许多细胞行为。
PHLPP1 controls many cell behaviors by removing phosphates(small chemical tags) from other proteins.

这主要可以通过结构化作用和指导细胞行为的脚手架的影响来解释。
This can mostly be explain by the structuring role and the influence of the scaffold that guide the cells behavior.

去开发并理解用于评估细胞行为的关键工具，也是基础分析化学。
To develop and understand the critical tools to evaluate how cells behave is also fundamental analytical chemistry.”.

我们决定追求的问题是：牛皮癣是否存在表观遗传异常，可以解释干细胞行为异常的原因?
The question we decided to pursue was: Is there an epigenetic abnormality in psoriasis that may explain why stem cells are misbehaving?”?

虽然DNA结构显示了遗传的进行方式，但人们依然不知道DNA是如何影响细胞行为的。
Although the structure of DNA showed how inheritance works, it was still not known how DNA influences the behavior of cells.

虽然DNA结构显示了遗传的进行方式，但人们依然不知道DNA是如何影响细胞行为的。
Although the structure explained the process of inheritance, it was still unknown how DNA influenced the behavior of cells.

像所有其他荧光蛋白，kaede可作为基因表达的局部光标记物和细胞行为研究的蛋白质标记物。
As all other fluorescent proteins, Kaede can be the regional optical markers for gene expression and protein labeling for the study of cell behaviors.

目前ISS项目包括Bioscience-3和TangolabMission11，这些项目研究微重力对人体血管系统和白细胞行为的影响。
Current ISS projects include Bioscience-3 and Tangolab Mission 11, studying the effects of microgravity on the body's vascular system and white blood cell behaviour.

如今，机械性能被视作为细胞行为的一个重要调节因素。
Mechanical properties are now accepted as an important regulator of cell behavior.

Ras是Ras蛋白质超家族的典型成员，它们都与3D结构相关并调节多种细胞行为。
Ras is the prototypical member of the Ras superfamily of proteins, which are all related in 3D structure and regulate diverse cell behaviours.

在他们最新发表的这两篇Cell论文中，就有一篇论文证实它们也影响着控制细胞行为的基因。
And one of the two recent Cell papers demonstrates they also influence the genes controlling cellular behaviour.

细胞信息传递是一个主管细胞基本活动并协调细胞行为的复杂沟通系统。
Cell signaling is part of a complex system of communication that governs the basic activities of cells and coordinates cell actions.

PHLPP1通过从其他蛋白质中去除磷酸盐（小化学标签）来控制许多细胞行为。
PHLPP1 controls many aspects of cellular behavior by removing phosphates(small chemical markers) from the structure of other proteins.

然而，由于技术限制，以前的基因研究主要集中在混合的细胞群体上，掩盖了细胞行为的关键细微差别。
However, due to technological limitations, previous genetic studies largely focused on mixed populations of cells, obscuring critical nuances in cellular behavior.

随着噪音有益的新例子为人所知，科学家们正在努力更加深入地理解它们对于细胞行为、演化和人类健康的意义。
As new examples of beneficial noise come to light, scientists are working to better understand the implications for cell behavior, evolution and human health.