Protein-protein interactions play a crucial role in numerous vital cell functions.
蛋白质-蛋白质相互作用在多种细胞功能中具有重要的作用。
The ability to monitor processes within living cells should greatly improve our fundamental understanding of cell functions, intracellular physiological processes, and cellular signal pathways.
监控活细胞内部进程的能力将极大地改善我们对细胞功能、细胞内生理进程和细胞信号路径的基本认知。
Growth factors exist in various kinds of ocular histocytes and participate in regulation of cell functions.
生长因子存在于多种眼组织细胞中，参与多种细胞功能的调节。
However, proteins outside cells form the extracellular matrix (ECM), which is essential for cell functions.
然而，细胞外的蛋白质形成了细胞外基质，它们是细胞功能所必需的。
Objective To elucidate the roles and signaling mechanisms of IL-15 in regulating NK cell functions in vitro.
目的阐明IL 15在NK细胞功能调节中的作用及信号转导途径的活化。
Objective: To investigate the inhibition mechanism of T cells under tolerant condition to NK cell functions.
目的：研究耐受状态下NK细胞功能抑制的机制。
Both of them can induce a potent alteration of the proteins involved in many cell functions and signal pathways.
上述两种抑制剂均能调节与多种细胞功能和细胞信号通路网路相关的蛋白质的表达。
Objective: To study molecular mechanism of suppressive effect of macrophages from traumatized mice on T cell functions.
摘 要目的：研究创伤后巨噬细胞抑制T细胞功能的分子机制。
Ceramide is a lipid molecule naturally present in the cell's plasma membrane and controls cell functions, including cell aging, or senescence.
神经酰胺是一种脂质分子，通常存在于在细胞的胞膜上，并且能够调节细胞的功能：包括细胞老化或衰老。
An efficient antioxidant network is essential for the maintenance of cell functions, particularly in the context of mitochondrial and chloroplast metabolism.
一个有效的抗氧化剂网络系统对于维持细胞的功能是很必要的，尤其是在叶绿体和线粒体的新陈代谢中。
The ovary contains 20-23 ovules. The ovules are hemitropous, with 2 integuments, tenuinucellate and the archesporial cell functions directly as the mega-spore mother cell.
子房具胚珠20—23枚，胚珠横生，珠被二层，薄珠心，孢原细胞直接起大孢子母细胞作用。
Methods: Macrophages from traumatized mice were added into the culture system of normal t cells and then t cell functions and intracellular messenger molecules were determined.
方法：将创伤小鼠的巨噬细胞，加入至正常小鼠T细胞培养系统中，测定T细胞功能及细胞内信使分子。
If the proteins do not line up properly, Salmonella, as well as many other bacterial pathogens, cannot "inject" them into host cells to commandeer host cell functions, the lab has found.
该实验室发现，如果这些蛋白质不能正确排列，沙门氏菌将和其他致病菌一样，不能将自己“注入”宿主细胞并掌控宿主细胞功能。
If the proteins do not line up properly, Salmonella, as well as many other bacterial pathogens, cannot "inject" them into host cells to commandeer host cell functions, the lab has found.
该实验室发现，如果这些蛋白质不能正确排列，沙门氏菌将和其他致病菌一样，不能将自己“注入”宿主细胞并掌控宿主细胞功能。
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