在生物来说，细胞的结构和功能单位，都活的有机体。
In biological terms, cells are the structural and functional units of all living organisms.
研究团队观察到，发生SHANK3突变的神经细胞之间的沟通受损，他们还发现脑细胞和突触（神经细胞之间的接触点）的功能和结构的可塑性发生了变化。
The research team observed impaired communication between nerve cells in the mice with the SHANK3 mutation.
科学家们发现，包括用于查找、储存和分享信息功能在内的大脑细胞结构会根据我们使用的工具而改变。
The cellular structure of the human brain, scientists have discovered, ADAPTS readily to the tools we use, including those for finding, storing and sharing information.
钙也是必不可少的细胞结构，肌肉收缩，神经传递，酶激活和激素功能。
Calcium is also essential from cellular structure, muscle contraction, nerve transmission, enzyme activation and hormone function.
染色体作为主要的遗传物质DNA载体，研究它的结构和功能是细胞遗传学必不可少的重要环节。
It is an important process of cytogenetics to study the structures and functions of chromosome, the main carrier of genetic material DNA.
西医研究的则是人体结构的细胞、器官功能，以便医疗干预和医疗替代。
But the western medicine is to study the cell and organ function of human body structure and convenient for medical intervention and replacement.
I型胶原抗原性低，具有为细胞移行、增殖和分泌提供支架结构的特殊功能。
BACKGROUND Collagen type I possesses low antigenicity and provides special functions of scaffold structure for cell migration proliferation and secretion.
型胶原抗原性低，具有为细胞移行、增殖和分泌提供支架结构的特殊功能。
BACKGROUND Collagen type I possesses low antigenicity and provides special functions of scaffold structure for cell migration proliferation and secretion.
本研究旨在对BRD7的核定位信号进行预测、结构分析和功能鉴定，并考察其对BRD7亚细胞定位的影响。
Objective: To structurally analyse and functionally identify the nuclear localization signal (NLS) in BRD7 and then study its effect on the subcellular localization of BRD7.
神经生物学是从分子、细胞和整体水平研究神经系统的结构、功能与发育等问题的综合性科学。
Neurobiology is to study the structure, function, development and regeneration of the nervous system at molecular, cellular and whole level.
肾脏器官在低温离体保存过程中，血管内皮细胞和肾小管上皮细胞功能结构的完整性是维持器官功能完整的关键。
During the process of off body kidney low temperature preservation, it is the key proceeding to remain the structure and function integrality of cells in vascular endothelium and tubule epithelium.
目的：研究4种心肌保护方法对心肌细胞质膜蛋白结构和功能的影响，评价其心肌保护效果。
Objective: to investigate the effects of 4 kinds of myocardial protection methods on the myocardial membrane-proteins (MMPs), and to evaluate their cardioprotective effects.
核骨架和染色体骨架的结构与功能是细胞生物学的重要研究领域。
The structure and function of nuclear scaffold and chromosomal scaffold is an important research field of cell biology.
我的专长是电子显微镜，研究微观结构和细胞组织的各种功能。
My specialty was electron microscopy-studying the microscopic structure and function of various kinds of cells and tissues.
罗杰。孔柏格则因其研究说明细胞的基因讯息如何转录到控制细胞结构和功能的蛋白质的过程而得奖。
Roger Kornberg won for his work illuminating the process in which genetic information in cells is translated into the proteins that control cellular structure and function.
结论：肾虚雄性大鼠具有细胞膜结构和功能的改变，可能影响膜的不对称性和流动性及跨膜信息传递。
It is concluded that the change of constitution and function of membrane in male rats of kidney asthenia can have effect on the asymmetry, fluidity and transmembrane information transmission.
眼的结构、功能和调节具有特殊性和精密性，其稳态的维持和功能的发挥依赖于细胞间通讯。
The structure, function and regulation of eye are special and exact, so it does depend on IC to maintain balance and exercise function.
一本关于细胞结构和功能方面的专著竟拨出篇幅研讨化学的某些基本原理。
A book on the subject of the structure and function of cells should devote space to examining some of the basic principles of chemistry.
硼作为植物的必需微量营养元素，在植物的细胞结构、功能和代谢活动中具有极其重要的作用。
As a micronutrient, boron is of important role in the structure, function and metabolic activity of plant cell.
血管的形成导致形成了功能完善的血管结构，提供其需要的营养和带走细胞代谢产物，来使得肿瘤得以生长。
Angiogenesis leads to the formation of a fully functioning vascular structure that supplies the needed nutrition and removes cell waste, allowing tumors to grow.
细胞生物学是研究细胞的形态结构和功能以及细胞的生命现象和活动规律的科学，是一门重要的现代医学基础学科。
Cell biology studies structure and function of cell and activity rule and phenomena of life of cell, and is a important basic subject of current medicine.
生物分子结构及功能、细胞信号和胞间通讯的研究是当前生物学的前沿热点。
Researches on biological molecules structure and functions, cellular signal transduction and intercellular communication is one of the forward positions of current biology.
分别是细胞分裂、凋亡、信号传递、基因和蛋白质表达调控、组织细胞结构、物质和能量代谢相关的基因以及某些功能尚不清楚的基因。
Their functions were related to cell division, apoptosis, signaling, regulation of gene and protein expression, tissue or cell structure, metabolism and so on. Several genes were functionally unknown.
以视皮层简单细胞生理实验结果为基础，阐述了视皮层简单细胞的生理结构和功能。
Based on the result of visual cortex simple cells physiological experiment, biological structure and function of visual cortex simple cells is elaborated.
血管内皮细胞能感受血流机械力的变化，通过激活相应的信号通路调节血管内皮和平滑肌的结构和功能。
The mechanical actions of shear stress can be detected by mechanosensors on ECs and converted into specific signaling pathways to mediate the structural and functional remodeling.
细胞的形态和结构介于P细胞和心肌细胞之间。 最后对窦房结内各细胞的功能特点加以讨论。
The shape and structure of T cell is between P and myocardial cell, and situated on the periphery of node.
目的探讨胶原或明胶吸附施万细胞移植对全横断脊髓结构和功能修复的影响。
Objective the effects of collagen or gelfoam absorbed with Schwann cells on the structural and functional recovery of completely transected spinal cord were investigated.
血管内皮细胞能感受血流机械力的变化，通过激活相应的信号通路调节血管内皮和平滑肌的结构和功能。
The mechanical actions d shear a can be detected by mechanosensors on ECs and converted into specific signaling pathways to mediate the structural and functional remodeling.
血管内皮细胞能感受血流机械力的变化，通过激活相应的信号通路调节血管内皮和平滑肌的结构和功能。
The mechanical actions d shear a can be detected by mechanosensors on ECs and converted into specific signaling pathways to mediate the structural and functional remodeling.
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