成分和微阵列根据发明的任何分析或制备与生物分子过程的类型非常有用。
Compositions and microarrays according to the invention are useful in any type of analytical or preparative procedure relating to biomolecules.
影响生物过程的任何分子。
原来，有粘性的纳米粒子让转化所需的生物分子靠的十分贴近，这样就加速了转化过程。
It turns out that the sticky nanoparticles bring the biomolecules needed for translation into close proximity, which helps speed the translation process.
但是正如新布伦瑞克大学的AuroraNedelcu和亚里桑那大学的Richard Michod在“分子生物学与进化”中所说，他们认为他们已研究出这一过程。
However, as they report in Molecular Biology and Evolution, Aurora Nedelcu of the University of New Brunswick and Richard Michod of the University of Arizona think they have worked out what happened.
事实上，Naaman认为研究生物分子的自旋有助于揭示目前知之甚少的发生在自然界的低能生化过程。
Indeed, Naaman believes that studies of spin in biomolecules could shed light on poorly understood low-energy biochemical processes that occur in nature.
但是研究显示这一过程已经深入到了人体的分子生物学领域。
But the study suggests the process reaches deep into the body's molecular biology.
这一变化的过程称为分子进化，进化的结果是基因发生改变，进而由基因表达的蛋白质，以至最终整个生物体也发生改变。
This process, known as molecular evolution, results in changes in the genes, the proteins made from those genes and, ultimately, the organisms the genes reside in.
相反，与经历几轮生物化学过程的有机体分子中的比例匹配。
Instead, it matches the ratio found when organic molecules have been through a few rounds of biochemical processing.
“这是第一个洞察肢体再生过程中发生什么的真正分子。”加利福尼亚拉荷亚索尔克生物研究院的首席研究员史考特·斯图尔特博士说。
"This is the first real molecular insight into what is happening during limb regeneration," said lead researcher Dr Scott Stewart, from the Salk Institute in la Jolla, California.
蛇毒蛋白花费了上百万年的时间才进化出作用于人体器官的机能，而可以产生炭疽和肉毒素这些毒性物质的微生物亦是如此，但镜像分子却无法与人类的生化过程协调。
It took evolution millions of years to come up with snake venom proteins that shut down mammal organs. The same goes for microbes that produce toxins like anthrax and botulinum.
分子氧是硫化矿物生物氧化过程中电子转移的最终受体，因此硫化矿物的生物氧化过程必须供氧。
In the process of sulfide mineral bio-oxidization, molecular oxygen is the terminal electron acceptor. As a result, there must be a sufficient oxygen supply.
在合适的条件下，该过程可以产生一种RNA分子，该分子可进化到足以完成诸如治疗黄斑变性的生物学病因等任务。
Under the right conditions, that process can produce an RNA molecule that's evolutionarily "fit" for a task like treating the biological cause of macular degeneration.
他在哈佛研究单分子影像技术，并将之运用于生物学过程研究，尤其是流感病毒感染。
His research at Harvard focused on developing single-molecule imaging techniques and applying them to the study of biological processes, especially flu virus infection.
他在哈佛研究单分子影像技术，并将之运用于生物学过程研究，尤其是流感病毒感染。
Hiss research at Harvard focused on developing single-molecule imaging techniques and applying them to the study of biological processes, especially flu virus infection.
OPN可能是肿瘤形成过程中的早期分子事件，可作为监测肿瘤恶性进展的一个生物学标志。
OPN expression may be an early molecular event in the process of tumorigenesis and could be used as a biological marker to monitor the malignant process of osteosarcoma.
当你的身体认为在与链球菌感染做斗争时，从链球菌到西德纳姆舞蹈症的生物连锁反应就开始了，实际你启动了攻击自身的一个过程，称为分子模仿。
The biological cascade from strep to Sydenham's starts when the body, thinking it is fighting the infection, begins to fight itself in a process known as molecular mimicry.
多糖参与了许多关键的生物学过程，其中包括细胞粘附，分子运输，分子降解，受体活化，信号传导和细胞内吞作用。
Glycans participate in many key biological processes including cell adhesion, molecular trafficking and clearance, receptor activation, signal transduction, and endocytosis.
一氧化氮(NO)是一种不稳定的小分子有害气体，又是一种生物活性物质，参与了多种疾病的病理生理过程。
Nitric oxide (NO) is a gas of small molecule with toxic properties, but it is also a biologically active substance involved in numerous pathologic and physiologic processes.
荧光原位杂交、DNA指纹等现代分子生物技术在废水治理过程中得到了广泛的应用。
Modern molecular biotechnology such as fluorescence in situ hybridization and DNA fingerprinting was widely applied in wastewater treatment.
在生物化学中，透析是指根据分子扩散速率的不同，利用半透膜（如透析管）分离溶液中分子的过程。
In biochemistry, dialysis is the process of separating molecules in solution by the difference in their rates of diffusion through a semipemeable, such as dialysis tubing.
分子影像可在活体状态下对生物和生化过程进行无创研究。
Molecular imaging can allow the non-invasive assessment of biological and biochemical processes in vivo.
分子生物学专业研究细胞，包括细胞的特征，组成和化学过程。学习重点是注意分子是如何控制细胞的成长和活动的。
Molecular biology majors explore cells, their characteristics, parts, and chemical processes. You'll pay special attention to how molecules control a cell's activities and growth.
营养基因组学是研究营养素和植物化学物质在人体中的分子生物学过程以及所产生的效应，它强调对个体的作用。
Nutrigenomics is the understanding of the effects of nutrients in molecular processes in the body as well as the variable effects of nutrients and phytochemicals have on each individual person.
在分子水平上，肿瘤的发生常涉及多基因参与，是一个多阶段、多步骤的复杂的生物学过程。
On the numerator level, the tumor often involves the gene of participation and it is a biology process that has many stages, and steps.
自由基是一类带电荷的原子、分子或离子，具有很强的生物活性，在肿瘤和其它许多疾病的发生过程中起重要作用。
Free radicals are a group of charged atoms, molecules or ions with strong biological activity, which play an important role in pathogenesis of cancers and many other diseases.
本文从病毒结构、基因组及其编码蛋白质、病毒复制过程和病毒的易感宿主等几方面论述了流感病毒的分子生物学研究进展。
In this paper, the structure of virus, the genome and encoding proteins of virus, the replication process and susceptible hosts will be summarized.
本综述的目的就是研究瘢痕疙瘩在分子和细胞水平上和正常创伤愈合过程的关系的病原生物学。
The aim of this review was to investigate the molecular and cellular pathobiology of keloid disease in relation to the normal wound healing process.
PCD过程伴有形态学及分子生物学等方面的变化，许多内、外因素都可诱导植物pcd的发生。
The changes in aspects of morphologic and molecular biology, etc. occur in the PCD course, many inside and outside factors all may induce the occurrence of PCD of plant.
PCD过程伴有形态学及分子生物学等方面的变化，许多内、外因素都可诱导植物pcd的发生。
The changes in aspects of morphologic and molecular biology, etc. occur in the PCD course, many inside and outside factors all may induce the occurrence of PCD of plant.
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