Bionanotechnology is the use of biomolecules for applications in nanotechnology.
生物纳米技术是利用生物分子在纳米技术中的应用。
The use of electrical fields to separate charged biomolecules such as DNA, RNA and proteins.
用电场分离带电荷的生物分子如：dna、RNA和蛋白质。
The amino groups of B-PEI existing on the nanoparticles can be used for attachment of biomolecules.
样品表面的B -PEI分子中的氨基可以连接生物分子。
The biomolecules can be stained for viewing and isolated and purified from the gels for further analysis.
生物分子可以被染色以便观察、分离和纯化，用于接下来的分析。
The key factor which must be solved is how to functionalize CNTs by different types of biomolecules.
如何利用不同种类的生物分子功能化碳纳米管则是该领域须解决的一个关键问题。
Above results prove that ions implantation to biomolecules has the mass deposition effects and energy effects.
上述结果验证了离子注入生物分子的质能双重效应。
Affinicty chromatography is a separating and purifying technique based on the specific affinity between biomolecules.
亲和层析是基于生物分子间特异性的亲和作用而建立的分离纯化技术。
Polyhedral links are the structure model of these biomolecules, and reflect their topological properties in a degree.
多面体链环是这些生物体的结构模型，在一定程度上，反映了生物分子的一些拓扑性质。
The theory and the experiments about solitons in biomolecules, especially in DNA and a-helical proteins, are reviewed.
评述了有关生物分子中孤子的理论和实验。
This labeling dye enables to obtain high labeling index for biomolecules and high fluorescence intensity in a solid state.
可以获得对生物分子的高标记率和固体状态下的高荧光强度。
Electrophoresis can be used to isolate pure biomolecules from a mixture or to analyze biomolecules (such as for DNA sequencing).
电泳可用于从混合物中分离纯化生物分子或分析生物分子。
This invention concerns compositions which contain these peptides associated with biomolecules with therapeutic properties.
本发明涉及包含与具有治疗特性的生物分子相联合的这些肽的组合物。
Researchers have been trying to explain the origin of the ammonia that triggered the formation of the first biomolecules on Earth.
研究者们已经试图解释氨的来源，引起地球上第一个生物分子的形成。
Researchers have long been trying to explain the origin of the ammonia that triggered the formation of the first biomolecules on Earth.
研究人员一直试图解释氨的来源，引起地球上第一个生物分子的形成。
Shock waves create energetic subatomic particles called cosmic rays, which can tear apart biomolecules and damage DNA beyond repair.
冲击波创造出一种叫做宇宙射线的高能亚原子微粒，这东西会撕裂生物分子并对DNA造成无法修复的损伤。
Oligosaccharide synthesis is becoming increasingly important because these biomolecules have potential application as therapeuties.
由于低聚糖的潜在疗效，合成低聚糖变得越来越重要。
The aim of the immobilization is to preserve inherent biological activity of biomolecules and firmly combine them with base electrode.
固定化的目的在于使酶等生物活性物质在保持固有性能的情况下处于不易散失的状态，以便同基础电极组装在一起。
In this way, biomolecules, for example, can be imaged at extremely highresolution, providing new insight into the nano cosmos of nature.
例如，人们通过这种方式，能够获取高分辨率的生物分子图像，这使得人们对纳米尺度的微观世界有了全新的认识。
A technique that allows the elucidation of the three-dimensional structure of proteins, DNA, or other biomolecules at atomic-level resolution.
阐述蛋白质、DNA或其它生物分子的原子水平的三维结构的技术。
The immobilization of biomolecules or the design technology of sensing interface is one of the key factors for piezoelectric immunosensors.
生物分子固定化或传感界面设计技术是研制压电免疫传感器的关键之一。
Compositions and microarrays according to the invention are useful in any type of analytical or preparative procedure relating to biomolecules.
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。
Immobilization of heparin biomolecules on biomaterials is a widely investigated approach to modify surfaces for improving antithrombotic property.
肝素作为一种抗凝试剂被广泛的应用于临床治疗和心血管材料表面抗凝改性。
Scientists currently use a variety of techniques to view biomolecules, but most have significant limitations that are sidestepped by SRS microscopy.
目前科学家运用各种各样的技术来观察生物分子，但大多数都受到了很大的限制，SRS则成功地绕过了这些障碍。
This review summarizes several photochemical methods of immobilization biomolecules on polymer materials in order to enhance its biomedical performance.
综述了在高分子材料表面固定生物分子以增强其生物医学应用性能的光化学方法。
It turns out that the sticky nanoparticles bring the biomolecules needed for translation into close proximity, which helps speed the translation process.
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。
Indeed, Naaman believes that studies of spin in biomolecules could shed light on poorly understood low-energy biochemical processes that occur in nature.
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。
Meet GFAJ-1, a bacterial strain that researchers say can replace the phosphorus in its key biomolecules, including DNA, with the legendary poison arsenic.
这个初次登场就惊倒一片生物学家的明星生物就是一种叫GFAJ-1的菌株，据研究者介绍GFAJ-1利用传说中的砒霜所含的砷替换了磷来构建包括DNA在内的生物大分子。
Meet GFAJ-1, a bacterial strain that researchers say can replace the phosphorus in its key biomolecules, including DNA, with the legendary poison arsenic.
这个初次登场就惊倒一片生物学家的明星生物就是一种叫GFAJ-1的菌株，据研究者介绍GFAJ-1利用传说中的砒霜所含的砷替换了磷来构建包括DNA在内的生物大分子。
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