采用高分子功能膜涂覆石棉织物。
Polymer functional film coat was used on fireproof fire-coverlet.
基因本体论集与一些不同的生物体的分子功能，生物过程，和细胞成分的信息。
Gene ontology gathers information for molecular function, biological processes, and cellular components with a number of different organisms.
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。
The key factor which must be solved is how to functionalize CNTs by different types of biomolecules.
本文通过分子功能基因本体论比较了不同模式生物基因产物分子功能分布的异同。
The molecular functions were compared between different model organisms based on molecular function Gene Ontology.
植物中也存在着类钙调素(cml)蛋白，但是它们的生理和分子功能还不是很清楚。
Calmodulin-like CML proteins also exist in plants, but their functions at the physiological and molecular levels are largely unknown. In this report, we present data on OsMSR2 Oryza sativa l.
目的：采用单光子发射CT分子功能影像技术探讨头皮针刺疗法信号传递的途径和原理。
Objective To explore the route and mechanism of scalp acupuncture signs by means of molecular functional imaging technology of single photon emission CT.
基因芯片是研究生物大分子功能的新技术，目前此技术已经广泛地应用到植物基因组研究中。
Gene chip is a new technology used to analyze the function of biological macromolecules. Up to now, this technology has been widely applied to the study of plant genome.
可以帮助预测分子的毒性和分子功能。最近我见到一个报道，有人试图用神经元网络来发明超硬材料。
They can help predict the toxicity and function of molecules. I read recently that someone used neural networks to try to find ultrahard materials.
当配体与特定的受体结合，他能稳定蛋白构象，通过打开(或关闭)分子开关控制细胞内不同的分子功能。
When ligands bind to a specific subset of receptors, the ligands stabilize specific protein conformations, turning on (or off) molecular switches that control diverse cellular functions.
本文从高分子功能梯度材料的类型、制备方法和应用等方面，综述了高分子功能梯度材料近年来的研究进展。
The types, preparation methods and applications of functionally gradient polymer materials are reviewed, and research progress of gradient polymer materials are illustrated.
利用生物分子功能化碳纳米管，使其具备生物相容性和特殊的识别功能并引入生物体系是一项极具应用潜力的研究。
Carbon nanotubes (CNTs), which are functionalized by biomolecules and possess biocompatibility and special recognition function, have the great potential application in biosystem.
科学家还可以使用这些细胞来研究分子水平上的心脏功能。
Scientists can also use the cells to study how the heart functions at a molecular level.
抗体分子(免疫球蛋白)可分为几类，其本身的功能各有特色。
Antibody molecules (immunoglobulins) fall into several classes, each with its own functional characteristics.
因此，不同的功能分子可以被固定于不同的异质性纳米结构组分上，以此来加强检测的选择性与特异性。
Thus, different functional molecules can be immobilized to the different components of the hetero-nanostructure to enhance selectivity and specificity of detection.
许多生物的分子尺寸大小相似，功能和特性不同，所以有效的分离他们是重要的。
Many biological molecules are similar in size yet have very different functions or properties, so the ability to separate them efficiently could be important.
这两种基因产生与上述受体结合的大量蛋白质，压制和削弱有功能肌肉生长抑制素分子的作用。
These churn out proteins which bind to the receptors, swamping and diluting the effect of functional myostatin molecules.
温伯格说：“换句话说，癌细胞里面可能有两、三个功能异常的分子，使癌细胞得以无限生长。
In other words, there may be two or three molecules inside cancer cells that are functioning abnormally in order to confer on the cancer cell unrelenting growth.
为了突出分子的某种特殊功能或细胞的某一部分，动画师会按照自己的喜好选择色彩和空间。
Animators take liberty with color and space, among other qualities, in order to highlight a particular function or part of the cell.
这些重分子气体不会像周围的普通空气那样产生热量交换，这就极大地提高了每个窗户的隔热功能。
The heavy molecules don't create the same kind of heat exchange between panes that regular ambient air would, drastically improving each window's insulation value.
识别功能和与其它分子之间的相互作用。
And determining their function and interactions with other molecules.
在那样的混合体中，氢分子的连接具备了挂钩(hook)的功能，碳原子或氮原子可以抓住这个挂钩，以形成复杂生物分子的起始部分。
Within that mix, the hydrogen atoms form connections that function like hooks, onto which carbon or nitrogen atoms can presumably grab to form the beginnings of complex organic molecules.
“信号纳米载体颗粒”(Signalling nanoparticles)和“通知蛋白”分子有着类似的功能- - - - -标记药物作用位置。
"Signalling nanoparticles" would function like notification proteins, marking the spot where action was required.
分子生物学同样可以检测影响神经功能的许多疾病机理，包括多种毁坏性基因失调：肌肉萎缩症，眼癌，神经纤维瘤症，亨廷顿舞蹈病和某些类阿尔兹·海默症。
Molecular biology has also made it possible to probe the pathogenesis of many diseases that affect neural function, including several.
HAR1编码的是一小段RNA(一种分子，往往在DNA翻译成蛋白质的过程中起模板的作用)，据推测，该段RNA对神经系统发育具有某些直接的功能。
It codes for a bit of RNA (a molecule that usually ACTS as a template for translating DNA into protein) that, it is speculated, has some direct function in neuronal development.
这个发现为这种理论提供更多证据，因为通过应用电生理学技术获得实验结论与应用分子理论获得的实验结论是一致的，即这类承担大脑神经元联络功能的神经键在白天会生长发育得更强大，而在睡眠中会变小变弱。
That finding provided more evidence, using electrophysiological rather than molecular techniques, consistent with the idea that synapses grow stronger during the day, then weaker during sleep.
然而，这些失效的肌肉生长抑制素确实起到了将功能正常的肌肉生长抑制素分子稀释和淹没的作用。
They do, however, swamp and dilute the effect of functional myostatin molecules.
抑制剂一般是小分子，他们不可逆转地结合在受体上阻碍其正常功能，而兴奋剂可以是小或大分子。
Antagonists tend to be small molecules that bind irreversibly to the receptor preventing its normal function, while agonists may be small or large molecules (e.g. peptide or protein hormones).
抑制剂一般是小分子，他们不可逆转地结合在受体上阻碍其正常功能，而兴奋剂可以是小或大分子。
Antagonists tend to be small molecules that bind irreversibly to the receptor preventing its normal function, while agonists may be small or large molecules (e.g. peptide or protein hormones).
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