生物模拟

生物模拟做为用生物材料修饰或新颖功能化创建分子的典范。

Biomimicry as a paradigm for creating molecules with modified or novel functions from biomaterials .

通过立体选择环化βNAD实现了cADPR的生物模拟合成，并用这一方法合成了一系列cADPR类似物。

A biomimetic synthesis of cADPR via stereoselective cyclization of β - NAD has been achieved and a number of cADPR analogs were prepared using this methodology .

CaO-B2O3-2SiO2干凝胶制备及其生物模拟矿化现象

Synthesis of CaO-B_2O_3-2SiO_2 Xerogel and its Bio-simulation Mineralization Phenomenon

从中可见，卟啉在光度法同时测定多组分、荧光分析、离子交换树脂比色法、光度法与HPLC联用以及作为生物模拟酶应用于光度分析等方面的潜力仍有待挖掘。

It was concluded that there is good prospect for the application of porphyrin to spectrophotometry , fluorecence analysis , colorimetry , and combination of spectrophotometry with HPLC .

在化学生物模拟物体系中，含锰金属酶的研究是近年来比较活跃的领域之一，因其可快速、无污染的除去H2O2，而受到化学研究者的青睐。

Manganese catalase is an active enzyme in removing H_2O_2 fast without pollution , besides it represents a new class of biological site , thus providing a valuable framework for testing the ability of bioinorganic chemistry to mimic an ( important ) biological reaction .

我需要在第一节课监考生物模拟考试。

I need to invigilate the biology practice examination for the first class .

再采用生物模拟的方法，在基体表面形成结合牢固的钙磷涂层，通过滴注法在钙磷涂层表面固定西罗莫司。

Secondly , a calcium phosphate coating firmly binded to substrate and sirolimus immobilization was obtained through biomimetic mineralization and drip method , respectively .

虽然第四系气源岩有机质丰度较低，但通过生物模拟实验证实可以大量产出天然气。

Although organic abundance of the quaternary gas source is low , a great deal of gas could be produced , demonstrating with organism simulation testing .

简介了它们的合成方法和在金属离子分析、药物化学、生物模拟、氨基酸的合成及拆分上的应用。

The synthesis methods and application to the metal ion analysis , medicinal chemistry , biological mimicking , synthesis and resolution of amino acids are also presented .

分子印迹聚合物在分离提纯、免疫分析、酶模拟以及生物模拟传感器等许多方面显示出广泛的应用前景。

Molecular Imprinting Polymers ( MIPs ) have exhibited extensive application prospect in separation , purification , immunoassay , enzyme mimic , biomimic sensor , and other fields .

摘要环肽由于其稳定的结构特性在生物模拟、药物设计、纳米与分子器件、生物传感器以及催化剂等方面起著越来越重要的作用。

Cyclic peptides are playing more and more important role in biological modeling , pharmaceutical design , nano-and molecular devices , biological sensors and catalysts because of their stable structural characteristics .

其主要用途之一是作为生物模拟酶催化剂催化氧气液相选择性氧化饱和烃、芳烃及其侧链使之功能化。

They are widely used in many fields , especially as biomimetic catalysts that catalyze the selective oxidation functionalization of saturated hydrocarbons , aromatic hydrocarbons and their side chains with dioxygen .

而甲烷生物模拟实验数据表明，第四系和上第三系沉积有机质均可以在产甲烷菌和其它厌氧菌的共同作用下，形成生物甲烷气。

Simulation Experimental data of methanogenesis shows that under the action of methanogens and other anaerobic bacteriums , sedimentary organic matter in Quaternary system and upper Tertiary can produce biological methane .

广泛用于高效催化、生物模拟、超导材料、非线性材料、信息储存、智能识别等尖端技术中。

PCS are widely applied in some sophisticated technique such as high-efficiency catalysis , biology simulation , super conducting materials , nonlinear optics , information storage , intellective recognition and so on .

桥联的出现使化合物表现出花样繁多的价键本性及空间结构，既促进了化学健理论的发展，也促进了配位催化及生物模拟的发展。

Bridging ligands involved in compounds reveals the various valence - bond nature and steric structrue , which promote the development of valence - bond theory , coordination catalyst as well as biology simulation .

此种聚集体在生物模拟、药物靶向释放、功能纳米材料制备、石油开采等众多科学技术领域都有广泛的应用前景。

The aggregates have wide applications in many scientific and technical fields , such as biological simulation ( vesicle ), drugs-delivery system , synthesis of functional nanoparticles , extraction of oil and so on .

研究氨基酸型席夫碱金属配合物有助于了解生物体内金属离子-蛋白质间的键合作用，并且可以用来进行生物模拟研究。

The research on the complexes with amino-acid schiff base and metal is helpful to understanding the bonding action between metal ions and protein in organisms and can be used in the study of biosimulation .

根据地化分析和生物模拟，论述了第四纪沉积有机质的地球化学特征，对第四系生物气源岩进行了评价，并对生物气前景提出了预测。

Based on geochemical analyses and biological simulation , this paper discusses the geochemical properties of organic matters in Quaternary sediments , and evaluates the biogas source rocks and gives a prediction for biogas prospects .

研究了聚电解质和有机小分子功能材料的协同作用，在二者的共同调节下合成了球霰石相的碳酸钙空心球结构，丰富了生物模拟矿化制备无机生物材料的方法。

The cooperative effect of polyelectrolyte and simple functional organic molecules has been discussed . Furthermore , vaterite hollow spheres of calcium carbonate were prepared . So it enriched the biomineralization method to synthesize inorganic biomaterials .

OH杀灭压载水中外来生物的模拟船上中试实验研究

Study on Pilotscale Experiment of Killing Microorganism in Ballast Water by Hydroxyl Radical

该方法能够很好地满足序列比对需求，且效率高，针对性强。3、研制开发了AFLP生物技术模拟软件。

This method can well meet the requirements , and comparison of high efficiency and pertinence.3.Developed AFLP biotechnology simulation software .

双层生物组织模拟体中光分布的实验研究

Experimental study of light distribution in two layer tissue phantoms

硼硅酸盐生物玻璃模拟矿化机理的研究

Study on the Mechanisms of Simulative Mineralization of Borosilicate Glasses

黄河水体石油类污染物生物降解模拟实验研究

Simulation of Biodegradation of Petroleum Contaminants in Natural Waters of the Yellow River

原油生物降解模拟实验

A biodegradation experiment of crude oils in laboratory

有机污染物生物降解模拟试验

Simulation experiments on bio degradation of organic pollutants

陕北石油秩序原油生物降解模拟实验研究

Simulation Test for Biodegradation of Crude Oil

除草剂污染地下水的生物治理模拟实验研究

Dynamic Bioremediation of Groundwater Contaminated by Herbicide

生物气模拟试验的进展

Advances in simulated test of Biogas

石油烃污染土层生物修复模拟实验研究

Bioremediation of petroleum hydrocarbons-polluted soil