nanomedicine怎么读,nanomedicine的音标和真人发音
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nanomedicine是什么意思,nanomedicine的意思是

纳米医学

nanomedicine 的用法和双语例句“点击”或“选中”例句中的单词,就可以看到词义解释

India has more than30 industries and50 institutes engaged in nanotech research and development , with most efforts focusing on chip design , nanomedicine and nanomaterials .
印度拥有从事纳米技术研究和开发的30多家产业和50个研究机构,以及大量从事集中在芯片设计、纳米药物和纳米材料的工作。
“ Manpower and animal models are not always available , and where available , the expertise specific for nanomedicine is scarce ,” Swai told SciDev.Net .
“人力和动物模型并不总是存在,而且即便在有这些的地方,纳米医药的专家技能也是稀缺的,”Swai告诉本网站说。
As the least circulatory unit , microcirculation affects the delivery and metabolism of drugs greatly , and has become the important responsive stage of nanomedicine research .
微循环作为机体最小的循环单位,极大地影响纳米药物的运输、代谢,成为纳米医学研究的重要平台;
Conclusion As a novel method of preparing nanomedicine , supercritical fluid is highly efficient , energy saving and environmentally acceptable , and it is promising for the further application .
结论作为一种新兴的纳米药物制备技术,超临界流体技术具有高效节能、绿色环保等优点,极具发展前景和实际应用价值。
At present , many technologies have been used for preparing nanomedicine , such as , emulsion , microemulsion , ultrasonic solvent-nonsolvent , spay drying and high-pressure homogenization , and so on .
目前,很多技术被应用于纳米药物的制备,如乳液法、微乳液法、超声波法、溶剂非溶剂法、喷雾干燥技术和高压均质技术等。
The details are given as follows . Chapter1 : IntroductionThe research of nanomedicine has attracted wide attention in recent years . And the research of polymer nano-drug provides a theoretical basis and practical guidance on the prevention and treatment of cancer .
主要内容如下:第&章绪论近年来对纳米药物的研究引起了广泛的关注,高分子纳米药物的研究对预防和治疗癌症提供了理论上的依据和实践上的指导。
These features provide a new platform for biomedical applications including enhanced medical imaging , targeted drug delivery , immunoassay detection , etc. The combination of the unique structural characteristics and multifunctional properties of magnetic nanoparticles will bring new opportunities in the field of nanomedicine .
这些结构能够为医疗成像、药物靶向传输、免疫检测等生物医学应用提供新的平台。纳米复合材料的独特结构特点和多功能的结合将在纳米医药领域带来新的机遇。
CONCLUSION : The application of nanomedicine carrier and nanotechnology not only sheds a new light on the traditional drugs whose applications are strongly restricted by their poor solubility , high toxicity and poor stability , but also enhances their therapeutic efficiency with lower dosage through targeting effect .
结论:纳米药物载体及制备技术的应用,不仅使一些药效好但却难溶的、溶解缓慢的、高毒的、在人体内易降解的药物得到应用,而且可以通过靶向作用在减少药物用量的同时增强药物的疗效。
Chapter 1 begins with a summary on dendrimer history , structure , synthesis , physico-chemical properties , and applications in different fields . The definition of drug delivery systems and nanomedicine is introduced . On the basis of the summary , the importance of the development of dendrimer-based drug delivery systems is given.Chapter 2 systematically introduces the effect of poly ( amidoamine ) ( PAMAM ) dendrimers on the solubility , in vitro release rate , pharmacodynamic behaviors of drugs .
论文共包括7章,第1章首先对树枝形分子的发展史,结构,合成方法,物理,化学性质,及其在多个领域的应用研究作了一个全面的概述,同时介绍了药物运输系统以及纳米医药的概念,并阐述了建立一套基于树枝形分子的药物运输系统的重要性。
This article expticates the great progress of NanoBiotic project in three aspects : nanomedicine , nanobiotic technology and nano biotic material .
本文从纳米医学、纳米生物技术和纳米生物材料三个方面,讲述了纳米生物工程的重大进展。