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医学光学
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     Characteristics and advantages of biomedical photonics in gene expression and protein-protein interaction are discussed in detail. It is shown that optical imaging based on molecular optical marking is an important real time monitoring method in biomolecular photonics. Finally, optical imaging approaches on tissue and brain function are introduced.
     简要介绍光电技术在生物医学应用中的发展概况,从基因表达与蛋白质—蛋白质相互作用研究方面,重点讨论了生物分子光子技术的特点与优势,阐明基于分子光学标记的光学成像技术是重要的实时在体监测手段,最后简要讨论了医学光学成像技术在组织功能成像和脑功能成像中的应用原理。
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  相似匹配句对
     MEDICAL SCIENCE
     医学
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     Medical applications and advances of optical biosensors
     光学生物传感器的医学应用及进展
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     Tissue Optics for Laser Medicine
     激光医学中的组织光学
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     Optics Letters
     光学快报
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     Optical Gvroscope
     光学陀螺
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  medical optics
It was found that the UNFOLDER? Emerald Insertion System (Advanced Medical Optics) with lubricious treated cartridges generally required lower insertion forces than the standard UNFOLDER? Emerald cartridges.
      
Die irisfixierte torische phake IOL (Verisyse, Advanced Medical Optics; Artisan, Ophtec) besteht aus PMMA und weist einen Gesamtdurchmesser von 8,5?mm und einen Optikddurchmesser von 5?mm auf.
      
Allyn Professor of Medical Optics at the University of Rochester.
      
OR Odds ratio; CI confidence interval; AMO advanced medical optics.
      
Professor Foster's research students investigate various problems in the field of medical optics.
      


This paper firstly gives a brief introduction of biomedical photonics. Specialties and academic exchanges in this field are also introduced. Characteristics and advantages of biomedical photonics in gene expression and protein-protein interaction are discussed in detail. It is shown that optical imaging based on molecular optical marking is an important real time monitoring method in biomolecular photonics. Finally, optical imaging approaches on tissue and brain function are introduced. Advantages of optical...

This paper firstly gives a brief introduction of biomedical photonics. Specialties and academic exchanges in this field are also introduced. Characteristics and advantages of biomedical photonics in gene expression and protein-protein interaction are discussed in detail. It is shown that optical imaging based on molecular optical marking is an important real time monitoring method in biomolecular photonics. Finally, optical imaging approaches on tissue and brain function are introduced. Advantages of optical imaging in medicine are also discussed.

简要介绍光电技术在生物医学应用中的发展概况,从基因表达与蛋白质—蛋白质相互作用研究方面,重点讨论了生物分子光子技术的特点与优势,阐明基于分子光学标记的光学成像技术是重要的实时在体监测手段,最后简要讨论了医学光学成像技术在组织功能成像和脑功能成像中的应用原理。

The process,technological principle and characteristics of preparation of nan particles in solid phase,liquid phase and gaseous phase are generally reviewed.After the development of past decades,nano materials and nano technology have been applied successfully in the field of environment protection,ceramics,lubricants,biological engineering,medical,optic materials and pigments.Therefore,it becomes one of the hot spots in scientific research fields and called by some people as the another industrial revolution...

The process,technological principle and characteristics of preparation of nan particles in solid phase,liquid phase and gaseous phase are generally reviewed.After the development of past decades,nano materials and nano technology have been applied successfully in the field of environment protection,ceramics,lubricants,biological engineering,medical,optic materials and pigments.Therefore,it becomes one of the hot spots in scientific research fields and called by some people as the another industrial revolution in 21 century.

文章较全面地概述了纳米颗粒固相、液相和气相的制备方法及工艺原理和特点。经过过去几十年的发展,纳米材料及其技术成功地应用于环保、陶瓷、润滑油、生物工程和医学、光学材料、磁性材料、调色材料等领域。从而成为目前科学研究的热点之一,被称为21世纪的又一次产业革命。

Digital Subtraction Angiography System is the advanced large scale system for diagnosis and cure of blood vessel illness . It is a characteristic production that image diagnosis technique combines to medicine cure . It includes multiple technology . For example medicine、optics、mechanics、electronics 、computer control、image manipulation technique etc .The article introduces the work principle and structure of digital subtraction angiography machine-electron subsystem and points out the important problems of safety...

Digital Subtraction Angiography System is the advanced large scale system for diagnosis and cure of blood vessel illness . It is a characteristic production that image diagnosis technique combines to medicine cure . It includes multiple technology . For example medicine、optics、mechanics、electronics 、computer control、image manipulation technique etc .The article introduces the work principle and structure of digital subtraction angiography machine-electron subsystem and points out the important problems of safety and reliability in design.

数字减影血管造影系统是进行血管疾病诊断和介入治疗的先进的大型医疗设备,是图像诊断和医学治疗的结合产品,集医学、光学、机械学、电子学、计算机控制和图像处理等多种学科和技术于一体,是典型的光机电算一体化设备。详细介绍了其机电分系统的工作原理和构成,并指出研制中需要重点考虑的安全可靠性问题。

 
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