荧光成像系统

4周后，活体荧光成像系统分析植入物。

After implantation 4W , the imaging of implants was displayed by the system of In-Vivo Imaging Systems .

除此之外，运用叶绿素荧光成像系统及根系扫描系统，本研究对参数的优化效果进行了研究，并对三次设计方法的应用效果进行了有效验证。

In addition , using chlorophyll fluorescence imaging and root scan systems , the effectiveness of parameter optimization was also studied and the effectiveness of the three stage design applied in the research was tested . 1 .

系统由CCD摄像机、荧光成像光学系统、图像采集卡等组成。

The DNA chip detection system is designed with a CCD camera , fluorescence imaging optical system , and image collecting board .

利用液晶调制器和CCD探头组成的荧光相位成像系统，实现了不同荧光寿命物体的荧光成像，时间分辨率达到了亚毫秒量级。

Employing a liquid crystal modulator and CCD camera , a phase sensitive images system has been investigated experimentally for various fluorescence lifetimes .

设计了一种由CCD摄像机、荧光成像光学系统、图像采集卡等组成的基因芯片检测系统。

A gene-chip analysis system consisting of CCD camera , fluorescence imaging optical system , and image collecting board is introduced in this paper .

利用像增强型CCD、氩离子激光器和氙灯等建立了一套快速荧光显微成像系统，并初步应用于活细胞研究。

A fast fluorescence micro-imaging system using mainly intensified charge couple device ( ICCD ), argon-ion laser , and xenon lamp was set up , and its preliminary application in living cells was presented .

方法应用电感耦合器材（CCD）荧光显微成像系统，选择细胞器荧光探针BODIPY标记细胞内高尔基体。

Methods CCD fluorescence microscopy imaging system was applied and a kind of special organelle probe BODIPY was selected to label Golgi body .

两种荧光显微成像系统采集细胞器探针荧光图像的对比研究

Comparison of two fluorescence microimaging system collecting fluorescence images of organelle probes

针对这一问题，提出了一套随机扫描快速多光子荧光显微成像系统。

A random-access scanning multiphoton fluorescence microscope system is reported .

激光荧光光电成像系统及其应用研究

Study on Exciting Fluorescence Imaging System and Its Applications

随机扫描多光子荧光显微成像系统

Construction of Random-Access Scanning Multiphoton Fluorescence Microscope System

荧光法成像系统信噪比的实验研究

Study on signal - to - noise ratio of drug - fluorescence imaging system

三套荧光显微成像系统在光敏剂亚细胞定位研究中的应用比较

Comparison among Three Sets of Fluorescence Microscopy Imaging System in Studying the Intracellular Distribution of Photosensitizers

结果荧光显微数字成像系统测量的细胞荧光图像分析显示，神经元Ca2+在NMDA的刺激下迅速发生改变，并被全程记录。

Results The fluorescence image analysis by fluorescence microscopic digital imaging system showed that under the stimulation of NMDA the quantity of intracellular free calcium in neuron was changed rapidly , and the whole trace of variation had been recorded .

双能量X线荧光数字直接成像系统及图像分离技术的实现

Digital Fluoroscopy Imaging System with Dual Energy X-ray Image Decomposition

荧光分子断层成像系统的研究进展与比较

The Advance and Comparisons of Fluorescence Molecular Tomography Systems

荧光显微数码成像系统采集的图像的特点为分辨率高，速度快，对细胞器的损伤小。

The details of fluorescence images collected by high-resolution digital CCD are clear and faster .

荧光显微数字成像系统对神经元内游离钙的动态测量

A Method Measuring Quantity Variation of Intracellular Free Calcium in Neuron with Fluorescence Microscopic Digital Imaging System

建立了一台基于新研制的高重复频率皮秒扫描相机的双光子激发荧光寿命显微成像系统，重点介绍所研制的高重复频率皮秒扫描相机。

A two-photon excited fluorescence lifetime microscopic imaging system based on a newly-developed high repetition rate picosecond streak camera is presented .

分别设计了地面车载（或海面）和空中机载激光诱导荧光雷达成像遥感系统。

The imaging remote sensing systems of laser induced fluorescence radar based on ground ( or sea surface ) and space are designed respectively .

并进一步研究基于光谱分辨的多焦点多光子荧光寿命成像显微系统，实现对生物样品的光谱及寿命测量。

In addition , a spectrally resolved multifocal multiphoton fluorescence lifetime imaging microscopy system has also been built , which has been used for the spectrum and lifetime measurements of biological samples .

目的研制荧光分子断层成像实验系统，获取组织仿体内近红外荧光探针的3-D图像。

Objective To develop the fluorescence molecular imaging system and obtain the3D images of near-infrared fluorescent probe in tissue-like solution .

结果表明，应用这种方法可以很明确的看到DNA、脂类及蛋白质特征峰在细胞中的分布情况，并且通过荧光染色验证了成像系统的可靠性。

The results show that , the distribution of DNA , lipid and protein can be exhibited by this Raman mapping system , and the reliability is validated by the fluorescence staining .

方法：用荧光指示剂Fura-2/AM结合荧光显微镜成像系统检测单个PM基态的及用激动剂刺激细胞后的[Ca2+]i；

METHODS : I implicated stimulated were measured by fluorescent microscopic imaging system after loading with fluorescent probe fura-2 / AM .

提出了一种新的时域两维荧光寿命显微测量技术，建立了一套荧光寿命成像显微系统，介绍了这种测量技术的数据处理方法。

A new technique of time domain 2 dimensional fluorescence lifetime microscopic measurement is presented . A fluorescence lifetime imaging microscope system and data processing method of this technique are described .

采用荧光显微镜、计算机及高分辨率数码CCD组成的荧光显微数码成像系统采集四种细胞器探针的荧光图像。

Fluorescence microscope , computer and high-resolution digital CCD were applied to collect fluorescence images of four organelle probes .