Equipment
带有TIRF的Nikon N-Storm超分辨率显微镜系统 |
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这种新的尼康N态超分辨率系统是针对单分子成像量身定制的,使用随机光学重建显微镜(Storm)和/或光活化的定位显微镜(PARM)具有高精度定位,以创建具有20nm的空间分辨率(10倍)的图像(10倍)在传统的光学显微镜上),能够在2D和3D模式下进行多色成像。总内反射荧光(TIRF)显微镜功能。 | |
主要功能包括: |
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6个激光线 |
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Nikon N-SIM Structured Illumination Super-Resolution Microscope System |
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这system uses Structured Illumination technology, which gives a two-fold enhancement in resolution (over conventional optical microscopy). 具有在2D,3D和TIRF-SIM中实时样品中动态事件图像动态事件的能力(更高的信噪比,以进一步增强分辨率)。 Includes top of the line super-resolution and TIRF objectives (100X) have superior optics with the least amount of lens defects/aberrations. A wide-ranging illumination and detection systems to give users greater flexibility. |
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主要功能包括: |
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6个激光线 | 目标 |
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尼康A1R共聚焦激光显微镜系统 |
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Nikon A1R是一个模块化共聚焦系统,由单独的扫描头组成,标准4 PMT检测器模块以及用于伪二进制成像,控制模块,激光模块和光谱检测器模块的额外PMT。A1R具有高达4096 x 4096像素的标准高分辨率共聚焦模式,以及一个高速谐振模式,能够在512 x 64像素下扫描230帧。除了基于激光的共聚焦图像采集外,该尼康平台还利用了高端数码摄像头进行非焦点图像采集。 这updated A1R has a new multi-detector unit with 2 GaAsp PMT detectors to give brighter signals, enhanced signal-to-noise ratio, and less phototoxicity. 这updated A1R has the ability to perform Enhanced Resolution algorithms on point scanning confocal datasets to further increase resolution of images, and also Retirement/Replacement of Confocal Workstations allows for future expansion and faster processing, including GPU 3D Rendering. |
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主要功能包括: |
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6个激光线 | 目标 |
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Nikon A1共聚焦激光显微镜系统 + picoquant |
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尼康A1是一个基本的共焦系统组成of a separate scan head, standard 5 PMT detectors, control module, and laser module. The A1 has a new multi-detector unit with 2 GaAsp PMT detectors to give brighter signals, enhanced signal-to-noise, and allow less phototoxicity. High-resolution confocal mode permits up to 4096 X 4096 pixels. This laser scanning confocal system is similar to that of the Nikon A1R in that it is configured on the Nikon TiE Widefield, inverted, fluorescence microscope. NIS Elements imaging software is used to control acquisition and analysis. 这picoquant成像系统是添加到Nikon A1系统中的升级程序包,以执行荧光寿命成像(FLIM)。该系统采用脉冲激光器来评估蛋白质 - 蛋白质相互作用,并且是IBP成像核心的独特之处。该系统配备了439 nm(121 MW峰值功率)和483 nm(136 MW峰值功率)激光器。
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主要功能包括: |
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4个激光线 | 目标 |
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钙钻机 |
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这Nikon TiE Imaging System is a high resolution system designed for fluorescence imaging of small molecules in living cells. It is a filter-based, wide-field fluorescence system designed for measurement of intracellular signaling molecules including calcium ions, hydrogen ions (pH), nitric oxide, and other small molecules using appropriate fluorophores. Nikon’s NIS Elements imaging software is used to control acquisition and analysis of captured images. The software features include capabilities for single wavelength, multiple wavelength, and ratiometric mode fluorescence imaging. | |
主要功能包括: |
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6个激光线 | 目标 |
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Ivis Lumina |
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这Ivis Lumina Xris live, whole animal imaging system capable of performing longitudinal fluorescence, bioluminescence and X-ray scans onin vivoand离体主题。IVIS Lumina XR能够成像所有常见的荧光和生物发光的记者/染料,范围从绿色(〜488 nm)到近红外。该单元还包含用于实时动物研究的基于异氟烷的气体麻醉系统,尽管研究人员可以使用其他麻醉方法,只要它们得到了UT-IACUC的批准和记录。 | |
主要功能包括: |
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Ivis Lumina Xr | X射线模块 |
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optical zoom lens attachment for close up and high-resolution X-ray |
数据处理计算机: |
Workstation 1: Nikon Advanced Super-Resolution Image Analysis |
Workstation 2: General Image Analysis: |
NIS Elements AR; Meta Morph; LIFA-FLIM; Living Image; Image J; Slidebook; AutoQuant, and Adobe Photoshop elements 2.0. |