3D超分辨成像系统-单分子显微镜-单分子定位_显微镜_光学设备_仪器设备_供应

3D超分辨成像系统-单分子荧光成像，-单分子定位

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;text-align:justify;">荧光显微镜是一种功能强大的技术，它可以对细胞内的特定生物分子进行定位和可视化。然而，传统的光学显微镜在横向尺寸(x-y)和横向尺寸(x-y)上受到光的衍射约为200纳米的限制

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;text-align:justify;">最近超分辨率成像技术的出现使研究人员能够“打破”衍射屏障，将远低于200纳米极限的亚细胞结构可视化。高分辨率的方法是一系列被称为单分子定位显微镜(SMLM)1的技术。虽然SMLM能够在横向尺寸上精确成像10-20nm，但它通常缺乏轴向分辨率，尤其是近焦分辨率。

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;text-align:justify;">双螺旋主轴结合我们的3DTRAXTM软件，使成像超越衍射极限与扩展的3Ddetail3。它是基于专利双螺旋光工程™method4,5设计的模块化附加工具。该方法的工作原理是在SPINDLETM模块中插入一个双螺旋相位掩模，该掩模从掩模库中选择，并根据不同的轴向范围、发射光谱和信噪比进行优化。主轴™为精密光学从头开始设计，与大多数商业上可用的科学显微镜、EMCCD和sCMOS相机一起工作，并提供了前所未有的横向(x-y)和轴向(z)精密成像的组合。

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;text-align:justify;">双螺旋光工程™将单个分子发出的光分裂成两个叶瓣。两个叶瓣的中心对应发射体的横向位置，它们之间的角度编码发射体的z位置。这些额外的信息有助于在非常高的精度(<30nm)下进行横向和轴向尺寸的超分辨率重建。此外，重要的是，双螺旋结构还扩展了分子可以定位的场的深度。这种亚衍射光学成像与先进的三维信息的结合为生命和材料科学的研究人员带来了大量的可能性

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;line-height:16.48px;">延长的深度使捕获更长的粒子轨迹和更快的捕获兼容荧光珠，染料和光激活蛋白。主轴采用双螺旋光学专利光学工程技术为基础，可方便地安装在现有显微镜上，实现先进的三维成像和跟踪，具有超高分辨率的能力。内置旁路模式允许轻松返回到非3d实验。

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;">

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;">? 转化率> 95%

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;line-height:16.48px;">

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;">单分子定位

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;">- 3D定位分子inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;">- 3D 渲染

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;">- 偏移

inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;">- 追踪

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