结构光照明超分辨光学显微成像技术与展望

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结构光照明超分辨光学显微成像技术与展望

2024-06-06 11:31| 来源: 网络整理| 查看: 265

图 7  结合自适应光学的双光子激发超分辨显微成像[79]。a、b、c、d及e、f分别为普通双光子激发超分辨显微镜、基于自适应光学的双光子激发超分辨显微镜与基于自适应光学的双光子激发超分辨显微镜,并结合图像减卷积处理后的细胞骨架成像结果;g~l分别为e图对应区域的放大图;m表示系统的横向与纵向分辨率;n表示自适应校正前后的波前相位图

Figure 7.  Two-photon excitation superresolution microscopy combining with adaptive optics[79]. a, b, c, d and e, f are the fluorescence cytoskeleton images taken from two-photon excited super-resolution microscope, two-photon excited super-resolution microscope with adaptive optics and two-photon excited super-resolution microscope with adaptive optics and deconvolution analysis; g-l are respectively enlarged views of corresponding area in figure e; m represents the latral and axial resolutions of the system; n represents the wave front phase diagram before(left)and after(right) the AO correction



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