| 摘要 |
The present disclosure provides improved microscopic imaging techniques, equipment and systems. More particularly, the present disclosure provides advantageous microscopy assemblies with illumination engineering (e.g., 3D microscopy assemblies with illumination engineering), and related methods of use. Disclosed herein is an imaging technique/assembly that uses a spatial light modulator (“SLM”) for 3D tomographic imaging with brightfield or fluorescence illumination that can also be utilized for bright-field, dark-field, phase-contrast, and super-resolution microscopy. Disclosed herein are methods and instrumentation/assemblies having preferred uses for 3D tomographic imaging, and phase-contrast and super-resolution imaging. The present disclosure advantageously provides for assemblies and methods configured to create 3D tomographic images by way of acquiring a series of images with varied angle illumination using a SLM and computational reconstruction that substantially eliminates the need to move the sample. The disclosed assemblies and methods are also able to acquire bright-field, dark-field, various contrast, and super-resolution images. |
