Liu Bei, Hobson Chad M, Pimenta Frederico M, Nelsen Evan, Hsiao Joe, O'Brien Timothy, Falvo Michael R, Hahn Klaus M, Superfine Richard
Opt Express. 2019 Jul 8;27(14):19950-19972. doi: 10.1364/OE.27.019950.
We developed VIEW-MOD (Versatile Illumination Engine with a Modular Optical Design): a compact, multi-modality microscope, which accommodates multiple illumination schemes including variable angle total internal reflection, point scanning and vertical/horizontal light sheet. This system allows combining and flexibly switching between different illuminations and imaging modes by employing three electrically tunable lenses and two fast-steering mirrors. This versatile optics design provides control of 6 degrees of freedom of the illumination source (3 translation, 2 tilt, and beam shape) plus the axial position of the imaging plane. We also developed standalone software with an easy-to-use GUI to calibrate and control the microscope. We demonstrate the applications of this system and software in biosensor imaging, optogenetics and fast 3D volume imaging. This system is ready to fit into complex imaging circumstances requiring precise control of illumination and detection paths, and has a broad scope of usability for a myriad of biological applications.
我们开发了VIEW-MOD(具有模块化光学设计的通用照明引擎):一种紧凑的多模态显微镜,它可采用多种照明方案,包括可变角度全内反射、点扫描以及垂直/水平光片。该系统通过使用三个电调谐透镜和两个快速转向镜,能够在不同照明和成像模式之间进行组合与灵活切换。这种通用的光学设计可对照明源的六个自由度(三个平移、两个倾斜和光束形状)以及成像平面的轴向位置进行控制。我们还开发了带有易于使用的图形用户界面(GUI)的独立软件,用于校准和控制显微镜。我们展示了该系统和软件在生物传感器成像、光遗传学和快速三维体成像中的应用。该系统适用于需要精确控制照明和检测路径的复杂成像环境,并且在众多生物学应用中具有广泛的适用性。