Exact(1)
All microscope components were synchronized/controlled using Olympus Xcellence software.
Similar(59)
The optical configuration of the proposed optical measuring instrument is designed, and its prototype composed of the micro-optical probe component and the Linnik microscope component is developed based on an optical cage system.
Dispersion due to microscope optical components is pre-compensated by the commercial system included in the laser (DeepSee, Spectra Physics).
Cy5-V, Cy3-F, and other necessary components were flowed onto microscope slides at time t = 0.
Tumoral components were precisely outlined and labeled under the microscope.
Root tip regions were imaged utilizing the same microscope and camera used previously for transient GFP detection but the robotics components were disabled.
The components were interchangeable.
36 components were extracted.
Eye components were removed.
The Linnik microscope component, which is an interferometric microscope having a pair of matched objective lenses in its optical setup, is therefore integrated into the measuring instrument not only to measure tool faces but also to optimize the spot diameter of the focused laser beam in the micro-optical probe component.
Control of all electronic shutters, filters, microscope components, and camera was coordinated through Metamorph (Molecular Devices, Sunnyvale, CA).
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