• Anatomy of the Fluorescence Microscope

    Fluorescence microscopes have evolved with speed over the past decade, coupled to equally rapid advances in laser technology, solid-state detectors, interference thin film fabrication, and computer-based image analysis.

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  • Basic Concepts in Fluorescence

    When coupled to the optical microscope, fluorescence enables investigators to study a phenomena in cellular biology. Foremost is the analysis of intracellular distribution of specific macromolecules in sub-cellular assemblies.

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  • DIC Microscope Configuration and Alignment

    DIC components can be installed on virtually any brightfield transmitted, reflected, or inverted microscope, provided the instrument is able to accept polarizing filters and the specially designed condenser and objective prisms.

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  • Darkfield Microscope Configuration

    The following section reviews the steps in the configuration and alignment of a microscope for both low and high magnification transmitted darkfield illumination.

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  • Microscopy ergonomics

    Upon walking in o a busy laboratory it isn't unusual to see microscopes sitting on books, tilted at odd angles, and otherwise precariously supported in a variety of positions to accommodate their users.

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  • Reflected Light Microscopy

    Reflected light microscopy is often referred to as incident light, epi-illumination, or metallurgical microscopy, and is the method of choice for fluorescence and for imaging specimens that remain opaque even when ground to a thickness of 30 microns.

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  • Anatomy of the Microscope - Microscope Stages

    All microscopes are designed to include a stage where the specimen (usually mounted onto a glass slide) is placed for observation.

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  • UIS2 Infinity Optical Systems


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