Inverted Fluorescence Microscopes

According to a research, fluorescence microscopy is an important tool in biology and the biomedical sciences, as well as in material science. But to properly understand the mechanism of inverted fluorescence microscope, you have to understand first the fluorescence microscope. Fluorescence microscope is a type of microscopy equipment is based on the phenomenon that certain material emits energy detectable as visible light when irradiated with the light of the specific wavelength. That’s why fluorescence microscopes are another types of a light microscope used to study properties of organic or inorganic substances using the phenomena of fluorescence and phosphorescence instead of, or in addition to reflection and absorption. Fluorescence microscopes was only made possible through the development of the dichroic mirror that reflects certain wavelengths while allowing higher wavelengths to pass through, with a complete fluorescence filter cube that is made up of an excitation filter, a dichroic mirror, and a barrier filter. Based on a study, as the fluorescence specimen is illuminated at the proper excitation wavelength, it emits another wavelength that is filtered by the emission filter in the fluorescence dichroic filter cube, and the image is sent to the eyepieces for evaluation.

With the continuous booming of the use of inverted fluorescence microscope in any fields of study, science made another breakthrough that could change the face of modern microscopy. The invention of inverted fluorescence microscope that is equipped with state of the art microscopy features, such as long working distance plan achromatic objectives, a long working distance condenser with phase contrast attachment and of course a plan achromatic phase contrast objectives are one of the biggest contribution in the science of fluorescence microscopy. An inverted fluorescence microscope was made to suit the needs for research as well as catering any needs for universities, hospitals and agriculture. Inverted fluorescence microscopes are commonly used for observation and image acquisition of living cell cultures and since observation occurs through the plastic culture dishes, only dry objectives are suggested to use.

Inverted fluorescence microscopes main objective is to provide a fluorescence microscope that allows fluorescent observation without being installed in a darkroom and capable of changing magnification while maintaining high contrast. With its inverted capability, inverted fluorescence microscopes are economically made and a versatile equipment for inverted application with a long working distance optics. So surf up and learn amazing new things about inverted fluorescence microscopes as you flip on the pages of this site.