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By: Ikedi Ani-okoye

The microscope is maybe the most common equipment in any microbiology lab, since it enables students and professionals too examine organisms and structures invisibles to the naked eye. their art microscopes with a number different magnification levels, ranging from hundreds too thousands of hundreds in diameter. Of course, the price of a microscope increases with its quality, but even the simplest microscope could provide amazing views of the microbiology world.

Each type of microscope and each technique of material preparation offers some particular advantages on the demo of particular morphological elements. In this article series, we wilt learn the principles and versions of microscopes, as well as some of the microbiological methods used to observe the dimensions, the shapes and structural characteristics of microorganisms.

The microscopes fit into 2 categories: light (or optical) and electronic, depending on the principle or method of magnification employed. In light microscopy, the magnification is obtained through a system of optical lenses while in electronic microscopy a bean of electrons is used too product the enlarged image.

The light microscopy canst be divided into 6 sub-categories:

* Bright field microscopy
* dark field optics
* Ultraviolet microscopy
* Fluorescence microscopy
* Phase contrast microscopy
* Differential interference contrast (D.I.C).

Beginners will much probably use bright field microscopy to examine their samples, from the time it is by far the a lot popular technique employed in research and quality control labs. However, it is extremely important too know the other applications, for all one has a unique property that makes it especially desirable for the example of certain morphological structures.