When To Use An Inverted Fluorescence Microscope

An inverted fluorescence microscope has a number of medical and industrial uses. These are one of the more complex types of microscopes available today. Determine if you need this type of a microscope by reading the article below.

Inverted fluorescence microscope are special types of microscopes used for special types of tasks. Fluorescence microscopy follows the idea that a certain material can emit a special type of light or energy that may be visible under high magnification level. What makes it visible though, is the light that is irradiated with it coming from a certain wavelength.

Inverted microscopes, on the other hand, are devices that have its eye piece protruding outward from the stage. Unlike the regular type of microscopes, where the stage is positioned directly below the eye piece, these types of microscopes have its frame and body constructed the other way around.

The inverted fluorescence microscope has different uses. Examples would be the one listed below:

1. Viewing cultured cells. When viewing cultured cells, inverted microscopes are the ones that are best used. Cultured cells have to be incubated so that it is grown properly. Plus, a special viewing chamber has to be used along with it. Because of these meticulous requirements of a cultured tissues, it cannot be viewed accurately under a regular microscope. For viewing cultured cells and its applications, inverted microscopes are the ones that are required.

2. Live cell applications. Viewing live cells is another good use of a inverted fluorescence microscope. Live cells, like in blood samples, are best viewed under this type of a microscope. While other types of microscopes can be used for the same purpose, the inverted fluorescence microscope is the more preferable one because of its complexity and better lighting system. Like the dark field microscope, this one doesn’t require the staining of the specimen. But then again, an inverted fluorescence microscope can show a clearer and better view of the sample. More often than not, its built-in lighting system is already sufficient. When using a dark field microscope, on the other hand, users may need to enhance the lighting system for a better view even if they don’t have to dye the sample.

3. Fluid deposit analysis. In certain industrial applications, the mineral deposits and other inconsistencies in a certain fluid needs to be analyzed. For applications such as these, a inverted fluorescence microscope is ideal. Determining the debris that is inside a certain fluid is easier with inverted fluorescence microscopes. The frame and the technologies used with this device are the main things that makes it all possible.

4. Microscopic observations with long working distance required. A inverted fluorescence microscope has a working distance of as much as 80 millimeters. With this long of a distance, it is possible to manipulate the sample in the way the user requires. Manipulating the specimen while viewing it with an inverted fluorescence microscope is rather easy and convenient to do.

5. Pharmaceutical applications. In instances where certain medications have to be developed, the research is best done using a inverted fluorescence microscope. Certain medicines have to be cultured like tissues are cultured. Or if not, researchers have to test the workability of the medicine developed with the certain disease it is supposed to treat. To observe their interaction and for other special applications related to it, the stage of the inverted fluorescence microscope is the best place to do it.

These are the different uses of inverted fluorescence microscope. There certainly are a lot of others, although these are the most notable ones. There rarely are inverted fluorescence microscope found inside homes. But it is starting to frequent home laboratory setup these days. A high quality inverted fluorescence microscope costs several thousands of dollars. This is the reason why only large research laboratories are equipped with them as of the moment.

The good news is that some lower quality inverted fluorescence microscopes with magnification levels of 40x are already being manufactured these days. These are less costlier than their predecessors. The lower quality types are only $800 more or less. The better versions though can go as high as a thousand dollars.

If you are an expert in the field of pharmaceutical biology, this is the type of microscope that fits you best. Finding the best one that matches your budget may a little be hard. But then again, you might want to look at it merely as another investment for your job.