With so many microscopes out there in the market today, here comes another one. So what makes it different from the rest then? Well, for one, it provides researches the access to the basic knowledge on using the microscope for their training. (more…)
The development of the first real microscope, an optical instrument that enlarges the image of any object, in Holland around 400 years ago has enabled scientists to study objects that would not have been visible to the naked eyes.. This has greatly aided in the discovery and study of what were previously called ‘mysterious’ components of living things that led to advances in science. Through the years, there were a lot of improvements in the field of microscopy. The development actually started from the lens makers who used their lenses to magnify certain objects illuminated by a light source in the microscope. Now, aside from the light microscope, there are other types of microscopes like the scanning electron microscope ( SEM ) and the transmission electron microscope, However, this article covers only the light microscope. (more…)
It is undeniable that fluorescence microscopy is a very essential tool in life sciences, particularly in the areas of medicine and biology. Thus, there are what we call fluorescence microscopes. Nevertheless, it’s not enough that you use any one of them. You have to make sure that they are of excellent quality and can give you the results you desire. So what are the features of a quality inverted fluorescence microscope (IFM)? (more…)
Microscopes that have frames in inverted styles are primarily designed for applications relating to tissue culture. They are capable of creating illumination through fluorescence through two kinds of pathways: optical and episcopic pathways. (more…)
Because inverted microscopes are modular designed, they can be conveniently configured for different applications of an inverted microscope such as the following: (more…)
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. (more…)
Inverted fluorescence microscopes are examples of complex microscopes that are commonly used in a laboratory setup. Know what inverted fluorescence microscopes are and how they function through the article below. (more…)
While stem cell research may be controversial, it is still an inarguable fact that stem cell research can be the key to curing various chronic diseases and this is made even more possible with the help of inverted fluorescence microscopy. (more…)
Living cell inverted fluorescence microscopy little by little is nowadays being considered as an effective study to counter cancer. This analysis can make us understand more about the basic fundamentals of life. Hence, doctors are now considering and embracing the use of inverted fluorescence microscope in studying the living cell. (more…)
Cell observation using inverted fluorescence microscope is now becoming a trend in medical diagnostics. Do you know that by now little by little simple and traditional microscopes are not anymore being used in hospitals and in diagnosis? (more…)