Simply defined, embryo microscopy is the method in which embryo samples are visualized through a microscope at a certain resolution. The principles behind embryo microscopy have played an important role in the new discoveries that are mostly associated to modern biology. Tracing from the time embryo microscopy was implemented, it had proven itself to be a method that science can’t possibly do without.
Right now, there are a number of tools created to make embryo microscopy work even better than it used to. These tools are referred to as the embryo microscopy tools and they have shown themselves to be essential in observing embryos, as well as aid in the entire transplant process.
One recently devised embryo microscopy tool is the optical projection tomography or more commonly the OPT. OPT is a rather new technique that provides for a three-dimensional imaging system that can be best used for small organic tissues. This technique is very useful when reconstructing the embryos of vertebrates, as well as in examining the anatomy of their developing organs. The image resolution used in OPT is very high. In fact what it uses is way better than MRI or magnetic resonance imaging, which is used in hospitals to generate images of the brain, and sometimes, of the heart. But despite that good resolution, the ability of the OPT method to magnify objects is not affected. The OPT embryo microscopy tool allows for a much bigger view of an image, and at times, they are even larger than those used in laser scanning microscopy.
The OPT embryo microscopy tool is an optical technique as well. Being such, its users can possibly take fluorescent dyes and utilize them for gene-specific or tissue-specific staining. Professionals who use embryo microscopy solutions are benefited by this feature the most. And much of this is because they can clearly see the outline, the structure of the organs, and the details of the tissues of the embryo are looking to transplant. Indeed, this tool is very helpful. And the mere fact that embryo microscopy has applications that are inclined with embryo transplant coming from one animal to another.
But the development of an automated imaging process is not the only concern of embryo microscopy professionals. The need to collect and store all the data generated by these tools are going to be essential as well. Without proper documentation and either a soft or a hard copy of files needed to back up a certain study, everything could be lost right at the moment the imaging tool is removed. And so, the OPT images produced by are carefully stored in the computer using the common graphic digital formats understood by the many applications of today. The usual normally ones used are the tiff and jpeg images. Using these formats, the images then can be stored, viewed, used, and reused accordingly, depending upon the user’s needs. Generally, the use of these formats facilitates bigger and better application of the images produced.
The accessories that come with or can be used with an embryo microscope can also be considered a good tool from which the many tools of embryo microscopy can be implemented. If it is impossible to acquire the more complex OPT device to view the images seen under an embryo microscope, a high resolution digital camera can do the trick. The most popular USB microscopy cameras are normally good enough to produce images, although they are not three-dimensional in nature like the OPT. Two-dimensional images are sometimes already functional for a regular user, as the creation of three dimensional images does not prove to be essential.
The use of cameras for embryo microscopy cannot be fully appreciated if it is not used together with an equally functional monitor or screen. The use of the necessary cables to make the devices work together is also fundamental. If the camera is a high resolution type, then a monitor that matches its features should ideally be employed. And for as long as it can display the images created by the microscope, it should be fine. It won’t matter if it follows a CCTV, NTSC, or a PAL video, for as long as it can process the images in a highly superior manner.
The use of embryo microscopy tools is very necessary to ensure the better application of microscopy in animal husbandry. Breeding horses, and all other types of cattle for that matter, become easier and better with the proper implementation of microscopy tools. It is then of essence that these tools be applied accordingly so that better advancement in the embryo transplant field can be achieved.
