Medicine has undergone an incredible evolution. Some time ago, instruments and materials were used that today have become obsolete as technology has grown and with this new machines and devices have been invented that facilitate their work to all workers who are related to the sciences of the Health.
There are many times that we are waiting for the result of an analysis that we have carried out and until after a while we do not obtain these results since it takes a while to do the analysis of the samples and obtain a result according to reality, without errors.
3D is very advanced technology
Microscopes have always been used to look at different samples and analyze them, but it was only possible to obtain a 2D image. However, several researchers have developed a new device that is not expensive at all and also has a common mechanism that is used to take images from different sides and that is applied to the microscopes that are used for these tasks.
It is ensured that with this mechanism, 3D images can be obtained much faster than directly converting a two-dimensional image to a three-dimensional one.
Current technology works as follows: from a sample, hundreds of images are captured that are put together in a program that later carries out a series of processes with which it manages to create many angles of view for the image that has been obtained from the sample.
The reduction of times, key
This is effective but even with the best computer technology it could not be achieved in a short period of time . However, with this new device all this process can be skipped, achieving the same result while saving a lot of time.
The speed of this technology is based on the fact that you do not need to take hundreds of images of the same sample but only need a certain exposure time, without taking image captures.
As they ran different tests, the researchers discovered this by using mirrors that rotate with each other , spinning the figure shown. Thus, they were able to obtain 3D images of cells and even embryos or a small animal heart in full beat.
Once the experiments were shown to be a total success, they began to think that this could be applied to microscopes and thus collaborate in the different analysis tasks that had to be carried out in the laboratories.
