Strain is a term that is coined within the fields of microbiology. They are microorganisms of the phenotypic type that represent a proportion derived from a larger organism, such as a study sample. Strains contain biological information that is of scientific interest. They are generally obtained through the cloning procedure. A common example is diseases, which, after being identified, are isolated into strains for later scientific study and analysis to search for cures and new evidence about the origin of the evil.
Strains are a taxonomic instrument of scientists, in biology, they serve to make structures that define and systematize the advance or progress of a disease or biological entity under study. Organisms have a variety of strains in the form of taxa that are used in studies in order to classify diseases, viruses and bacteria in an orderly manner. When we made our respective tour of the RAE, we came across an assortment of definitions about the strain. In addition to being a biological tool, it is also the part of the trunk of a tree that is below the ground next to the roots, it is the base of a family tree, the center of a cluster of clouds, the trunk of the vine, from where the shoots and then the clusters or the roots of several plants that share a common organism come out.
All this leads us to the conclusion that a strain is that initial element that contains the ideal, complete and precise information of an object or organism. What is contained in a strain is the matrix from which the rest of the data or products that will make up the thing under study will emerge. Have you ever heard the saying “De Pura Cepa” this means that it is genuine, that what is “De Pura Cepa” contains all the initial elements that define what is in question. A Strain is an origin, that is why in biology it is cloned for study, that is why it is so important, because the strain will always be the one that will retain the origin information of an element existing on earth.
