And its manipulation using recombinant dna technology. This technology has played a decisive role in the advancement of some disciplines of biological, medical, pharmaceutical, or food sciences. In order to get into the subject, it is important to review some concepts and talk about history. First of all, it is important to remember that the cells of any organism, however simple they may be, contain a large amount of information stored in a macromolecule called deoxyribonucleic acid (dna). Dna is a complex biomolecule that is found in the nucleus of cells and makes up
the main constituent of the genetic material of living beings. Dna, in addition to transmitting information from one generation to another, fulfills the following functions: coding. Coding refers to building the right proteins for each cell. Dna performs this role e commerce photo editing service thanks to bases known as codons in charge of directing the formation of proteins. Replication. Dna has to replicate itself in each process of cell division. This replication gives it the ability to transfer genetic information from one cell to the daughter cells, that is, from generation to generation. Cellular metabolism.
Dna participates in the regulation of cellular metabolism through the help of rna and through the synthesis of proteins and hormones. Inesem business school master in regenerative biomedicine more information mutation. The evolution and biological diversity of species are due to mutations in dna. A little history... Regarding history, it should be noted that for a long time, one of the objectives of biology was to investigate the genome. In this sense, various studies have been carried out to find out its location, its chemical composition, the information it contains, its variability and its implication in the transmission of offspring and the evolution of