Phylogenetic and Biological Analysis of Evolutionary Components from Various Genomes

Abstract

There are various mathematical models to analyze molecular as well as morphological information of various genes through phylogeny. Major threats in phylogenetic analysis are focused mainly that the search should use authentic as well as efficient approaches to grasp the large amount of sequential data found from latest genome sequencing. Another major issue is to determine the relationships among the evolution of structural elements as well as their experimental implementation, which is mainly neglected in previous research. In this paper, we implemented the structural element in the metazoan genome, known as key K-string, which could deliver on the point of ground as the construction of phylogenetic trees. The trees achieved against the key K-string were logically comprehensive in the present aspect of metazoan phylogeny as well as presented a higher analytical topology as compared to the trees drawn by the use of other methods. Moreover, the appropriate structural aspect of the key K-string shall have a few applications in the inspection of the structure and function relation of protein as well as in the decision of evolutionary species. The innovations as well as potential gravity of key K-string point us to accept their crucial evolutionarily, and they might show a major role in the course of species expansion.