Innovative Approaches for Comparative Genomics Study of Rattus Rattus and Rattus Norvegicus via Computational Biology: Statistical & Structural Functions

Comparative genomic in large scale is integrated approach that compares species from their genetic structures to identify similarities and differences their genomes and their functional structures of the genes via this approach we identified the potential functionally of the genomes of the different species that's scientific approach to identified the differential structures prediction of two different species on behalf of computation biology. Basic objective of this study is to identify the genomic diversity between the two species (Rattus rattus and Rattus norvegicus) on behalf of statistical & functional analysis via computational biology. We also briefly used the currently available computational tools in comparative genomics such as algorithms for genome-scale sequence alignment, gene identification, and non-homology-based function prediction. Recently, comparative genomic sequence analysis has been used to help in the functional assignment of genes in a non-similarity-based manner. These comparative genomic approaches depend on the basic factors of the genes that are functionally related genes and closely associated across genomes in some form.