An optimized approach for Paternity Testing using rs numbers and whole genome

“Paternity Test” is an application dedicated to proving parentage and detecting child relevance. The most accurate aspect in determining the parents of a child is their DNA, to address one of the most significant phenomena that have spread around the world, that is homeless children. Orphaned children, and men who dispute the paternity of a child. We developed a method that analyzes the whole genome or alleles in a specific rs number. The proposed approach utilizes numerous algorithms to compare it to all of the individuals in the dataset. We applied methods to prove the parentage. Firstly, Mendelian's' law. Secondly, Short tandem repeat algorithm. Then, define the family of the orphan child. Additionally, the approach can determine whether or not the child is connected to his parents. Our experiment succeeded in proving or rejecting the relationship between the parent and child using the two approaches; either with RS or the whole genome.

I. Introduction

DNA is a fingerprint for each one of us around the world. The DNA may be represented in two ways. The first way is the RS number. An Rs number is a specific location that contains a specific two or one character inherited from the father and mother. In a second way, the whole genome contains specific repeats in a specific location. The repeats in the father and mother should be the same as the repeats in the child [1].