Improved Automated Parent Recognition Approach Based on Genetic Technique Analysis

The patterns of Deoxyribonucleic acid (DNA), which form the genetic fingerprints, can be used to determine the identity of a particular person, and it may go beyond to determine the paternity. It is known that the DNA matches dramatically among people in general, but what makes it easier to differentiate and distinguish among them is the presence of a kind of DNA sequence that is repeated many times, and facilitates the process of identifying and defining a particular person, Paternity has been commonly recognized as a stamp that guarantees the connection between the born child and the biological father. There are many techniques used for paternity testing in laboratories. This paper suggest an inexpensive, efficacious, and strict computerized technique for identifying paternity based on the frequency distribution of alleles, which are involved in calculating the probability of paternity biasing Short Tandem Repeat (STR) markers, as the development of such software has become an urgent need