Although a short time has passed since the discovery of the gene fingerprint, it has been able to make a rapid shift from academic research to applied science that is used around the world, especially in cases where traditional forensic methods have been unable to find a solution such as: Robbery, and identification of disaster victims.
Since the gene success rate is about 96%, it has encouraged developed countries like America and Britain to use it as a criminal evidence. There is even a trend to preserve the gene fingerprint of citizens with the fingerprint of legal bodies. Many cases have been resolved based on the use of gene fingerprinting as a criminal evidence.
In such cases, the judges are usually based on scientific studies suggesting that the probability of a similarity between the genetic footprint of an innocent person and the genetic fingerprint obtained from the crime scene is one in every 300 million. As a result, the similarity is criminalization, so what should be done by Juries are an attempt to determine whether a person is innocent taking into account the similarity of the genetic fingerprint, which has been proven by forensic reports.
Since the gene success rate is about 96%, it has encouraged developed countries like America and Britain to use it as a criminal evidence. There is even a trend to preserve the gene fingerprint of citizens with the fingerprint of legal bodies. Many cases have been resolved based on the use of gene fingerprinting as a criminal evidence.
In such cases, the judges are usually based on scientific studies suggesting that the probability of a similarity between the genetic footprint of an innocent person and the genetic fingerprint obtained from the crime scene is one in every 300 million. As a result, the similarity is criminalization, so what should be done by Juries are an attempt to determine whether a person is innocent taking into account the similarity of the genetic fingerprint, which has been proven by forensic reports.
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Genetic Engineering