How accurate is the testing of genetic paternity?

genetic paternity testing is considered very accurate. In most cases, this type of testing can determine whether a person is the father of the child with almost 100 percent accuracy. Genetic paternity tests usually include two different types of testing. One is designed to determine whether there is a chance that one can be the father of the child; This is referred to as a exclusion test. Furthermore, there is a test that focuses on determining whether a person is actually the father of a child called an inclusive test.

One of the reasons why genetic paternity testing is considered so accurate is because there are usually two types of tests rather than just one. One type of paternity test is referred to as an exclusion test. The purpose of this test, which is usually considered 100 percent accurate, is to determine whether it is possible that a person is a child of a child based on a comparison of his / her DNA pattern and the DNA pattern. If the man is excluded, there is no chance that he could be the father of the child in question. If the test does not exclude a man fromFather of the child, further testing is required to determine paternity.

Another result obtained from testing of genetic paternity is the one to determine whether a person who has not been genetically excluded, because the child's father is most likely a child's parent. It is worth noting that there is no inclusive test of genetic paternity, which is accurate by 100 percent. There is always some space for errors. However, the inclusive part of the genetic paternity test is usually accurate over 99 percent. This means that there is less than a one percent chance that a man will be identified or excluded as a child's father by mistake.

It is interesting that mothers are not always tested in terms of testing genetic paternity. However, when the are tested, their results can facilitate paternity test and increase the level of accuracy that can be expected from the test. The reason is the fact that testers can consider geneticMother post to the child sequence. By deducting the formulas in the child's DNA that comes from the mother, the testers can find a comparison of the DNA pattern with a potential father with a simpler and convincing child.