subject: Paternity Tests And Trace Analysis [print this page] Imagine, a father and mother each have a colored chain, which differs only in color, that of the mother is red, the father's green. Now the parents decide to give their child a chain which it is to remind both parents. Therefore, they connect parts of its two chains to form a new, red-green chain. The child is by the possession of the two-tone chain with the parents, "connected". What do es this have to do with our paternity test? Replace the chain through the chromosomes of the mother ("red") and father ("green"). Is the child of the parents with the red and the green chain, so it must be "red" and "have inherited get green" chromosomes. Other Colors (or other chromosomes) may not occur. What we are doing so with the help of genetic engineering in the paternity test for you, is to com pare the chrom os omes of the child with the parents. Is that all "red-green", then a paternity will almost certainly be detected. However, we find "other color patterns," said the man's paternity of the examined to exclude this child.
What do es this have to do with our paternity testing sites? Replace the chain through the chromosomes of the mother ("red") and father ("green"). Is the child of the parents with the red and the green chain, so it must be "red" and "have inherited get green" chromosomes.
A father and mother each have a colored chain, which differs only in color, that of the mother is red, the father's green. Now the parents decide to give their child a chain which it is to remind both parents. Therefore, they connect parts of its two chains to form a new, red-green chain.
