The genes that transmit the genetic message from one generation to the next, directing the activity of each cell is a giant molecule that is like a high-strung string called DNA. This genetic message contains all the genetic traits from the color of the eyes to the most accurate structures in the body. The genes in human cells are composed of 23 pairs of chromosomes in the nucleus of the cell. The chromosomes are composed of DNA and proteins. These proteins play an important role in maintaining the structure of the genetic material and regulate the activity of gene expression that leads to the detection and formation of the entire individual of the zygote cell. Some genes are found in the mitochondria, and is inherited through the mother. The genetic information of any cell of the genetic code is the sequencing of the four nitrogen bases given by God to life: adenine A, guanine (G), cytosine (C) and thiamine (T), the genetic material in the form of words and sentences that store information Genetic preservation in a protected panel is responsible for the individual's life.
Jeffers at the University of Leicester in the United Kingdom recently discovered differences in the sequence of genetic code in the Intron region, represented by length and location. These differences were found to be unique to each person, just like a fingerprint - so called the gene imprint - except for a rare type of identical twin that results from the split of a single fertilized egg (MZT). By calculating the percentage of discrimination between people using gene imprints, it is estimated that this figure is about 1: 300 million. Of the 300 million people, only one person has the same gene imprint. It has also been found that gene imprints are inherited according to Mendelian laws.
Jeffers at the University of Leicester in the United Kingdom recently discovered differences in the sequence of genetic code in the Intron region, represented by length and location. These differences were found to be unique to each person, just like a fingerprint - so called the gene imprint - except for a rare type of identical twin that results from the split of a single fertilized egg (MZT). By calculating the percentage of discrimination between people using gene imprints, it is estimated that this figure is about 1: 300 million. Of the 300 million people, only one person has the same gene imprint. It has also been found that gene imprints are inherited according to Mendelian laws.
