DNA Chip - Genetic Testing of the Future

DNA chip - Future, genetic testing Many diseases, even if not many, are derived from our genes. Through the proteins they encode, the genes tell us how we treat our foods efficiently, how we effectively detoxify the toxins, and how to strengthen the response to the infection decide. Over the past two decades, with amazing new technology, scientists have gained a great deal of understanding of how genes function and how they relate to disease. The genetic factors responsible for this rapidly discovered specific disease make it possible for scientists to genetically test asymptomatic individuals and predict the risk of a particular disease.

Each question is related to a product or topic. Product 1: DNA chip for testing 5000 recessive pathogenic mutations. Product 2: DNA chip, test of genetic risk factors for 5000 common diseases. Product 3: Test DNA chips, 5000 genetic variations and bring about normal changes in physical characteristics. Product 4: DNA chip, test 5000 genetic variations and bring about a normal change in psychological characteristics. Product 5: An additional copy of tumor suppressor genes to reduce the risk of cancer, and human artificial chromosomes with genes that prolong life span and delay age-related degenerative disorders such as Alzheimer's disease. Chromosomes can not be used for adults, but they can be injected into fertilized eggs. It can be sent to children. Product 6: The same chromosome as Product 5, but for adults. This product does not enter the germ line and it does not spread to children. (Meisenberg, 2008)

Genetic testing is a special laboratory test that detects changes in human genetic material (DNA, gene, chromosome) or gene (also called mutation). Genes contain instructions for our bodies. The gene consists of chemical bases represented by the letters A, T, C, and G. Each gene contains thousands of letters. In most cases, blood samples are taken for genetic testing, but sometimes other body samples (such as cells or skin) are needed. The FBN 1 test is very expensive (about $ 2,000)

Genetic testing, also called DNA testing, can determine the vulnerability of blood and genetic diseases. In agriculture, the quality of reproductive resources can be evaluated using a form of genetic test called progeny test. In population ecology, genetic testing can be used to track the genetic predominance and vulnerability of a population of species. In humans, you can use genetic testing to determine the biological relationship between the parents of a child (genetic mother and father) or the average person's ancestors and people. In addition to studying the chromosomes to individual genetic levels, genetic testing in a broader sense can be a biochemical one for genetic mutations associated with an increased risk of developing a possible genetic disease or genetic disease Including inspection.