Research Topic Essay Example | Topics and Well Written Essays - 5000 words

Research Topic - Essay ExampleIs it reasonable to allow technology to decide whether or non a accompaniment race has the recompense to live and procreate? Thinking of it from a laymans perspective, it appears that all of this is unfair. A couple has full right to decide whether or not it wants children, an exclusive has every right to be employed as long as his or her talents fit the eligibility for employment, a particular race has every right to inhabit the earth as do other races. Simple Problems arise when these questions are answered from the perspective of an expert geneticist. He or she would think that a couple at risk of giving birth to a child with an untreatable disease should not bear children. A race with a recessive trait for a deadly disease should be monitored and the mating habits of its members should be modulated to avoid the multiplication of individuals with disease traits. This reasoning does not enceinte unfair at all The problems become more complicated w hen these questions are answered from the perspective of a biased individual, especially one who has the power to influence or even make public policies, who may use such excuses to further his own selfish motives such as the discrimination against a particular race. It is at this threshold that technology takes an ugly turn. hereditary screening and its internalisation in public policy is a government issue of widespread debate. Some of the ethical issues and controversies associated with this respectable yet controversial biotechnological application are discussed here. The paper will introduce the technology of genetic screening, its implications and associated public policies. It will then discuss the ethical issues associated with the incorporation of this technology is public policy. The subject of ethics regarding genetic screening as public policy is vast and it is impossible to draft an exhaustive compilation, no matter how big. However, an attempt has been made here to review some of the most sensitive issues on the matter. 2. Genetic Screening The Technology and Its Implications Consequent to the completion of the Human Genome drift and advances in the field of genetics, researchers have been successful in identifying genes related to diseases. Diagnostic tests have also been developed to detect such genes. These developments have seeded the motif that if genetic testing is done, it will be possible for healthy people to prevent future incidence of disease (Holtzmann and Shapiro, 1998). 2.1. Introduction to Genetic Screening and Genetic Testing Genetic testing is the process of detecting mutations in chromosomes and DNA (Genetic Testing, 2006). Laboratory analysis of human DNA is performed after separate it from blood, amniotic fluid and cells in order to predict the risk of a disease, diagnose a specific genetic disease or identify if an individual is carrying a genetic disease. In addition to identifying alterations from DNA, molecular pro bes and functional biochemical tests are also used to identify defective genes and proteins. This technology has been existent for nearly half a century (Rodriguez, 2011). The earliest known application of this technology was for the identification of phenylketonuria (PKU), a rare genetic disease caused by an subjective error in the metabolism, causing the buildup of amino acid in the blood subsequently leading to impaired mental function (Rodriguez, 2011). The application of this technology subsequent on extended to the detection of sickle cell anemia,