In “Building Baby from the Genes Up” Ronald M. Green discusses the ethics of modern genetics. The author states in the article that it is nearly certain that gene technology will be present in the future of humanity. Green begins the article by recounting the story of a couple that wanted to eliminate the high occurrence of breast cancer from their family. To do this, they decided that they would use genetic diagnosis to select only embryos without the gene that may predispose someone to breast cancer.…
Do you think an unintended consequence of genetic testing could be that people would be less liable to seek medical care out of fear that they could later be denied life or health insurance?…
A person does not choose their genetics, and they should not be discriminated against by life insurance agencies and employers because of something they have no control over. Genetic testing can help identify the risks that some Canadians face and allows the carrier to take preventative measures against the disease. Canadian citizens should not have to choose between preventing life threatening diseases and keeping their insurance coverage or their jobs. The Canadian healthcare system is based on the idea that Canadians should not have to choose between maintaining their financial welfare and their health. Genetic discrimination goes against that idea and a bill protecting against it will enforce the principles of compassion and equality that we as Canadians are proud to have present in our healthcare…
Although not unanimously supported, the use of pre-embryonic diagnosis to screen for disease is generally accepted, this however leads to debate about how much freedom people should be allowed to make decisions about their future children. The issues arise as it is difficult to take an objective view on the topic, with many factors affecting peoples’ views. As there is in fact already a process of natural selection, perhaps it would be best to allow this to progress at its natural rate. On the other hand, if it is possible to allow people to decide elements of their child’s future, then who has the right to stop them from doing so? Can it be reasonable for a group of doctors and politicians to decide the fate of a generation? Especially where health matters are concerned.…
Concerning genetic testing in general, a study found that among those who were confirmed to have the Tay-Sachs recessive gene, “about half of the carriers expressed a sense of shocked surprise… having been found to have some imperfection” (Childs). A lack of understanding or a false misconception about the idea of “carrier” status results in discomfort and an unwillingness to be tested; preferring a state of blissful ignorance. Since Tay-Sachs is an autosomal recessive disorder, being a carrier does not mean one has an “imperfection” or one has the potential to develop the disease but that they have the potential to pass on the disease to their children. They also do not express symptoms of the disease-- a common misbelief. And, even despite being a carrier, it does not mean that one’s child would ultimately be a Tay-Sachs child or even a carrier; “if only one parent is a carrier, there is no chance the child will have Tay-Sachs...a 2 in 4 (50%) chance that the child will be a carrier” (“Tay-Sachs Disease”). A diagnosis is not a condemning statement, but makes the prospective parents aware of the “potential” harm that might befall the child, if both happen to be carriers. In addition, Rosner states that “if the purpose of Tay-Sachs screening is to provide eligible clients with genetic counseling about reproductive and mating options, few would argue against screening” (Rosner).The common stigma that genetic screening may be used outside of medical usage breeds the misconception that genetic testing is wholistically bad and may be used to harm the individual. However, Rosner argues, that genetic screening is inherently not bad, but the way we use it. However, on the topic of the latter method, prenatal screening is riddled with controversy, specifically with the ability to pick the reproductive route. Since…
How much of genetic information can the parents or relatives access raises a concern that it might result in an excessive use of reprogenetics. Furthermore, if scientists allow DNA screening for parents to avoid passing genetic diseases to their children, that might lead to more designer babies. Human genetic engineering is new and current field that has its pros and cons. Therefore, we should be more concerned about setting up the limits of how much access the public and scientists can have on genetic information, and taking in consideration the ethical issues behind…
This final paper will discuss the ongoing debate of genetic/prenatal testing. Procedures for genetic/prenatal testing have been available since the early 1970's (Press, 2008, pp. 73-78). Genetic testing identifies abnormalities or changes in the chromosomes and genes. This type of testing is used to confirm or deny a suspected genetic condition or used to predict a person's chances of developing or passing on a certain disorder (Grant, 2000). Once the woman wants to go ahead with the genetic testing, a primary care doctor or genetic specialist places an order for the test. Genetic testing is often done as part of a genetic consultation (Press, 2008, pp. 73-78). It is very important that the patient knows every aspect of the procedure including…
Genetic testing is being used in the medical field to decrease dangers in patients. The negative connotations brought by these examinations might be the reason a person, whom may have had great talents, will lower their capacity to excel. Insurance companies grant pensions and healthcare, consequently if a person were to be diagnosed even with a minimal chance of cancer by…
From a patient’s perspective, people tend to see genetic information as more definitive, in the sense that 'you cannot change your genes' and that 'genes tell all about your future.’ Such genetic determinism is an oversimplification and does not take into account the nature of biologic pathways. From a provider’s perspective, genomics presents challenges with respect to ethical and professional responsibilities, including the appropriate use of genomic information in the health care setting. I believe that there should be an identification of provider education programs that increase use of appropriate screening, counseling and evidence-based genetic tests. By increasing the effectiveness of genomic testing, it will help dissolve the negative association and further increase the proportion of people who are willing to receive genetic…
At this point in time, prenatal testing can be seen as an extensive technological artefact as it is not necessarily accepted to be a mandatory step to take during pregnancy. Some may see this technology as very beneficial and a logical step to add to the “quasi-evolutionary process” of mankind [7]. Others, however, may see this technology as destructive since the unborn child’s life can be threatened by the judgemental eyes of their parents if a problem is discovered, or even threatened by the technology itself (depending on the type of prenatal…
As research continues to uncover new disease-causing mutations, the prospect of stopping the transmission of heritable diseases increases. With the use of modern technology, expecting parents can now be prescreened in order to determine their carrier status for certain diseases. Parents who choose to use in vitro fertilization are able to choose embryos that are free of disease due to preimplantation genetic diagnosis. Additionally, parents can be provided with information on their unborn child with the use of prenatal genetic testing. Some individuals view modern genetic technology as eugenic; however, this biggest difference between eugenics now and eugenics during the 1900s is consent. Today individuals pursue genetic testing by choice and policies on ethics and consent prevent reoccurrences of the immoral endeavors within the field of…
I support the guidelines outlined by Kitcher for the use of genetic information because of their responsible and ethical nature. I believe that future generations will benefit as a direct consequence of these guidelines. I shall begin by defining eugenics as the study of human genetics to improve inherited characteristics of the human race by the means of controlled selective breeding.…
When having a child, one of the most important things that parents hope for is that their child will be healthy. For a long time, parents wouldn’t know if their child would have any disabilities until they were born. Now with PGD (preimplantation genetic diagnosis), doctors are able to find deadly diseases in embryos. “The procedure is performed before implantation thus allowing the couple to decide if they wish to continue with the pregnancy.” (American Society for Reproductive Medicine.) This is causing designer babies to become a popular choice for parents that really hope to have…
Consumer driven eugenics practices like designer babies, provide parents with choices, something that the old eugenics never did. However, these choices may inhibit conditions for choice in the future. Screening embryos for diseases and creating children “In our own image” (Galton, David (2001)) can help parents give their children the best quality of life possible. Yet, in the future these techniques could put pressure on parents to create increasingly perfect children and enhance them above the normal species functioning. This may result in parents who choose to continue a pregnancy…
For the benefit of having access to a full genetic screening, an ethical issue would arise as to whether the information about certain codes like predisposition to diseases would be helpful or harmful to a client. Similarly, screening for genetic abnormalities prenatally could lead to unsafe abortions if the child is abnormal or just a general anxiousness for their baby. While there are many benefits of genetic screening, the ethical dilemmas that accompany each one are…