¶ … infertile couples turn to in vitro fertilization to try to have a baby. In this technique, sperm and egg are collected and used to create eight-cell embryos for implantation into a woman's uterus. At the eight cell stage, one of the fetal cells can be removed without causing harm to the developing fetus. Once removed, the cell can be genetically tested. Some couples may know that a particular genetic disease runs in their family. They might wish to avoid implanting embryos with the disease-causing genes. What if couple wanted to use genetic testing to select embryos for traits unrelated to disease, such as freckles or may be to select a gender. Do you think that couples undergoing in vitro fertilization should be allowed to perform whatever genetic tests they wish? Or do you think that there should be limits on what tests can be performed? I strongly believe that there should be limits placed on the types of genetic tests that parents can perform on developing fetuses conceived through in vitro fertilization. Several substantive considerations influence my position, including these: Historically, human beings have not shown themselves to be good of genetic testing, nor have they demonstrated the capacity to consider the far-reaching implications of their decisions related to genetic testing. Selecting developing fetuses for implantation based on the probability of particular...
One has only to look at the history of childbearing and infanticide in China, say, or any number of unenlightened developing countries to see how easily and how badly this type of practice can support very wrong attitudes toward children and women.
Genetic Disease It is very clear, that today's focus on genetic technology and its claim has been having some vital insinuations for healthcare at the present time and also in the future. Nurses need to recognize the position of assimilating new knowledge of genetics into their performances and be capable of helping patients to be able to manage with their genetic foundation of various diseases. Nurses likewise will need to know
Genetic Disease Diagnosis, Screening, Treatment, And Advocacy This case study involves a couple who are expecting a child. Testing has been conducted identifying the unborn child having the condition of Tay-Sachs disease. The nurse in this scenario will identify interdisciplinary team members and create a teaching plan to educate the couple about this disease. This work in writing will discuss three ethical implications regarding the availability of personal genetic information and
Genetic Disease Diagnosis The Trosacks Initial visit: three to five appropriate members for an interdisciplinary team When the Trosacks come for their initial consultation, they must first seek to gain insight into the nature of Tay-Sachs disease, particularly because they are unfamiliar with the illness and do not know any family members who have coped with the disease. This revelation is new and entirely unexpected. A certified genetic counselor with a specific understanding
Down's syndrome is basically a genetic disease that is caused by the presence of an extra chromosome. The chromosome that is defaulted in this syndrome is chromosome number twenty-one. It has been seen that Down's syndrome is one of the most common chromosome disease that is seen in humans. The major striking features of this disorder are physical and mental growth delay. It should be noted that the children appear
Lung Cancer Cancer is a complex genetic disease in which a series of processes give rise to the final processing of the normal cell to cell tumor. In case of a tumor cell, the fundamental characteristic of the cell is lost which performs the usual function of normal cells of a particular organ. Tumor cells also deteriorate rapidly and without limit, having lost one of the features that normal cells have,
Societal Interventions in Genetic Diseases: Genetic diseases are among the most common diseases that occur or affect a huge portion of the world's population. The main cause of the diseases is attributed to the mutations in genes that are fundamental for the usual functioning of the organism's cells. Following the mutation of a gene, the encoded protein fails to function properly and certain cellular processes are likely to go skewed resulting
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