One important consideration is the benefits of these technologies. Organ transplants and human cloning allow the possibility of prolonging or improving life for a sick or diseased person. Receiving a heart, kidney, lung or other organ can mean the difference of life or death. It can help families of those whose organs were donated deal with the loss of their loved one. Human cloning is believed to be able to reproduce duplicate organs and blood.
Xenotransplantation It is known that the need for organ transplants outweighs the available donors. There have been several research advancements that claim they will help with the demand for organs, one of these is xenotransplantations. Xenotransplantation is a transplant that comes from a different species; this can be tissue or organs. In this paper we will explore the medical implications and requirements for the xenotransplants. We will also discuss the ethical implications by presenting arguments for and arguments against this type of transplant.
He supplied him with valid blood and urine samples. The DNA screens are things that make things run efficiently and I think they should be required for jobs just like a drug test. You want your company to be great and run smoothly with workers with great health so the screens could make it easier to choose who is the best
This research paper will explain how modern genetic technology may lead to personalizing medicine, and discuss the drawbacks and limitations to human medicine. I will also provide examples for benefits of personalized medicine. According to Cliff Mintz, the Future of Personalized Medicine is defined as “a young but rapidly advancing field of healthcare that is informed by each person’s unique clinical, genetic, genomic, and environmental information (Life Science Leader 2010). Personalized medicine is seen by many as technology of the future; nevertheless, there are others who believe personalized medicine is having a positive influence on patients. Personalize medicine has changed the concepts of patient care.
The screening of the human genome is not an exception. On the one hand, there is a number of favourable possibilities available for patients who follow particular treatments. Some tests, for example, allow them to gauge their body's tolerance for certain drugs. In this way, doctors can prescribe different treatments for different patients, depending on their genetic profile. Apart from this, newer tests can help people from cancer prone families know whether they have inhereted the disease and how they will respond to various treatments.
Treatments and procedures can be very different depending on the situation, and the comparative effectiveness research system develops the most effective approach to every situation. There are many benefits of having a comparative effectiveness research system in today’s society. The two most important benefits of the comparative effectiveness system are the improvement in quality care and cost of healthcare. In a 2009 report by the Institute of Medicine, it was stated that, “comparative effectiveness research provides an opportunity to improve the quality and outcomes of health care by providing more and better information to support decisions by the public, patients, caregivers, clinicians, purchasers and policy makers” (Jonas, 281). This system has demonstrated that expensive medical therapies don’t have to be used to treat patients.
The successful cloning of Dolly the sheep was a new promise for potential cloning of human beings for medical research and reproductive assistance. The field of bioengineering is driven by genetic research with a goal of improving human life expectancy. The process of cloning includes duplicating the existing genetic information of a person, which is used to create a new organism with the same DNA. A nucleus from an egg cell is removed and replaced with a nucleus of a somatic cell of a person being cloned, which is implanted in a surrogate mother for development (Kass 321). The concept of human cloning is controversial in regards to its ethical dimension and the potential risks it can have on humanity.
It is also helpful in improving the knowledge of gene expression and to discover possible means of diagnosis and treatment of genetic diseases. The information in the maps has greatly speeded searches for single genes that cause disease. Some people are against genetic mapping due to privacy concerns and harmful effects although I am in favor of it because of its importance. Genetic mapping involves some of the important preferences and consequences in health, forensic application, and social concern. Genetic or linkage mapping helps in the identification of inherited diseases.
This essay will address the impact of technology on nursing. Genomics and genetics’ technology has enabled nurses to predict the development of diseases such as cancer through identification of gene mutation. Early detection of diseases is important because it provides room for early treatment. This is effective because it gives the nurses a chance to save more lives and is a great impact on their profession (Daniels, 2003). More accurate diagnosis tools for diagnostics and treatment are developed through technology.