Genome sequencing not only suggests the most suitable course of treatment but the pr... ... middle of paper ... ... benefit both the medical world and the society in general. Whole genome sequencing is the basis for innovative advances to screening, diagnosis, risk expectation, and analytical programs in medical practice (Caulfield et al., 2013). Conclusion Overall, I believe that sequencing individual genomes should become a routine part of medical care because genome sequencing can benefit medical practice immensely. With whole genome sequencing, individualized medicine will come into effect and individuals will receive a better diagnosis and an effective treatment when required. Although there is still ambiguity regarding whether genome sequencing can enhance an individual’s health, the procedure has been able to identify unusual and common variants that give rise to future diseases.
Among many benefits of genetic engineering are the several cures being developed for presently incurable diseases. Genetics has also opened the door way to biological solutions for world problems, as well as aid for body malfunctions. Genetic engineering is a fundamental tool for leading the world of medicine into the future; therefore, it is crucial to continue research in this field. Today's research in genetic engineering is bringing about new methods for curing and treating major medical illnesses. The Human Genome Project has allowed geneticists to map the genes of human beings.
Somatic gene therapy is currently being researched more aggressively due to ethical and technical complications with germline gene therapy. Technical Aspects Gene therapy began with the Human Genome Project. The Human Genome Project has found gene locations for many diseases. Among the diseases that have been found Huntington’s disease, cystic fibrosis, ADA deficiency, and two genes for breast cancer are just a few examples. After a disease-causing gene is found, correcting it is the next logical step.
This new study is challenging the way people think about DNA. This study by the ... ... middle of paper ... ... Medical companies give their clients safe medicine and this is another reason why the genetic medicine and treatment should add on to medicine the world already have. Genetic testing is revolutionary it has the capability to help the world advance and grow. The United States have the ability to use technology and develop technology that could change our world. Through genetic experimentation diseases could cease to plague our citizens, the world could have a new and exciting medical renaissance, and the treatments to diseases would be enduring.
Profits, curiosity and dreams of better methods to prevent and treat diseases are driving efforts to find and decode human genes. The sequence of our genome will ultimately allow us to discover the secrets of life's processes, the biochemical basis of our senses and our memory, our dev... ... middle of paper ... ...n genome project in disease prevention. Preventive Medicine. 23:591-594. Koenig, R. 1997.
Critics may argue that there are moral and ethical problems associated with this novel technique, but for the most part scientists realize the importance this advancement will have. Gene therapy may be the key to curing dozens of diseases, and has endless possibilities, but more research is needed before its safe or accepted as common practice.
The basic uses for genetic engineering include gene therapy, cloning, biological warfare, vaccines and antibiotic, human reproduction, and food production. Most of these uses of genetic engineering have positive results for humans; however there are some areas that have negative results. Gene-therapy is the alteration of an individual’s genetic material for therapeutic purposes. (Leach, 182) Gene therapy opens the possibility of treating and maybe even curing medical illnesses that people suffer from that until now do not really have effective treatments. A possible use of gene-therapy is to treat people that have genetically inherited illnesses such as sickle cell anemia.
If all human beings are individuals with a distinctive genetic signature who are exposed to different environmental influences, the personalized medical model will allow healthcare professionals to customize medical treatments and improve their positive outcomes on the population. However, the personalized approach is a complex model which will require further investments in multidisciplinary studies that will investigate the complex interactions between several factors. Furthermore, there are several possible drawbacks, such as lack of genetic understanding among the population or the potential risk of genetic discrimination development, which could implicate the advantages of scientific development towards a personalized medical model. Despite the existing and potential limitations of the personalized medical model, the personalized medical model has the potential to improve treatment outcomes and the population’s health status if society can utilize its advantages and overcome the obstacles. Current advances in genetics allow a greater understanding of diseases at the molecular level.
There are many moral and ethical decisions that need to be considered before gene therapy can be widely accepted. Do we have the right to change a person’s genetics, especially before they are born? Do we know enough to confidently insert or delete genes without detrimental consequences down the road? If we have the ability to help people who have disabilities or diseases, is it ethical to withhold and not treat the patient? I believe human gene therapy is a good and useful tool for medicine and needs to be developed because it posses the ability to help and cure people from ailments that degrade their quality of life.
Also, the fear of attempting to clone a genetically superior race became a key issue. Many of the other issues stemmed from ethical concerns. Health and medical care implications could have a profound effect on society and individuals through prevention, diagnosis, and treatment of genetic diseases. Thanks to the HGP things like insight into basic biology, development of new technology, and medicine may be increased drastically. History The official start of t... ... middle of paper ... ...Human Genome Project: where did it come from, where is it going?