BE257 Scientific Literature Darren Walsh GCB2 Personalised Genomics: Are we there yet? Signature:__________________ Date:______________ Personalised Genomics: Are we there yet? Darren Walsh GCB2 Introduction Personalised genomics (PG) is the application of genetic sequencing and gene analysis techniques to aid personalised healthcare. This aims to increase the efficacy and improve the timing of therapeutic and preventative measures against disease by availing of an individual’s genetic biological markers. Personalised genomics can be used in many different ways such as: prenatal diagnosis, disease prognosis, disease diagnosis, stratified risk assessment, genome informed treatment and research relating to lifestyle choices and
Stem cells are important because our bodies produce them. They are able to help researches on how certain cells such as red or white blood cells react to certain disease. In multiple occasions, such as help curing certain cancers such as leukemia. Reproducing great amounts of red and white blood cells that were destroyed in the patient. The cells can also alter into skin cells which can help patients who have skin problems such as bruns.
According to John Morrissey, “Eye-popping medical technology provides earlier diagnosis personalized treatments and a breathtaking range of other benefits for both patients and healthcare professionals.” With the innovation of diagnostic technology, advances in biomedical engineering, modern healthcare and its delivery methods are changing at increasing rates (Banova). Though technology can cause problems in the engineering manufacturing area. Sports medicine professionals use different diagnostic technology including, x-rays, CT scans, MRIs and EEGs, to help present symptoms that usually don’t appear
The twenty-first century marks a period of revolutionary breakthroughs in regenerative medicine that house the potential to dramatically extend the human lifespan. At the frontiers of this medical research is a novel treatment known as telomerase gene therapy, which aims to target the molecular mechanisms responsible for human aging, through a gene-editing approach. Consequently, this treatment has the potential to not only retard the aging process in humans, but to also treat various age-associated diseases, including cancer, dementia, and hypertension (Boccardi et al.). While this treatment does face various ethical dilemmas that may hinder its implementation into clinical practice, recent ethics evaluations have shown more favor toward this treatment, and further support the progression of its research.
From the clinical point of view squamous cell carcinoma are important. They have a wide variety of fields, including medicine, pathology, surgery, nuclear medicine, and radiation therapy. It have been identified that oral cavity squamous cell carcinoma contains cancer stem cells. Cancer stem cells have the ability for proliferation and perpetual self-renewal, producing downstream
Genetic test protects our children and the next generation from disease and suffering. In other words, generation of non-diseases and psychological pressure, much stronger than generation suffering from disease. Because it will be a generation unable to production, work, and community development. All couples should do the genetic test before marriage to get healthy kids, and life filled with happiness and
In order to formulate an opinion on this much controversial topic we should understand how genetic screening works and consider both the benefits and risks of this matter. Ethical, social, and medical factors all play a role in determining this. Genetic screening is where DNA samples are used to identify gene or genes related to a genetic disease or disorder. It determines risk of having or passing on a genetic disorder and detects some genes known to cause genetic disorders. Preimplantation genetic diagnosis is a specific type of genetic testing done in-vitro process.
They also state that they can guarantee the outcome will be a complete success because if one small thing goes wrong, the embryo can be accidentally terminated. Also the technology isn’t 100% safe yet as it’s only in the experimental stage still. Therefore I don’t think we should be allowed to genetically modify our children because there’s a greater possibility of accidentally “killing” the offspring than having them as the parents mix of their own
It’s likely that most diseases have a genetic factor since genetic instructions control how all cells function. BER is developing methods to study beneficial or harmful genetic changes with molecular probes and they have successfully created images of genetically altered organ function in animals. Now, BER has initiated exploratory research to develop radiotracers for dynamic imaging of gene expression in real time. Drugs could be customized for individual patients based on genetic “fingerprinting” in the future(U.S. Department Converting Energy to Medicine). If scientists can learn how these diseases work, there may be a chance to cure those "incurable" diseases.
It is later proven that the study of Virology is the cause of scientists advanced experimentation with cancer and expanded their boarders with the topic. Without HeLa cells, half of the human race would have been extinct and scientists research would not be as advanced as it is today. HeLa cells have caused science to be impacted by being able to retain information through research and expand their philosophy on science. The scientific information presented is important to everyday comprehension which benefits the health of the human race. Imagine living in a world where HeLa cells are
A-level biology has honed my analytical skills and it allowed me to learn new and advanced concepts about biology, such as the intricate nature of respiration involving cells and various molecules and enzymes. Studying A-level chemistry has refined my logical competence and introduced me to the concept of the dynamic equilibrium, which help stabilize our body 's environment. While A-level psychology has developed my debating and application skills for example applying research and studies to particular theories. I 'm also undertaking an EPQ, which is about Malaria and what is the biggest factor that contributes to its varying mortality rate. Doing this project has helped me improve my independent research and gathering of complex data on both primary and secondary source.
Stem educations can create medicine for incurable disease by adding all the aspects of stem together. With a stem education the ability to overcome disease is easier. With the ability to add on more stem education, that 's the ability to cure more disease.