One of the many needs that drives this biomedical subfield is society’s need for more advanced equipment and machinery. Some recent advances show this need. In the last decade, biomechanical engineers have invented and innovated new robots and machines that can assist a surgeon in surgery or serve as an artificial liver. These machines satisfy the need to improve and innovate new equipment that can save lives and improve how people in the medical field perform their
Future of Medicine Every time I think of the field I want to go into, the first and the most important thing that comes to my mind is that it should be something related to biology. I have been a science person all my life, and hence it is inevitable that I will go for a profession which gives me an opportunity to learn and discover science more deeply. In addition to this, it is also vital to choose a career, which can assure the availability of a reasonably paying job to support my needs. For me as a person, I will consider my life to be successful only if I could do something for the community and the world. After analyzing all my expectations from my profession, I have chosen to go into health care profession, one of the most designated
Biomedical Technology Introduction For the biotechnology industry, the future is now. Biotech companies are producing new and improved drugs, mapping the genome, and creating artificial organs and body parts. The advent of these new products will increase the quality of life for those who have access to them. Advancements in the biotechnology field have received a lot attention by the press and publications. They have given the impression that it is almost imperative to learn about this fairly new field of study.
It brings a new understanding and allows focusing on living systems so that contribution can be made to the improvement of healthcare and clinical applications. It excites me extremely when I consider how much I can do for human health and safety through working in this field. ACADEMIC BACKGROUND & TRAINING I value academics as a powerful means to realize dreams. I persistently scored well in school and high school. I opted to pursue my passion in under-graduate studies and chose to study Biomedical Engineering, the details of which are clearly enumerated in my curriculum vitae.
I believe the use of stem cells will have a positive impact on our society. We are always looking for ways to cure any diseases that affect our everyday lives, from cancer to diabetes. With the use of stem cells, we could see a cure for these diseases in the future and millions will benefit. The cloning of embryos to extract embryonic stem cells is an amazing breakthrough for scientists worldwide. The possibilities for stem cell use are endless and cloning is a new way to achieve them.
Stem cells definitely have the ability to have a large impact in the science and medical fields. Science has grown so fast into finding new ways to treat a large number of different medical conditions and it is only a matter of time till these new findings are put into effect. The stem cells among us already have the ability to restore tissue and to also transform into different types of cells to fix diseases. The adult and embryonic cells are cells that scientists will continue to use to treat the many different diseases. Therefore, it is very important to know the basics of stem cells, the difference between the types of stem cells, and the possible uses of stem cells because science is moving quickly to have a promising future for those in need of medical help.
The academic curriculum has introduced me to amazing subjects like ‘Microbiology’, ‘Molecular Biology’, ‘Biochemistry’, ‘Genetics’ and ‘Industrial Biotechnology’. Although many seminal biological events have been explained in theory during the past century, the technology to harness their potential for benefiting humankind has only been possible during the past few decades. This is testament to the great improvements in biotechnologies and I am glad to be a part of this grand scientific experience. Life as a student of Biotechnology held untold wonders and I enjoyed learning via the practical sessions in the lab, simply because I could actually implement everything I studied. At the same time, I also learned about the latest innovations in products and services using Biotechnology via courses such as ‘Commercial Aspects of Biotechnology’ and ‘Frontiers in Biotechnology’.
Three Reasons Why Biotechnology Should be Persuade Today in the twenty-first century, technology, a practical act of applying that what came from science is spreading out in our everyday lives for the purpose of stabilizing problems in the world and also to make our life much easier. Now, companies are focused on their position in society and worldwide competition. As they become more effective in production, they keep improving their products. Improved production results from technology progression. Yesterday, we could only imagine and dream about what we have today.
It is essential for scientists to keep digging and unravelling the extent and exact mechanisms of the gut microbiome. Their studies thus far have completely opened up new ways of looking at brain function, health and disease, although much of its diversity still remains
There is a paradigm shift in biology where programs are focused upon the development and delivery of genomic and personalized medicine therefore the need for high-throughput and integrative approaches to assemble, manage and analyse the rapidly growing heterogeneous data sets has become imperative (Altman, 2012). As the world is in a new generation of information age, the incorporation of informatics into scientific studies becomes inevitable, leading to the development, advancement and application of translational bioinformatics. This essay will discuss the extent to which the development of translational bioinformatics in medical field can be the next game changer in medicine. Translational bioinformatics have been greatly utilized in various newly emerging fields, for instances, biomarkers, systems biology and pharmacogenomics. The studies of biomarkers, systems biology and pharmacogenomics enable comprehensive understanding of diseases and empower scientists and clinicians to design individualized strategies to bring the right drugs with the right dosages to the right people ... ... middle of paper ... ... are limitations, for instance, some data are not in sync, as it is still a growing field.