A Career In Biotechnology Admission Essay

After graduating high school, I was accepted to Alabama State University and decided to study Biology. I figured that this area would help me study living organisms, life processes and understanding the basic life processes that required different medical provisions. I believed that I would eventually find out if I wanted to studying medicine or counsel people. On May 7, 2011, I graduated from Alabama State University with my Bachelor’s degree in Biology. Then I volunteered at Jamaica Hospital emergency room alongside the medical providers and interact with the families of those who are medically

The field of science has always been of interest to me. The quest to learn as much as possible about the universe we live in has always been a journey I would like to be a part of. However, I had not, until recently, decided in what facet I would like to contribute. Originally I had thought that an area of physics was the field I would pursue. The mysteries and beauty of the cosmos drew me in but I was never certain it was what I wanted to pursue. My realization came during my first semester in AP Biology. I was exceptionally fascinated by the molecular workings of cells and by the genetic code that orchestrated it all. The beautiful complexity of intercellular communication and the wonderful mystery of noncoding DNA, captured my interest.

I find the field of biology fascinating and I thoroughly enjoy learning the subject. It is an ever changing and developing subject with new advancements every day. These advancements can change people’s lives for the better and I want to be part of that.

Next, science is the light that keeps us out of the dark ages. If science did not evolve, we would have many unanswered questions related to real life, die with terrifying diseases, and starve without hygiene and nutritious food. Because science has an impact on every aspect of our lives, I am eager in exploring this immense field of study and improve society through healthcare. When it comes to STEM field and school, on top of maintaining good GPA and grades, I devote my time well to my extracurriculars. Starting 7th grade, my passion for opting the medical field has strengthened due to my influential pediatrician. This enhanced drastically as I started gaining many volunteering and shadowing experiences throughout high school. As a freshman, I started taking advantage of majority of the opportunities around me like joining HOSA (Health Occupations Students Of America), Steminism, NHS, UPMC Passavant, Senior Living Facility. Covering a wide range of areas in healthcare-- volunteering/shadowing a geriatrician, pharmacist, nurse, surgeon and more-- solidified my aspiration. However, when I think about the medical field, clinical is not the only side. Research plays a huge role in medicine because without this, we would have inadequate knowledge about science and also would not have access to all these sophisticated treatments. Bayer School Scholars Program is a great opportunity for students like me to

Exploring various research opportunities on campus and summer internships have allowed me to shape what I want my future to look like. When the time approached to set my personal and professional goals, I made a conscientious decision to enter a field that would allow me to leave a positive impact on mankind, while adding to the current body of research. There is more that can be done by combining research and medicine, and additional steps I can take to enhance scientific advances. These convictions, coupled with my passion for medicine and science, were significant factors in my interest in becoming a physician-scientist, pursuing an MD-PhD. As a scientist, I see how creation and innovation can aid. As a future medical doctor, I see the need to treat, heal, and

Growing up in an impoverished area of the Mexican border pushed my parents to send me to the U.S. to obtain a better education. Through self-discipline and persistency I slowly broke through my language barrier, however other obstacles crossed my path that required more than simply persistency. As I become comfortable with my new environment, I developed a deep curiosity about the world around me especially human physiology. My parents' careers involved science and medicine on a daily basis, this sparked my curiosity significantly towards medicine and science, and the principles of my institution helped me discover my vocation. These principles and interests ultimately led me to what I believe

life by decades, biotechnology has the same potential to do the same. Therefore, most advocates argue that since the technology is there it should be used. For ages humans have been, enhance through education and biotechnology could be another method in order to continue to further develop human life.

“Mitochondriaaa, praaay for us,” mocked my fifth grade classmate, bent on driving our science teacher insane. I was only 11 years old, but at that moment, learning about mitochondria in my tiny classroom, I became transfixed. Throughout my life, I’ve recognized two constants: a love for science and a passion for learning. Whether learning about the physical forces governing a sunset, the sociological impact on schizophrenia, or the pathogenesis of bacterial diseases, I am captivated by science. However, one question always lingered in the back of my mind: How am I going to harness my passion to benefit the world around me? Becoming a physician seemed to be the obvious answer, yet doubts clouded that notion. However, when I immersed myself in diverse medical experiences, and pursued the passion within me, all doubts ceased. As my experiences increased, my desire to attend medical school flourished.

Since childhood, I have tried my best to find something in which I excelled, a path in life that I could turn into a career choice. However, it had not been as simple as I thought for as I developed, matured and refined my academic skills, my passions changed as I gained a love for the sciences. Initially, I wanted to explore a career in detective work, which I pursued for two years. Then at age fifteen, I had my heart set on pursuing law, primarily because I wanted to help people, especially those who had been faced with injustice. However, as I enrolled and completed more advanced and challenging Science classes, I began to develop a passion for pursuing a career in science and its related field. The constant that remained true, though, is that in every career path I desired, I knew that I wanted to help others.

My passion for medicine grew out of opportunities that I was very fortunate to have. These opportunities involved learning about the mechanisms of both human health and disease. My decision to pursue a career in pathology was easily made based on the amazing experiences and mentorship I have had over the last decade. During high school, my interest in medicine led me to participate in a research project with a pathologist. This project sparked my interest in the world of research, and provided me with the first glimpse into what pathologists do.

Biotechnology has been around since man learned how to create beer with grain. However, biotechnology has many risks. It makes some crops not grow in certain places and cloning that could cause serious problems.

The term ‘biotechnology’ derives from three Greek words which are bios(life), technos(technology) and logos(thinking). According to United Nations Convention on Biological Diversity, biotechnology means any technological applications that uses biological systems, living organism, or derivatives thereof, to make o modify products or processes for specific use. However, the American Chemical Society defines biotechnology as the application of biological organisms, systems, or processes by various industries to learning about the science of life and the improvement of the value of materials and organisms such as pharmaceuticals, crops and lifestock. Basically, this technology is found due to evolution of certain industry. For instance, biotechnology

Scientists and researchers have existed for thousands of years and some of their work have been able to allow their legacy to live on after they are gone. Some would say they are the embodiment of mankind. Because of their countless hours spent on research and experimentation, they have been able to create and ensure that technology is always improving. Science and STEM related careers are a growing field that requires the same quality, people interested in this field are problem solvers. The majority of scientists and science enthusiasts follow the same basic process also known as the scientific method. They all give the information collected and confirmed to the public for general use and to spread knowledge. With that being said, a marine fisher biologist, the career being interviewed, can easily be looked at and compared to an applied physicist, the career that is being pursued. A marine fisher biologist is a scientist who goes to bodies of water in order to conduct experiments that evaluates the health of an ecosystem. The information collected is significant and important because it affects fishers and shrimpers within that area that depend on harvesting sea creatures as their way of livelihood. A marine fisher biologist are able to determine if the creatures that live in the ocean are healthy and plentiful. An applied physicist is a scientist who conducts experiments that aim to produce new technologies and solve engineering problems. Their research affects about

Biotechnology refers to the technology employed to use, modify or change the natural processes of living organisms to develop products, systems or environments to be beneficial for humans. Biotechnology has been used by humans to produce staple foods since the beginning of civilisation. The domestication of plants and animals and the use of microorganisms to make cheese, yoghurt, bread, beer and wine are examples of early uses of biotechnology. Modern biotechnology involves understanding genes and the study of genes, covering controlling gene activities and adjusting or transferring genes.

Biotechnology research experts put maximum efforts to follow regulatory mechanism than any other technology users. There is no evidence that biotechnology carriages additional risk, but there are uncertainties that concern the public. We put same risk on subjects as the pilot put on his passengers. The cost of new biologic development to the approval is approximately $2.6 Billion, means $2600 million plus the cost of post-marketing surveillance is $312 million, which is many times higher than one Airbus A380-800 that cost $428 million.