Purpose Statement For Biotechnology

Biology is a rapidly changing field, and Cornell recognizes this by exposing students to the latest information. The biology department’s weekly speaker seminars would introduce me to leaders in the field and give me an idea of the latest biological advances. Furthermore, because Cornell adds new courses yearly, its curriculum keeps pace with the field’s rapid changes. Specifically in computational biology, I look forward to taking courses such as BTRY 4840 - Computational Genetics and Genomics that would bridge my knowledge in programming and in biology. The fact that Cornell allows students to conduct research outside of their home department means I would be able to freely discuss my work with faculty from both the computer science and biology departments. In doing so, I would gain greater insights into how the two fields can be used

The Integrated Life Sciences Honors program (ILS) is a distinguished two-year living-learning program for students with exceptional academic talents that focuses on preparing students in all aspects of biological research and biomedicine. ILS offers accelerated and advanced education in the life sciences while also emphasizing nationally recognized innovations to the training. Participating in ILS has allowed me to live and work closely with many intelligent and incredible peers, each bringing a different perspective. Furthermore, the unique approach and exclusive courses offered by ILS have helped me to develop a more holistic understanding of the multidisciplinary nature of the

My immediate goal after graduation is to prepare myself in the strongest way possible for successful entry and progression in a MD/PhD program. After exploring the Case Western Reserve University website, I firmly believe that the PREP program will equip me with all the tools I need to flourish in the field of medical science. The mentors in the PREP program are all amazing scientists and after reading a few of the goals of their labs, I aspire to develop the same dedication, knowledge, and achievement. I currently want to know more about how genetics is being applied to medical research, and I was especially elated to read of the work taking place in Dr. Mark Jackson’s lab. The creation of a genetically engineered breast cancer model being used to learn more about tumor suppressor genes and their interaction with oncogenes is amazing to me. I want to learn more about the process of creating similar models and using it to answer highly relevant questions. I’m also very curious about the VBIM strategy that is being used and developed to identify new genetic elements important to cancer formation. It is a technique that I would love the opportunity to better understand and utilize through the PREP program.

When I first I entered the classroom, I perceived about twenty students who appeared to be “real” City College students. I suddenly felt my stomach drop at new setting: “Please let me survive...” were my thoughts as I only revealed a nonchalant expression on my face. Yet, as each week passed, I realized that it was no different than being in a high school classroom, except with very in-depth, but intriguing lectures. I sat there, amazed with the people who stood behind the podium talking, five feet away from me, ranging from graduate students researching stress on the endoplasmic reticulum to a CEO from Calico Labs. I also learned about prions and the newest advanced technology known as CRISPR; these topics were ones that I’ve never known exist but were fascinating nonetheless. There were many paths that could be touched upon for

Looking at “Wellesley 100”, what impressed me at first glance was number 26, the impressive list of scientific equipment that are available at Wellesley College. Owing to my parents experience in the field of biomedicine and their influence upon me, I have always been intrigued by the methodologies and types of equipment used to conduct the various research that have built the field of biology and biomedicine. My fascination with research originates from the opportunity that I had to visit my father and his colleagues in a research facility in Beijing University where my father’s team were conducting research to test the result of a certain herbal medicine on rats. I was truly fascinated by the facility, the light microscopes, centrifuges,

My primary goal as a biomedical engineer is to impact the accessibility of medicine, including cost, efficiency, and user friendliness, through the general advancement of medical technology and the development of new methods. Such advancements contribute to the overall improvement and availability of medical technologies in standard medical care facilities and could also impact areas with limited access to modern medicine. These are large scale ideas, but they are the foundation of my professional goals. As a junior at the University of Rhode Island (URI) pursuing a Bachelor of Science in Biomedical Engineering, my undergraduate studies have provided me with multidisciplinary knowledge in biomedical engineering, including biomedical instrumentation, biomechanics, and biology, as well as an emphasis on an electrical engineering

As a double major in biotechnology and biochemistry at Worcester Polytechnic Institute, cancer research fascinates me. There are still so many questions unknowns and many challenges to be solved. It was not until last year, when I discovered my passion for research, that I was able to learn more about myself. For ten weeks, I worked in a pancreatic cancer laboratory at the Mar Institute of Medical

During my studies at Excelsior, I have learned about Biology, like where life comes from and how it has developed over the years. To prove my knowledge of this class, I submitted a paper to my Biology Professor titled “Mastering Biology.” Although there is still a ton to learn it is a starting point to get a grasp

As I sat on my bed on a cold and Uneventful august evening to I watch the video "true learning," I nodded my head in apprehension for 24 minutes of the most enthralling exposure to undergraduate education I had ever had. When a student talked about the Vagelos Scholars program: A Intensive biochemistry program that allow students to approach biochemistry with knowledge of physics and Mathematics that enables them to see things in ways previously Unthought of, I concluded that this will be the Ideal place for me because it would present the opportunity I have always craved to study and research biochemistry to confront and solve the scientific problems that will shape and define our

In this era when collaboration is vital to succeed as a scientist, I have active collaborations with Emory University School of Medicine and Texas Tech Paul Foster School of Medicine. I actively participate in departmental and college-wide services, as well as professional organizations and scholarly journals. I sought as an advisor and consultant on scientific and technological programs and problems, which extend well beyond my area of specialty. These experiences demonstrate that I have the skill in providing scientific advice, collaboration, and consultation.

At first when I started college, I was on the path to become a biologist. I wanted to get more experience in the field, so I asked my advisor, Doctor Amanda Gunn, if there was had any opportunities for me to get hands-on experience in my field. She said she was studying Aeromonas Salmonicida, a bacterium that causes diseases in salmon. She wanted me to use bioinformatics tools to learn about its ability to infect salmon. The goal was to determine if certain aspects of the bacterium could be modified or “genetically engineered” so the salmon’s immune system would be able to respond more efficiently. This lead me down the path of bioengineering, a field of study where genetic material is altered for certain characteristics. After completing the

- The biotech industry is a very uncertain environment top operate in. Giving a quantative planning can create a false sense of accuracy. That way a planning can lose much of it’s added value and confidence in planning might even disappear altogether. Strong points in Amgen’s planning is that the company focuses mainly on qualitative aspects. It should be remarked however that Amgen is in the luxurious situation that because of two very successful products she is not (totally) dependent on external investments.

I have completed bachelor studies in biotechnology from University of Peshawar Khyber Pakhtunkhwa Pakistan. During bachelor studies, I have studied core subjects in biotechnology however, the subject which completely drew my attention was biochemistry. What electrifies me about biochemistry is that it is multidisciplinary field which bring mathematical, statistical and computing approaches to solve biological problems by using DNA and amino acid sequences and related information, therefore, many other fields like molecular medicines, agriculture and microbiology can get benefits from bioinformatics, which shows the broad range of this field. So I want to be a part of this field which is creating new approaches towards the biological science

21st century has already been shown to be major era for development of new drugs and new complex methods, which combine genomics, bioinformatics, advanced structural biology, organic chemistry and pharmacology are being developed and perfected. Biotechnology is becoming “discovery” industry and will without a doubt generate huge results in the coming years.

The regulatory program may differ for different field of biotechnology. The plant- related biotechnology researches are rolling fast, and some potential products are in the pipeline with less requirement comparable to animal based and human base biotechnology products. Animal related biotechnology research has showed more complex than scientists expected, both in terms of genetics and social issues. Most people are not worrying much about transferring genes from one plant to another plant or transferring a one gene from bacteria