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Immunology final review
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I want to major in Biochemistry so I can pursue a career in Immunology research. I have not narrowed down the specific field in which I want to conduct research in but I do know at this stage in my academic career that I would prefer to work in a lab than in an environment such as a hospital or a pharmacy. To be honest, I'm also not sure if Biochemistry is the perfect fit for me as I have yet to take a class specifically focused on biochemistry. I have taken few classes such organic chemistry and a molecular biology class that led me to fields incorporating the molecular aspect of biology with chemistry. I also have to take into consideration my willingness to take biology classes as I have yet to master study techniques on studying for biology. …show more content…
According to One Net. Com, a Biochemist studies the chemical composition or physical principles of living cells and organisms, their electrical and mechanical energy, and relate phenomena. “A Biochemist may conduct research to further understanding of the complex chemical combinations and reactions involved in metabolism, reproduction, growth, and heredity.” A Biochemist makes a median salary of $82.150 annually (Median Wages for 2015). I focused my career research to immunology research as that’s the field I want to eventually work in. According to About Bioscience. Org, Immunologists are research scientists or practicing specialists who study, analyze and/or treat disease processes that involve the immune system. A career in this field will require a ph.D as well as 2-3 years of training in an accredited program and must pass an examination by the American Board of Allergy and Immunology. An immunologist muse be proficient in other areas, including understanding the functioning of the body as it relates to issues beyond immunization, such as medications, therapies, test materials and surgical procedures. Lastly, according to Leran.Org, an immunologist with a Ph.D would qualify for other jobs such as working for government agencies such as the National Institute of Health. An immunologist can also work for pharmaceutical and biotech companies to aid in research and development
In high school, I enjoyed my chemistry, physical and earth science, and computational physics courses, but what I really loved was biology. Learning about cellular respiration and photosynthesis; how cells divide and replicate; and how DNA is passed from parent to offspring, imbuing traits and determining much of the life of the offspring fascinated me. When it came time to apply to WMU, I decided I wanted to be a doctor (what I thought to be the perfect combination of bettering society and biology), so I choose biomedical sciences as my major. When I got to Western, I enjoyed the subject matter of my coursework, but being an 18-year-old struggling with
I do not have a lot of experience in formal research, but I have done research papers for AP Biology, and last year in social studies, I wrote a research paper on the origins and implications of the number zero. I have laboratory skills from research done in my AP Biology class and other science classes: I know how to titrate, pipette, and utilize other scientific instruments such as spectrometers, spectrophotometers, calorimeters, Bunsen burners, centrifuges, and respirometers; I can do data analysis with methods such chi square test and T test.
I received a 4 on both AP biology and chemistry which correlates to me being well qualified in both areas of study. In AP biology I learned important skills in microbiology such as gel electrophoresis and gene transformation which allowed me to work closely with DNA sequences and how they affect phenotypes. Being familiar with genetics and DNA sequences would allow me to learn quickly in the lab when dealing with the topics of gene regulation and microbiology. Through AP chemistry I was also able to experience hand on lab work. I have worked with dangerous chemicals and worked in a fume hood, learning the importance of lab safety and precision. Both of my AP classes have well prepared me to work in a lab setting. In my first semester at Rutgers University I worked hard and was able to achieve a 3.8 GPA, which reflects my hard work. My success in General Chemistry part two and Science of Food and current success and elementary organic chemistry shows that I am qualified in the sciences. My background in both the chemical and biological sciences would allow me to perform well in a research setting and allow me efficiently learn about the research
My love of nature has led me on the path to pursue a higher degree and eventually a career in the biological sciences. To prepare for college, I have applied to six four-year universities with my intended major of biological science and have taken many vigorous science and math courses.
In addition, the Foundation course I am currently attending is a way of, not only developing my critical thinking skills, but also gaining and consolidating knowledge that I have not yet acquired from my previous studies. The fact that Biomedical Science uses laboratory skills, which I very much enjoy, with a deep study of all aspects of the human body and the organisms that influence it, made this course an obvious choice for me.
Moving on to my college years, I was a nursing major for 2 years. My classes consisted of Into Organic Biochemistry, Anatomy, Physiology, Medical Micro Biology, Nutrition and many more. As challenging as the course work as, I loved every second of it. My teachers were all extremely passionate about their fields and the laboratories were so incredibly interesting (especially Medical Micro Biology). Now being an education major with an emphasis in English, I am only required to take three science course, which I am taking them all this semester and so far I am really enjoying them
College courses are very rigorous, so to keep up with the study and work loads, I will attend the professors’ office hours, review the lessons each day after class, and work on my assignments immediately after it was assigned to prevent procrastination. In addition to my academic pursuits, I will search for volunteer opportunities, laboratory work, and shadowing in order to present myself as top applicant for medical school. The benefits of pursuing a biochemistry major is that I will have a strong foundation in the sciences, which will be beneficial in medical school. By learning how natural processes occur, I can apply my knowledge to my studies at medical school and understand how illnesses affect the body; therefore, I will be able to develop proper treatments for patients. For example, some illnesses lead to overproduction of a certain chemical within the body due to the overstimulation of a molecule.
I know that my opportunities for growth are amplified when I have access to the most challenging material and when I am surrounded by the most productive people. Having worked in Microbiology Lab and conducting research in Biochemistry Lab, I have built the most solid credentials available to benefit from the undergraduate research programs. I am eager to explore new skills to help to discover ways to treat and cure diseases. I would be thrilled to spend a summer working side-by-side with some of the most talented scientists in the world in an environment devoted exclusively to biomedical research. I would love the opportunity to learn the latest innovative research, tools, techniques, and applications used by leading scientific institutes
As I have particularly enjoyed studying biology and chemistry at college, I have developed an ambition to proceed with them to a more advanced level by studying for a degree in biomedical sciences or pharmacy. I believe doing so will be the most appropriate option for me. I want to study biomedical science, as the study of living things at a molecular level genuinely fascinates me and appeals to me. Also because it’s a very fast moving subject and is significant to a lot of major issues facing society, it also recognises that biomedical scientists are greatly involved in the analysis and treatment of many illnesses. Pharmacy is also another option for me as I have enjoyed maths and science and it is a subject where both can be applied.
As a Biochemistry major, I started off this class certain that the information that I was yet to learn would not apply to me. I originally took this class because I had a positive experience in my AP Psychology course in high school. I also wanted to explore the psychology major however, I was surprised to learn that the pay after obtaining a bachelor’s degree in psychology is not realistically high. After learning about the psychology major, I have decided to change my major. I am not interested in pursuing a psychology major for the pay, but to improve my knowledge on the human mind to make me a qualified physician.
During my undergrad, I studied microbiology with Dr. Ayman Johargy. His way of teaching was quite interesting. Every class period, he used to correlate the lecture with a new discovery. One day he told us about his research project that contributed in finding the best method of preventing HIV. I was surprised and I wanted to continue my education in microbiology.
I want to be biochemist because I want to continue learning and researching concepts that would ultimately benefit people. Science and medicine has always been something I desire to get into because it requires hard work, determination, and the desire to continuously learn. I would like to be the one to help others in the “back,” researching and developing ways to detect illnesses early for a healthy life. Not knowing who will be directly affected with these new medications or drugs produced would mean there wouldn’t be discrimination against a specific race because it’s produced for the general population. I wish others would secretly appreciate what I can contribute in the future even if it’s not
The career I chosed to learn about is a pediatrician. A pediatrician is someone who specializes in treating ailments and illnesses for children. They treat illnesses such as strep throat, pink eye, colds, chicken pox , etc. In addition, pediatricians help healthy stay well ; this can include administering immunizations, evaluating patients, growth and weight, and providing guidance for social, mental, and emotional health. Pediatricians might end up working for clinics or in private practice centers.
My desire of studying biomedical sciences stems from my sciences interest, as it demonstrates a world not visible to the naked eye, plays a big role in everyday life. science specifically biology and chemistry are stimulating and challenging subjects , over the years of studying them ,my interest has increased because learning things about how our bodies function and how it relates to god’s creation is particularly interesting for me. I also find it very important because I’m Muslim. The biomedical science degree will open for me the door to learn more about the vast field of biology and its branches to a greater depth. I developed my knowledge in the science field by taking support classes in the lab at school; I was fascinated by how the body can function in different circumstances and the complexity of DNA, different organisms, chemical reactions, and also very importantly the mathematical aspect which gives me the chance to develop and use my logic and it inform me to new ways of looking at given problems.
I have always been intrigued by the field of science and that is the reason I pursued the field of Biochemistry for my undergraduate studies. How The Human body works and the different determinants that can affect one's health or a community as a whole have always been captivating to me. I wanted to emerge in a profession that is beneficial for me, my community, and the world I live in. I came to realize through various science courses and health care experiences that a career in health care was the best path for me to outreach my community and the world.