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Career prospects in biochemistry and biophysics
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I was first drawn to cell and molecular biology when I was a child, when my uncle gave me a microscope for Christmas. I was enthralled by the intricacy of biological structures, and curious as to how the hidden architecture of living things contributes to their function. When I entered high school, I was surprised at how much information in biology was still unknown or unclear. To pursue these answers, I studied beyond what was required of my classes, even to the point of individually learning AP biology. Despite my high achievements in these pursuits, my questions remained unanswered. With this, I decided the only way to have my curiosity satisfied would be to go to college to study cell and molecular biology. This intent was cemented when my father was diagnosed with a genetic form of Charcot-Marie-Tooth Disease; I wanted to devote my career to research in cell biology, so that I can make discoveries that may prevent others from suffering like him. …show more content…
persicina in a workshop at Cornell University (under Dr. Jeanne Kagle); resource allocation in A. syriaca (Dr. Steven Stein); the effects of squalane supplementation on R. sphaeroides (Dr. Kagle); antibody indicators of colostrum quality (Dr. Sara Hazelton) and the food/water intake and growth of C57BL/6J mice (Dr. Kristen Long). It was Dr. Long who inspired me to pursue a PhD in biology: the great overlap we have in personalities and background made me realize that it is well within my capacity to apply my love of biology to research, so that I may create a meaningful and exciting career for myself, as she
Starr, C., Taggart, R., Evers, C. & Starr, L. (2012). Cell Biology and Genetics. United States: Cengage Learning.
For many year, scientists have been researching and experimenting to understand how life on earth began and what was the turning point. Many studies and research were done in order to answer this question. After many years of research, scientists finally discovered the essence of life to be the cell. In order to consider something alive, the cells in the organism should be able to grow, reproduce, have the ability to process information, and carry out chemical reactions (Freeman 1). Even though cells are small, they are very complex and they are the functional unit in the human body. After discovering the cell, scientists wanted to know what is the structure of the cell. Under a microscope, an english scientist by the name of Robert Hooke was able to first observe the cell under a microscope using a part of a tree (Karp 2). Scientists divided cells into two different categories; eukaryotic cells and prokaryotic cells; each category has specific characteristics that defines each kind of cell. For instance, eukaryotic cells have a membrane bound organelle called the nucleus as well as ...
Please explain your reasons for wanting to participate in the Garcia Center Summer Scholar Program.
When I was younger I always found myself interested in science of all varieties. In elementary school, I aspired to be a scientist, but I was not sure what career path to take. In 10th grade, I found myself in Pre-AP Biology thinking that biology, although fascinating and complex, made perfect sense to me. I took AP Biology during my Junior year and felt that same pull. I loved biology and was certain that I wanted to study biology in college. My big question was what could I possibly do with a Biology degree.
As a food science major with an interest in nutritional sciences the regulation of lipid synthesis would be a comprehensive topic that would allow me to develop my research abilities in a setting applicable to both my major and my interests. Using molecular biology and chemical processes, assisting in determining what mechanism is used to how phosphorylated PA phosphatase would allow me to learn both new lab techniques and new concepts in the fields of microbiology and biochemistry. My interests in food science have always been with either food microbiology or food chemistry with some interest in sensory science. I hope to explore all of these fields of food science during my time here at Rutgers to aid me in finding what I love to do. Along
The desire to help people and make a difference in the society is what attracted me to the field of medicine. As a child I was always interested in science as a subject and participated in many National Level Science competitions. I volunteered for Urban Leprosy control program, which gave me an opportunity to interact with Leprosy patients and participate in activities aimed at educating people about the disease and disease prevention. It was during this time that I had a chance to closely observe the relationship between a doctor and the patient and I decided that I wanted to pursue a career in the field of medicine.
My small and humble town did not afford me the opportunities to investigate the many questions I had. It was when I had received acceptance into UCLA, I knew I held a golden key. I saw my first laboratory here at UCLA and it was not long before I applied for the Biomedical Research Minor in an effort to dive headfirst and start working in one. Last year, I worked under Professor Utpal Banerjee in the Department of Molecular, Cell, and Developmental Biology studying and elucidating a novel immunity independent inflammatory...
1)"Big Idea 2: Cellular Processes: Energy and Communication." AP Biology Investigative Labs: An Inquiry-based Approach. Ed. The College Board. New York: College Board, 2012. 51-61. Print.
My passion for Science and the practice of Medicine goes far way back as my childhood days when my uncle who was paralyzed for ten years with acute spinal cord injury passed away. This incident paved the way for the
The diversity and the unity of life are equally meaningful and striking aspects of our Earth (Dobzhansky, 1973). Although an astounding 1.2 million species have already been identified, it is estimated that another 8.7 million are yet to be discovered and classified (Mora et al., 2011). By understanding what unifies us –our genes, our understanding of the organisms we share our planet with will continue to grow.
Ladies and gentlemen, boys and girls this is never before news! It gives me great pleasure to introduce to you a once in a life time interview with one of the biggest mafia families out here in the great Big Apple (a.k.a New York), the Corleone family. We have taken interviews given to some of the family members throughout the years, and put together a little project. It gives me great pleasure to release this astonishing interview into the science world, which will help scientist and the young children on how to remember the cell and its organelles. Cells are important because we humans are made up of cells, without cells we wouldn’t be anything and wouldn’t be able to function. By telling the members of the Corleone family that these interviews were for science, they graciously accepted my offer and helped me out on how to get a better grasp on the cell and its organelles.
To take my initial steps towards research, I spent the winter during my sophomore year working on a project at microbiology laboratory under Dr. Anil Limaye, Assistant Professor, IIT Guwahati. Apart from gaining valuable knowledge in bacteriology by surveying various literature works, I learned basic techniques such as bacterial culture and transformation. A diverse spectrum of laboratory courses like Molecular Biotechnology Laboratory, Biomolecular Analysis Laboratory and Biochemical Engineering Laboratory have trained me in several basic techniques like Plasmid extraction, Gel Electrophoresis, Purification and Estimation of proteins etc. Bioinformatics and Computational Biology Lab have helped me attain various bioinformatics skills like Analysis of protein structure and Comparative genomics & proteomics. To pursue my interest in Developmental Biology and Cell Biology, I interned at Tata Institute of Fundamental Research (TIFR), Mumbai under Dr. Maithreyi Narasimha in summer'2012. During this internship the objective was to find out how Cappuccino protein affects the morphology of ...
In the future, I wish to obtain an occupation in the medical field. I would like to start out by working for a Biology major and working in a premedical field in college where I can use my interest in medicine and my curiosity for knowledge to gain insight that would be needed to become a helpful doctor in the medical field. As I move along in my career, I would like to work my way through the pathway so that I can expand my skills in healing others, such as diagnostic abilities, effectively giving treatment and so on. I want to learn as much as possible so I can fulfill my ultimate dream of helping others that need answers to their medical problems and so that more people can live happily and healthily in the world. I hope to bring happiness to others and allowing people to live comfortably.
Bioinformatics is a multi-discipline field of study which include computer science, statistics, mathematics to develop algorithms and systems that are capable of solving molecular biology problems .The primary goal of bioinformatics is to understand and solve complex molecular biology problems. This goal can be achieved by developing and also applying computational techniques and information storage, such as data mining, HCP algorithms and database creation. All these techniques are meant to support multiple areas of scientific research including:
Bioinformatics is actually a biological data descend from the knowledge of computer analysis. These can comprise of the data archived in the hereditary code, additionally trial outcomes from different sources, tolerant facts, and experimental expositive expression. Look into in bioinformatics incorporates strategy improvement for capacity, recovery, and investigation of the information. Bioinformatics is a quickly creating limb of science and is remarkably interdisciplinary, utilizing methods and ideas from informatics, facts, arithmetic, science, organic chemistry, physical science, and etymology. It has numerous useful provisions in diverse regions of science and medication.