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Biochemistry and biophysics as a career
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The Profession of Biochemistry
“If cancer is to be cured, the earth’s pollution cleaned up, or the aging process slowed, it will be biochemists . . . who will lead the way” (“Biochemists” 13). Biochemistry is the profession of studying the chemistry of living things and using that knowledge to solve real world problems (13). This career is a demanding but interesting job. After researching biochemistry, I found that it is a field with a very diverse set of responsibilities, working conditions, and educational requirements; and my interest in becoming a biochemist is now more heightened than before.
One of the most prominent responsibilities of biochemists is studying the chemical makeup of living things (13). They look at and study food, drug, tissue, air, water, plant, animal, and cell samples (“Biochemist” 14; “Biologists”). If the individual is a research biochemist, her job is only to write down the information they find and move on. Applied biochemists use their research to solve real life problems. They can use complex lab equipment to run experiments, and it is even plausible that they might design their own experiments (“Biologists”; “Biochemists” 16).
In my research, I found that there are three major fields of biochemistry, and each field has its own set of responsibilities. The three major fields of biochemistry are medicine, nutrition, and agriculture. Biochemists in the field of medicine have the broadest set of responsibilities. They can do things from mass producing life-saving chemicals, like insulin, to increasing fertility in humans or endangered animals. Medicinal biochemists also search for chemical explanations for problems, do drug design and evaluation, cure diseases, and increase immunity to certain illnesses (15). Nutrition is also a field of biochemistry. Nutritional biochemists study the chemical effects of food on the bodies of the creatures consuming it. In nutritional biochemistry, diet is compared with diseases, like heart disease, to see if diet affects the disease. Last, but not least, biochemists can work in the field of agriculture. Their job is to help with crop cultivation, to genetically engineer crops, and to prevent spoilage (16). All three major fields of biochemistry are different, but every biochemist’s responsibility is to better society using the chemistry of living organisms.
Unlike the diversity of their responsibilities, biochemists have a uniform set of working conditions, depending on where they work.
Many people feel that biology has become more advanced than physics. Biology has in fact become the new focus of the future as we tend to use it a lot in our daily lives. The study of Biotechnology is known as the branch of molecular biology that studies the use of microorganisms to perform specific industrial processes. This study shows that our lives can be transformed.
Roscher, Nina M., and Cavanaugh, Margaret A. (1987). "Academic Women Chemists in the 20th Century: Past, Present, Projections." Journal of Chemical Education 64:823-827.
Our bodies involve and require many different biochemical reactions, which is achieved through the help of enzymes. Enzymes are proteins in our bodies that act as catalyst as they speed up vital biochemical reactions by reducing the “activation energy” needed to get the reaction going. To sustain the biochemistry of life, enzymes maintain temperature inside our living cells balanced and the concentration of reaction molecules. Enzymes are extremely efficient because they remain remarkably unchanged, therefore have the potential to be used over and over again. They are extremely specific with the reactions they catalyze, like a lock and key and, extremely reactive. The molecule to which enzymes make accelerated changes to is the substrate. The molecule that is present after the enzyme-catalyzed reaction is the product. Most enzymes require specific environmental conditions such as temperature and pH levels to be met in order for them to function properly and efficiently. In the first part of the lab we specifically examined a simple enzyme-catalyzed reaction using catechol (the substrate) which will be catalyzed by the enzyme catecholase and will then result in color change. This familiar color
develop medical treatments, determine the toxicity of medications (usually in at least two species of animals), check the safety of products destined for human use, and other biomedical, commercial, and health care uses
Although on a regular basis she relays her discoveries to other scientists interested more in the utilization of their chemical composition, Dr. Stock’s passion remains in the biology of these overlooked but fascinating organisms.
To excel in the field of Biology is not merely my dream, but my passion. I have started on this path of never-ending discovery and I want to master this science. It would not be unjustifying to state that the world is a better place today because of the advances in biological sciences. It truly promises to be an ever-advancing profession on this planet where better cures are required for freshly determined diseases on a day-to-day basis. Gene Technology and Biotechnology are a boon to this world. Putting microorganisms to use in the formation of insu...
The human body goes through many different reactions and processes that are necessary for humans to live. Chemical reactions by the human body are never seen with the human eye, but it is so vital that these processes are understood. Without this understanding, diseases and disorders can never be resolved or controlled. These processes may be small in size, but have a great deal of impact on the function of the human body.
Chemistry is a major part of the human body. Everything that is happening inside the body is considered a chemical reaction. We need chemistry to understand how food is converted to energy, how oxygen gets from the lungs into the bloodstream, how to determine the PH of the blood, and how the body digests food. A good nurse knows all the answers to those questions and they understand the chemical reactions happening in their patient’s
Biology, is quite the expansive field in the world of science. The term itself has its roots in Greek with “bios” meaning life and “logos” meaning study. The term itself refers to the study of all walks of life that occur in nature. It covers all of the grandeur of life from the various structures of cells and the materials that comprise living creatures to the make up of primeval cells of the past. It encompasses the vast strata of the life from the infinitesimally small cells to the the gargantuan blue whales and other leviathans of the world. Underneath the umbrella of biology are a bevy of unique disciplines such as: physiology, genetics, ecology, and morphology.
...ree careers make sure that every day activities do not lead to the degradation of the environment. For these reasons, it is clear that chemistry is beneficial to the way of mankind.
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.
Typically, these scientists, like most others, work in labs conducting countless tests and examinations. Their work is painstaking, and detailed. There are strict procedures in place that they must comply with.
Sazlberg, Hugh W. From Caveman to Chemist: Circumstances and Achievements. Washington, D.C.: American Chemical Society, 1991.
The growing relevance of Chemical Engineering in today’s world, from energy & oil industries to pharmaceuticals & biotechnology, and a keen desire for applying this knowledge in interrelated spheres motivates me to pursue a Master’s degree in this field. My interest in science goes back to the time when I was in school. We had a young and enthusiastic teacher who took us on field trips and visits to science fairs and museums. This nascent interest has only burgeoned through my years in school and high school, as I have learnt more about the subject. In the long run, I see myself as a part of a leading research group, either as a faculty member or in the R&D department of an organisation contributing my bit to the field of Chemical Engineering. As a research scientist, I hope to make a difference in this field and learn more through the innovative challenges.
The myriad mysteries of science can be unraveled by the emerging technologies including Biotechnology. Science has always been my interest and forte thus, the choice of Biotechnology as my academic option was the ideal decision. I had prepared for the highly competitive entrance exam AIET to get admission into the integrated Masters Degree in Biotechnology and Bioinformatics at Dr. D.Y. Patil University and secured 87th all over India rank and was proud to gain admission to this venerated university. 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.