Biochemistry Career Progression

1. An understanding of chemistry is important for an understanding of biology because biology needs the models of chemistry to better describe life.

As a transfer student, I gained many experience and knowledge with the most diverse professors and helped me gain many more curiosity. In my first year of college, I went in as a biology major without looking at the other fields that could grab my attention. Then going through my second year, chemistry came into my interest. After getting into Chemistry I and II, I have decided to minor in

Biology is the science in which one discovers and learns about living organisms and their counterparts. The study of biology, especially physiology, allows for humans to learn about themselves, and how their system works. In order to expand my knowledge and succeed in becoming a doctor, I will have to spend a lot of time dissecting and participating in biological tasks. This will allow for me to become familiar

As I began college, I decided not to choose a major at first. It was not until the beginning of this semester that I declared Biology as my major. I have always been interested in science, and it has always been one of my best subjects. Since I was little, my dream has been to become a doctor. As I have taken more classes, trying to weed out what I do and do not like, I have discovered that sciences are what interest me the most. Currently I have an emphasis in pre-professional studies which means that my major is leading me to attend a medical school after I graduate from Arkansas State University.

People, animals, plants, and many more organisms surround us on a daily basis. This will be the same for the future. Biology will help us learn more about the human body, along with other living things, and make advancements to the world. Such things include advancements in medicine and finding an alternative to fossil fuels.

Having a bachelor’s degree also comes with a high ranking position and an increased salary which leads to more responsibilities for the individual.

My Undergraduate degree of Biotechnology is an interdisciplinary field covering biosciences, biochemistry, mathematics, probability and statistics, biophysics and computer science. Subjects as varied and seemingly disconnected as these being studied together helped me understand that biology is developing into something more than pure life sciences. When I was in school, my 9th and 10th grade biology teacher, Mr. Samuel, recognized my passion for biology and encouraged me to pursue it. I have always enjoyed my math classes too and wondered if there was a way to connect both subjects. I discovered Computational Biology to be the perfect embodiment of this idea. The roots of the field lie in Biology and branching out of it are the applications of mathematics and computer science to understand the subject in a completely different way. Having knowledge in various fields certainly makes the job easier, as we know which field can cater to what part of the solution. I imagine every disease to be

There are many careers that you can become with a chemistry degree, such as a pharmacologist and learn how drugs are properly used for or even a toxicologist who research potential harm caused by chemical to help establish regulations to protect the public. Being a forensic scientist is to be believed as being a hero due to the fact that how much help you can do in cases. This job has a great salary but many it has many different work hours and is a cutthroat job. There are plenty of benefits and standards to becoming a forensic scientist.

b. I plan to major in biochemistry at a four year university and to later attend medical

As an undergraduate at Michigan State University, I quickly focused in on Biochemistry as my field of study. I have always favored science classes, but biochemistry broke down the elegance of a biological system into complex chemical reactions; it only took one class, and I was hooked. Although I struggled my senior year with a demanding class schedule and two jobs, my determination and time-management ability allowed me to graduate in a total of three years.

Explain what biology is and describe its major branchesAccording to wisegeek, Biology is the scientific exploration and study of life. Biologists study the structure, function, growth, origin, evolution and distribution of living organisms (livescience). In fact, the origin of the word biology comes from Ancient Greece, from the Greek word “bios” meaning life and “logy” meaning study (oxforddictionaries). There many divisions of biology, but all of them can fit under the “umbrella” of three different studies, Zoology, Botany, and Microbiology (wisegeek). Respectively, Zoology studies animals, Botany studies plants and fungi, and Microbiology studies microorganisms, like bacteria sometimes things that don’t fit under the group of living things, like viruses (wisegeek).

Looking into medical careers that interested me, there were many jobs that involve blood or needles and I am the person that does not like either of those. Taking advanced placement chemistry, I found the classes challenging, enjoyable, and I fell in love with science, especially chemistry. After extensive research, I decided to major in pharmacy, which I found to be a flexible degree. Not only is it flexible, it will allow me to help others because it offers careers in pharmaceutical companies to develop drugs. My main career objective is to be able to help others in a productive career that I enjoy.

If I were to conclude my education after finishing secondary school, there would not be many fruitful paths ahead of me. Without pursuing further education in post-secondary programs, life would be prolific with simplicity; there are those who advocate the concept of simplicity over challenge, but in a life abounding in simplicity, I see a life of tedium. By enrolling in post-secondary programs, I expose myself to novel challenges and opportunities. Furthermore, I have the freedom to explore my passions and satisfy my ambitions. In my case, I have a passion for biological sciences and knowledge, and a fervent ambition to gain as much relevant knowledge as possible. At a post-secondary institution, I am able to choose the degree that is

My enthusiasm for this subject can be seen through my A-Level choices. Biology has allowed me to learn about the human body and metabolic reactions in more detail, and chemistry has taught me logical skills. I particularly enjoy the organic side of chemistry as it teaches how compounds behave together, and the structure of medication, for example aspirin. Finally, studying a humanity subject has also allowed me to gain analytical techniques, and has shown me how to criticise sources and see things from a different perspective.

In real life, organic chemistry is the cause for such products as rubber, vitamins, and paper, while synthetic products such as nylon can be attributed to inorganic chemistry. Analytical chemistry stretches across many fields, such as oil and petroleum, food and agriculture, forensics, and manufacturing. Meanwhile, physical chemistry is a bit narrower, but it is still involved in various fields such as pharmaceuticals and materials. Biochemistry in real life usually takes the form of research into the complexity of a being’s inner workings, and can pay off in such was as medicines or cures for diseases.