Biochemistry is the field of science which studies the various chemical reactions within and associated with living organisms. It is also known as the biology of organisms, a biology science which brings together chemistry and biology. It is the study of the information coding in DNA and RNA, which determines characteristics of the genetic material of living things. In addition, biochemistry studies how these systems work to generate, store, retrieve, and utilize energy and all the different types of matter that makes up an organism. It also looks into the structure of the molecules and how they interact with each other and with other types of matter for mutual benefit.
As more people are getting interested in the subject of biochemistry, the number of jobs available for biochemists is also on the rise. Because of the large demand for biochemists, many biochemistry graduate students choose advanced degrees in biochemistry to enhance their employment options and to advance their careers. These students choose an advanced degree program in biochemistry so that they may work in various fields of medicine or biotechnology. There are many areas in medicine and biotechnology, where a graduate of a biochemistry Masters program will be highly sought after.
Biochemistry experts are needed in the field of pharmaceuticals. This is because it is in the field of medications that biochemistry plays an important role. Biochemistry is involved in the development of medications; it is involved in the drug discovery process, the screening of potential drugs before they are approved for sale, and the development of the manufacturing process necessary to make the finished product. Biochemistry experts are needed in this field due to the fact that there are too many chemical reactions occurring within living organisms and as a result, it is important to understand all these chemical reactions.
Another field in which biochemistry has significant importance is agriculture. Biochemistry professionals are required to perform a variety of tasks within the agricultural industry such as determining the nutritional value of living organisms, detecting diseases in animals, regulating the quality of feeds and handling agricultural chemicals. It is also important for biochemists to understand the structure and function of living organisms. In addition, biochemistry specialists are responsible for analyzing samples of living organisms, determining the concentration and levels of various substances in samples and developing methods to measure such levels. Thus biochemistry graduates will likely find a career in the agricultural industry.
Biochemistry graduates will also find a rewarding career in the medical field. In fact, a number of advanced medical schools are now using biochemistry programs to develop new drug designs and treatment options for a number of diseases. As medical researchers are more concerned with developing new treatments for diseases affecting human beings, biochemistry experts are also being asked to develop new drugs for disorders affecting animals. Molecular Biology and Biochemistry graduate students will be responsible for the development of drugs that will help improve the lives of people with diseases.
A number of post-graduate programs are now available that help biochemists train in specific areas of the science. For example, the Chemical Biology Program trains students to develop new drugs and test their effects on human and animal health. Another program, the Biochemistry and Molecular Biology Program trains students to develop drugs useful in combating and preventing diseases affecting cells, bacteria, fungi and other organisms. These courses provide students with a thorough knowledge of the various concepts in the science of chemistry and molecular biology. Other programs in the field focus on teaching students how to use laboratory equipment and sophisticated laboratory techniques to perform specific laboratory tests. However, a degree in the science of chemical reactions does not necessarily guarantee employment.
