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Many industries rely on the advent of biochemistry to improve the lives of people. For instance, the huge pharmaceutical industry depends on this science in the formulation of drugs to treat various illnesses and diseases. In the same way, forensic science makes use of biochemistry concepts to prosecute all sorts of crimes via accurate pieces of evidence. Medical diagnosis also employs the science of biochemistry in clinical and lab tests to assess the specimen of patients. The fusion of biology and chemistry also paved the way for the progress of some other industries all over the globe, such as the production of an array of consumer goods found on the market.
Biochemistry studies can be traced back to the 19th century when major bioprocesses have been identified such as digestion. It is also in this period when Louis Pasteur discovered the catalysts (which he referred to as ferments) involved in the fermentation process. Further studies were pursued in 1878 to research into the properties of enzymes. Later on, Carl Neuberg coined the science of biochemistry to describe biochemical phenomena. The event brought about the delineation of this scientific branch which took its revolutionary turn in the 20th century. In turn, modern techniques were devised for in-depth analysis of intracellular processes.
Bioprocesses that transpire in all life forms happen to be the main subject of Biochemistry. This branch of science deals with chemical processes that occur in living organisms such as human beings. This is ascribed to the idea that each creature is a masterpiece driven by life elements and processes. As a matter of fact, every cell in the body exhibits metabolic bioprocesses at the cellular level. Macro and micro nutrients in aid of metabolism are stored in cells such as fats, proteins, carbohydrates, vitamins, and minerals. In turn, all these biomolecules comprise the core subjects of Biochemistry.
Biochemistry studies branch out in various degree programs both in graduate and undergraduate schools. The discipline is even offered as a major degree under bachelor’s, master’s, and doctoral programs. Most likely, every curriculum consists of various concepts on biology and chemistry along with many other sciences. Not just that, it may also involve great deals of experiments. It is no wonder that students are expected to come up with quality research at the end of the program based on knowledge and skills learned all throughout the academic years. Biochemistry courses may also be included in related fields of study under life sciences, pure sciences, applied sciences, and the like.
There are various career options for graduates of Biochemistry. Research and development sectors, both of private and public nature, comprise a great employment niche. Biochemists can land jobs in top research institutions such as clinical testing, pharmaceuticals, and many other ventures under health and wellness industry. Even academic bodies are home to research centres that can employ scientific researchers, too. The academe can also offer teaching posts to degree holders who can deal with class lectures. Public agencies under the Science and Technology Department are likely to provide green pastures to professionals. There are also non-profit groups looking for experts who can handle science projects on the subject matter.