W ith science and technology at its peak, are you eager to learn what causes diseases like the big C or and serosis of liver? Are you interested to formulate new drugs and vaccinations promoting better disease-free health? If yes, then taking up a course on Biochemistry can give you that much-needed edge to carry on.
What is Biochemistry? Some say Biochemistry or Biological Chemistry is the study of the ongoing chemical actions within the body of a living organism. However, it is worth understanding here that the concept of Biochemistry is quite vivid. This subject is a branch of science that focuses on every activity happening at the molecular level. Why just molecules? Biochemistry delves into deeper subjects like cells lipids proteins
When sickness strikes in a living organism, a biochemist keeps close eyes on the interaction and functions of cells. It sees how a molecule responds to this distorted type of interaction and figure’s out the type of disease a person is afflicted with. This observation is extremely resourceful to create drugs cutting down the malefic effects of such dreadful diseases.
Biochemistry is the study of chemical processes. A biochemist tracks down the flow of chemical energy through metabolism tries to figure out the ways by which biological molecules facilitate the working of chemical processes inside the body of the being. Since this subject is closely related to molecular biology , you are required to gain lessons on molecular mechanism as well. In a nutshell, Biochemistry is a core subject in the field of Science and Technology.
Biochemistry is the study of the chemical composition of the living matter. History of Biochemistry stemmed from the Ancient Greek civilization. Check out the timeline.
Cellular Respiration is the process by which living organisms produce energy. Learn Cellular Respiration Equations, Types, Stages & Products via illustrations.
Here is the science behind how water facilitates the building and breaking down of biomolecules in processes called dehydration synthesis and hydrolysis in living organisms.
Recombinant proteins are translated products of the expression of recombinant DNA in living cells. Learn its definition, history, two methods & applications.
Known to be the building blocks of proteins, amino acids come in various structure, & configurations. Learn about their structures, properties, examples. and functions.
Nucleotides are the building blocks of the nucleic acids namely DNA and RNA. Explore these building blocks, their structures, functions, and biological importance.
One of the major biological macromolecules is called Carbohydrates. Explore the building blocks of carbohydrates, its types, properties & functions here.
Living organisms are made of biomolecules namely carbohydrates, proteins, lipids, and nucleic acids. In this article, explore the building blocks of lipids, structure, functions, and examples of lipids in detail.
Fermentation biology is an energy releasing process that brings about chemical changes in raw food. There are 2 types of fermentation namely Lactic Acid Fermentation & Alcoholic Fermentation. Explore the real-life applications of fermentation in domestic, industrial and medical fields.
Biochemistry seems a purely theoretical science with little application to practical problems. Here are the top 15 best biochemistry news and discoveries in 2018.
Biochemistry is both a laboratory and interdisciplinary science. Explore the top 10 best colleges for biochemistry in the United States here.
Modern methods of analysis & research have significantly changed the way biochemical studies operate. Here are the top 15 biochemistry discoveries in 2019.
Biochemistry is one of the major contenders for the prize "Science of the year 2020" with new discoveries. Explore top 10 Biochemistry News in 2020 here.
Taking up a course in Biochemistry? Great! What will you learn? Biochemistry shares close relevance with Biomolecular science. As a student, you will first gain lessons on the basic concept of the course of Biochemistry and Biomolecular Science. Following this, lessons on cell biology , genetics , pharmalogy, physiology , immunology and microbiology will be provided.
Theories regarding cell and molecular biosciences, protein analysis , duplication, recombination and repair of DNA will be encouraged along with ideas of enzymes and protein trafficking. Having said this, the most interesting subjects in Biochemistry are Biochemistry of chronic diseases, molecular biology in biotechnology , healthcare organization and genetics.
As a successful graduate in Biochemistry, you can easily find yourself a place in hospitals, food institutes, forensic crime research departments, education sector and in the drug research and development center. Remember, Biochemistry has proven results of scientific developments and breakthroughs in the field of medicine and Biotechnology.
Biochemistry Encyclopedia Link
Amino Acids
Biochem Basics Link
biochem.ualberta.ca | Biochemistry Home Page Link
Biochemist On-Line Link
BioMolecular Networks Initiative Link
Biopolymers Homepage Link
Brussels Red Cell Link
Canterbury Health Laboratories Link
Chemical Solution Calculator Link
