Importance of Biochemistry

Biochemistry is a science field that focuses on studying all biological functions within a living organism, such as coordination and control. Carl Neuberg, who is known as the father of biochemistry, presented the concept to us in 1930. In order to analyse the chemical composition of a living organism, this field incorporates biology and also chemistry.

There is a phrase that biology operates along with chemistry, and physics functions together with chemistry. Refers to the biological mechanisms, the connections of the chemicals, substances and atoms that form living tissues and the world in which life exists. Most scientific words are described as acronyms, and it can be labelled as chemistry full forms, physics full forms, biology full forms.

Branches of Biochemistry

In the intro to biochemistry, it includes major portions of cell biology and molecular biology. It applies to the particles that make up the arrangement of the chemical anatomy of organs. It explains the carbon compound and the changes in living organisms that they encounter. Furthermore, it is mainly concerned with analysing the function and structure of biomolecules, including proteins, carbohydrates, lipids, and acids. It is, thus, termed Molecular Biology. The main subdivisions of biochemistry are given below.

Cell biology

In living creatures, Cell Biology focuses on the structure and activities of cells. It’s sometimes referred to as cytology. Cell biology mainly focuses on the analysis and signalling processes of eukaryotic organisms’ cells, instead of on prokaryotes, which topics covered by microbiology.

Molecular Biology

It is also known as the Biochemistry roots. It is concerned with the analysis of the activities of biological systems. In this area of science, all the relationships among proteins, DNA, RNA, and production are described.


Genetics is a biochemistry division that focuses on analysing genes in living things, their variants and the heredity features.


One of the most essential processes in all life forms is metabolism. It is about the changes or the sequence of activities which occurs when food is turned into power in a human body.

List of some other subdivisions of biotechnology are

  • Animal and Plant Biochemistry
  • Molecular Chemistry
  • Genetic engineering
  • Endocrinology
  • Pharmaceuticals
  • Neurochemistry, etc.

Role of Biochemist

Chemical processes and formulations used in multiple functions such as reproduction, genetic inheritance, metabolism, and growth are analysed by biochemists, performing operations in a separate laboratory. Biochemist works in various places like,

  • Universities
  • Cosmetics
  • Education
  • Food institutes
  • Agriculture
  • Hospitals
  • Drug discovery & development
  • Forensic crime research

Significance of Biochemistry

In order to understand the following concepts, biochemistry is essential.

  • The chemical processes which turn food into products which are features of a specific cell of the organism.
  • Enzymes’ catalytic functions.
  • The characteristics and composition of compounds that make up the structure of tissues.
  • In biology and medicine to address fundamental problems.

In biotechnology, chemistry and biology play a significant role. In these areas, most biology and chemistry-related terms are in the form of abbreviations, so to have a detailed understanding, it is essential to know the biology full forms, chemistry full form.


Due to the active molecules’ chemical properties, atoms and compounds and the biological process, all life activity on the planet occurs. Instances of this process are the photosynthesis experienced by a plant by absorbing carbon dioxide from the atmosphere to obtain glucose and oxygen for aerobic breathing in a species.

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