General and Specialized Biochemistry

The main purpose of the biochemistry is to discover all the vital processes at the molecular level. Medical biochemistry is part of a biochemistry that examines the structure and function of the human body, which is divided into two general and clinical branches. The general biochemistry addresses the vital processes that are taking place in the human body and the properties and structure of the human body molecules, and clinical biochemistry examines body fluids and changes in abnormal conditions whose primary purpose is early detection and follow-up of treatment In various diseases.

Biochemistry foundations of animals

There are a few simple designs in the chemical substitutes that make up the organisms, which are referred to below:

All species of life have a common origin because the organisms are made up of very large molecules that consist of a small number of simple molecules, so in all organisms these simple units are very similar.

The DNA information contained in the DNA defines the characteristics of an organism. DNA is composed of two long stripes that are located on each of these four types of thymine molecules (Thymine, Guanine, Guanine, Cytosine, and Adenine).

 

The metabolism or metabolism is referred to all the activities of the chemical that occurs in the organisms. The metabolism is divided into two main types of anabolic and catabolic fuels. In the catabolic reaction, the larger molecules are degraded and broken down, and in the anabolic reaction, molecules are made larger than smaller molecules. In the anabolic reaction, the constructive units interconnect and the molecule of water is released. In fact, this reaction is accompanied by condensation reactions. In the catabolic reaction, larger molecules converted to smaller molecules by reacting with water. In fact, this reaction is accompanied by hydrolysis reactions, and is similar to the reactions occurring in the digestive process.

In the respiration process that requires all organisms, organic molecules converge into smaller molecules such as water and carbon dioxide in oxidation reactions.

The sunlight energy stems from all the energies of the world. Which uses this energy in the process of photosynthesis of plants to make organic molecules from simple molecules such as water and carbon dioxide.

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