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The living cell is the site of continuous and intense biochemical activity. However, most biochemical reactions are not spontaneous and are carried out by catalysts known as enzymes. Enzymes are responsible for nearly all chemical reactions in living organisms. Furthermore, many processes known since ancient times, such as the fermentation of sugar to ethanol, which is the basis for vinegar production, are attributed to enzyme activity.
The main goal of this course is to help students understand the basic principles of enzymology. More specifically, it aims for students to comprehend the importance of enzymes as biological catalysts, the regulation of enzyme function, enzyme kinetics, the mechanisms of enzyme catalysis and regulation within the cell, and the various applications of enzymes in biological research, health, and industry.
Participation in lab practical, written reports, and oral presentations is essential for achieving these objectives.
This course is divided into four chapters; 1- Nucleus properties, 2. Types of radiation, 3. Nuclear reaction and 4.Radioactivity. Students first receive an introduction to the concepts of nucleus properties including; nucleus shape and size, constituents of nucleus, nuclear stability and binding energy in chapter 1. Chapter two deals with the different types of radiation and properties. Chapter three discuss the nuclear reaction with the application of conservation laws. Fourth chapter show in details the radioactive nuclei and the decaying laws as well as different types of radiation detectors.
At the end of each chapter there is problems and applications for studied concepts.