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Colleges

Physiology and Biochemistry

Course Description: The course is designed to enable students to explain the mechanism of enzyme and coenzyme action. It also aims to provide an understanding of the risks of free radicals, immunochemistry, and the different types of immunoglobulins. Additionally, the course empowers students to comprehend cancer biology, tumor markers, and various biotechnological methods and their applications. Furthermore, this course equips students to explain the physiology of the digestive, renal, nervous, circulatory, and respiratory systems.
Credit hours: 4
Objectives of the course :

1- Enable students to identify the structure, function, and kinetics of enzymes, as well as metabolic disorders.
2. Develop an understanding of different immune interactions in cells, antigen-antibody interactions, and various immunoassays, and provide an explanation of the mechanism of chemical carcinogenesis and antioxidants.
3. Enable students to direct molecular biology concepts and how this field has given us a new perspective and new technologies used in diagnosis, treatment, and the design of new drugs.
4. Focus on the human physiology of the circulatory and respiratory systems.
5. Focus on human physiology of the nervous system, involuntary muscles, musculoskeletal system, and pain.
Focus on the physiology of the human gastrointestinal and renal systems.

Course outputs :

Course learning outcomes:
Knowledge and understanding:
1- Description of advanced pharmacological principles, including drug mechanisms of action, molecular targets through the study of physiological functions of the main body systems and metabolic disorders, free radicals, and antioxidant systems.
Demonstrate advanced principles related to the physiology of various body systems and genetic mutations and cancer-causing factors leading to cancer development.
Skills:
Design and conduct pharmaceutical research by applying molecular and biochemical techniques - including genetic engineering, DNA cloning, tumor marker analysis, and accurately comparing and interpreting results in relation to normal physiological and biochemical parameters.
Analysis and interpretation of pharmacological and biochemical laboratory data related to metabolic disorders and circulatory physiology.
Values: Demonstrate biosafety principles and regulatory standards in the analysis of biochemical markers and physiological systems within pharmaceutical research settings.

Additional information:

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