MOLECULAR MECHANISMS OF DISEASE

Course Description

This course is designed to examine the molecular and cellular mechanisms for a variety of diseases and pathologies affecting the structure and function of human tissues and organs, including the corresponding animal models which are used in research. The genetic, biochemical, inflammatory, immunological and neoplastic mechanisms of these diseases will be presented. Cancers, neurological, cardiovascular, metabolic, autoimmune, coagulation, deficiency, psychological and pathogenic disorders will be discussed. The epidemiology, genetics, environmental factors, symptoms, diagnoses, pathophysiology and treatments of these disorders will be examined in the context of biotechnological research, with heavy focus on current literature. Online research and clinical trial databases will be used in parallel, for students to gain an understanding of the most current developments and advancements in disease pathology, diagnostics and therapeutics.

MOLECULAR MECHANISMS OF DISEASE

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Course outcomes

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Course Syllabus

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Reference Books & Course Materials

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Learning Outcomes

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Program Outcomes

1. To work effectively as leaders and team members by applying technical expertise, scientific knowledge, and ethical principles in biotechnology.
2. To plan, conduct, document, and communicate hypothesis-driven and laboratory-based research in biotechnology.
3. To interpret and critically evaluate bioinformatics and genetic data generated from human research.
4. To use and apply molecular, cellular, and genetic techniques in biotechnology research for medicine, health sciences, agriculture, and the food industry.
5. To apply knowledge of the molecular and genetic mechanisms underlying human diseases in the evaluation of potential treatment approaches
6. To interpret, synthesize, write, and communicate scientific information for both the scientific community and the general public.
7. To provide training on the research, development, and production of products for biotechnology-related industrial fields in the public and private sector
8. To apply ethical principles and professional responsibility in biotechnology research and practice.

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