BIOMOLECULAR INTERACTIONS IN CLINICAL AND MOLECULAR CELL BIOLOGY
INTRODUCTION (Course objectives)
This certificate course of Biochemistry, the students will learn the principles governing the interactions of individual molecules, and how those same princi- ples apply at the scale of cells and organisms. This certificate course is led by Asutosh College faculty of Biochemistry and features:
- detailed illustrations of concepts on fundamentals of biomolecules and their interactions in human body.
- analytical methods and tools to investigate the biomolecular interactions.
- clinical application of the biomolecular interactions with respect to hu- man diseases.
Course Benefits
At the end of this six-month certificate course, the students will:
- Get extensive exposure to theory and experimental aspects of modern bio- chemistry as well as clinical aspects of modern biology.
- Develop basic and fundamental ideas about the major biomolecules in human body.
- Generate birds eye view about the ongoing biochemical interactions and physiological role of the biomolecules.
- Yield knowledge about the various cellular processes at the molecular and genetic level.
- Acquire perception regarding the analytical tools and methods used to study the biochemical processes.
- Be able to gain insight into the clinical aspects of biochemistry and ap- plications in diagnosis of human diseases and pathology.
N.B. They will be encouraged to participate in the departmental seminars or webinars, and other departmental scientific activities.
Course Eligibility:
Applicants should have qualified Higher Secondary exami- nation
Course Duration:
Six-months
Course Design:
MODULE 1 Fundamentals in Biochemistry |
Structural-functional analysis of basic biomolecules: Car- bohydrate, Protein, Lipid and Nucleic Acid. Enzymology: Characteristics, classification, functions, purification, mechanism and properties of action. Nutritional role of vitamins and minerals. Nutritional Disorders.
|
MODULE 2 Cell and Mole- cular Biology |
Basic idea of prokaryotic and eukaryotic cell, concept of cell cycle, cell death, senescence. Introduction to cancer biology. Tools and techniques of advanced molecular biology, DNA fingerprinting, chromosome analysis. Applications of genetic engineering and recombinant DNA technology in medicine, forensic studies, archaeol- ogy, agriculture and industry. Introduction to immunology and vaccine development Practical/ Online tutorial
|
MODULE 3 Analytical and Clinical Bio- chemistry |
Clinical significance of blood glucose variations: Dia- betes mellitus Cardiovascular diseases and tests related to that. Lipoproteins: Composition, functions, significance. Practical/ Online tutorial
|
Note: Instrumentation related to all the experiments will be demonstrated online during the course.