BIOCHEMISTRY AND CLINICAL PATHOLOGY (Theory and Practical)
Teacher
Mr. HARA GOURI MISHRA
Category
Core Courses
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Course Name: BIOCHEMISTRY AND CLINICAL PATHOLOGY
Code(Credit) : DCPY1104(0-3-0)
Course Objectives
Biochemistry deals with a complete understanding of the molecular levels of the chemical process associated with living cells.
The scope of the subject is providing biochemical facts and the principles to understand the metabolism of nutrient molecules in physiological and pathological conditions.
It is also emphasizing on the genetic organization of the mammalian genome and hetero & auto-catalytic functions of DNA.
Learning Outcomes
- Understand the significance of Biochemistry
- Describe the chemistry of carbohydrates, lipids, proteins, and amino acids
- Understand the catalytic role of enzymes, the importance of enzyme inhibitors in the design of new drugs, therapeutic and diagnostic applications of enzymes.
- Understand the metabolism of nutrient molecules in physiological and pathological conditions.
- Apply knowledge and skills associated with clinical pathology
- Identify pathological processes and correlating these with the clinical symptoms and sign
Course Syllabus
Introduction to biochemistry. Brief chemistry and role of proteins, polypeptides and amino acids, classification, Qualitative tests, Biological value, Deficiency diseases.
Carbohydrates: Brief chemistry and role of carbohydrates, classification, qualitative tests, Diseases related to carbohydrate metabolism.
Lipids: Brief chemistry and role of lipids, classification and qualitative tests. Diseases related to lipids metabolism.
Vitamins: Brief chemistry and the role of vitamins and coenzymes. Role of minerals and water in life processes.
Enzymes: Brief concept of enzymatic action, factors affecting it.
Therapeutics: Introduction to the pathology of blood and urine. Lymphocytes and platelets, their role in health and disease. Erythrocytes-Abnormal cells and their significance. Abnormal constituents of urine and their significance in diseases.
References/Books:
Session 2
Proteins,their role and chemistry
Session 3
Classification of Proteins
Session 4
Qualitative test of Proteins
Session 5
Amino acids
Session 6
Classification of Amino acids
Session 7
Polypeptides and Amino acids
Session 8
Qualitative tests of Amino acids
Session 9
Deficiency diseases of Proteins
Session 10
Deficiency diseases of Amino acids
Session 12
Classification of Carbohydrates
PDF:
Session 13
Role of Carbohydrates
Session 14
Diseases related to carbohydrate metabolism
Session 15
Lipids
Session 16
Chemistry and role of lipids
Session 17
Classification of lipids
Session 18
Qualitative test of lipids
Session 19
Diseases related to lipids metabolism
Session 20
Vitamins
Session 21
Classification of Vitamins
Session 22
Role of vitamins
Session 23
Coenzymes
Session 24
Role of Co-enzymes
Session 25
Deficiency of Vitamins
Session 26
Water and Minerals
Session 27
Role of water and minerals in life
Session 28
Enzymes
Session 29
Enzymatic action
Session 30
Factors affecting enzymatic action
Session 31
Therapeutics
Session 32
Introduction to Pathology
Session 33
Blood and its components
Session 34
Urine formation and its components
Session 35
Lymphocytes
Session 36
Platelets
Session 37
Role of blood in health and diseaeses
Session 38
Urine, its role in health and diseases
Session 39
Erythrocytes
Session 40
Abnormal cells and their significance
Session 41
Abnormal constituents of urine
Session 42
Significance of abnormal constituents of urine
Experiment 13
To identify a given sample of protein by qualitative tests.
Experiment 14
To identify a given sample of protein by qualitative tests.
Experiment 15
To identify a given sample of protein by qualitative tests.
Experiment 16
To study the physical and chemical properties of fats and oils.
Experiment 17
To conduct a test on cholesterol to verify physical properties and chemical tests.
Experiment 18
To detect normal constituents in given sample of urine by qualitative tests.
Experiment 19
To detect abnormal constituents in a given sample of urine by qualitative test
Experiment 20
To detect abnormal constituents in a given sample of urine by qualitative test
Experiment 21
To estimate quantity of glucose in given sample of urine.
Experiment 22
To estimate quantity of creatitine in given sample of urine
Experiment 23
To estimate the quantity of total cholesterol in a given sample of blood plasma
Experiment 24
To estimate quantity of glucose in given sample of serum
Experiment 25
To estimate quantity of calcium in given sample of serum.
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