This course will enable the students to –
1. Understand the chemistry of macronutrients.
2. Understand the mechanisms adopted by the human body for regulation of metabolic pathways.
3. Understand the interrelationships between various metabolic pathways.
Course outcomes (at course level) |
Learning and teaching strategies |
Assessment Strategies |
|
The students will be able to – COFN 1:Demonstrate the chemistry of macro and micronutrients COFN 2: Explain the major pathways for metabolism of nutrients and key mechanisms regulating these pathways. COFN 3: Illustrate the enzyme action and activity, and their diagnostic importance. COFN 4:Assess the essential functions of nutrients in human cells and tissues. Pathologies associated with common metabolic disorders and defects. |
Approach in teaching: Interactive Lectures, Discussion, Power Point Presentations, Informative videos, group discussion
Learning activities for the students: Self learning assignments, Effective questions, presentations, Field trips
|
Quiz, Poster Presentations, Power Point Presentations, Individual and group projects, Open Book Test, Semester End Examination, discussion, demonstration
|
· Types of chemical bonds, significance of asymmetric C atom
· Carbohydrates Chemistry
· Classification, structure and functions of carbohydrates
· Properties of carbohydrates- Physical and chemical
· Carbohydrate Metabolism Reactions of EMP, TCA (with structures), HMP,
· Gluconeogenesis (no structures), Glycogen metabolism (no structures),
· Homeostasis of blood glucose
· Classification, structure and functions of amino acids and protein
· Properties of Protein- Physical and Chemical
· Plasma proteins – Nature, properties and functions
· Protein metabolism
· General reactions of amino acids- transamination, deamination and decarboxylation
· Detoxification of NH3
· Classification, structures and functions of lipids
· Properties of Lipids –Physical and Chemical
· Structure and functions of Cholesterol
· Lipid Metabolism
· Knoop’s β-oxidation of even C fatty acid (no structures), ketone body formation and utilization
· Fatty acid biosynthesis of Palmitic acid (no structure)
· Metabolism of Cholesterol
· Lipid storage disorders
· Definition, classification IUB (up to 1 digit), Concept of active site Enzyme specificity, Units: Katal, IU, Factors affecting enzyme activity
· Definition of Km and significance
· Enzyme inhibition: Definition of Holoenzyme, Coenzyme, cofactor, Allosteric
· site, active site, prosthetic group, isoenzyme
· Mechanism of enzyme action
· Electron transport chain; O-R potential; oxidative phosphorylation; enzymes of biological oxidation; inhibition of respiratory chain and oxidative phosphorylation.
· Acid-Base balance, Buffers: definition, types of buffers, Role of lungs, kidneys and haemoglobin in Acid-Base balance Chloride shift
· Regulation of acid base balance
· Disorders of Acid-Base imbalance-acidosis & alkalosis –symptoms, causes, diagnosis, treatment & complications
SUGGESTED READINGS:
e RESOURCE:
Journal