| 01: How to approach Biochemistry |
| 02: Biochemistry of Fed State |
| 03: Biochemistry of Fasting State |
| 04: Concept of Enzyme Regulation |
| 05: Introduction to Enzymes |
| 06: Classifications of Enzymes |
| 07: Mechanism of Action of Enzymes |
| 08: Enzyme Kinetics |
| 09: Enzyme Inhibition |
| 10: Enzyme Regulation |
| 11: Clinical Enzymology |
| 12: Chemistry of Carbohydrates |
| 13: Glycosaminoglycans & Mucopolysaccharides |
| 14: Glucose Transporters |
| 15: Glycolysis |
| 16: Applied aspects of Glycolysis |
| 17: Pyruvate Dehydrogenase |
| 18: Glycogen Metabolism |
| 19: Glycogen Storage Disorders |
| 20: Gluconeogenesis |
| 21: Minor Metabolic Pathways |
| 22: Chemistry of Lipids |
| 23: Sphingolipidoses |
| 24: Oxidation of Fatty Acid |
| 25: Ketone Bodies |
| 26: Fatty Acid Synthesis |
| 27: Cholesterol & Bile Acid |
| 28: Lipoproteins |
| 29: Dyslipidemia |
| 30: Lipases |
| 31: Chemistry of Amino Acids |
| 32: Fibrous Proteins |
| 33: General Amino Acid Metabolism |
| 34: Urea Cycle & its disorders |
| 35: Aromatic Amino Acids |
| 36: Glycine & Serine |
| 37: Sulphur containing Amino Acids |
| 38: Tryptophan |
| 39: Branched-chain Amino Acids |
| 40: Acidic & Basic Amino Acids |
| 41: Miscellaneous Amino Acids |
| 42: Krebs Cycle |
| 43: Electron Transport Chain |
| 44: Chemistry of Nucleotides |
| 45: Metabolism of Nucleotides |
| 46: Structure & Organization of DNA |
| 47: DNA Replication |
| 48: Transcription |
| 49: Translation |
| 50: Gene Expression |
| 51: Hybridization Techniques |
| 52: Recombinant DNA Technology |
| 53: Polymerase Chain Reaction |
| 54: DNA Sequencing |
| 55: Mutation |
| 56: Vitamin A |
| 57: Vitamin D, E & K |
| 58: Hematopoietic Vitamins |
| 59: Energy Releasing Vitamins |
| 60: Vitamin B6 & Vitamin C |
| 61: Heme Metabolism |