Learn · Overview and Integration of Cellular Metabolism
Lecture 40 of 60Week 8
Lecture 40: Tryptophan Metabolism
Prof. Aritri Bir and Prof. Arindam Ghosh · IIT Kharagpur
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All the lectures
- Lecture 01: Bioenergetics: Understanding the significance in Biological Systems
- Lecture 02: Regulation of Enzyme Activity
- Lecture 03: Digestion and Absorption of Carbohydrates
- Lecture 04: Glycolysis, alcohol and lactic acid fermentation
- Lecture 05: Biochemistry of TCA Cycle (I)
- Lecture 06: TCA Cycle (II) – Regulation and special characteristics.
- Lecture 07: Neoglucogenesis
- Lecture 08: Regulation of Glycolysis and Neoglucogenesis (I)
- Lecture 09: Regulation of Glycolysis and Neoglucogenesis (II) Cori Cycle, Rapoport Leubering Cycle, Futile Cycle
- Lecture 10: Hexose Monophosphate Shunt : Steps and Phases
- Lecture 11: Hexose Monophosphate Shunt : Regulation and Significance
- Lecture 12: Glycogen Metabolism (I)
- Lecture 13: Glycogen Metabolism (II)
- Lecture 14: Glycogen Metabolism (III)
- Lecture 15: Glycogen Metabolism (IV)
- Lecture 16: Galactose Metabolism and Associated Disorders
- Lecture 17: Fructose Metabolism and Associated Disorders
- Lecture 18: Regulation of Blood Glucose
- Lecture 19: Diabetes Mellitus and Metabolic Alterations
- Lecture 20: Digestion and absorption of Lipid.
- Lecture 21: Lipoprotein Metabolism (I)
- Lecture 22: Lipoprotein Metabolism (II)
- Lecture 23: Lipoprotein metabolism (III)
- Lecture 24: Fatty acid catabolism (Oxidation of Fatty acids) - I
- Lecture 25: Fatty acid catabolism (Oxidation of Fatty acids) - II
- Lecture 26: Fatty acid catabolism (Oxidation of Fatty acids) - III
- Lecture 27: Metabolism of Ketone Bodies
- Lecture 28: Biosynthesis of Fatty acid and its regulation
- Lecture 29: Biosynthesis of triacylglycerol, phosphoglycerides and sphingolipids
- Lecture 30: Cholesterol Metabolism
- Lecture 31: Digestion and absorption of Protein
- Lecture 32: Transformation of Amino acids
- Lecture 33: Metabolism of Ammonia and ammonia toxicity
- Lecture 34: Urea cycle- Steps, Significance and Energetics
- Lecture 35: Urea Cycle – Regulation and Enzyme Deficiency Disorders
- Lecture 36: Metabolism of Phenylalanine and Associated Disorders
- Lecture 37: Tyrosine Metabolism - I
- Lecture 38: Tyrosine Metabolism – II (Catecholamines)
- Lecture 39: Tyrosine Metabolism - III
- Lecture 40: Tryptophan Metabolism
- Lecture 41: Metabolism of Sulphur containing Amino acids (Methionine and Cysteine)
- Lecture 42: Metabolism of Glycine and its disorders
- Lecture 43: Metabolism of Serine, Threonine and Alanine
- Lecture 44: Branched chain amino acid metabolism and their disorders
- Lecture 45: Metabolism of Histidine, Proline, Arginine and Lysine
- Lecture 46: Heme Metabolism – I (Heme Synthesis and Regulation)
- Lecture 47: Heme Metabolism – II (Disorders of Heme Synthesis - Porphyrias)
- Lecture 48: Heme Metabolism -III (Heme Degradation, Transport and Bilirubin Metabolism)
- Lecture 49: Disorders of Bilirubin Metabolism
- Lecture 50: Nucleotide Metabolism – I (Purine Metabolism)
- Lecture 51: Nucleotide Metabolism – II (Disorders of Purine Metabolism)
- Lecture 52: Nucleotide Metabolism – III (Pyrimidine Metabolism and Disorders)
- Lecture 53: Inborn errors of Metabolism
- Lecture 54: Integration of Metabolism I (Cellular and Organ level integration)
- Lecture 55: Integration of Metabolism II (Starve feed cycle)
- Lecture 56: Integration of Metabolism III (Metabolic Control Analysis)
- Lecture 57: Obesity, Metabolic Syndrome and Role of Adipokines
- Lecture 58: Fatty Liver and alcohol metabolism
- Lecture 59: Energy metabolism and Nutritional disorders, Protein Energy Malnutrition and Dietary Fibres
- Lecture 60: Metabolism in Cancer Cells