Introduction and orientation01:21:21
Lecture 1-Apoptosis01:52:02
Lecture 2-Necrosis, Reversible and irreversible cell injury, Ischemia, infarct01:49:58
Lecture 3-Acute inflammation01:23:06
Lacture 4-Leukocyte adhesion deficiency, oxidative burst01:14:30
Lecture 5-Chronic inflammation, Acute phase protein00:44:18
Lecture 7-Exudative and transudative fluid, Free radical, calcification, amyloidosis02:09:50
Lecture 8-Wound healing01:13:47
Lecture 9-Neoplasia 101:19:22
Lecture 10-Neoplasia 201:21:58
Lecture 11-Neoplasia 301:19:22
Lecture 12-Neoplasia 400:59:48
Lecture 13-Neoplasia 500:24:27
Lecture 1 Enzyme kinetics 100:55:01
Lecture 2 Enzyme kinetics 200:45:11
Lecture 3 Bioavailability, Volume of distribution, Clearance, half life, 1st and zero order kinetics, dosage calculation01:16:28
Lecture 4 Drug metabolism, enzyme inhibitor and inducer, efficacy, potency, Therapeutic index, drug interaction01:38:23
Lecture 5-Autonomic nervous system, receptor mechanism01:12:59
Lecture 6-Receptor location01:25:04
Lecture 7-Cholinergic and adrenergic NT synthesis, Cholinomimetic drugs01:23:09
Lecture 8-Sympathomimetic 101:45:34
Lecture 9-Sympathomimetic 2, Sympatholytic01:25:22
Lecture 10-PDE inhibitor, Miscellaneous00:20:42