Week 3: Lecture 15: Diazoalkanes, Nitrile Imines, Azomethine Imines and Nitrile Ylides

Week 3: Lecture 14: Azides in 1,3-Dipolar Cycloaddition and Click Chemistry

Week 3: Lecture 13: Azomethine Ylides and Nitrile Oxides in 1,3-Dipolar Cycloaddition

Week 3: Lecture 12: Carbonyl Ylides in 1,3-Dipolar Cycloaddition

Week 3: Lecture 11: Nitrones in 1,3-Dipolar Cycloaddition

Week 7: Lecture 35: Coumarin containing drugs (Psorelea, Ammi majus, Aflatoxin)

Week 7: Lecture 34: Lignan Containing drugs (Podophyllum, Linseed, Piper cubeba, Sesame)

Week 7: Lecture 33: Flavonoids Containing drugs (Part 2:Soy bean, Milk thistle, Grape peel)

Week 7: Lecture 32: Flavonoids Containing drugs (Part 1: Orange peel, Buckwheat, Strawberry)

Week 7: Lecture 31: Introduction to flavonoids

Week 7: Lecture 34: Graph Theory – II

Week 7: Lecture 31: Biostratigraphy – III (biozones)

Week 7: Lecture 32: Biostratigraphy – IV (graphic & statistical correlations)

Week 7: Lecture 33: Graph Theory - I

Week 7: Lecture 35: Graph Theory – III

Module 7 Session 1- Form and Innovation (part 3)

Module 7 Session 1- Form and Innovation (part 2)

Module 7 Session 1- Form and Innovation (part 1)

Week 07: Lecture 35: Nasopulmonary Drug Delivery

Week 07: Lecture 34: Oral Mucosal Drug Delivery Systems

Week 07: Lecture 33: Mucoadhesive polymers, principles of mucoadhesion- II

Week 07: Lecture 32: Mucoadhesive polymers, principles of mucoadhesion- I

Week 07: Lecture 31: Introduction To Mucosal Drug Delivery System

Week 7 : Review of Key Concepts: Week 4-6 (Part-B)

Week 7 : Review of Key Concepts: Week 4-6 (Part-A)

Week 7 : Tutorial-7: Thermodynamic & Transport Properties in Plasma

Week 7 : Lecture 14B: Finding Solution of Fluid Equations in a Plasma Torch: example of N2-O2 plasma

W7:Lecture 14A:Numerical Solution of Fluid Equations:Thermodynamic& transport properties,an example

Week 7 : Lecture 13B: Navier Stokes Equation in Plasma

Week 7 : Lecture 13A: Energy Conservation Equation: Solution technique

Week 7 : Lecture 34 : Major Scientific Approaches and State-of-the-art of Consciousness - I

Week 7 : Lecture 35 : Major Scientific Approaches and State-of-the-art of Consciousness – II

Week 7 : Lecture 33 : Neuroscience of Consciousness

Week 7 : Lecture 32 : Evolution of Science and Philosophy of Consciousness - An Overview

Week 7 : Lecture 31 : Role of consciousness in RCOM - Introduction

Week 6: Lecture 27: Sedimentary successions in different environments & Hydrostratigraphy

Week 6: Lecture 26: Volcanic stratigraphy – III & Historical development of stratigraphy

Week 6: Lecture 29: Biostratigraphy – I

Week 6: Lecture 28: Stratigraphy of rift basins and collisional terrains

Week 6: Lecture 30: Biostratigraphy – II

Week 6 : Tutorial-6: Plasma Devices, Characteristics & Plasma Parameters

Week 6 : Lecture 12B: Energy Conservation Equation

Week 6 : Lecture 12A: Expression for Generalized Ohms Law & Reduction to Ordinary Ohm’s Law

Week 6 : Lecture 11B: Generalized Ohms Law

Week 6 : Lecture 11A: First Order Moment of Plasma Kinetic Equation

Week 6 : Lecture 30 : Cyber Security Risk Assessment- An Introduction

Week 6 : Lecture 29 : Probabilistic Security Risk Assessment – I

Week 6 : Lecture 26 : Probabilistic Security Risk Assessment - (PSRA): Introduction

Week 6 : Lecture 28 : Physical Protection System Modelling and Vulnerability

Week 6 : Lecture 27 : Probabilistic Security Risk Assessment - (PSRA): Design Basis Threat

Week 2: Lecture 6: IMDA-Type I Diels-Alder Reaction

Week 2: Lecture 7: IMDA-Type II Diels-Alder Reaction

Week 2: Lecture 8: Retro Diels-Alder, Alder Rickert and Dehydro Diels-Alder Reaction

Week 2: Lecture 9: Lewis Acid Efffect and Asymmetric Diels-Alder reaction

Week 2: Lecture 10: Introduction to 1,3-Dipolar Cycloaddition

Week 6: Lecture 30: Cyanogenetic, Isothiocyanate and Phenolic Glycosides

Week 6: Lecture 29: Triterpene and Diterpene Glycosides

Week 6: Lecture 28: Cardiac Glycosides

Week 6: Lecture 27: Anthraquinone Glycosides

Week 6: Lecture 26: Glycosides