Lecture 1 - Introduction to Crystallisation Terminologies
Lecture 2 - Crystalline Solids - Introduction and Types
Lecture 3 - Stages of Crystallization
Lecture 4 - Crystal Growth Theories and Solubility
Lecture 5 - Metastable Zone Width MSZW and Ostwald Steprule
Lecture 6 - Crystallization Basics and Types of Crystalline Materials
Lecture 7 - Crystallization Process, Methods of Crystallization, Factors Affecting Crystallization
Lecture 8 - Evaporative Crystallization
Lecture 9 - Anti Solvent Crystallization
Lecture 10 - Melt Crystallization, Crystallization of Chiral Compounds
Lecture 11 - Phases and Phase Diagrams
Lecture 12 - Yield and Productivity of Pharmaceutical Crystallization Process
Lecture 13 - Filtration, Washing and drying after crystallization
Lecture 14 - Miscellaneouse facter for Desigen a Crystallization Process
Lecture 15 - Problems due to Improper Process Design and Industrial Aspects
Lecture 16 - Batch vs Continuous Crystallization
Lecture 17 - Crystallizers Used in Continuous Crystallization
Lecture 18 - Cooling Continuous Crystallization
Lecture 19 - Continuous Manufacturing in Pharma Industry
Lecture 20 - AI/ML in Pharmaceutical Manufaturing and Pharma Industry 4.0
Lecture 21 - Polymorphism and It's Impact on Prarmaceutical Properties
Lecture 22 - Disappearing Polymorphs and Mechanisms of Polymorphic Interconversion
Lecture 23 - Methods of Polymorph Screening
Lecture 24 - Solid State Characterization of Polymorphs
Lecture 25 - Effect of Polymorphism on Pharmaceutical Processing
Lecture 26 - Basic Introduction, History, Type of Cocrystals
Lecture 27 - Prerequisite Criteria for Coformers Selection to Design Cocrystals
Lecture 28 - Compution Approaches for the Selection of Coformers
Lecture 29 - Laboratory Methods for Sereening of Cocrystals
Lecture 30 - Application, Characterization and Regulatory Aspects of Cocrystals
Lecture 31 - Introduction, Thermodynamics and Pharmaceutical Importance of Hydrates or Solvates
Lecture 32 - Classification of Hydrates
Lecture 33 - Kinetics and Mechanism of Dehydration or Hydration
Lecture 34 - Preparation and Characterization of Hydrates and Solvates
Lecture 35 - Stability and Regulatory aspects of Hydrae Solvates
Lecture 36 - FTIR Spectroscopy for Solid State Pharmaceutics
Lecture 37 - XRD for Solid State Pharmaceutics
Lecture 38 - Electon Diffraction and ssNMR Application in Pharmaceuticals
Lecture 39 - Raman Spectrocopy for Solid State Pharmaceutiecs
Lecture 40 - Solid State UV and Surface Free Energy Calculations
Lecture 41 - Introduction to Thermal Analysis and Its Applications in Pharmaceutical Industry
Lecture 42 - Applications of DSC in Pharmaceutical Industry
Lecture 43 - Practical Considerations and Celibration of DSC
Lecture 44 - Thermolravimetric Analysis and Its Applications in Pharmaceuticals
Lecture 45 - Isothermal Microcalorimetry, Hot Stage Microscopy and Dynamic Vapor Sorption Analyis
Lecture 46 - Quality by Design QbD for DS and DP Manufacturing
Lecture 47 - Process Analytical Technology PAT
Lecture 48 - Other PAT Tools, Benefits and Industrial Concerns
Lecture 49 - Pharmaceutical Crystallization Scale up and SUPAC
Lecture 50 - Process Safety in DS and DP Manufacturing
Lecture 51 - Physicochemical Characterization of Pharmaceuticas Solid Forms
Lecture 52 - Impact of Amorphous forms on Pharmaceutical Properties
Lecture 53 - Mechanical Studies of Pharmaceutical Solid Forms
Lecture 54 - Impact of Pharmaceutical Solid forms on Powder Flow Properties
Lecture 55 - Advancements in Solid Particle Size and Shame Measurements
Lecture 56 - Stability Studies of DS and DP
Lecture 57 - Stability Testing Aspects of Formulation Development and Preformulation Studies
Lecture 58 - API Coprocessing Introduction and Routes of Coprocessing
Lecture 59 - Molecular Modelling and Simulation studies for Polymorph and Crystal Habit
Lecture 60 - Molecular Modelling and Simulation studies of Amorphous Solid Dispersions and Cocrystals
