PHM2213 Physical Pharmacy 2

Contents

1. Course outline

2. lecture presentations

    Surfactants 1 lecture

    Surfactants and Formulations NO lecture

    Introduction to Liquid Crystals 1 lecture

    Introduction to Colloids and Emulsions 2 lectures

    Stability of Colloids and Emulsions 2 lectures

    Characterisations of Colloids and Emulsions 1 lecture

    Electrical Double Layer in Colloid 1 lecture

    Electrokinetic Properties of Colloids 1 lecture

    Particle size - Introduction and Definitions 1 lecture

    Particle Sizing Technique 1 1 lecture

    Particle Sizing Technique 2 1 lecture

    Particle Sizing Technique 3 1 lecture

    Introduction to Polymer 1 lecture

    Thermal Transitions in Polymers 1 lecture

    Polymer Properties 1 lecture

    Polymer Solutions 1 lecture

    Size Exclusion Chromatography 2 lectures

3. Laboratory Practical

4. Tutorials

    Colloid & Surfactants

    Colloidal Stability

    Electrokinetic Properties of Colloids

    Particle Size Distribution

    Polymer

    Separative Exclusion Chromatography

5. Relevant sites

1. Surfactants: liquid crystals and application - 2

   Chemical of the Week -- Liquid Crystals

   http://en.wikipedia.org/wiki/Liquid_crystal

2. Colloids: introduction, stability and characterisation - 4

   PHARMACEUTICAL SUSPENSIONS AND EMULSIONS

   http--www.sciences.salford.ac.uk-chemist-LecNotes-Bloor DM-Colloids-Lect5.pdf

3. Electrokinetic properties of colloids

   Control of Colloid Stability through Zeta Potential & its relationship to cardiovascular disease

   The Measurement of Zeta Potential using electrophoresis

   Zeta - a free (GPL) program for calculating zeta potential

4. Particle size: PSD, sizing techniques - 4

   How the SEM Works

5. Microscopy
   http://darwin.baruch.cuny.edu/bio1003/microscope.html

   http://www.biologycorner.com/bio1/microscope.html

6. Polymer: introduction, properties, thermal transition and application - 4 [by Dr. Raid from 2004/5]

   Chemical of the Week -- Polymers

7. Gel filtration - 2

   Gel Filtration Chromatography

   Sucrose Gradients vs. Gel Filtration

8. Water - The most Universal Solvent known

9. Biomedical technologies for blood cell measurements

10. General Chemistry Demonstrations

6. Announcement

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