PHARMACEUTICAL TECHNOLOGY I

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Learning Outcomes

evaluate basic concepts in the field of drug delivery systems that is used in Pharmaceutical Technology.
uses pharmaceutical information sources (pharmacopoeia, formulary, medical formulary, etc.).
Lists in the form of liquid drug delivery systems.
defines the concepts of dissolution, solubility and stability.
decides the appropriate drug delivery systemaccording tto application purpose by
design Solution formulations.
identifies the solution identifies and categorizes the solution formulations.
Lists the components of the formulation of solutions.
determines the solvents and pre-solvent sused in solution by evaluating the the active substance and assistant material.
Determines the method of solution preparation.
Lists of the controls in Solutions.
Plans and manages the work of the stability in solutions.
design Suspension formulations.
Discusses the advantages and disadvantages of drug delivery systems in the form of suspension.
lists of the suspension components of the formulation and examples of drug delivery systems.
formulates The suspension in the form of drug delivery systems.
Describes the ideal method of preparing the suspension.
lists the controls of suspensions.
Lists and solves the problems of physical stability of suspensions.
prepare emulsion formulations.
Discusses the advantages and disadvantages in the form of emulsion drug delivery systems.
lists emulsion formulation components in the and examples of drug delivery systems.
formulates the emulsionsin the form of drug delivery systems.
explains emulsion formation theories.
Lists the controls of emulsions.
Lists, and solutions to the problems of physical instability of emulsions.
evaluate flow prğperties of drug delivery systems in liquid form (solution, emulsion and suspension, etc.).
Explain the importance of rheology in terms of Pharmaceutical Technology.
defines rheology and defines flow types.
Explain the working principles of rheometer.
interprets flow patterns.
queries the relationship between structure and flow properties of the system.