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General Information Departments Educational Staff Administration Contact
  • Faculty of Pharmacy
  • Course Structure Diagram with Credits
  • Introduction to Pharmaceutical Technology
  • Learning Outcomes
  • Description
  • Content
  • Learning Outcomes
  • Learning Activities and Teaching Methods
  • Course's Contribution to Prog.
  • Assessment Methods

  • Can explain terms used in pharmaceutical technology
  • Defines general terms used in pharmaceutical technology.
  • Defines active substance and provides examples.
  • Defines excipients and provides examples.
  • Defines drug carrier systems and provides examples.
  • Can explain abbreviations used in pharmaceutical technology
  • Defines abbreviations used in pharmaceutical technology.
  • Defines units used in pharmaceutical technology.
  • Defines symbols used in pharmaceutical technology.
  • Explains abbreviations found on finished product packaging.
  • Can explain the historical development of pharmaceutical technology
  • Explains the historical development of pharmaceutical technology.
  • Explains differences between conventional and modern drug carrier systems.
  • Explains innovations in pharmaceutical technology.
  • Can explain pharmacopeias
  • Explains types of pharmacopeias and their importance in pharmaceutical technology.
  • Explains the purposes of pharmacopeias in pharmaceutical technology.
  • Lists sections and topics important for pharmaceutical technology in pharmacopeias.
  • Can explain medical formularies and other official books
  • Defines medical formularies.
  • Lists general topics found in medical formularies and other official books.
  • Explains the use of medical formularies in pharmaceutical technology.
  • Explains the use of other official books in pharmaceutical technology.
  • Can explain magistral medicines
  • Defines magistral medicines.
  • Provides examples of magistral medicines.
  • Performs magistral medicine calculations using simple proportions.
  • Can explain officinal medicines
  • Defines officinal medicines.
  • Provides examples of officinal medicines.
  • Performs officinal medicine calculations using simple proportions.
  • Can explain proprietary medicines
  • Defines proprietary medicines.
  • Provides examples of proprietary medicines.
  • Explains packaging information of proprietary medicines.
  • Explains general usage information for proprietary medicines.
  • Can explain prescription information and calculations
  • Defines prescription.
  • Explains parts of a prescription.
  • Explains Latin and French abbreviations used in prescriptions.
  • Explains concentration expressions used in prescriptions.
  • Performs calculations required for prescription preparation.
  • Performs necessary dilution calculations for prescriptions.
  • Performs necessary drop calculations for prescriptions.
  • Can explain dosage information and calculations
  • Explains the importance of dosage in pharmaceutical technology.
  • Calculates single and daily doses for prescriptions.
  • Evaluates the relationship between used doses and maximum doses.
  • Explains necessary actions in case of prescription overdose.
  • Can explain grinding process
  • Explains the purpose of grinding in pharmaceutical technology.
  • Lists equipment used in grinding processes.
  • Explains areas where grinding processes are used.
  • Can explain mixing process
  • Explains the purpose of mixing.
  • Defines mixing methods.
  • Lists equipment used in mixing processes.
  • Can explain drying processes
  • Explains the purpose of drying in pharmaceutical technology.
  • Lists equipment used in drying processes in pharmaceutical technology.
  • Explains areas where drying processes are used in pharmaceutical technology.
  • Can explain filtration processes
  • Explains the purpose of filtration in pharmaceutical technology.
  • Defines filtration methods in pharmaceutical technology.
  • Lists equipment used in filtration processes in pharmaceutical technology.
  • Explains areas where filtration processes are used in pharmaceutical technology.
  • Can explain sieving processes
  • Explains the purpose of sieving in pharmaceutical technology.
  • Defines sieving methods in pharmaceutical technology.
  • Lists equipment used in sieving processes in pharmaceutical technology.
  • Explains areas where sieving processes are used in pharmaceutical technology.
  • Can explain magistral prescription preparation
  • Explains equipment and materials used in magistral medicine preparation.
  • Explains key points to consider during magistral prescription preparation.
  • Explains errors made during magistral prescription preparation.
  • Can explain presentation of magistral prescriptions to patients
  • Explains label information on magistral medicines.
  • Explains label colors used for magistral medicines.
  • Explains how magistral medicines are presented to patients.
  • Explains packaging of magistral medicines.
  • Identifies external and internal uses of magistral medicines.
  • Explains the purpose of using magistral medicines.
  • Explains storage conditions of magistral medicines.
  • Explains points to consider when using magistral medicines.
  • Can explain conventional dosage forms
  • Defines liquid drug carrier systems.
  • Explains application areas of liquid drug carrier systems.
  • Defines semi-solid drug carrier systems.
  • Explains application areas of semi-solid drug carrier systems.
  • Defines solid drug carrier systems.
  • Explains application areas of solid drug carrier systems.
  • Can explain modern drug carrier systems
  • Lists modified-release systems.
  • Defines modified-release systems.
  • Explains differences among extended-release, delayed-release, and sustained-release systems.
  • Can explain packaging of drugs
  • Explains the importance of packaging in pharmaceuticals.
  • Explains key points to consider in packaging liquid drug carrier systems.
  • Explains key points to consider in packaging semi-solid drug carrier systems.
  • Explains key points to consider in packaging solid drug carrier systems.
  • Can explain storage of drugs
  • Explains the importance of storage conditions for drugs.
  • Explains storage conditions for light-sensitive drugs.
  • Explains storage conditions for temperature-sensitive drugs.
  • Explains storage conditions for moisture-sensitive drugs.
  • Can explain radiopharmaceutical carrier systems
  • Defines radiopharmaceutical carrier systems.
  • Lists radiopharmaceutical carrier systems and their application routes.
  • Explains general properties of radiopharmaceutical carrier systems.
  • Explains key points to consider in radiopharmaceutical carrier systems.
  • Can explain radiopharmacy applications
  • Defines radiopharmacy.
  • Lists areas of radiopharmacy application.
  • Provides examples of diagnostic radiopharmaceutical applications.
  • Provides examples of therapeutic radiopharmaceutical applications.
  • Can explain cosmetology
  • Defines cosmetic products.
  • Explains terminology and nomenclature used in cosmetology.
  • Discusses national/international cosmetic laws and regulations.
  • Can explain biopharmaceutics
  • Provides definitions related to biopharmaceutics.
  • Explains the study areas of biopharmaceutics.
  • Defines the biopharmaceutical classification system.
  • Explains the importance of drug carrier systems from a biopharmaceutical perspective.
  • Explains the importance of active substances from a biopharmaceutical perspective.
  • Can explain pharmaceutical biotechnology
  • Lists biological and biotechnological products used for pharmaceutical purposes.
  • Explains differences between drugs, biological products, and biotechnological drugs.
  • Defines biosimilar products.
  • Can explain basic techniques used in pharmaceutical biotechnology
  • Defines recombinant DNA technology.
  • Defines gene cloning.
  • Explains gene therapy.
  • Defines therapeutic proteins.

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