Pharmaceutical Sciences

Pharmaceutical science includes several different courses but all have a strong focus on medical drugs. The courses are aimed at those who want to learn more about the drug's mechanisms of action, effects and how they are used by patients and in society. There are also courses on how the human body and cells function, how drugs are transported to their place of action, how they are metabolised and eliminated, and on risk assessment and safety evaluation of drugs.

At the advanced level, the courses are more specialised, more research-oriented and vocational. For example, courses are offered on how new drugs are tested, clinical pharmacy practices, how drugs work in the elderly and pregnant, how addictions arise, about veterinary drugs, and methodological courses on molecular receptor and enzyme processes and on biostatistic models for drug development.

More courses within the pharmaceutical field can be found under Drug Management and Drug Discovery and Development.

Programmes

Bachelor of Science Programme in Pharmacy Complementary Programme for Pharmacists with a Foreign Degree Master of Science Programme in Pharmacy

Courses

Bachelor's level, basic courses

Abuse and Addiction, 7.5 credits Chemistry, Biology and Ecology of Truffle-Forming Fungi, 5 credits Drugs, Doping and Gambling Addiction, 5 credits

Bachelor's level, continuing courses

Extemporaneous Compounding of Drug Products, 7.5 credits Health-System Pharmacy, 7.5 credits Introduction to Programming in Python and R for Bioscience, 7.5 credits Pharmacognosy, 6 credits Pharmacognosy B, 15 credits Pharmacokinetics, 7.5 credits Pharmacology, 15 credits Pharmacotherapy, 6 credits Physiology, 9 credits Toxicology, 7.5 credits

Master's level courses

Advanced Drug Delivery, 7.5 credits Advanced Medication Communication: Theory and Practice, 7.5 credits Advanced Organic Chemistry and Drug Synthesis, 15 credits Advanced Pharmacotherapy, 7.5 credits Applied Pharmaceutical and Biomedical Analysis, 7.5 credits Applied Pharmaceutical Bioinformatics, 5 credits Applied Pharmaceutical Structural Bioinformatics, 5 credits Artificial Intelligence in Drug Discovery, 7.5 credits Biochemistry of Gene Regulation, 7.5 credits Biologicals, 7.5 credits Biologicals I, 7.5 credits Cell and Tumour Biology, 7.5 credits Clinical Pharmacokinetics and Pharmacodynamics, 7.5 credits Clinical Pharmacy, 7.5 credits Clinical Trial Methodology, 7.5 credits Computational Pharmaceutics, 7.5 credits Drug Discovery and Development, 7.5 credits Drug Discovery Based on Natural Products, 7.5 credits Drug Formulation and Drug Delivery, 7.5 credits Drug Utilisation Research, 7.5 credits Drugs and Dependence, 7.5 credits Drugs and the Elderly, 7.5 credits Drugs in Pregnancy and Lactation, 7.5 credits Drugs in the Environment, 7.5 credits Global Pharmacy, 7.5 credits Introduction to Nanomedicine, 7.5 credits Laboratory Automation in Life Sciences, 7.5 credits Models for Biological Systems, 7.5 credits Molecular Biopharmaceutics, 7.5 credits Molecular Imaging with Focus on PET, 7.5 credits Molecular Mechanisms for Enzymatic Activation, 7.5 credits Molecular Physical Pharmacy, 7.5 credits Neuropharmacology, 7.5 credits Patient-Centred Drug Delivery, 7.5 credits Pharmaceutical Bioinformatics, 7.5 credits Pharmaceutical Bioinformatics for Drug Discovery and Development, 7.5 credits Pharmaceutical Bioinformatics with Sequence Analysis, 7.5 credits Pharmaceutical Protein Drug Development, 7.5 credits Pharmacokinetics and Pharmacodynamics of Biological Drugs, 7.5 credits Preclinical and Clinical Data Analysis in Predictive Drug Discovery/Development, 7.5 credits Preclinical Safety Assessment and Pharmacovigilance, 7.5 credits Proteomics for Drug Discovery, 7.5 credits Regulatory Requirements and Quality Assurance in Development and Manufacturing of Pharmaceutical Products, 7.5 credits Research Methods in Pharmacognosy, 30 credits

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