Pharmacology at the Medical Faculty, University of Lund, Sweden.

Contact: Dr. Jan-Owe Josefsson, Department of Pharmacology, University of Lund, Sslvegatan 10, S-223 62 Lund, Sweden. Tel. +46-46-2227578, Fax +46-46-2224429, e-mail: jan-owe.josefsson@farm.lu.se

Medical teaching at the University of Lund is a 5 1/2 year programme where pharmacology (basic and clinical) is integrated with the theoretical, medical disciplines. The space for pharmacology is small (less than 15 hours/semester). Two elective courses on basic and clinical pharmacology (4 weeks each) are given in the 5th and 10th semester. We also offer 4 different computer-simulated practicals on pharmacodynamics, pharmacokinetics, neuromuscular and cardiovascular pharmacology.

The objectives for the courses given in Lund follow the guidelines suggested by the Pharmacological and Medical Societies in Sweden. Thus the following basic pharmacological principles are in focus:

- The principles governing how drugs exert their actions at the molecular and cellular level, in individual organs and in the entire body.
- The principles governing the fate of drugs in the body (absorption, distribution, metabolism and excretion) as well as basic pharmacokinetic principles.
- The most important therapeutic effects and side-effects of various groups of pharmaceuticals, and the mechanisms that underlie these effects.
- Side-effects: how to recognise, handle and report them.
- Drug intoxications: how to recognise and handle them.
- Abuse of pharmaceuticals: Mechanisms underlying the development of tolerance and dependence; Pharmaceuticals and other substances that are often abused; Performance enhancers/anabolic steroids.
- Patient compliance.
- Mechanisms of drug interactions.
- Mechanisms that cause interindividual variations in a drugŪs effect and pharmacokinetics (e.g. genetic, age-related, illness-related).
- Factors governing drug effects on the fetus or child of a pregnant or breast-feeding woman undergoing pharmacological therapy.
- Pharmacological treatment of the elderly.
- Indications for determining the concentration of a drug and the basis on which the results should be evaluated.
- Handling and prescription of drugs; Laws and regulations concerning drugs and drug management (both in-patient and out-patient care) including reduced-cost regulations; Prescription writing, Local pharmaceutical committees: their tasks and recommendations.
- Information about pharmaceuticals; Principles of critical evaluation of drug information.
- Drug epidemiology and statistics.
- Drug development, including the basic principles of how to set up and carry out clinical trials.

Throughout the medical studies the modes of action and mechanisms of side effects of certain clinically important classes of pharmaceuticals are supposed to be discussed (see list below).

- Drugs with effects on the central nervous system; Drugs against psychoses; Drugs against affective disorders; Drugs against anxiety; Sedatives and hypnotics; Drugs used in connection with Parkinsons disease, AlzheimerŪs disease and other neurodegenerative diseases; Drugs used in connection with stroke; Antiepileptic drugs; Anaesthetics; Opioid analgesics; Drugs against migraine
- Pain killers, antiinflammatory agents, drugs against gout
- Local anaesthetics
- Medicines used for cardiovascular disorders; diuretics; Drugs against heart failure; Drugs against ischaemic heart disease; Antiarrhythmic drugs; Drugs against hypertension; Lipid-reducing drugs
- Drugs that affect blood coagulation
- Anaemia medicines
- Drugs used in connection with allergies
- Drugs against pulmonary diseases; Drugs used against obstructive lung diseases; Drugs against rhinitis; Cough medicines
- Drugs used against disorders of the alimentary canal; Drugs against ulcers and gastritis; Laxatives and antidiarrhoeal medicines; Drugs against inflammatory bowel diseases
- Antiemetics
- Hormones and drugs that affect the endocrine system; Oestrogens and gestagens + replacement therapy and contraception; Antidiabetic drugs; Hypophyseal and hypothalamic hormones; Thyroid hormones and thyreostatics; Hormones involved in calcium turnover + drugs used for treatment of osteoporosis; Anabolic steroids
- Chemotherapeutic agents; Cytostatic drugs; Antibacterial drugs; Antiviral drugs; Antifungal drugs; Antiparasitic drugs
- Drugs that affect the immune system

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