| | Basic principles of pharmacology: pharmacodynamics, pharmacokinetic principles, adverse drug reactions, drug-drug interactions, development of new drugs. Major categories: drugs affecting autonomic nervous system, cardiovascular system, blood, autacoids, respiratory and gastrointestinal system. | Third Year | | | Study of drugs used in the management of infectious diseases, neuro-diseases, blood diseases, tumors and kidney diseases. | Third Year | | | Introduction into epidemic, physiologic and symptoms of poisoning. In addition to treatment procedures of main toxic materials that human would be exposed to. | Fifth Year | | | Covers the pathophysiology, clinical presentations, pharmacotherapy
(pharmacokinetics & pharmacodynamics, drug/drug interactions, dosage
calculations, adverse effects, treatment algorithm, goals of therapy & patient
education) of: 1) CVS disorders 2) Endocrine disorders 3) Gastroenterology
disorders.
Teaching will be conducted through lecturing, case discussions, and assignments | Master level | | | Covers the pathophysiology, clinical presentations, pharmacotherapy
(pharmacokinetics & pharmacodynamics, drug/drug interactions, dosage
calculations, adverse effects, treatment algorithm, goals of therapy & patient
education) of: 1) Infectious diseases 2) Neurology disorders 3)
Oncology/Hematology disorders 4) Respiratory disorders 5) Renal disorders 6)
Dermatovenerology
Teaching will be conducted through lecturing, case discussions, and assignments. | Master level | | | Patho-physiology, symptoms and aims of treatment. In addition to the basic
knowledge on the drugs used, kinetics drug interactions, dose calculations, side
effects, treatment algorithms and patient awareness. The diseases of the following
systems will be covered: cardiovascular, endocrine, GIT and rheumatic diseases. | Fourth Year | | | Patho-physiology, symptoms and aims of treatment. In addition to the basic
knowledge on the drugs used, kinetics drug interactions, dose calculations, side
effects, treatment algorithms and patient awareness. The diseases of the following
systems will be covered: infections, neuro diseases, blood diseases, tumors,
respiratory diseases and kidney diseases. | Fourth Year | | | Patho-physiology, symptoms and aims of treatment. In addition to the basic knowledge on the drugs used, kinetics drug interactions, dose calculations, side effects, treatment algorithms and patient awareness. The diseases of the following systems will be covered: cardiovascular, endocrine, GIT and rheumatic diseases. | Master level | | | | Master level | | | | Master level | | | Principles of reseach desighn and statistical analysis | Master level | | | This course will focus on understanding the skills clinicians need to practice EBM, such as how to formulate relevant questions, efficiently search medical literature and evaluate the evidence for validity and applicability to the patient. | Fifth Year | | | Princilpes of Evidence Based Medicine and litreature evaluation | Master level | | | This course reviews the contributions made by nations of the world to the practice of pharmacy, past and present. The course reviews the role of professional pharmacy organizations, past and present, in improving the practice of pharmacy and the role of pharmacy personnel | Fourth Year | | | | | | | Principles of pharmaceutical care planing and drug related problems | Third Year | | | - | | | | - | | | | - | | | | - | | | | The course is includes general molecular biology and genetics: construction and application of expression vectors, genetic diversity and disease, oncogenes and cancer. It also enclosed medical dimensions of molecular biology such as vaccine and DNA fingerprint determination, in addition to gene therapy; retrovirus, IVF and cells fusion. This course also includes the use of genetic engineering in drug targeting and plants where genetic transformation and chimaeric gene vectors will be discussed | Master level |
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