علي جميع الطلاب الاطلاع بصورة يومية علي هذا الملف لمعرفة:
* الاعلانات الصادرة الخاصة بالصف
* التقويم الدراسي
* جداول المحاضرات وجداول العملي وجداول الامتحانات
* توزيع الطلاب علي مجموعات العملي ومجموعات حلقات النقاش
* توزيع
الطلاب علي قاعات الامتحانات
* أي مواضيع اخري اكاديمية خاصة بالصف
The course offers the students an opportunity to study the effect of local anesthetics, analgesics in various animal models
This course continues to make the students conversant with pharmacology of the drugs acting on the central nervous system, the endocrine system, the respiratory system, and the gastro – intestinal system. The course covers: cholinergic transmission: ganglion stimulating and blocking, muscarinic agonists. Drugs that enhance cholinergic transmission, cholinesterase blocking drugs. Inhibitors of cholinergic neurotransmission. Adrenergic neurotransmission: adrenoceptor agonists. Local anaesthetics
The course offers the students an opportunity to study effect of diuretics, antihistamines in isolated tissues and animal models
Basic principle of chemotherapy, chemotherapy of helminthes, louse and scabies infections, Chemotherapy of protozoal infections, drugs used in malaria, ameobiasis, toxoplasmosis, trypnosomaisis, chemotherapy of fungal infections, anti – fungal drugs. Chemotherapy of bacterial infections: sulfonamides. Inhibitors of cell walls: penicillines, cephalosoprines, and lactamase inhibitors. Antibiotics act on reposomes: aminoglycosides, tetracyclines, chloramphenicol, erythromycin
The course offers the students an opportunity to review video tapes showing certain practical aspects to substantiate the understanding of the theoretical basis of the subject
Course intends to provide a good insight into the fundamental principles of pharmaceutical chemistry. The course provides a detailed information about the chemical properties of mono– and poly – functional groups and their significance in bioorganic chemistry. The course also aims to enhance the student’s knowledge about special topics of interest to medicinal chemistry and other pharmaceutical sciences as stereochemistry, heterocyclic chemistry, carbohydrates, lipids, proteins and polymers are contained. The course deals with the synthetic aspects of chemical production process as well as the functional groups transformations
The practical course aims to integrate the theoretical knowledge and practical skills. Preliminary test of pharmaceutical compounds. Elemental analysis, functional group tests, classification and identification of organic compounds, synthesis of simple pharmaceutical compounds, detection of impurities and limit test (B.P. , U.S.P.). the course exposes the student to how to use different steriochemical models
The course is considered as an introduction to the basic structural requirements for a particular pharmacological response and the influence of structural changes upon metabolism and duration of action. An in depth treatment of mechanisms of Drug Action based upon a prior knowledge of the biochemistry of living cells
The student performs selected assays of a number of official drugs in their dosage forms (e.g. capsules, tablets, nasal drops, injections), according to standard pharmacopial monographs. The student performs the synthesis and systematic identification of selected organic compounds
Coductometric titration methods, theory, conductance, specific and equivalent conductance, effect of dilution on specific & equivalent conductance, instrumentation& conductometric titration, polarography. Spectroscopy. Molecular fluorescence spectroscopy. Atomic emission and absorption spectroscopy. Interactions between electromagnetic radiations and materials. Emission spectroscopy. Flame emission photometry, atomic absorption spectrophotometry. Molecular absorption spectroscopy in UVVIS region as well
Selected experiments to illustrate basic concepts of potentiometric, conductometric, polarographic, spectroscopy, emission flame and atomic absorption photometric methods of analysis. Application of these methods of analysis. Application of these methods in quality control analysis of pharmaceuticals is also included
Study of basic concepts and qualitative and quantitative application of electro – chemical methods. Potentiometric methods, reference electrodes, indicator electrodes, instruments & potentiomatric titration
Selected examples from pharmacopoeia to illustrate the concepts taught in theor
This course introduces the student to spectral methods of analysis including UV – Visible spectrometry, IR spectroscopy, NMR spectroscopy and mass spectroscopy in addition to other types of instrumental analysis and chromatographic techniques
Selected examples from pharmacopoeia to illustrate the concepts taught in theory and the possible application of these instrumental methods in solving some analytical problems
The course covers the methods of the preparation and manufacturing of solid formulations such as powders, tablets, capsules as well as their characterization. The course covers pharmaceutical formulations such as ointments and suppositories
Application of unit processes in drying, mixing, extraction, filtration and crystallization. The practical gives the student first hand experience in manufacturing various pharmaceutical formulations such as tablets using wet granulation and direct compression techniques. It also familiarizes the student with the standard quality control procedures
The
course provide the student with the fundamental knowledge of therapeutic drug
monitoring, pharmacokinetic variability, disease states and drug
pharmacokinetics and optimization of dosing regimens. Pharmacy and Therapeutic
Committee. Hospital Formulary. In- and out-patient pharmacy services.
Pharmaceutical procurement and control services. Clinical function of hospital
pharmacists and rational use of drugs
This
course is designed to provide the student with the fundamental concepts of
virology. Special emphasize is placed on pathogenesis of virus infections and
the immunological responses associated with it. The course covers certain basic
aspects related to the structure, classification and multiplication of viruses,
mechanism of disease production, determination of viral virulence and host
resistance as well as the methods and types of immunization
The course covers the terpenoids chemistry and their classification, acyclic- , monocyclic-, and bicyclic – monoterpenes, sesquiterpenes, diterpenes and triterpenes as well as volatile and fixed oils
The practical course covers the extraction, detection of terpenes in general with special reference to volatile oils. This includes methods of distillation, refractive index, specific gravity, and optical activity of volatile oils