| | Provides sufficient information on different naturally occurring secondary
metabolites, originating from acetate and malonate pathway, and natural
nitrogenous compounds and alkynes. The topics emphasize the chemical,
biological, and therapeutic activities of these compounds | (Third Year) |
| | Provides information on the importance of naturally occurring products from their
chemical, pharmaceutical and therapeutic applications. Natural products are
classified to: volatile oils, resins, balsams, terpenoids, cardiac glycosides, saponins,
phenolic and related compounds, coumarins and tannins. | (Fourth Year) |
| | Biosynthesis, isolation and identification of the primary and secondary plant constituents
and discussion of natural drugs containing these constituents. The main plant active
constituents from chemical and pharmacological points of view will be covered. Topics
related to carbohydrate, lipids, phenolic compounds and alkaloids are also discussed | (Third Year) |
| | Complementary and alternative medicine (CAM) is the term for medical products and practices that are not part of standard care. Standard care is what medical doctors, doctors of osteopathy and allied health professionals, such as registered nurses and physical therapists, practice | (Third Year) |
| | Physical and microscopical examinations of some medicinal plants and
identification of them and of their components using chromatographic and
compendial qualitative and quantitative analysis | (Third Year) |
| | Preparation of a research project in pharmaceutical sciences under supervision
of faculty member. Presentation and oral discussion are required | (Third Year) |
| | this course include the Natural products have provided considerable value to the pharmaceutical industry | (Fourth Year) |
| | Includes the study of the modern methods of chromatography used in
separation & purification of pharmaceutical compounds such as-: GC, DCCC,
CCC, HPLC, SPE, Ion-Exchange Chromatography, Exclusion Chromatography
and Affinity Chromatograph | (Fifth Year) |
| | Physical and microscopical examinations of some medicinal plants and
identification of them and of their components using chromatographic and
compendial qualitative and quantitative analysis | (Third Year) |
| | including methods of phytochemical studies and training | (Third Year) |
| | Application of qualitative analysis of secondary metabolites using thin layer
chromatography (TLC) and the isolation and identification of secondary metabolites
from plant drugs, using chromatographic and spectroscopic methods (TLC, IR, UV) | (Fourth Year) |
| | Alkanes and cycloakanes, alkenes and alkynes , stereochemistry, common organic
reactions, substitution, addition, elimination, alcohols, ethers, conjugated systems | (Second Year) |
| | Practical application of instrumental methods. In addition, training on the
interpretation of instrumental analysis results and applications of these methods
in the elucidation of their structures and concentration determination of the
studied samples. | (Third Year) |
| | Applications of various methods and techniques used in the identifications of
functional groups of organic compounds of pharmaceutical interest. Synthesis
of some compounds will be undertaken | (Second Year) |
| | Discussing trends in drug discovery from natural sources | PhD 2013-2014 |
| | Provides students with basic insight into the source of naturally occuring chemical compounds with emphasis on the biolobical and chemical characters of secondary metabolites.
Discussing and applying phytochemical techniques used to detect and isolate active phytochemucak | MSc 2012-2013 |
| | Introduces the new trends and concepts in research of natural products from chemistry point fo view and correlates such research to the discovery of new drug entity.
| Fifth Year 2014-2015 |
| |
This is an elective course for master students discussing the new trends of research in the chemical components of natural products.
| MASTER IN PHARMACEUTICAL SCIENCES |
| | In recent years, there has been a recent revival in interest in natural products as leads for drug discovery. This course discusses the genetic basis of the various biosynthetic pathways, and also a more comprehensive coverage of the enzyme mechanisms involved.
Emphasis on the medicinal chemistry of all classes of drugs derived from natural products and rigorous discussion of chemical structures with complete stereochemistry.
| PhD: Pharmacy and Pharmaceutical sciences |
