This course discusses the measurement and significant numbers, chemical reactions, chemical calculations, gaseous state, thermochemistry, electronic structure and periodicity, chemical bonds, shapes of molecules, states of matter and forces of attraction between molecules, physical properties For solutions, principles of equilibrium.

This course discusses cell structure, cell chemistry, cellular respiration, photosynthesis, cell communication, cell division, Mendelian inheritance, principles of molecular genetics, genetic code, replication and cloning of gene material, building proteins, inheritance of bacteria and viruses, genetic technology Laila, hormonal regulation in plants and animals. Principles of biological classification and the basics of environmental systems for living organisms.

This course discusses the practical applications of microscopes and cells, chemical components of cells, the physiology of plant and animal cells, plant and animal tissues, anatomical structure of mammals, and the classification of living organisms.

Explaining the theoretical foundations on which the various chemical methods used in pharmaceutical analyses rely to determine the composition of drugs, their degree of purity, and the nature of their action.

Practical application of various chemical methods and techniques for analyzing medicinal and pharmaceutical substances.

This course discusses the alkanes and cycloalkanes, alkenes and alkynes, stereochemistry, and common organic reactions: substitution, addition, and deletion. Alcohols, ethers, conjugated systems.

Practical application of various methods and techniques to identify active groups in organic compounds of pharmaceutical importance. In addition to preparing some organic compounds of pharmaceutical importance.

Providing basic information about the physical and chemical properties of biomolecules (carbohydrates, fats, and proteins) and their functions in the biological system... in addition to explaining the production of bioenergy and phosphorylation oxidation processes.

This course discusses the functions and limits: functions, domain, operations on functions, drawing functions, trigonometric functions, limits: definition of the limit, methods for calculating it, limits at infinity, infinite limits, communication, limit. The origin and connection of trigonometric functions, the derivative: and methods of calculating them, derivatives of trigonometric functions, the chain rule Implicit derivation, differentials, Rolle's theorem, mean value theorem and its generalization, L'Ebithal's rule, increasing and decreasing functions, contingency, maximum values of the conjunction, drawing rational functions (horizontal and vertical asymptotes), the origin of the derivative, infinite integral, finite integral, the fundamental theorem of derivation. Fadel Integration, area under the curve, area between two curves, non-algebraic functions: inverse functions, logarithmic and exponential functions (their derivatives and integrals), hyperbolic functions, inverse trigonometric functions, indefinite formulas, inverse functions. Hyperbolic functions, some integration methods.

Studying the stability, nomenclature, chemical and physical properties, preparation methods, interactions, and mechanics of organic compounds, focusing on pharmaceutical importance.

This course discusses the relationship between the formal organization of human functional biochemistry and linking it to the natural state of man. Topics covered: cell, nerves, muscles, sympathetic nervous system, blood and bodily fluids, cardiovascular system, respiratory system.

The study of the nature of diseases in terms of their causes and accompanying changes in the functions and structure of human organs. The topics covered are heart diseases, rheumatic diseases, endocrine diseases, disorders of the digestive system, infectious diseases, blood diseases, tumors, and diseases of the urinary system.

This course discusses a general review of the structure of the human body and tissues and their cooperative role in normal function. Topics covered: embryology, blood, nervous system, muscular system, cardiovascular, digestive, urinary, respiratory, endocrine and reproductive systems.