BASIC PHARMACEUTICAL SCIENCES I

Content

Weeks	Topics
1. Weeks	Biology and Sub-branches, Scientific Research Methods. Matter and Energy. Physics and Measurement. Numbers and Basic Concepts. Mean and Standard Deviation. General Laboratory Rules.
2. Weeks	What is Live? Properties of Living Things. Basic Units, ISI Units. Vectors. Arithmetic Operations. Sampling Distributions. Glass, Porcelain and Plastic Materials Used in Laboratories.
3. Weeks	Cell Concept, Cell and Membrane Structure, Transport Systems. Atoms, Molecules and Ions. Law of Motion. Decimal Numbers and Rational Numbers. Sample Error Concept and Confidence Intervals. Electrical Appliances Used in Laboratories.
4. Weeks	Cell Contents, Water and Electrolytes. Atomic Theory Development and Laws, Electronic Constructions of Atoms. Law of Motion. Bold and Rooted Numbers. Statistical Estimation Techniques. Labeling of Chemicals.
5. Weeks	Basic Biomolecules. Periodic Table and Periodic Properties. Work and Kinetic Energy. Rate and Proportion. Statistical Decision Making Theory. Classification of Chemicals.
6. Weeks	Basic Biomolecules. Chemical Bonds. Work and Kinetic Energy. Percent Calculations. Hypothesis Testing. Storage of Chemicals.
7. Weeks	Cell Organelles and Their Functions. Chemical Calculations, Mole Concept. Potential Energy and Energy Conservation. Equations and Inequalities. Parametric and Non-Parametric Approaches. Ensuring Awareness of the Harmful Effects of Chemicals.
8. Weeks	Genetics, Chromosome Morphology. Chemical Reactions and Reaction Equations. Potential Energy and Energy Conservation. First and Second Order Equations. Hypothesis Tests Related to Large Samples. Provision of Laboratory Safety.
9. Weeks	Cell cycle, Cell division, Reproduction. Gases and Gas Laws. Static Equilibrium. Function Concept, Compound and Inverse Functions. Hypothesis Tests on Small Instances. First Aid Principles in Laboratories
10. Weeks	Cell Aging, Cell Death. Properties of Liquids and Solids. Fluid mechanics. Graphics Drawing and Some Special Function Graphics. Practices Related to Hypothesis Testing. Heating Techniques Used in Laboratories.
11. Weeks	Herbal Tissues and Organs. Thermodynamics. Light and Optics. Trigonometry Concept. Chi-Square Distribution. Cooling Techniques Used in Laboratories.
12. Weeks	Plant Tissues and Organs, Photosynthesis. Chemical Kinetics, Reaction Rate. Light and Optics. Logarithm Concept. Analysis of Causality, and Correlation. Providing Waste Management in the Laboratory.
13. Weeks	Animal Tissues. Measurement of Reaction Rate and Reaction Kinetic. Physical Quality Control Methods. Concept of Derivative. Regression Analysis. Providing Fire Safety in the Laboratory.
14. Weeks	Animal Diseases, Respiration. Radioactivity. Physical Quality Control Methods. Concept of Integral. One-Way Analysis of Variance. Emergency Management in Laboratories.