BASIC PHARMACEUTICAL SCIENCES I

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Learning Outcomes

Will be able to distinguish concepts of biology and medical biology and debate the ways to follow in solving a scientific problem.
Identifies Biology and sub-branches.
Explains how to solve a scientific problem.
Will be able to discuss living and non-living differences.
Defines the concepts of living and non-living.
Distinguishes living and non-living differences.
Will be able to discuss the organic and inorganic structure of the cell.
Defines inorganic and organic structures that make up the cell.
Explains the importance of inorganic and organic substances to the cell.
Explains the function of inorganic and organic substances in the cell.
Will be able to compare cell structure, organelles, functions and divisions.
Defines the cell structure and organelles.
Explains the functions of cell organelles.
Explains the relationship of cell organelles to each other.
Will be able to discuss cell division, cell senescence and cell death.
Explains the properties of mitosis and meiosis.
Explains the cell age and telomere.
Explains the necrosis and apoptosis.
Will be able to distinguish between animal and plant tissues.
Explains the structure and properties of plant tissues.
Explains the structure and properties of animal cell.
Will be able to discuss the importance of photosynthesis and respiration for living things.
Explains the photosystem I and II.
Compares the respiration with oxygen and without oxygen.
Defines the structure of the chlorophyll.
Will be able to debate matter and properties of matter.
Defines matter.
Lists properties of matter.
Defines element and compound concepts.
Explains the properties of the gases.
Explains the gase laws.
Explains the properties of the solids.
Explains the properties of the liquids.
Will be able to simulate atom and atomic structure.
Describes atomic structure.
Defines particles forming atom.
Describes orbital theory.
Will be able to formulate chemical reactions.
Calculates equilibrium in chemical reactions.
Categorizes chemical reactions.
Will be able to interpret electronic structure of atom.
Describes Arom theories.
Explains Quantum numbers and energy levels.
Describes electronic configuration in atom.
Will be able to analyse periodic properties and periodic system.
Explains atomic number and place of atom in the periodic table
Interprets chemical properties of atom according to its place in the periodic table.
Locates the place of atom in the periodic table according to its chemical properties.
Will be able to debate on chemical bonds formed between atoms.
Categorizes chemical bonds.
Debates role of electrons in chemical bond formation.
Compares bond forces.
Will be able to discuss the reaction velocity and kinetic.
Explains chemical thermodynamics.
Explains chemical kinetics.
Defines the reaction kinetics.
Calculates the reaction velocity.
Will be interpret nuclear reactions.
Interprets the differences between chemical and nucleic reactions.
Defines concept of radioactivity.
Explains relationship between mass and energy.
Will be able to explain the measurement technique.
Describes the concepts of distance, mass and time.
Converts the units of distance and mass used in different systems of unit.
Determines the amount of error in calculations.
Will be able to perform calculations related with vectors.
Defines the coordinate systems.
Determines the position and distance of an object in the coordinate system.
Determine the direction of a vector.
Will be able to explain the motion in one and two dimensions.
Expresses the velocity of a particle as a function of time.
Expresses the direction and the magnitude of the velocity.
Expresses the concept of acceleration.
Explains the relative motion of reference frames.
Will be able to analyse the causes of motion.
Expresses the inertial and non-inertial reference frames.
Analyses the source of acceleration.
Examines action and reaction principle.
Explains circular motion.
Will be able to explain the energy and transfer of energy.
Explains the concept of work in physics.
Describes work and energy relationship.
Describes the difference in the energies of a particle due to its position and motion.
Will be able to explain the concept of equilibrium.
Defines the conditions for equilibrium.
Defines the center of gravity and the center of mass.
Explains the difference between the center of gravity and the center of mass.
Will be able to discuss fluids mechanic.
Defines the fluid.
Explains the four basic law on which the fluids mechanic based.
Explains the properties of the fluids.
Will be able to interpret the importance of quality control.
Explains the need for quality control.
Explains the tasks of quality control department in the industry.
Analyzes physical quality control methods.
Describes the physical examination tests applied in R & D laboratories.
Will be able to explain nature of light and optical concepts.
Explains reflections and breaks of the light.
Classifies mirrors and lenses.
Explains the concepts of interference, diffraction and hooding.
Will be able to explain operations on numbers.
Explains operations on numbers.
Describes arithmetics of the notion of basis.
Interprets the notions MCD and MCM.
Recognizes rational numbers.
Recognizes real numbers.
Recognizes decimal numbers.
Recognizes exponential numbers.
Recognizes radical numbers.
Describes operations on real numbers.
Will be able to solve equations and inequalities.
Distinguishes identity, equation and inequality.
Solves first and second degree equations.
Solves first and second degree inequations.
Will be to define the concept of function and operations with functions.
Defines the concept of function.
Represents a function under various aspects.
Defines operations with functions.
Will be able to use some particular functions.
Defines particular functions such as linear, square and inverse functions.
Represents particular functions under various aspects.
Explains properties of particular functions.
Establishes the links between particular functions.
Solves problems using particular functions.
Will be able to define the concept of trigonometry and trigonometric functions.
Explains the concept of trigonometry using basic geometrical properties.
Defines trigonometric functions.
Explains properties of trigonometric functions.
Represent trigonometric function under various aspects.
Constructs inverse trigonometric functions.
Will be able to define logarithm concept.
Defines logarithm function.
Describes logarithm acquisition methods.
Solves basic equations and inequalities involving exponential and logarithmic functions.
Will be able to define derivative concept.
Calculates the derivative of a functions.
Finds the equation of the straight line tangent to a given curve at a point.
Finds solutions of initial value problems.
Will be able to define integral concept.
Expresses definite and indefinite integrals and their properties.
Explains and uses integrals of trigonometric, rational and algebric functions.
Calculates integrals of rational functions.
Will be able to identify basic statistical concepts in given examples.
Determines population, sample and variable.
Determines response and independent variables in regression analysis.
İdentifies normal, symmetric and assymetric distributions.
Will be able to compare the data sets by graphs.
Uses graphs to summarize categorical variables.
Uses graphs to summarize continuous variables.
Determines outliers in the data set.
Will be able to apply hypothesis testing for the populations.
Construct the hypothesis.
Cary out hypothesis test for a single population mean.
Cary out hypothesis test for a single population proportion.
Construct confidence intervals.
Will be able to identify the relationship between categorical variables.
Construct the hypothesis.
Applies the chi-sqaure test.
Evaluates and interprets the results.
Will be able to classify laboratory equipment.
Recognizes the lab materials.
Distinguishes chemical materials.
Recognizes the laboratory devices.
Will be able to classify laboratory techniques.
Explains the cooling techniques.
Explains the heating techniques.
Will be able to take the necessary precautions for laboratory safety.
Recognizes chemical-related risks.
Recognizes the risks that may arise from the devices.
Explains safety precautions from laboratory accidents.
Describes the first aid in laboratory accidents.
Explains the laboratory waste management.
Explains the laboratory fire management.
Discloses emergency management in the laboratory.