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EDUCATION FACULTY / SCIENCE EDUCATION / FBZ2004 - BIOLOGY 3
GENERAL INFORMATION ABOUT THE COURSE
Course Code
Semester
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Course Title
Theoretical
Practical
ECTS
Turkish Name of the Course
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Course Objective
to give information about the definition, fields, importance, basic concepts of genetics and biotechnology, its impact on our lives and its historical development.
Brief Content of the Course
Meaning, fields, importance and historical development of genetics and biotechnology; birth of modern genetics science, Mendelian laws, complete dominance, incomplete dominance, co-dominance, multiple alleles, deviations from mendelian laws; cytoplasmic inheritance, mutations, molecular biology, gene technology, molecular genetics, human genetics and genetic diseases, population genetics, opportunities that genetic engineering provides to science and technology society; basic principles of biotechnology, microorganism metabolism, plant-animal cell cultures, basic operations in biotechnology; biotechnology applications, microbial biomass production (bread yeast, single cell protein), production of primary metabolites (citric acid, fumaric acid, acetic acid, amino acid, vitamin), ferments (alcohol fermentation, lactic acid production, butyric acid, butanol, acetone), production of secondary metabolites (antibiotics), enzyme production, gene biotechnology, environmental biotechnology; history of evolutionary biology; concepts of evolutionary biology; evolution of mechanisms: mutation, genetic drift, natural selection; mechanisms of macroevolution: adaptation (adaptation), speciation; the history of life: genealogies, fossil research; the first evolution of life on Earth, the history of life, major evolutionary changes; applications of evolutionary biology: genetics and medicine, and open- and closed-ended experiments on these topics.
Prerequisites
Course Objectives
Course Objectives
1
Knowledge of genetics and biotechnology.
2
Knowledge of the birth of modern genetic science.
3
Knowledge of basic genetic concepts and principles
4
Understanding Mendelian laws and crossings.
5
To be able to comprehend deviations from Mendel's laws.
6
To be able to explain the concepts about human, plant and animal genetics
7
Understanding cytoplasmic inheritance, natural selection, adaptation, mutation
8
Knowledge of Human Genetics and genetic diseases.
9
Understanding biotechnology and application areas.
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Course Category
Course Category
Percentage
Expertise /Field Courses