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- 주제분류
- 자연과학 >생물ㆍ화학ㆍ환경 >생물학
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- 강의학기
- 2011년 1학기
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- 조회수
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- 3.3/5.0 (3)
- 강의계획서
- 강의계획서
Plants are the primary producers of the solar energy. Plant cells are different from those of animals and fungi. However, the basic physiology of the plant cells and molecular biology of the plant genes are similar to other systems. In this course, the basic features in plants will be dealt with in conjunction with molecular nature.
Plants are the primary source for all life forms by converting solar energy into chemical energy thru photosynthesis, which support the life ecosystems providing us foods, amenity, medicine etc. Thus, the basic plant biology and molecular biology will foster biometical students in steering their long term goals in biometical sciences.
Students will benefit from the basic plant biology to molecular biology to see the whole ecosystem of biology, which will help them in building solid basis for the bio-medical studies in the future.
Plants are the primary source for all life forms by converting solar energy into chemical energy thru photosynthesis, which support the life ecosystems providing us foods, amenity, medicine etc. Thus, the basic plant biology and molecular biology will foster biometical students in steering their long term goals in biometical sciences.
Students will benefit from the basic plant biology to molecular biology to see the whole ecosystem of biology, which will help them in building solid basis for the bio-medical studies in the future.
- 수강안내 및 수강신청
- ※ 수강확인증 발급을 위해서는 수강신청이 필요합니다
차시별 강의
| 1. | ![]() |
What is plant Biology? / The nature of life | * Cells 1. History 2. Modern Microscopes 3. Eukaryotic and prokaryotic Cells |
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| 2. | ![]() |
Cells / Tissues | * Roots and Soil 1. Root development 2. Root structure 3. Specialized roots 4. Mycorrhizae |
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| 3. | ![]() |
Roots and soils / Stems | - overview - leaf arrangments and type - internal structures of leaves - specialized leaves - autumnal changes in color - abscission - relevance of leaves |
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| 4. | ![]() |
Leaves / Flowers, fruits, and seeds | 1. Moleculr Movement 2. Water Movement |
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| 5. | ![]() |
Water in plants / Plant metabolism | 1. Plant Metabolism 2. Growth |
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| 6. | ![]() |
Growth / Meiosis and alternation o generation | - Plant Hormones - Hormonal Interactions - Plant Movements : Internal Stimuli, External Stimuli - Photoperiodism - Temperature and Growth - Dormancy and Quiescence |
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| 7. | ![]() |
Genetics / Plant breeding and propagation | - Mutation - Cytogenetics - Mendelian Genetics - Quantitative Traits - Linkage |
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| 8. | ![]() |
Evolution | - Early Evolutionary Concepts - Darwin - Microevolution - Mutations - Chromosomal Changes - Migration and Genetic Drift - Rate of Evolution - Macroevolution - Role of Hybridization |
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| 9. | ![]() |
Plant names and classfication/ Domain Bacteria, Domain Archaea, Viruses | - Development of binomial Nomenclature - International Code of Botanical Nomenclature - Development of the Kingdom Concept - Claccification of Major Groups - Cladistics |
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| 10. | ![]() |
Kingdon Protista / Kingdom Fungi | - Phylum Chlorophyta (Green algee) - Phylum Chlomophyta - Phylum Rhodophyta - Phylum Euglenophyta - Phylum Dinophyta |
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| 11. | ![]() |
Introduction to plant kingdom: bryophytes / Seedless vascualar plants | -Introduction - Phylum Hepaticophyta - Liverworts - Leafy Liverworts - Phylum Anthocerophyta - Hornworts - Phylum Bryophyta - Mosses |
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| 12. | ![]() |
Introduction to seed plants: Gymnosperm / Seed plants: angiosperms | - Phylum Magnoliophyta - Polination - Fertilization and seed developtment - Specialization Trends in Flowering Plants - Pollination Ecology - Herbaria and plant preservation |
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| 13. | ![]() |
Flowering plants and civilization / Ecology | - Regional Issues - Populations - Communities - Ecosystems - Organism Interactions |
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