| 國立中興大學教學大綱 |
| 課程名稱 (course name) |
(中) 細胞遺傳學概論(2128) | ||||
| (Eng.) Introduction to Cytogenetics | |||||
| 開課單位 (offering dept.) |
農藝系 | ||||
| 課程類別 (course type) |
選修 | 學分 (credits) |
3 | 授課教師 (teacher) |
鄭雅銘 |
| 選課單位 (department) |
農藝系學士班 | 授課語言 (language) |
中文 | 開課學期 (semester) |
1042 |
| 課程簡述 (course description) |
本課程針對大學部學生提供細胞遺傳學的基本介紹，主要目標為使學生了解染色體相關知識及近代細胞遺傳學技術與方法，學生完成本課程後將對不同染色體構造、數目、行為及其對生物之影響，具有辨識、描述與探討之能力。 The course is targeted at undergraduate students who need a general introduction to cytogenetics. The main goal is to present to students detailing all aspect of chromosome biology, and to know modern cytogenetic techniques and methods. At the end, student should be able to recognize, describe and discuss in detail the different aspects of chromosomal structure, number, and behavior, and their effects at the organism. | ||||
| 先修課程名稱 (prerequisites) |
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| 課程與核心能力關聯配比(%) (relevance of course objectives and core learning outcomes(%)) |
課程目標之教學方法與評量方法 (teaching and assessment methods for course objectives) |
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| 課程目標 | 核心能力 | 配比(%) | 教學方法 | 評量方法 | ||||||
| 本課程針對大學部學生提供細胞遺傳學的基本介紹，主要目標為使學生了解染色體相關知識及近代細胞遺傳學技術與方法，學生完成本課程後將對不同染色體構造、數目、行為及其對生物之影響，具有辨識、描述與探討之能力。 The course is targeted at undergraduate students who need a general introduction to cytogenetics. The main goal is to present to students detailing all aspect of chromosome biology, and to know modern cytogenetic techniques and methods. At the end, student should be able to recognize, describe and discuss in detail the different aspects of chromosomal structure, number, and behavior, and their effects at the organism. |
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| 授課內容(單元名稱與內容、習作/每週授課、考試進度-共18週) (course content and homework/tests schedule) |
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| 1 Introduction Basic tenets of cytogenetics 2 Architecture of the Chromosome: I. Prokaryotic and Viral Chromosomes The bacterial chromosomes Plasmids and episomes The chromosome of viruses Genomes of mitochondria and plastids 3 Architecture of the Chromosome: II. Eukaryotic Cromosomes Chemical constituents of chromatin Linear differentiation Unique and repetitive DNA Different forms of chromosomes 4 Cell Division: The Basis of Genetic Continuity and transmission Mitosis Meiosis Meiosis and Mendelian genetics Meiosis, linkage and crossing over Chromosomal basis of crossing over Position and frequency of crossing over Mid Exam 5 Variation: Nature and Consequences of Altered Chromosomal Structure Deficiencies Duplications Inversions Translocation Isochromosomes Ring chromosomes 6 Variation: Sources and Consequences Involving Chromosome Number Aneupliody Centric fusion and fission Euploid (polyploidy) Agricultural application 7 Variation: Sources and Consequences Involving Variant Chromosomal Systems Sexual reproduction in plants Asexual reproduction in plants (apomixis; vegetative reproduction) 8 Molecular Cytogenetics Replication Transcription Genetic recombination and repair Molecular cytogenetics techniques Fluorescence in situ hybridization (FISH) Chromosome microdissection 9 Karyotype analysis Nomenclature of chromosome Karyotype analysis Karyotype evolution Final Exam | ||||||||||
| 學習評量方式 (evaluation) |
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| 平時成績 (Daily grade): 25% 期中測驗 (Mid Exam): 25% 期末測驗 (Final Exam): 25% 書面報告 (Term paper): 25% | ||||||||||
| 教科書＆參考書目(書名、作者、書局、代理商、說明) (textbook & other references) |
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| Swanson C.P., Merz T., and Young W.J. Cytogenetics: The Chromosome in Division, Inheritance and Evolution (Second Edition). Singh R.J. Plant Cytogenetics (Second Edition). | ||||||||||
| 課程教材（教師個人網址請列在本校內之網址） (teaching aids & teacher's website) |
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| 課程輔導時間 (office hours) |
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| 請尊重智慧財產權及性別平等意識，不得非法影印他人著作。 | 列印日期：2024 年 9 月 17 日 |