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1 Non-Mendelian Inheritances in Plant
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2 Plant Transposable Elements
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3 Plants as Models for Epigenetic Research
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3.1 Similarity of plant epigenetics with mammals
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3.2 Unique aspects of plant development relevant to epigenetic regulation
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3.3 Arabidopsis as model plant for epigenetic analysis
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3.4 Genetic attributes of plants as model systems for epigenetics
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4 Techniques in Plant Epigenetic Analysis
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5 Components of Chromatin in Plant
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5.1 Plant DNA methylation
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5.2 Plant histone modifications and variants
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5.3 Plant nucleosome-organization
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6 RNA-Directed DNA Methylation
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7 Active DNA Demethylation in Plant
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8 Maintenance of DNA Methylation in Plants
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8.1 Maintenance of CG methylation
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8.2 Maintenance of CHG methylation
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8.3 Maintenance of CHH methylation
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9 Plant Histone Modifications and Variants
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9.1 Enzymes involved in plant histone modifications
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9.2 Polycomb proteins and interacting components
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9.3 Maintenance of histone methylations
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10 Post Transcriptional Gene Silencing in Plant
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11 Plant Epialleles
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12 Epigenetic Regulation in Plant
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12.1 Plant epigenetics and development
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12.2 Vernalization and plant epigenetics
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12.3 Epigenetic regulation in plant abiotic and biotic stress responses
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12.4 Plant transgenerational epigenetics
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13 Plant Epigenetics and Crop Improvements
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13.1 Natural and induced epigenetic variation
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13.2 Epigenome engineering for crop improvement
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13.3 Plant epigenetics and tree ecology
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14 拓展内容
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14.1 作业1
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14.2 作业2
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14.3 新建课程目录